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Vol. 157 • No. 12 • December 2013
Top Plants: Five Exemplary Renewable Plants
BUYERS’ GUIDE 2014
Integrating Renewables in China
Using SCR Catalysts for Mercury Co-benefits
PV Modules Cast a Shadow over CSP
Achieving Zero Liquid Discharge
When a public utility client needed upgrades to the
FGD effl uent system at a coal plant, Tisha Scroggin
and Don Schilling took a long, hard look at how it could
be done. Applying recent experience, the pair helped
the utility install a zero liquid discharge (ZLD) system
in less than 20 months. With a fi nal cost of approximately
$45 million per 100 gpm treated, the ZLD
system eliminated a discharge point and
was completed on a schedule that defi ed
industry norms. In the long run, the
installation gave the utility cost and
regulatory certainty by removing future
needs for additional equipment.
WHERE WATER and POWER MEETCUSTOMIZED WATER SOLUTIONS THAT F IT YOUR POWER PLANT
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December 2013 | POWER www.powermag.com 1
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On the coverPortugal has embraced renewable energy sources, principally wind and hydropower, be-cause the country has no indigenous gas or oil resources. The national energy plan re-quires construction of 10 new hydropower plants by 2020, which includes the recently commissioned 259-MW Alqueva II, which doubled the pumped storage hydropower ca-pacity of the facility. Courtesy: Alstom
COVER STORY: RENEWABLE TOP PLANTS24 Alqueva II Pumped Storage Hydropower Plant, Alqueva, Portugal
It’s often been said that the key to greater integration of variable renewable genera-tion on any major grid is energy storage. This fast-response renewable plant both provides baseload power and stores backup power for the large amount of wind power located in the south of Portugal.
26 Macarthur Wind Farm, Victoria, AustraliaDeveloping the largest wind farm in the Southern Hemisphere was logistically com-plex, in part because it involved transporting the largest wind turbines ever erected in Australia. The project also was the first to purchase the Vestas V112-3.0 MW wind turbines.
30 Mesquite Solar 1, Maricopa County, ArizonaPower from this 150-MW photovoltaic plant is helping California meet its ambitious renewable generation goals. It stands out not only for its size but also its use of leading-edge components designed for the extremes of its desert setting.
32 Polaniec Green Unit, Polaniec, PolandAcross Europe, momentum is shifting from fossil fuels to renewables, and Poland is no exception. That’s where you’ll find the world’s largest biomass-fired circulating fluidized bed boiler, with a combination of renewable fuel, efficient design, and emis-sions controls to deliver impressive results.
34 Shams 1, Madinat Zayed, United Arab EmiratesYou might think a desert is an ideal location for solar power, but Masdar had to ad-dress several challenges before bringing online the world’s largest concentrating solar power plant (at the time it was commissioned). The lessons learned should help future projects in the Middle East and elsewhere.
SPECIAL REPORT: RENEWABLES IN CHINA36 A Plan for Optimizing Technologies to Support Variable Renewable Generation
in ChinaBetween 2011 and 2015, China plans to install 75 GW of wind and solar capacity. Safely and effectively integrating that enormous amount of variable generation into the grid will require careful analysis and strategic deployment of appropriate technologies.
Established 1882 • Vol. 157 • No. 12 December 2013
24 26 34
2014BUYERS’ GUIDE
2014 63
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www.powermag.com POWER | December 20132
FEATURES
RENEWABLES
42 Photovoltaics Overshadow Concentrated Solar PowerBoth concentrating solar power (CSP) and photovoltaic power are near “grid parity,” yet CSP is far behind in total installed capacity. We look at what it would take for CSP to maximize its technology advantages.
EMISSIONS
46 Optimized SCR Catalysts Maximize Mercury Removal Co-BenefitsA newly commercialized technology can help your plant develop a catalyst management plan that delivers the required levels of mercury oxidation through existing equipment, which can result in substantial cost savings over installing new equipment.
WORKFORCE TRAINING
50 Power Plant Training Simulators ExplainedFaced with the dual challenges of less-experienced staff and leaner staffs, many plants are considering the use of simulators. Before you choose between a motor-cycle and a stretch limo, learn what various types of simulators can offer.
OFFSHORE WIND
52 A Wind Energy Plan That Fits America’s ResourcesTo date, offshore wind generation in the U.S. is somewhere on the horizon. One technology developer makes the case that floating vertical axis wind turbines are best suited for the job.
NUCLEAR
56 When It Comes to Nuclear Plants, Is Small Beautiful?Though small modular reactors have their detractors, on balance, they appear to have multiple advantages over the familiar large-scale plants—at least for U.S. developers.
EVENTS
59 Coal in Favor as Malaysia Increases Its Installed CapacityDid you miss the Asian Sub-Bituminous Coal Users’ Group meeting? Here’s a run-down of the main themes.
DEPARTMENTS
SPEAKING OF POWER6 The When, Where, and Why of Energy Patents
GLOBAL MONITOR8 Germany Raises Renewables Levy by 20% 8 Headway for Congo’s Long-Delayed 40-GW Inga Hydro Project10 THE BIG PICTURE: Capturing Carbon12 IEA: Wind Power Could Supply 18% of World’s Power by 2050 13 India Withdraws Tender for Chhattisgarh UMPP14 Spain Inaugurates 2-GW Pumped Storage Facility16 POWER Digest
FOCUS ON O&M 18 Preventing Failure of Elastomeric Expansion Joints in FGD Systems
LEGAL & REGULATORY22 Federal-State Cooperation Is Needed in Transmission Project Development
By James K. Mitchell, Davis Wright Tremaine LLP
62 NEW PRODUCTS
COMMENTARY128 Defining the Future: Time to Get Real
By Christoph Frei, secretary general, World Energy Council
Connect with POWERIf you like POWER magazine, follow us
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news and comments.
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www.powermag.com POWER | December 20136
SPEAKING OF POWER
The When, Where, and Why of Energy Patents
New research conducted by Massa-chusetts Institute of Technology and Santa Fe Institute researchers
finds that the number of energy patents is increasing faster than patents overall. However, the trend lines are strikingly dif-ferent for different energy technologies.
The results, published as “Determinants of the Pace of Global Innovation in Energy Technologies,” included several surprises. The researchers examined datasets includ-ing more than 73,000 energy-related pat-ents issued in more than 100 countries between 1970 and 2009 and found that the number of energy patents rose dramat-ically over those four decades, especially for solar and wind. In contrast, patents in-volving fossil fuels increased only slightly during the period studied, while filings in nuclear technology were flat.
Money Plus Markets The researchers found investment in alter-native energy technologies surged during the 1970s energy crises but was followed by decades of little R&D investment when oil prices fell. “The observed correlation between total (public and private) R&D and patenting in the US over the period of 1970–2003 suggested that this slowdown in innovation was the direct result of dis-investment in research,” they write.
However, more recently, something changed. The researchers note that “The empirical evidence points to a pronounced increase in patenting in energy technolo-gies over the last decade . . . despite tra-ditional investment—private and public R&D—not rising commensurately.” Clearly, money isn’t the only driver of innovation. Markets also play a role.
The team said the trends over time and across technologies can only “be accounted for by the combined effects of public invest-ments in R&D and a fast rate of growth in markets for these technologies.” So it should come as no surprise that “Renewable energy technologies—especially solar and wind—are growing most rapidly while patenting in nuclear fission has remained low despite sustained high levels of public investment.”
So why not leave innovation up to mar-kets alone? As the researchers found, ear-ly-stage markets for new technology are typically very small, so public R&D invest-ments are needed to spur new approaches. As markets develop, market growth, some-times driven by public policy, attracts investment. “Public R&D investments in innovation and those driven by market ex-pansion have effects that are multiplica-tive, with each providing a base multiplier for the other. Any public R&D investment is highly leveraged by market driven in-vestments as technologies develop to-wards stage B, as is presently occurring with several energy technologies such as solar and wind.”
Fossil Sector Falling BehindCarbon capture and sequestration (CCS) for power plants is one of those early-stage markets. Although CCS has been used commercially, its success to date (for enhanced oil recovery) is highly location-dependent. CCS for power plants is effec-tively a new market.
As the researchers note, “It is important to emphasize that the growth of markets for low-carbon energy technologies, which improve on an aspect of performance (car-bon emissions) not commonly captured by market price . . . has depended strongly on public policy. We also note that poli-cies are likely needed to fund research and incentivize market growth further until these technologies become cost-compet-itive and can take off on their own.”
Without innovation for CCS, the outlook for fossil-fueled generation is bleak, and not just in the U.S. In late October, the U.S. Treasury Department declared the na-tion would no longer support multilateral development bank funding for new over-seas coal projects—unless they employ CCS. Meanwhile, a report issued earlier in October by the Global CCS Institute found that progress toward large-scale CCS has stalled, particularly for projects involving power generation (see p. 10).
Even a major lobbying group, the World Coal Association, has called for the devel-
opment of CCS to enable the future use of coal. So why has CCS R&D been so slow? The Global CCS Institute blames weak policy support: “Without sufficient policy incentives to attract private funding, it is difficult to create the economic or market conditions required for broad-based CCS demonstration (and deployment).”
U.S. Is Not No. 1Why should you care what patents are filed and where? Because, as the study authors note, “Patents provide an unparalleled measure of the location and intensity of in-novative activity.” And when it comes to energy-related patents, the U.S. is not in the lead. Japan issued the most patents for all energy technologies other than coal, hydroelectric, biofuels, and natural gas over the study period. China is now issuing the most coal patents, surpassing both the U.S. and Europe, and China is running a close second to Japan for total wind patents.
However, those rankings don’t tell the whole story. The researchers point out that they approached their quantitative analy-sis at a global level because “It is common for a technology to be, for example, devel-oped by a US firm, patented and manu-factured in China, and sold and installed in Europe.” Nevertheless, patent location is an indication of where that intellectual property is likely to be used, and the big-gest market for new generation of all sorts is clearly not in North America.
Remember, the researchers looked at patent filings, not commercial technolo-gies. But patents are often a leading in-dicator of market growth or revitalization. Without them, industries reinforce the status quo and can eventually die. At the very least, this study should show both industry and government leaders what it takes for any country hoping to capture market share for tomorrow’s energy tech-nologies. As the researchers noted, a dol-lar invested today in R&D is likely to have ripple effects far into the future. ■
—Gail Reitenbach, PhD is editor of POWER. Follow her on Twitter @GailReit
and the editorial team @POWERmagazine.
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www.powermag.com POWER | December 20138
Germany Raises Renewables Levy by 20%Germany’s levy to promote renewables un-der the 2008 Renewable Energy Act (EEG) will climb to €0.624/kWh in 2014—a 20% increase that represents nearly a fifth of residential electricity bills. The measure an-nounced by the country’s four transmission system operators (TSOs), who independent-ly determine the EEG surcharge, is already under considerable political debate.
As RWE’s Sebastian Ackermann explains it, because power produced by wind tur-bines and photovoltaics is “much more expensive” than power from conventional power stations, “operators of these facili-ties receive a subsidy for the energy they feed into the grid, which is significantly higher than market prices on the energy exchange.” Rules for these subsidies are outlined in the EEG Act, but that law also outlines how much of the additional cost incurred in generating renewable energy is passed on to consumers. The EEG levy is included in the electricity prices that power companies charge their customers. “These companies act as collection agen-cies and pass on the money to the grid
operators,” explains Ackermann. “The grid operators then use this money in its en-tirety to pay for the energy from the [re-newable power] producers.”
The latest increase in the EEG levy com-pares to €0.131/kWh in 2009 and €0.528/kWh in 2013. Next year, it will amount to about €23.6 billion ($32 billion). Many argue that it has successfully spurred the increase of renewables in Germany (Figure 1), which is in the process of phasing out nuclear power and has ambitions to pro-duce 80% of its power from renewables in 2050 compared to the current 23%. In 2011 alone, for example, the number of renewable facilities connected to the grid soared by 24%, while renewable energy increased 16%. In October, the country’s TSOs said forecasts showed another sig-nificant increase of renewable generation in the upcoming year, increasing from the current 135 TWh to 150 TWh.
But the levy also means the average German household currently pays €180 ($242) per year to subsidize renewable energy. Meanwhile, no upper limit on Ger-many’s subsidies for renewables has been set. Another sticking point is that the EEG
levy is nearly 25% higher for residential and business consumers than for industri-al users, though as Ackermann points out, “The key reason for [these exceptions] is the fear that energy-intensive companies in Germany will move away, and take jobs with them.”
However, Germany’s BDI industry fed-eration, which represents about 100,000 companies, including Siemens AG, said in a statement in October that re-elected Chancellor Angela Merkel’s third-term gov-ernment must “radically reform” the EEG to tamp down industry costs, which are straining energy-intensive sectors like steelmakers. A recent BDI study predicts electricity prices for big industrial cus-tomers in Germany may grow on the back of the EEG levy and increasing grid costs from €90/MWh in 2012 to around €98/kWh to €110/kWh in 2020. That compares to a projected increase of just €48/MWh to €54/MWh over the same period in the U.S., when cheap shale gas is factored in.
The government has said it will amend the EEG law once Merkel’s Christian Demo-cratic bloc reaches an agreement with another party to form a new coalition fol-lowing the September elections. Members of Germany’s Green Party, which championed the nuclear phaseout and have rallied for re-newables, say adding new wind turbines and solar panels only account for 10% of the EEG levy’s increase. They instead point to a fail-ing power market and industry aid that has been misappropriated by the government on non-privileged electricity customers.
Headway for Congo’s Long-Delayed 40-GW Inga Hydro ProjectPlans to build the $12 billion Inga 3 hydropower project may be finally com-ing to fruition after a new energy treaty signed by South Africa and Democratic Republic of Congo (DRC) promised to give the long-stalled project a credible power purchaser.
The DRC has been seeking a develop-ment group for the 4.8-GW project pro-posed on the Congo River—the third largest river in the world by volume of wa-ter discharged—and bidders have appar-ently been forthcoming. So far bid groups for the projects include China Three Gorges Corp. and Sinohydro Corp; a consortium of South Korean companies POSCO and Dae-woo Corp. and Canada’s SNC-Lavalin Group;
1. New coal. Germany’s increasing output of renewables, incentivized by a levy that will
jump 20% next year, has prompted an electricity glut that has caused wholesale power prices
to plummet 60% since their 2008 peak. This December, three coal plants are expected to come
online, built by GDF Suez, Trianel, and Steag. RWE is building two new hard coal–fired units
(shown here) with a total capacity of 1,600 MW at its existing Hamm power plant site in West-
phalia. Courtesy: RWE
December 2013 | POWER www.powermag.com 9
and Spain’s Actividades de Construccion y Servicios SA and Eurofinsa Group. But the DRC is still open to other investors and has said it could make its decision in June or July next year.
That means construction of Inga 3, which would be the first of eight mas-sive units comprising the ambitious 40-GW Grand Inga project, may begin in October 2015 and be completed by 2020. That $80 billion project would re-quire 66 square miles around the Congo River to be flooded to create what could become the largest source of hydropower in the world.
Two existing dams—Inga 1 and Inga 2 (Figure 2)—have already been operating on the Congo River for more than three decades, but they are dilapidated and underperform at around 50% of capacity. Internationally backed efforts to refurbish those plants are underway, but even these more modest projects have been plagued by years of delay. By June 2013, three out of six turbines in Inga I had been reha-bilitated and one had been replaced. The other two turbines were scheduled for completion by the end of 2013. Five of Inga 2’s eight turbines were working, and the other three are scheduled to be refur-bished by the end of 2015.
While feasibility studies for the Inga 3 project have been carried out (financed by the African Development Bank), no power purchasers emerged until the DRC’s October treaty with South Africa, which guarantees 2,500 MW from the project
for South Africa’s power-strapped state-owned utility Eskom. Under the treaty, the DRC will build nearly 1,841 kilometers (km) of transmission lines to its border
with Zambia, and South Africa will install 1,540 km of lines from Zambia through Zimbabwe. The DRC has meanwhile said it will provide 1,300 MW from Inga 3 to the country’s lucrative but energy-short cop-per mining industries in Katanga prov-ince. The remainder is expected to power the DRC. Of the country’s population of 70 million, only 9% have electricity.
Observers still express reservations about the project’s completion, however, owing to the DRC’s political volatility. The country is emerging from a long period of conflict and mismanagement, though in 2011—for the first time in more than four decades—it was able to organize back-to-back multiparty presidential and parlia-mentary elections.
Then there are cost concerns: Esti-mates to refurbish the Inga 1 and Inga 2 projects alone were recently expanded from $226.7 million to $460.2 million. Meanwhile, the World Bank is reviewing an aid request from the DRC’s Ministry of Energy for $73 million of the Inga 3’s $12 billion total project cost. It optimis-tically says in affiliated documents that the hydropower potential of the 40-GW Inga project would make it the largest and “most cost-effective” hydroelectric
2. Getting the ball rolling. The Democratic Republic of Congo is pushing on with a proj-
ect to build the 4.8-GW Inga 3 hydropower project on the Congo River. This image shows a 2004
view of the 351-MW Inga 1 dam, with the feeding canal for 1,424-MW Inga 2 in the foreground.
Source: Alaindg/Commons
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CIRCLE 6 ON READER SERVICE CARD
www.powermag.com POWER | December 201310
THE BIG PICTURE: Capturing Carbon
Projects Canceled or on Hold
Of 64 large-scale integrated projects to capture and store more than 25 million tonnes per year of carbon dioxide (CO2) that
are already active or planned worldwide, only 29 are dedicated to the power sector. Carbon capture and storage (CCS)
projects are operational in the gas processing and high-purity industries, but not in the power generation sector. The pace
of CCS development remains well below the level for CCS to make a substantial contribution to climate change mitigation,
says the Global CCS Institute. Its cause: not technical uncertainties but insufficient policy support “exacerbated by poor
public understanding of the technology.” Notes: “Molecules” are scaled to reflect size of CO2 capture capacity; PC = post-com-
bustion capture; IGCC = integrated gasification combined cycle. Source: Global CCS Institute —Copy and artwork by Sonal
Patel, associate editor
Hydrogen Power (UAE):
Economics
Taylorville Energy Center (U.S.):
Economics
Since January 2012, the
number of active CCS
projects worldwide dropped
from 75 to 64 as projects,
mostly for power genera-
tion, were scrapped or
suspended.
Tenaska Trailblazer Energy Center (U.S.):
Economics
Mongstad (Norway):
Economics, policy
Swan Hills Synfuels (Canada):
Economics
H
Maritsa (Bulgaria):
Economics
er (micsmic
Cash Creek (U.S.):
Economics
PurGen One (U.S.):
Economics
Eemshaven (Netherlands): Policy
Pegasus Rotterdam (Netherlands): Policy
3. Define Stage
1. Identify Stage
2. Evaluate Stage
4. Construct Stage
l
el
Bełchatów (Poland):
Economics
FutureGen 2.0, (U.S., 2017) Oxyfuel
Hydrogen Energy California (U.S., 2018), IGCC
NRG Energy Parish(U.S., 2016), PC
OXYCFB 300 Compostilla
(Spain, 2018), Oxyfuel
Porto Tolle (Spain, 2020), PC
Sinopec Shengli Oil Field (China, 2015), PC
Rotterdam Opslag en Afvang (Netherlands, 2017), PC
Texas Clean Energy (U.S., 2017), IGCC
Don Valley (UK, 2018), IGCC
Datang Daqing CCS (China, 2018), Oxyfuel
Dongguan Taiyangzhou (China, 2019), IGCC
Industrikraft Möre AS (Norway, 2018),PC Korea-CCS 2
(S. Korea, 2019), N/A
Lianyungang (China, 2019), IGCC
Shanxi International Energy
(China, 2018), Oxyfuel
Bow City Power (Canada, 2019), PC
C.GEN North Killingholme (UK, 2015) IGCC
Captain Clean Energy (UK, 2018), IGCC Emirates Aluminium
(UAE, 2018), PC
Getica CCS (Romania, 2016), PC
Huaneng GreenGen (China, 2016), IGCC
Korea-CCS 1 (S. Korea, 2017), PC
Peterhead Gas (UK, 2017), PC
Surat Basin (Australia, 2022), PC
Quintana South Heart (U.S., 2017), IGCC
Teesside Low Carbon (UK, 2018), IGCC
White Rose CCS (UK, 2016), Oxyfuel
Boundary Dam, (Saskatchewan,
Canada, 2014), PC
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site in the world. And though it notes that “heavy engagement” in the electricity sector through two regional energy projects yielded “limited results,” significant progress has been made in recent months on the institutional front, including strengthen-ing governance within the DRC’s National Electricity Co.
IEA: Wind Power Could Supply 18% of World’s Power by 2050 Up to 18% of the world’s electricity could be generated with wind energy by 2050, but the massive jump from 2.6% today would require the nearly 300 GW of current wind capacity worldwide to increase eight- to tenfold and cost nearly $150 billion a year, the International Energy Agency (IEA) said in an updated assessment of the world’s wind power.
The Paris-based autonomous energy agency now sees a much larger penetration of wind power than the 12% by 2050 share forecast in its previous 2009 edition of the “Technology Road-map: Wind Energy.” Forecasts put China as the world’s future wind power leader, overtaking European members of the Organisation for Economic Co-operation and Development by about 2020 or 2025, with the U.S. ranked third.
But IEA Executive Director Maria van der Hoeven cautioned that much more remains to be done before that increased share of wind is achieved, so that a global energy-related carbon dioxide target of 50% below current levels can be reached by 2050. “There is a continuing need for improved technology,” she said. “Increasing levels of low-cost wind still require pre-dictable, supportive regulatory environments, and appropriate market designs. The challenges of integrating higher levels of
variable wind power into the grid must be tackled. And for offshore wind—still at the early stages of the deployment jour-ney—much remains to be done to develop appropriate large-scale systems and to reduce costs.”
Since 2008, the report notes, wind power deployment has more than doubled on the back of technological develop-ments that have boosted energy yields and reduced operation and maintenance costs. Today, wind power provides 30% of Denmark’s total generation, 20% of Portugal’s, and 18% of Spain’s. The report finds that wind power has only received 2% of the world’s public energy research and development fund-ing. Yet, costs have fallen: Land-based wind power generation costs range from $60/MWh to $130/MWh at most sites, and it can be competitive “where wind resources and financing conditions are favorable,” the IEA says, but “it still requires support in most countries.”
Trends in the world’s wind sector noted by the agency include the large-scale deployment of offshore wind farms (though the IEA points out this is limited mostly to Europe), an increasing number of turbines being installed in cold cli-mates, and a rise in repowering old wind turbines with more modern and productive equipment. Repowering in particular is slated to grow tremendously over the next five years, increas-ing power generation at repowered sites from 1.5 TWh to 8.2 TWh by 2020.
Wind market shares have also seen dramatic changes over the last five years, though most wind turbine manufacturers are concentrated in six countries: the U.S., Denmark, Ger-many, Spain, India, and China. China’s six largest wind com-panies alone have exceeded the majority 20% market share in recent years.
Technologically, a general trend in turbine design has been to increase the height of the tower and the length of the blades. “This decrease in the specific power, or ratio of capacity over swept area, has pushed up capacity factors considerably for the same wind speeds,” says the IEA. The average rated capacity of land-based wind turbines has also increased from 1.6 MW in 2008 to 1.8 MW in 2012, while for offshore turbines, it has grown to 4 MW in 2012, versus 3 MW in 2008 (Figure 3). Otherwise, the sector is also seeing more development of rotors designed for lower wind speeds. Focus is also being placed on grid compatibility, acoustic emissions, visual appearance, and suitability for site conditions.
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2012. However, turbines with a rated capacity ranging from 1.5 MW to
2.5 MW still make up the largest market segment. Source: EWEA
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India Withdraws Tender for Chhattisgarh UMPPThe Power Finance Corp. (PFC), India’s nodal agency that conducts bidding for 16 proposed Ultra-Mega Power Plants (UMPPs)—coal projects of a 4,000-MW scale to make power available at a mini-mum cost—in October withdrew a key tender inviting preliminary bids for the Surguja project in the country’s central state of Chhattisgarh.
Though no official information about the withdrawal was made, Indian media reported the process for invitation of initial bids has suffered repeated de-lays because coal blocks for the project are located in dense forest area, which the Ministry of Environment and Forest have warned may cause environmental damage if mined. The PFC in October, however, issued requests for qualifica-tion for Odisha and Tamil Nadu UMPPs, projects that could be awarded in Febru-ary 2014.
India in 2005 proposed 16 UMPPs in various states, including Andhra Pradesh, Chhattisgarh, Gujarat, Jharkhand, Karna-taka, Madhya Pradesh, Maharashtra, Od-isha, and Tamil Nadu. Only four projects have so far been awarded. The first of those projects, Tata Power’s Mundra UMPP (a POWER 2013 Top Plant) fully went live in March 2013, but its developer has been hemorrhaging financially after new rules rendered coal contracts between Tata Power and Indonesian producers invalid.
The change forced the company to pro-cure imported coal at an unprecedented cost that increased 150% to 200% from the start of the bid process.
Power sector investors have since ex-pressed emphatic concerns about fuel risks in coal-short India. To keep inves-tors interested in the build, own, and operate projects that the government says are integral to reducing the na-tion’s power demand-supply chasm (Fig-ure 4), India’s power ministry in October
announced it had relaxed bidding norms by halving capital cost requirements to qualify for setting up UMPPs from 10% of the overall project cost to 5%. It also said it would consider costs incurred by companies on projects that span seven years, rather than five years, as previous bids required.
Coal supply was assured for the Odisha UMPP, the government said, and land and water clearances had already been secured for both the Odisha and Tamil Nadu projects.
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Spain Inaugurates 2-GW Pumped Storage FacilityEurope’s largest pumped-storage power plant was inaugu-rated this October in the Júcar River basin in Spain’s eastern province of Valencia as Spanish utility Iberdrola commis-sioned the final seven-year-long, 1.7-GW phase of the La Muela project.
The La Muela pumped storage project has since 1989 stored energy by pumping water from the Júcar River to an artificial upper reservoir at a height of 500 meters (Figure 5). The €1.2 billion ($1.6 billion) Cortes-La Muela expansion begun in 2006 doubled the capacity of the existing facility, though as Jose Navarro Torrijos, a senior industrial engineer at Iberdrola noted, the ambitious project was not without difficulties in design and construction. The project entailed installation of four Alstom-supplied generator motors of 240 MVA/600 rpm, and a 840-m long penstock at a 45-degree angle to improve performance—all which proved to be an experience akin to “completing a Master’s in hands-on knowledge of hydraulic technologies,” Tor-rijos said.
Capable of generating about 5,000 GWh per year, the proj-ect will prove essential for Spain, whose renewable power production share jumped from 13% in 2007 to 27% in 2012. The country has faced several challenges integrating the large amount of renewables into real-time dispatch of its power generation to meet power demand, and plans foresee the share of renewables to reach 38% in the future. A recent government report of renewable energy plans calls for the installation to increase from the current 5,350 MW of pumped-storage capac-ity to 6,300 MW by 2015 and 8,800 MW by 2020. A number
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5. Pumping up capacity. Spanish utility Iberdrola this October
commissioned the final phase of a project that doubles the capacity
of the La Muela pumped storage facility in Spain’s eastern province
of Valencia. The 2-GW facility uses the Júcar River basin as a lower
reservoir and features a 840-meter-long penstock that was installed at
a 45-degree angle to improve performance. Courtesy: Iberdrola
Looking for Timely Industry News?
Our weekly POWERnews eletter sends a short selection of the week’s top stories to your inbox every Thursday. You’ll also find the news stories as they are posted throughout the week on our homepage, www.powermag.com. While you’re there, sign up to get POWERnews. Here are just a few stories that ran in early November:
DOE to Fund 18 Research Projects to •Drive Down Cost of Carbon Capture
V.C. Summer Unit 3 Nuclear Island •Basemat Completed
With Coal on the Way Out, Ontario •Turns to Renewables
Whitfield Goes on Offensive Versus EPA•
Senate Bills Kick Up New Efforts to •Establish Federal Renewable Mandate
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of projects are already in the pipeline, including Endesa’s Moralets II project, a 400-MW expansion of the existing Mo-ralets pumped storage project on the Noguera Ribagorzana River in northeast-ern Spain that is expected to come on-line in 2014. Iberdrola is spearheading another 728-MW project in northwestern Spain using the existing San Estaban re-servior as the lower reservoir.
Some observers point out, however, that the outlook for Spain’s renewables remains murky after a 2010 policy turn-around that sought to freeze unsustain-able annual growth of the feed-in-tariff deficits, which had built up to a stag-gering $35 billion. In September, Spain’s government admitted that despite power price increases and ongoing reforms, tar-iff deficits this year alone had soared to about $4 billion.
POWER DigestFirst Kundankulam Unit Synchronized to Grid. The state-owned Nuclear Power Corporation of India Limited (NPCIL) on Oct. 22 synchronized to the grid the first of two units at the Kundankulam Nuclear Power Project. Startup of the project in the southern state of Tamil Nadu—twin VVER reactors built by Russia’s Atomstroyex-port—has been delayed by anti-nuclear protests since it attained criticality in July. The Kundankulam project is the first pressurized water reactor belonging to the light water reactor category in In-dia, which has cultivated an indigenous
nuclear power sector for decades. At 1,000 MW, it is also the largest “single” power generation project in the country.
Belarus Licenses Construction of New Reactor. The Belarus Department of Nuclear and Radiation Safety on Sept. 13 issued a license for the con-struction of the first of two Russian-built reactors at the Ostrovets site in the Grodno region. The Eastern Europe-an country in October 2011 awarded a main construction contract to Russia’s Atomstroyexport, and later finalized a $10 billion turnkey contract to Rus-sian state nuclear enterprise Rosatom for the supply of the two 1,200-MWe AES-2006 reactors. The newly issued li-cense means that full construction of the project can begin. Completion of the first reactor is expected in 2018, with commissioning set for the second unit in 2020.
Three CSP Units Opened. Aben-goa SA in October opened its 280-MW Solana parabolic trough plant near Gila Bend, Ariz., as well as Solaben 1 and Solaben 6, two 50-MW parabolic trough plants in Extremadura, Spain. The So-lana project is the first in the U.S. to feature a thermal energy storage system that can produce 6 hours of power even if the sun is unavailable. Total invest-ment of the plant is about $2 billion, of which $1.45 billion was received as a federal loan guarantee. The Solaben units are part of a larger 200-MW Ex-tremadura Solar Complex, one of the largest in Europe.
Vietnam Nixes Major Hydro Proj-ects on Environmental Concerns. Vietnam’s government on Oct. 26 re-vealed that it had approved the removal of six potential large and 418 small hydropower projects from the country’s hydropower development master plan because they were likely to cause nega-tive environmental and social impacts. It also suspended work on another 136 projects.
The decision means that the South-east Asian country that is struggling to meet surging power demand, and which last year produced 44% of the nation’s power with hydro, now has 815 hydro-power projects in its national plan, in-cluding 268 that are already operational and 205 that are under construction. Among major projects rejected are the 135-MW Dong Nai 6 and the 106 MW Dong Nai 6A hydropower projects, which were to be built on the Dong Nai River where three other projects, the 180-MW Dong Nai 3, the 340-MW Dong Nai 4, and the 154-MW Dong Nai 5, are under development.
GDF Suez Shutters 1.9-GW Gas Plant for Demand Reasons. GDF Suez on Oct. 18 said it would decommis-sion and demolish the 1.9-GW Teesside Power Station in the UK after review-ing the nation’s future power market and determining that the 1993-opened combined cycle gas turbine plant was unable to compete with newer, more efficient technology. The French util-ity group mothballed the power plant earlier this year after running it at a fraction of its capacity since 2009. GDF Suez had already closed or mothballed 12 GW of gas-fired capacity across Eu-rope. An estimated 51 GW of gas-fired power has been shuttered across Europe due to competition from renewables and cheap coal imports.
Coal Plant 1-GW Expansion Planned in Indonesia. The Japan Bank for International Cooperation and the Export-Import Bank of Korea have agreed to extend loans to finance a 1-GW coal-fired power plant expansion at an existing 660-MW plant in Cirebon, in Indonesia’s West Java province. The plant is owned by Cirebon Electric Power, which comprises several compa-nies, including Marubeni Corp., Korea Midland Power, Samtan, and Indika Energy. The expansion is estimated to cost $1.5 billion to $2 billion. ■
—Sonal Patel is a POWER associate edi-tor (@sonalcpatel, @POWERmagazine).
What Blogger Ken Maize Did on His Fall
Vacation
A three-week cruise down the west coast of South America provided rich material for one of Kennedy Maize’s most interesting posts. Here’s a taste: “Wind power has always struck me as one of those ‘horses-for-courses’ technologies, well-suited for some situations and not so much for others. It doesn’t really fit well for much of the U.S., in my judgment. But wind makes a lot of sense for Chile, for reasons related to geography, geology, and meteorology.”
Read about Chile’s generation options (plus a few colorful travelogue details) in “Chile’s High-Flying Wind Plan” in the POWERBlog: powermag.com/blog/chiles-high-flying-wind-plan/
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Preventing Failure of Elastomeric Expansion Joints in FGD Systems
Fossil-fuel-based power generation plants with wet scrubbing systems use slurries of sorbents to remove sulfur dioxide from their emissions. These highly abrasive slurries accelerate wear on the expansion joints in plants’ piping systems, resulting in failures and unplanned outages. These failures and outages can be prevented and the service life of the joints maximized by taking into account key factors, such as tube selection, arch design, and the use of flow liners and controllers.
Sulfur dioxide is removed from power plants’ flue gas using wet or dry desulfu-rization systems. Wet systems, which use alkaline chemical reagents including lime-stone, lime, ammonia, and sodium, pose the greatest potential for abrasive wear in non-metallic joints. These reagents con-vert sulfur dioxide into a liquid or solid waste by-product, from which gypsum can be extracted through oxidation.
Expansion joints (Figure 1) are flex-ible connectors used to reduce vibra-tion, dampen sound, and accommodate movement in industrial piping systems for pressurized fluids. These systems are subject to movement from pressure or vacuum, temperature gradients, equip-ment vibration, their own weight, and structural settlement. To compensate for this movement, expansion joints are typi-cally installed at the suction or discharge side of pumps, and at directional changes and long runs of piping.
Types of Expansion Joints
There are two primary types of expansion joints—metal and non-metallic or elas-tomeric. Metal expansion joints are con-structed in a bellows configuration from thin-gauge material designed to absorb mechanical and thermal movement. Elas-tomeric expansion joints, by contrast, are fabricated from natural or synthetic rubber and fabric. Consisting of an inner elasto-meric tube fused to a metal-reinforced fab-ric body and an elastomeric cover, these types of expansion joints accommodate greater pipe movement and provide more abrasion resistance than metal joints.
A typical flue gas desulfurization (FGD) system using a limestone reagent operates in two stages—one for the re-moval of fly ash and the other for the re-moval of sulfur dioxide. Flue gas passes through the fly ash removal phase and then enters the sulfur dioxide removal stage. Wet systems use expansion joints in a number of locations, notably ab-sorber bleed and slurry recycle pumps, where they compensate for movement and dampen vibration.
The majority of expansion joints in FGD systems are elastomeric because of the abrasive nature of the application. The three basic components in this type of joint are the tube, body, and cover (Fig-ure 2). Consisting primarily of an elas-tomeric material, the tube protects the internal structure of the joint from the media passing through it. Selection of the tube material should be based on chemical compatibility, temperature, and abrasive-ness of the application.
Serving as the “backbone” of an elas-tomeric joint, the body consists of combi-nations of fabric and reinforcing metallic
rings. As with the tube, the body materials must be able to withstand the temperature and internal pressure of the system during operation. The cover is similar to the tube, but it protects the body from the external rather than internal environment. As such, it must be compatible with the surround-ing environment, including chemicals and temperature, as well as its location in the system and the presence of nearby compo-nents that can leak onto it.
Flow Liners
Flow liners are used in expansion joints to combat the effects of abrasion. Abrasive flows are frequently accompanied by sub-stantial flow rates that can wreak havoc on piping systems, including expansion joints. Here they can wear away the elas-tomeric tube material, exposing the body to the potentially harmful media. Flow lin-ers protect the surface of the tube by di-recting the fluid media away from it, while allowing the joint to move freely within its capabilities.
It is important to understand the re-lationship between the direction of flow and the orientation of the flow liner, as it can potentially harm the piping system. In most FGD systems, the recycle pump discharges vertically for recycling the material further up the tower wall. This gravity-opposing flow can recirculate and build up behind the liner, rendering the joint ineffective.
As noted, the primary criteria used when selecting the proper type of ex-pansion joint for a specific application include size, operating temperature, pressure, and media. However, consider-ation also should be given to flow rate, location in the system, and the use of control units. Significant flow rates ac-celerate abrasive wear; using filled-arch joints reduce turbulence, improve flow with minimal disruptions, and reduce the potential for particle buildup.
Expansion joints also can be found on the suction side of recycle pumps (Figure 3), where they are used in two configura-tions. The first is a straight joint attached to a reducing spool attached to a pump, where a flow liner can be used in conjunc-tion with a filled arch to protect it from abrasive media. The second is a tapered joint to replace the reducing spool. This configuration prohibits the use of a flow liner and requires tube material that can
1. Expansive benefits. Expansion
joints reduce vibration, dampen sound, and
accommodate movement in piping systems.
Courtesy: Garlock Sealing Technologies
2. Main parts. This cutaway shows the
tube (yellow), cover (gray), and body (black)
of an elastomeric expansion joint. Courtesy:
Garlock Sealing Technologies
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withstand significant wear.It should be noted that custom drill
patterns and lateral offset from pipe misalignment can also contribute to premature failure of suction-side expan-sion joints.
Unlike recycle pumps, absorber bleed pumps generally have smaller I.D.s but higher flow velocities and greater levels of abrasive particulates. Again, vertically oriented flows can eliminate the protec-tion afforded by flow liners.
Troubleshooting
Proper pipe support is critical to the per-formance of absorber bleed pumps, as movements during operation can magnify the effects of abrasion-induced fatigue on the expansion joints. Therefore, mea-surements should be made prior to initial installation of an expansion joint and pe-riodically during operation to detect any potential offsets (Figure 4).
Unlike metal expansion joints, elasto-meric joints exhibit visible signs of wear and fatigue that can alert observant us-ers to potential failures. The indications include exterior cracking, blistering, de-formation and delamination, exposure of metal or fabric reinforcement, ply separa-tion of the cover, rubber deterioration, and leakage. Signs of impending failure can be seen in cracking at the base and soften-ing of the joint, arch inversion, splitting of the outer diameter of the flange, and leakage at the flanges.
The failure modes can be attributed to a variety of root causes, such as overextension of the joint, chemical attack, excessive pres-sure or vacuum, elevated temperatures, and insufficient bolt load on the joint. Proper se-lection of expansion joints and appropriate
preventative maintenance programs that in-clude proactive troubleshooting and failure analysis can result in significant savings by reducing unplanned breakdowns and maxi-mizing the life of non-metallic expansion joints in FGD applications. ■
—Sherwin Damdar ([email protected]) is associate product manager
and Stephen Cramb ([email protected]) is applications and product
engineer for expansion joints, Garlock Sealing Technologies.
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3. In use. Expansion joints are used on
both the discharge and suction sides of re-
cycle pumps. Courtesy: Garlock Sealing Tech-
nologies
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can detect potentially troublesome offsets.
Courtesy: Garlock Sealing Technologies
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Federal-State Cooperation Is Needed in Transmission Project DevelopmentJames K. Mitchell
Beginning with its landmark Order No. 888 in 1996, the Federal Energy Regulatory Commission (FERC) has aggres-sively pursued policies designed to foster planning and
construction of new transmission facilities, in order to support expansion of competitive wholesale electricity markets. However, as FERC has acknowledged, “there is longstanding state authority over certain matters that are relevant to transmission planning and expansion, such as matters relevant to siting, permitting and construction.” FERC can best achieve its goal of enhancing competition through construction of new facilities if plans for construction of such facilities are developed with due regard for applicable state requirements.
Transmission Planning and FERC Order No. 1000Each transmission provider is required to include in its Open Ac-cess Transmission Tariff (OATT) provisions for engaging in a co-ordinated, open, and transparent transmission planning process with affected stakeholders. FERC Order No. 1000, which was is-sued in July 2011, also obligates each transmission provider to participate with its neighbors in coordinated regional transmis-sion planning. This process is intended to evaluate “transmission solutions that might meet the needs of the transmission planning region more efficiently or cost-effectively than solutions identi-fied by individual public utility transmission providers in their local transmission planning process.”
FERC policy assumes that the regional transmission planning process will be enhanced if new, non-utility affiliated transmis-sion developers are encouraged to submit proposals for meet-ing regional transmission needs. There is little incentive for such developers to incur the costs of participation unless they can reasonably expect that they will be designated to construct the facilities should their proposal be adopted. Order No. 1000 there-fore required each transmission provider to remove from its OATT any provision giving the incumbent transmission provider a right-of-first-refusal to construct transmission facilities in a regional transmission plan, subject to certain limitations.
FERC has recently interpreted this provision to require dele-tion of references in OATTs to the need for compliance with state laws. For example, FERC ordered PJM Interconnection to remove language giving the incumbent transmission owner a preference to build a transmission project in any instance “required by state law, regulation or administrative order with regard to [transmis-sion] enhancements or expansions … located within that state.” In FERC’s view, this provision contravened the ban in Order No. 1000 on rights-of-first-refusal. In another case, FERC ruled that the transmission provider could not condition its acceptance of a proposed transmission project in a regional transmission plan
on approval of the project by all of the relevant state regulatory authorities by a specified date.
State Laws Cannot Be IgnoredState laws may establish minimum qualifications that must be met by transmission line developers before they may build transmission facilities within a state. FERC Commissioner Tony Clark has therefore questioned the wisdom of rulings that may cause state laws to be ignored. He has said that the failure of a transmission provider to consider state laws when selecting a project for inclusion in the regional transmission plan “would require transmission providers to select a project … when it is unclear whether [that project] will be able to secure the neces-sary governmental approvals within the desired development schedule,” or where the project “may have no legal possibility of ever being built.”
FERC’s rulings have alienated the National Association of Reg-ulatory Utility Commissioners (NARUC). NARUC has interpreted FERC’s decisions as preempting state law over transmission sit-ing and integrated resource planning, as well as reducing the role of states in the transmission planning process from that of a regulator with decision-making responsibilities to that of mere stakeholders providing input. The NARUC Board of Directors recently adopted a resolution concluding that “Order No. 1000, as implemented, inappropriately infringes on State authority re-served by Congress over integrated resource plans, generation and transmission decisions, assurance of resource adequacy and reliability, and authorization and construction of new facilities.”
State Concurrence with Transmission Plans Is PreferredRegardless of whether an OATT explicitly provides for consid-eration of applicable state laws governing transmission siting and construction during the transmission planning process, such state laws cannot be simply ignored. Logically, if state laws or regulations may cause certain entities to be disqualified from building new transmission facilities, it would be more efficient for transmission providers to consider such laws when developing a regional transmission expansion plan.
The likely consequence of a failure to do so may be delay or rejection of desirable transmission projects. FERC’s ability to achieve its goals will be enhanced if it allows transmission pro-viders to consider state policies when evaluating proposals for inclusion in a regional transmission plan and selecting transmis-sion developers to construct each transmission project. ■
—James K. Mitchell ([email protected]) is a partner in Davis Wright Tremaine LLP’s energy practice group in the firm’s
Washington, D.C., office.
CIRCLE 16 ON READER SERVICE CARD
www.powermag.com POWER | December 201324
TOP PLANTS
Alqueva II Pumped Storage Hydropower Plant, Alqueva, PortugalOwner/operator: Energias de Portugal
Sunny Portugal enjoys a climate much
like that of Southern California and
likewise has considerable wind re-
sources. Unlike California, Portugal has
virtually no indigenous fossil fuel resources
(some coal, but no gas or oil), which has
pressed the country to rapidly develop its
wealth of renewable resources.
Portugal’s success in converting an econo-
my largely based on imported fossil fuels for
electricity production to one based on renew-
able energy resources has been remarkable. In
2006, for example, fossil-fueled plants pro-
duced two-thirds of the country’s electricity
consumption (~38% using imported oil and
natural gas). Today, more than half its energy
comes from wind, solar, and hydropower, hav-
ing constructed the world’s largest solar farm,
Europe’s largest wind farm and an extensive
network of hydroelectric facilities.
In the BeginningPortugal’s push for renewables began in 2000
when the government purchased all the utility-
owned transmission lines and formed a pub-
lically owned and traded company to operate
the system. The purpose of this very contro-
versial move was to encourage capital invest-
ment in upgrades and investment in smart grid
technologies, a precursor to integrating renew-
ables onto the grid. The plan also included a
national system of electric car charging sta-
tions. Since the acquisition, over $600 million
has been invested in grid upgrades.
Unfortunately, the country’s economic
malaise, punctuated by an International Mon-
etary Fund and European Union bailout in
May 2011 that required drastic public spend-
ing cuts, has undercut the rate of renewable
expansion in Portugal. The reduction in ener-
gy consumption (averaging –6% per year for
the past three years but down only 0.4% in
the first quarter of 2013) during the economic
downturn, combined with favorable weather
conditions for hydroelectric power, resulted
in Portugal’s renewable energy plants sup-
plying 70% of total consumption in the first
quarter of 2013, according the Portuguese
grid operator. For a few hours in late 2011,
the country’s entire electricity demand was
provided by renewable electricity.
The Alqueva hydropower plant is part of the
government’s program of exploiting the coun-
try’s sizable renewable hydropower potential.
By 2020, the government plans to construct 10
new dams with hydropower plants under the
National Programme of Dams with High Hy-
dropower Potential. Portugal’s official goal is to
produce 60% of its annual electricity demand by
2020 with renewable energy. The hydropower
capacity portion of the goal is 7,000 MW.
Courtesy: Alstom
European Union carbon emission limitations and a lack of indigenous fossil fuel resources pushed Portugal in 2000 to embrace renewable energy. Today, Portugal supplies over 50% of its annual electricity demand from renewable resources, an increase of over 25% in the past five years alone. Leading Portugal’s renewable energy transformation is Alqueva II, a new pumped storage hydropower plant that supplies baseload electricity and backstops the large amount of variable wind gen-eration in the south.
Dr. Robert Peltier, PE
TOP PLANTS
December 2013 | POWER www.powermag.com 25
Portugal’s hydroelectric generating capac-
ity increased 300% over 2012 because several
important hydropower plants recently entered
service. One major contributor to Portugal’s
significant increase in hydroelectric electric-
ity production was the recent inauguration of
the Alqueva II pumped storage plant.
Construction of the Alqueva Dam, located
on the Guadiana River in southern Portugal,
was completed in 2002, and the reservoir
reached capacity in 2012. The Alqueva Dam
constitutes one of the largest dams and ar-
tificial lakes (250 km²) in Western Europe.
In addition to hydropower, the entire in-
frastructure provides agricultural irrigation
water and the regional water supply, includ-
ing a strategic water reserve during periods
of extended drought. The entire hydropower
plant is expected to produce up to 10 billion
kWh per year, enough power to supply the
surrounding towns of Evora, Beja, Portel,
Moura, and Vidigueira.
The 518-MW hydroelectric power station
was constructed in two phases. Phase I (259
MW) was commissioned in 2004. In 2008, to
meet the need for network regulation because
of the booming growth of wind power in
southern Portugal, Energia de Portugal (EDP)
decided to double the hydropower capability
of the Alqueva infrastructure. The Portuguese
Minister of Environment, Agriculture and
Sea, Assunção Cristas, commissioned 259-
MW Alqueva Phase II pumped-storage hy-
dropower plant in January 2013 (Figure 1).
Pumped storage plants use reversible
pump/turbines and motor/generators that
can be used in two modes: either to gener-
ate electricity by transferring water from an
upper reservoir to a lower one, or by storing
energy by pumping water back into the up-
per reservoir, where it is stored and reused
during peak electricity production hours.
Pumped storage can recover about 80% of
energy consumed in the overall energy cy-
cle. Pumped storage plants also have very
fast response to system load changes, which
is necessary when balancing system loads
dominated by unpredictable wind energy, as
is the case in southern Portugal.
“Alqueva II project was launched by EDP
to develop power production through the ef-
fective use of Portugal’s natural resources. The
successful completion of the Alqueva II hydro
power plant has proven once again Alstom’s
capacity to execute state-of-the-art pumped
storage power plants, and demonstrate our
strong relationship with EDP,” stated Angelo
Ramalho, president Alstom Portugal.
Project FeaturesIn 2008, EDP signed a contract with Alstom
and its consortium partners EFACEC En-
genharia S.A. and SMM for the construction
of Phase II at a contract price of approxi-
mately €95 million (roughly $130 million).
Alstom delivered and installed two new
130-MW reversible pump/turbine-motor/
generator units and other hydro-mechan-
ical equipment for Phase II. In addition,
Alstom delivered ring gates, governing
systems, excitation systems, and a static
frequency converter and was responsible for
the transportation, supervision of erection,
and commissioning of the new units. Royal
Haskoning performed construction manage-
ment for the project. The entire plant is fore-
casted to run for approximately 2,100 hours
in turbine mode and approximately 1,900
hours in pumping mode every year.
Phase II doubled the output of the Phase
I project, but the new addition was not iden-
tical to the first. Operating experience from
Phase I plus advances in low-head design
and performance for increased turbine ef-
ficiency, nearly maintenance-free bearing
technology, and improved ring gate tech-
nology that reduces onsite construction
were integrated into the design of the new
addition.
Hydraulic Design Improved. The
Alqueva II hydraulic design improvements
were facilitated by advances in computer
modeling and computational fluid dynam-
ics technology, as well as the latest pump
turbine design processes. The new design
of the turbine produced an average 0.6%
increase in plant efficiency. Furthermore,
for Alqueva II, the new hydraulic design
adjusted the turbine performance curve to
maximize output in the expected range of
operation, especially at full load.
New Thrust Bearings. Reliability of the
bearing technology used in a hydropower
plant is crucial to the machine’s overall
reliability. The Alqueva pumped storage
plant has been equipped with Alstom’s
latest thrust bearing technology, which al-
lows equal load distribution on each pad,
regardless of frame deformation, shaft line
deflection, or misalignment in all operating
conditions. Alstom’s hydrodynamic thrust
bearings use a self-regulating mechanism
to carry the bearing pads. This approach
resulted in a shorter installation time plus
increased safety during operation and en-
hanced performance monitoring.
Improved Ring Gates. Pump/turbines
are usually protected by spherical or but-
terfly valves whose dimensions are often
too large for low-head pump turbines such
as at Alqueva. Ring gates are critical safety
equipment for hydropower plants because
they can shut off the flow of water to the
turbine. Alstom’s ring gates reduce the
construction work required for installation
while retaining the safety and operational
advantages of inlet valves. The ring gates
used for Alqueva II have a diameter of 8.27
m and are 15 cm thick, which makes them
among the largest ring gates ever deployed
in Western Europe. ■
—Dr. Robert Peltier, PE is POWER’s consulting editor.
1. Renewable revolution. Portugal has made significant progress in transforming its
economy from reliance on fossil fuels to renewable energy, particularly wind and hydropower.
The Alqueva Phase II project added a second block of 259 MW pumped storage capability to
southern Portugal. The Alqueva Dam is one of the largest dams and artificial lakes in Western
Europe. Its pumped storage capability is particularly important given the large amount of wind
power present in the south. Courtesy: Alstom
www.powermag.com POWER | December 201326
TOP PLANTS
Macarthur Wind Farm, Victoria, AustraliaOwner/operator: AGL Energy/Malakoff Corporation Berhad
Though endowed with some of the world’s
largest coal resources, Australia—whose
southern coasts experience strong west-
erly winds called the “Roaring Forties”—also
has wind power as a natural choice. For cen-
turies, these powerful, largely unhampered
west-to-east air currents, which are caused
by a combination of air being displaced from
the Equator towards the South Pole and the
Earth’s rotation, helped speed ships sailing
from Europe to Australasia. Today, they fur-
nish hundreds of sites in South Australia with
wind speeds averaging 8 or even 9 meters
per second (m/s) at 50 meters (m) above the
ground—giving the nation wind power re-
sources that excel by world standards.
Yet the country’s wind power sector is
just getting started. At the end of 2012,
wind turbines with a total nameplate capac-
ity of 2,548 MW supplied more than 7,700
GWh, or 3.4%, of Australia’s overall elec-
tricity demand. Wind’s outlook is healthy:
The current renewable energy target (RET)
set by the Australian government requires
20%—or more than 45,000 GWh—of
the country’s total power generated to be
sourced from renewables by 2020, and at
least 19 GW of new wind projects are in
the pipeline.
Industry analysts forecast the growth of wind
power will be sustained despite the conserva-
tive Liberal Party’s sweep to power in the Sept.
7 election, which ended a six-year term led by
the largely wind-supportive Labor government.
Newly elected Prime Minister Tony Abbott has
pledged to repeal the year-old national carbon
tax of A$23 per metric ton of carbon dioxide
equivalent emissions that was expected to last
until July 2015, after which the country was to
transition to an emissions trading scheme. But
he has also pledged to shutter the publicly fund-
ed A$10 billion Clean Energy Finance Corp.
(CEFC), and press on with a biennial review
of the RET policy, begun in January 2010 and
next due for review in 2014.
Thinking BigIn this context, full completion last January
of the 420-MW Macarthur Wind Farm in
the southeastern state of Victoria, Australia’s
most noteworthy wind installation to date,
marked a tremendous milestone for the coun-
try’s fledgling sector.
More than 350 people were directly em-
ployed during the 30-month construction
of this A$1 billion project’s 140 wind tur-
bines near Hamilton, about 245 kilometers
(km) west of Melbourne—making it the larg-
est investment in Australian renewable energy
since the 1974-completed Snowy Mountains
Scheme, a hydroelectric project widely con-
sidered an engineering wonder.
Development of the Macarthur Wind Farm
was initiated in 2007 by AGL Energy Ltd.
(AGL) and its former 50:50 joint venture part-
ner Meridian Energy, which is based in New
Zealand. The project is now owned by AGL and
Malakoff Corporation Berhad. Though primar-
ily built by a consortium comprising Australian
infrastructure and mining firm Leighton Con-
tractors and Danish wind turbine maker Vestas,
a number of local suppliers also participated.
Keppel Prince Engineering, from Portland, Vic-
toria, for example, manufactured 80 of the 140
wind towers. The remaining 60 towers were
supplied by Adelaide-based RPG Australia.
But the project also necessitated an array of
other local resources, including materials from
nearby quarries and trucking companies, which
supplied crushed rock and other materials for the
85 kilometers of internal roads and other materi-
Fully commissioned in January 2013, the 420-MW Macarthur Wind Farm is the larg-est wind farm in the Southern Hemisphere. But sourcing and erecting 140 wind turbines for this massive project was logistically challenging and required a rethink on several levels.
Sonal Patel
Courtesy: Vestas
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CIRCLE 17 ON READER SERVICE CARD
TOP PLANTS
www.powermag.com POWER | December 201328
als for the significant public road upgrades that
were undertaken by project developers to ease
transportation of a plethora of parts—including
blades, nacelles, and hubs—imported to the
Port of Portland from Denmark.
Siting and Procuring PermitsThe Macarthur Wind Farm’s 140 turbines
are spread out across 5,500 hectares on three
near-flat farms owned by separate landown-
ers—a site chosen specifically because it has
“a productive wind regime” and average wind
speeds of about 7.6 m/s, says AGL. Those
are speeds that the U.S. National Renewable
Energy Laboratory would rank as class 5 or
higher, with class 3 or greater designated as
suitable for most utility-scale wind turbine
applications. AGL estimates the project’s ca-
pacity factor—the amount of power produced
per year divided by the amount of power that
would be produced if the wind turbines oper-
ated at full capacity all the time—is 35%.
However, the site also offers proximity to
a 500-kV transmission line for connection to
the state grid, and it has good road access to
the Port of Portland, from which most of its
imported heavy equipment was trucked in,
and where many of the wind turbine tower
sections were manufactured. Developers then
procured all necessary permits, including a
state planning permit that set strict noise lim-
its. Enforced by the Victoria State government,
the permit requires noise monitoring to be car-
ried out at specific neighboring buildings and
that the noise level from an operating wind
farm at any relevant nominated wind speed
cannot exceed the background noise before
the wind farm was built by more than 5 deci-
bels (dBA), or a level of 40 dBA, whichever
is greater. AGL has undertaken over 40,000
hours of noise monitoring, and according to
the company, noise loggers installed between
February and March 2013 for an objective as-
sessment confirm the wind farm remains com-
pliant with these strict limits.
Newly Launched TechnologyYet another remarkable consideration that qual-
ifies this project as a POWER Top Plant is that
the Macarthur Wind Farm uses the world’s first
purchased Vestas V112-3.0 MW wind turbine
model (Figure 1). The deal between the wind
turbine manufacturer and project developers
for 140 of the newly launched turbines was ce-
mented in August 2010, and it comprises a full
engineering, procurement, and construction
contract; a 10-year service agreement; and a
VestasOnline Business supervisory control and
data acquisition solution.
For AGL, the choice to use Vestas’ new
V112-3.0 MW was based on economics. It al-
lowed the company to increase the wind farm’s
capacity while reducing the number of towers
from 174 to 140, said AGL CEO and Manag-
ing Director Michael Fraser. “This reduces
the environmental footprint of the project and
achieves substantial operating cost savings in
excess of [A]$30 million over the [25-year]
life of the wind farm.” Former co-developer
Meridian Energy revealed that it did “extensive
due diligence” through site visits and technical
meetings to ensure the V112-3.0 MW platform
was “the right solution for the project.”
Clearing HurdlesFinally, though it was “logistically complex,”
Vestas and Leighton Contractors delivered
the wind farm three months ahead of sched-
ule (see table).
As Vestas Construction Supervisor Gary
Barret recalled, “We would jump over one
hurdle and were confronted with another the
day after.” For one, the V112-3.0 MW turbine
is the biggest wind turbine ever to be installed
in Australia, and that brought about its own
challenges—and eventually even changed
the rules on inland oversized transport.
“Transporting the longest blades and the
heaviest nacelles required input from various
government and local authorities, with pub-
lic safety always at the forefront,” explained
Leighton Contractors Logistics Manager
Brendan Rowe. “No less than four separate
stakeholders were involved with every one
of the 1,120 oversized loads delivered to the
Macarthur Wind Farm site.”
Then, the project’s progress was almost
thwarted by flooding that inundated the region
during 2010–2011 because it significantly im-
pacted the ability to build roads, hardstands, and
foundations. “The excessive rainfall led to the re-
design of the road and hardstand construction, as
well as extensive dewatering of all excavations
until the end of the 2011 winter,” said David
Mawhinney, a project manager with Leighton
Contractors. “The wet weather also held up the
installation of the meteorological masts at the be-
ginning of the project. These are installed to col-
lect three months of wind data before the wind
turbines are erected. Consequently, we took the
unusual step of hiring a helicopter to pour the
masts’ concrete foundations.”
More to ComeFor AGL, one of Australia’s largest private
owners and operators of renewable energy
assets, the now-completed Macarthur project
serves as a “base” on which to build a sustain-
able energy future. But while Meridian funded
its debt portion of the Macarthur investment
with an award-winning project finance agree-
ment, the company this June sold its interest
in the farm to Malakoff Corporation Berhad, a
Malaysian power generator and retailer.
According to Meridian Chief Executive
Mark Binns, the company’s investment was
intended to be held over the full-project term,
but a “low interest rate environment and the
opportunity to invest in further wind farms in
Australia provided a compelling reason to look
at a sale and the reinvestment of funds in future
renewable generation options in Australia.” ■
—Sonal Patel is a POWER associate edi-tor (@sonalcpatel, @POWERmagazine).
1. The first buy. The V112-3.0 MW wind turbines installed at the Macarthur Wind Farm
were Danish wind turbine maker Vestas’ first sale of that turbine model (though not the first
installed in the world). About 1,120 heavy lifts were required to join the tower sections, nacelles,
hubs, and blades of the farm’s 140 turbines, each of which has a hub height of 85 meters (m)
above ground and a rotor diameter of 112 m. The wind farm, in a region with average wind
speeds of 7.6 m/s, has a capacity factor of 35%. Courtesy: AGL Energy
Date Milestone
August 2010 Contract signed
Mid-November 2010 Site established
August 2011 Erection of first tower started
October 2011 First turbines arrive
September 2012 First turbine commissioned
October 2012 140th tower erected
January 2013 140th turbine commissioned
April 2013 Wind farm officially opens
Table 1. Macarthur Wind Farm proj-ect schedule. Source: Leighton Contractors
CIRCLE 18 ON READER SERVICE CARD
www.powermag.com POWER | December 201330
TOP PLANTS
Mesquite Solar 1, Maricopa County, Arizona Owners/operators: Sempra U.S. Gas & Power and Consolidated Edison Development
California has been pursuing renewable
generation since enactment of its Re-
newable Portfolio Standard (RPS) in
2002, which had the goal of increasing re-
newable generation to 20% of the state’s elec-
tricity mix by 2017. That goal was codified in
2006. In the meantime, the 2003 Integrated
Energy Policy Report (IEPR) recommended
accelerating the schedule to 20% by 2010, a
plan that utilities were ill prepared to meet,
principally because of transmission limita-
tions. The following year, the 2004 IEPR
again recommended an update to the plan,
advancing the goal to 33% by 2020. Then-
Governor Arnold Schwarzenegger signed
Executive Order S-14-08 in Nov. 2008 re-
quiring retail sellers of electricity to comply
with the new RPS standard. The RPS was
codified when Governor Edmund G. Brown,
Jr. signed SBX1-2 in April 2011. The RPS
standard applies to all publicly owned utili-
ties, investor-owned utilities (IOUs), elec-
tricity service providers, and community
choice aggregators.
There has been marked progress toward
the RPS goal during the past few years. As
of December 2012, California’s three large
IOUs reported that they serve 19.6% of their
2012 retail sales with RPS-eligible renewable
energy, slightly less than the compliance goal
of no less than 20%. Sempra Energy’s wholly
owned subsidiary San Diego Gas & Electric,
at 20.31%, was the only California IOU to
meet the 2011–2013 renewable energy goal.
Another 2,800 MW of renewable energy
is scheduled to enter service in California
during 2013, and more than 644 MW came
online in the first quarter of this year. At 150
MW, the largest of those new projects was
Sempra U.S. Gas & Power’s Mesquite Solar
1. Power from Mesquite Solar 1 is being sold
to California’s Pacific Gas & Electric under a
20-year-contract.
Solar Industry LeaderSempra Energy, a Fortune 500 energy ser-
vices holding company, is the parent of proj-
ect developer Sempra U.S. Gas & Power (a
consolidation of Sempra Energy’s U.S. op-
erations outside of its California utilities,
completed in January 2012) and the regulat-
ed public utility San Diego Gas & Electric.
Sempra U.S. Gas & Power has a very strong
history among developers of utility-scale PV
projects, going back to the completion of the
company’s first solar energy project—the
10-MW El Dorado Solar PV plant in Boul-
der City, Nev. That plant was named a 2009
Top Plant winner for its well-designed inte-
gration with the adjacent El Dorado Energy
gas-fired combined cycle plant. I wrote at
the time, “El Dorado is Sempra Energy’s
first solar power generation project but will
likely not be its last.”
Indeed, POWER also named Sempra
U.S. Gas & Power’s Copper Mountain So-
lar 1, adjacent to the El Dorado facility,
a 2011 Top Plant. That plant entered ser-
vice in December 2010. At the time of the
award, the 48-MW plant was recognized as
“the largest photovoltaic plant in the U.S.”
Since then, the smaller plant has been in-
Courtesy: Sempra U.S. Gas & Power
Sempra U.S. Gas & Power’s jointly owned Mesquite Solar 1 project added 150 MW of photovoltaic-generated electricity to the grid in January 2013, making it one of the largest PV projects of its type in the country. Sempra U.S. Gas & Power’s long-term plan is to expand the facility to 700 MW.
Dr. Robert Peltier, PE
TOP PLANTS
December 2013 | POWER www.powermag.com 31
corporated into the larger one, now referred
to as the 58-MW Copper Mountain Solar
1. Today, the company is constructing two
additional phases of the project, Copper
Mountain Solar 2 and Copper Mountain
Solar 3, with 308 MW currently under
construction. Both projects are slated for
completion in 2015.
Sempra U.S. Gas & Power hits the POW-
ER award trifecta in 2013 with its jointly
owned Mesquite Solar 1 project. The 150-
MW facility was constructed on 920 acres
of a 4,000-acre site in Maricopa County,
Ariz., an hour and a half drive west of
Phoenix. Construction of the plant began
in June 2011. The first three blocks of so-
lar panels totaling 42 MW entered service
in late Dec 2011 with the remainder of the
150-MW first phase connecting to the grid
in late 2012. At that time, Mesquite Solar
1 became one of the largest PV projects
in the U.S., although that record was later
eclipsed by another installation. The plant
is expected to operate with an ~27% annual
capacity factor producing ~350 GWh per
year. A video describing the development
and construction of the project is available
at www.semprausgp.com/energy-solutions/
solar-mesquite-solar.html.
However, as you read above, bragging
rights are short-lived, because there always
seems to be a bigger PV project in the works.
Mesquite Solar will surely reacquire those
bragging rights, because early development to
expand the facility to a massive 700-MW PV
installation is ongoing. The PV facility is also
adjacent to Sempra U.S. Gas & Power’s joint-
ly owned 1,250-MW Mesquite Power Gen-
erating Station, a 4 x 2 gas-fired combined
cycle plant that was, as you may have guessed
by now, a POWER Top Plant in 2004.
The completion of Mesquite Solar 1 moves
Sempra U.S. Gas & Power closer to its goal
of investing in 1,850 MW of renewables to
its power generation portfolio by 2017. Since
announcing progressively increasing targets
starting in early 2011, the company along
with its strategic development partners has
installed, started construction on, or secured
long-term utility contracts for more than 800
MW of additional solar and wind capacity.
“We are pleased to continue the momen-
tum of our solar program with the comple-
tion of Mesquite Solar 1 and will now focus
on the development of the remaining 4,000-
acre complex,” said Jeffrey W. Martin, presi-
dent and chief executive officer of Sempra
U.S. Gas & Power. “This accomplishment
puts us solidly on track to own and operate
more than 1,000 megawatts of renewable en-
ergy capacity by the end of this year [2013].
We are excited about the future.”
Massive in ScaleThe scale of Mesquite Solar 1 is, to say the
least, large. The 830,000 panels cover acreage
equivalent to 680 football fields (Figure 1).
Mesquite Solar 1 uses Suntech Power
Holdings Co. multi-crystalline solar pan-
els with Pluto cell technology that converts
sunlight into electricity at 20.3% efficiency.
Suntech, headquartered in China and the
world’s largest producer of PV panels, pro-
vided 830,000 polycrystalline solar modules
for the project. In fact, Mesquite Solar 1 is
located only about 30 miles from Suntech’s
former Goodyear, Ariz. manufacturing facil-
ity, which supplied a portion of the panels for
the plant.
Engineering, design, and construction
were handled by Zachry Holdings Inc., a fa-
miliar name in fossil-fueled power plant con-
struction. Zachry has diversified its project
portfolio to include renewable projects, such
as Mesquite Solar 1.
Inverters and transformers are normally
used to convert the direct current produced
by the PV panels into alternating current suit-
able for the grid. However, Mesquite Solar
1 is one of the first utility-scale PV sites to
use Advanced Energy’s AE 500NX inverter.
The inverter is modular in design and uses a
closed air-to-liquid cooling, a desirable fea-
ture for a plant located in the desert. Each
inverter handles up to 500 kW and does not
require an enclosure for cooling. Better still,
the advanced bipolar design does not require
a built-in transformer, yet makes the con-
version to 420 VAC at weighted efficiency
of 97.5% with a reliability >99%. The Ad-
vanced Energy inverters include reactive
power and power factor control features and
low-voltage ride-through capability.
Each Solaron inverter can handle up to
10 input feeds. Four Solaron inverters are
combined into an ~2 MW skid, which also
include a single 2-MW transformer, break-
ers, and a DCS cabinet. Multiple skids are
combined at the main facility transformer
where the voltage is increased to match
the grid voltage at the nearby Hassayampa
switchyard, a major energy hub for the
Southwest. Almost one million linear feet
of underground cable were used to inter-
connect the panels and inverters.
The panels are installed on Schletter’s
ground mount fixed-tilt system. Approxi-
mately 85,000 steel piers support the ground-
mount PV system, each embedded four feet
into the ground. The posts are galvanized
steel and the panel frames are aluminum.
Emerson supplied its Ovation distributed
control system to manage the plants con-
trol and monitoring functions. Fiber optic
cables interconnect the control room with
the switchgear and inverter skids.
Arizona may be the hub of solar electric-
ity development in the U.S. because of its
ample sunshine, but the California RPS and
other subsidies also play an important role
in developing these massive solar projects.
In September 2011, the Federal Financing
Bank provided a $337 million loan for the
development of the first phase of the $600
million Mesquite Solar 1 project. The U.S.
Department of Energy provided the loan
guarantee. ■
—Dr. Robert Peltier, PE is a consulting editor for POWER.
1. Carpet the desert. Mesquite Solar 1 is a 150 MW solar power plant located about 70
miles west of Phoenix, Ariz. The facility’s 830,000 solar panels cover about 920 acres or 1.4
square miles. Courtesy: Sempra U.S. Gas & Power
www.powermag.com POWER | December 201332
TOP PLANTS
Polaniec Green Unit, Polaniec, PolandOwner/operator: GDF SUEZ Energy Poland
Historically, Poland has relied heav-
ily on coal for electricity generation.
International Energy Agency statis-
tics show that coal generation accounted for
86.5% of total electric power production in
2011. The Polaniec facility has been an im-
portant contributor to that total over the years.
The plant, built in the late 1970s, began with
eight 200-MW coal-fired units. Through an
upgrade process, all the units were increased
to 225 MW by 1995, giving the facility a total
capacity of 1.8 GW.
Like many other European Union mem-
bers, the Polish government has committed
to changing its energy strategy. The country
identified several areas of focus, including
improving efficiency, enhancing security,
introducing nuclear, developing competi-
tive markets, reducing environmental im-
pact, and increasing the use of renewable
energy sources.
On Nov. 10, 2009, Poland’s Council of
Ministers adopted a new energy policy con-
sistent with those goals. One of the objectives
of the policy was to increase the use of re-
newable energy sources in the country’s final
energy consumption to at least 15% by 2020
with further increases in the following years.
The Polaniec Green Unit provides a reliable
and consistent electricity supply, which sup-
ports that policy.
Bit by Bit a Shift to BiomassGrzegorz Gorski, CEO of GDF SUEZ En-
ergy Poland has commented that “10 years
ago the idea was born, to do something bet-
ter for the environment and change the fuel
mix.” The plant began to slowly add bio-
mass to the blend, increasing the amount
almost every year. “It was a logical step to
make a fully dedicated unit,” he added in a
YouTube video.
So in 2007, the owners worked with
Tractebel Engineering to develop a feasi-
bility study. Recommendations were made
regarding the process and selection of cut-
ting, drying, and milling technologies. Sug-
gestions were based on safety aspects and
the capability to meet required particle size
distribution.
With this information in hand, the compa-
ny pressed forward, having Tractebel prepare
an Environmental Impact Assessment (EIA).
The EIA looked at the possible replacement
of one of Polaniec’s coal-fired boilers, Unit
8, with a new biomass-fired circulating flu-
idized bed (CFB) boiler. In April 2010, a
contract was signed with Foster Wheeler to
design and construct the new unit.
Biomass Boiler DesignThe Foster Wheeler design allows a variety
of biomasses to be burned efficiently and still
meet tight environmental regulations. Foster
Wheeler’s Advanced Bio CFB (ABC) tech-
nology enables a mix of 80% wood and 20%
agricultural by-products to be used for fuel in
the Polaniec Green Unit.
Foster Wheeler considers its ABC tech-
nology to be state of the art for biomass
combustion. The ABC concept is the result
of continuous research and experience from
more than 400 commercial CFB references.
Foster Wheeler’s responsibility for the proj-
ect included designing and supplying the
Courtesy: GDF SUEZ
When Gérard Mestrallet, chairman and CEO of GDF SUEZ, set a target of doubling the company’s renewable energy capacity from 2007 to 2013, it seemed very ambi-tious. Projects like the Polaniec Green Unit have helped the company reach its goal with room to spare.
Aaron Larson
TOP PLANTS
December 2013 | POWER www.powermag.com 33
steam generator, auxiliary equipment, and
biomass yard, as well as carrying out civil
works, erection, and commissioning of the
boiler island.
Polish regulations require a minimum of
20% agro biomass, which includes a vari-
ety of materials, such as straw, sunflower
pellets, dried fruit (marc), and palm ker-
nel shells. A major concern in the design
process was the high-alkali content of this
agricultural biomass. Pilot testing was con-
ducted to determine if the advanced agro
CFB concept would perform adequately
under these conditions. The design passed
with flying colors.
The Polaniec boiler has solids separators
built from steam-cooled panels integrated
with the combustion chamber, which avoided
heavy refractory linings in the separator. The
final superheating and reheating stages are
located in special enclosures at the bottom of
the furnace, adjacent to the main combustion
chamber (Figure 1). Because they are located
outside the main combustion area, they are
protected from the fouling and corrosive en-
vironment of the boiler’s hot flue gas, thus
resulting in higher steam temperatures. The
design also provides good load-following ca-
pabilities and turndown ratios.
The ABC technology uses moderate flu-
idizing velocity in the furnace and features
a full-step grid design in order to transfer
heavy unfluidized particles effectively into
the bottom ash removal system.
“The unit is indeed unique, as it is one of
the largest in its sector,” said GDF SUEZ
Chairman and CEO Gérard Mestrallet.
“It’s a very original, ultra-modern unit. It
features fluidized bed combustion, which
is really at the cutting edge of combustion
technology.”
Other Major ContractsThe plant utilizes the Ovation distributed
control system, supplied by Emerson Process
Management. The system can handle 6,000
I/O points and includes the AMS Suite pre-
dictive maintenance software.
A complete chipping line, which includ-
ed a drum chipper and corresponding han-
dling equipment, was supplied to the plant
by BRUKS Klöckner GmbH together with
Polimex Mostostal Warszawa.
Alstom was awarded a contract to retrofit
the existing steam turbine to optimally match
the new biomass configuration. In mid-2012,
Alstom parlayed that work into a contract
worth approximately €65 million ($89.6 mil-
lion) for modernization of Units 2 through 7.
Alstom also has an option to retrofit Unit 1,
but the decision on whether to move forward
with that upgrade is not expected until 2014.
The upgraded steam turbines will increase
efficiency and allow for capacity ratings of
over 240 MW per unit, which will also sig-
nificantly reduce CO2 emissions from the
rest of the facility.
Emissions ControlWhile GDF SUEZ is the largest independent
power producer in the world, with over 117
GW of installed capacity and 7.2 GW more
under construction, the company has devel-
oped a management approach designed to
limit its environmental impact. It has em-
braced a strategy that targets 20% of electric
generation capacity from renewables and
has also optimized the energy efficiency of
its production facilities in an effort to fight
climate change.
The Polaniec Green Unit is a flagship
plant that demonstrates the company’s
commitment to this strategy. The boiler uti-
lizes a low and uniform temperature profile
in the furnace and staged combustion to
help control emissions. Additionally, it is
equipped with an ammonia injection sys-
tem and catalyst—selective noncatalytic
reduction plus selective catalytic reduc-
tion—for controlling the nitrogen oxide
emissions. An electrostatic precipitator is
used for controlling particulate emissions.
With these measures, the Green Unit can
adequately meet the required emission lim-
its noted in Table 1.
Replacing the original coal-fired boiler
in Unit 8 with the Green Unit enabled the
project to meet its goal of saving almost 1.2
million tons of CO2 annually. As the world’s
largest biomass-fired CFB boiler, the Pola-
niec Green Unit is a well-qualified POWER
Top Plant.
The unit began commercial operation on
Nov. 15, 2012, six weeks ahead of schedule.
“It’s a beautiful showcase,” said Jean-Fran-
çois Cirelli, vice chairman of GDF SUEZ,
“All the ingredients are there for it to be a
success.” ■
—Aaron Larson is a POWER associate editor (@AaronL_Power,
@POWERmagazine).
1. Side view of Polaniec boiler. Source: Foster Wheeler
Description Value
Flue gas exit temperature 148C (298.4F)
Boiler efficiency 91.0%
NOx <150 mg/Nm3
SO2 <150 mg/Nm3
CO <50 mg/Nm3
Particulate matter (dry) <20 mg/Nm3
Table 1. Design performance data are for O2 6% in dry gases, emissions guarantees 50%
boiler maximum continuous rating, 24-hour average. Source: Foster Wheeler
12
3
4 5
1 - Step grid2 - Final SH and RH3 - Conservative flue gas velocity and effective temperature control4 - Steam cooled solid separator and return leg5 - Optimal convective heat transfer surfaces and correct flue gas temperature
www.powermag.com POWER | December 201334
TOP PLANTS
Shams 1, Madinat Zayed, United Arab EmiratesOwner/operator: Shams Power Co.
The small nation of the United Arab
Emirates (UAE), despite having the
world’s seventh-largest proven reserves
of both oil and gas, has been working hard
to diversify its economy over the past two
decades. Though hydrocarbons still account
for the large majority of its economic activity
and more than 80% of government revenue, it
has managed to significantly reduce the share
of hydrocarbons in its total export figures.
But the rapid growth of its financial and in-
ternational trade sectors over the past decade
has meant equally rapid growth in electricity
demand, which has stretched the UAE’s grid
to its limits. According to International En-
ergy Agency estimates, the UAE’s electric-
ity consumption in 2011 was 83.79 TWh, a
more than 50% increase since 2001. Installed
capacity, almost entirely natural gas–fired
thermal plants, was 23.25 GW in 2009, ac-
cording to the Energy Information Agency.
Despite its ample gas reserves, the UAE is
also working to diversify its generation port-
folio, having contracted with Korea Electric
Power Corp. to construct four nuclear reac-
tors, two of which are now under construc-
tion, with the first scheduled to come online
in 2017 and the others expected to be com-
pleted by 2020.
The country is also looking to boost re-
newable generation. To this end, Abu Dhabi,
the largest emirate, formed the Masdar initia-
tive in 2006, with a focus on development of
renewable and sustainable energy technolo-
gies. Masdar is a subsidiary of Abu Dhabi’s
state-owned Mubadala Development Co.
Masdar’s flagship project is Masdar City,
which aims to be the world’s first low-carbon
municipality. Located just outside the capi-
tal, it currently houses the Masdar Institute,
a joint effort with the Massachusetts Institute
of Technology. A number of other high-tech-
nology and renewable energy businesses and
organizations are planning to set up shop in
Masdar City, among them, the International
Renewable Energy Agency, Siemens Middle
East, and GE. Masdar has invested in a va-
riety of renewable energy projects, most no-
tably a 20% share in the 630-MW London
Array in the UK, currently the world’s largest
offshore wind farm.
Still, the overall goal of Masdar is to di-
versify the emirite’s energy sector. In the late
2000s, it began planning for a major solar
power plant in the UAE to be called Shams—
“Sun” in Arabic.
No Simple TaskWhile a desert location might seem like the
ideal spot for a concentrating solar power
(CSP) plant, in fact, making one work in such
an area carried with it a number of significant
challenges that the designers had to overcome
in planning the project. The original design
for Shams 1 was proposed in 2007, and Mas-
dar tendered the project for bids in 2008.
Because the coastal areas of the UAE are
at a premium in terms of occupancy and land
values, and because such areas have lower
insolation, the project needed to be located in
the southern region of the country. These ar-
eas, however, are characterized by loose and
Courtesy: Masdar
The Arabian Peninsula might seem like the ideal location for a concentrating solar power plant, but developers of the 100-MW Shams 1 CSP project in the UAE—the world’s largest at its inauguration in March—found that things were nowhere near that simple.
Thomas Overton
TOP PLANTS
December 2013 | POWER www.powermag.com 35
sandy soil, high winds, and high dust levels,
as well as large rolling sand dunes.
Early research for Shams revealed that, be-
cause of the dust in the atmosphere, the site had
surprisingly low direct normal irradiance (DNI)
levels of under 2,000 kWh/m2/yr. This is quite
a bit less than that received by CSP projects in
Spain and the U.S., where DNI levels can reach
2,700 kWh/m2/yr. Initial estimates of DNI for
the site—based on satellite data—had been sub-
stantially higher, which meant that adjustments
needed to be made in the design. This discovery
led Masdar to withdraw the tender and go back
to the drawing board.
The designers also realized that the high
dust levels meant more frequent cleaning of
the mirrors would be necessary, and overall re-
flectance of the mirrors would be lower. Stud-
ies had to be conducted to determine the level
of soiling the mirrors would experience.
Two approaches were developed to com-
bat the problem of higher mirror soiling.
First, a seven-meter-high windbreak was built
around the entire site to reduce the amount
of ground-level sand and dust blown onto
the mirrors. After extensive research, proj-
ect planners settled on a design composed of
both concrete and semi-porous fencing mate-
rial. In addition to reducing windblown dust,
the windbreak reduces the wind load on the
mirrors and limits the movement of the sand
dunes around the site.
Second, additional automatic mirror-
cleaning trucks were added to the operations
and maintenance plan in order to increase the
frequency of cleaning. This allowed the en-
tire site to be cleaned in a three-day cycle.
But the additional cleaning implicated an-
other challenge of the location: An extreme
shortage of water. Though water used for
cleaning the mirrors is collected and recycled
to the extent possible, the project team had to
consider a number of approaches for meeting
the site’s water needs, not just for cleaning
but also for cooling the steam cycle. Coastal
areas of the UAE rely largely on desalinated
water, but the high cost of it, combined with
the 60-km distance from ocean, made piping
or shipping water to the site far too expen-
sive. The use of gray water for plant cooling
was studied but found to be unworkable.
All of this meant that an air-cooled con-
denser (ACC) would be necessary (Figure
1). However, while this would greatly reduce
water requirements, it would also reduce the
plant’s efficiency, as ACCs do not function
as well in very hot climates such as the one
at this site, where summer temperatures can
exceed 120F.
These challenges meant that several chang-
es would be needed to the design of the plant if
it was to be able to meet its specified output.
First, additional solar collectors were
added to the original design. Next, a high-ef-
ficiency steam turbine was custom-designed
by MAN to allow operation at high turbine
efficiencies at the higher vacuum pressures
that would exist at high operating loads.
Finally, the use of natural gas firing was
changed. In typical CSP plants, natural gas
is often burned to smooth out intermittency
during cloudy periods. At Shams, however,
low levels of gas are burned continuously to
increase steam temperature from the 380F
maximum from the solar collectors to 540F.
This higher temperature increases the overall
efficiency of the plant. In normal operation,
natural gas contributes about 18% of the total
heat input but about 45% of the net electricity
output. Abundant, inexpensive natural gas in
the region makes the approach economic.
Abengoa Solar and Total were selected in
2010 to develop Shams 1 on a 25-year build,
own, operate basis. Masdar owns 60% of the
Shams Solar Power joint venture, with the
other two holding 20% each. Construction
began in June 2010, and the $600 million
project was completed in late 2012.
The 2.5 km2 plant comprises 768 parabol-
ic trough collectors that heat synthetic oil that
is used to produce steam in a Foster Wheeler
solar steam generator for the 125-MW MAN
turbine. The air-cooled condensers were sup-
plied by GEA. Overall, the design changes
actually make Shams 1 about 3% to 8% more
efficient than a typical CSP plant, despite the
challenges of the site.
An Important Regional SymbolOne key goal of the Shams project is unrelat-
ed to renewable energy. Like other countries
in the Gulf region, the UAE relies heav-
ily on foreign labor: Estimates are that less
than 1% of the private workforce is Emirati.
While the majority of the construction force
was not local, efforts were made to foster lo-
cal skills and local employment. More than
60 local companies were involved in the
construction, many of which were formed
specifically for the project. A number of
Emiratis also worked with Abengoa’s CSP
projects in Spain to gain the necessary skills
to work at Shams. Currently, 30% of the
plant workforce is Emirati, and plans are to
increase this to 40% over the next two years.
Local students will be trained at the plant
until they are ready to join the staff.
The importance of Shams to the UAE can
be judged from the sentiments of Sheikh
Khalifa bin Zayed Al Nahyan, president of the
UAE and ruler of Abu Dhabi, who officially
inaugurated the plant in March. “Shams 1 is
a strategic investment in our country’s eco-
nomic, social and environmental prosperity,”
he said. “The domestic production of renew-
able energy extends the life of our country’s
valuable hydrocarbon resources and supports
the growth of a promising new industry.”
At the time of its inauguration, Shams
1 was the largest CSP plant in the world,
though it has since been eclipsed by proj-
ects in the U.S. At the dedication ceremony,
Masdar CEO Dr. Sultan Ahmed Al Jaber
said, “We are now producing close to 10%
of the world’s installed CSP capacity and
almost 68% of the GCC [Gulf Cooperation
Council] region’s renewable energy capacity.
The UAE has become the first country in the
Middle East and OPEC to produce both hy-
drocarbons and renewable energy.”
For taking the lead in renewable energy
in a fossil-fuel dominated region despite nu-
merous challenges, Shams 1 is a deserving
POWER Top Plant. ■
—Thomas W. Overton, JD is POWER’s gas technology editor (@thomas_overton, @
POWERmagazine).
1. Hot air. With water at a premium at the desert site, Shams 1 employs an air-cooled con-
denser to condense the steam from the turbine. Courtesy: Masdar
www.powermag.com POWER | December 201336
RENEWABLES IN CHINA
A Plan for Optimizing Technologies to Support Variable Renewable Generation in ChinaBetween 2011 and 2015, China plans to add eight major wind generating bases
with a total capacity of 65 GW and two solar photovoltaic installations ex-ceeding 10 GW. With all that variable generation planned, the nation must determine how to integrate it into the grid while ensuring grid stability. Researchers from North China Electric Power University propose a plan that takes into consideration the best options on a regional basis.
Zeng Ming, Li Shulei, and Xue Song
Recently, the variable generation (VG)
industry has been strongly promoted
in China to advance sustainable energy
development, especially for wind power and
solar photovoltaic (PV) power, which have
entered rapid development periods. For ex-
ample, wind power installed capacity in China
doubled every year for four consecutive years
beginning in 2006, while large-scale solar PV
power plants have been integrated with the
grid since 2010. But more is to come.
According to the country’s renewable
energy development plan, the eight biggest
wind power developments will gradually be
constructed during the 12th Five-Year Plan
period (2011–2015) in Hebei, west Inner
Mongolia, east Inner Mongolia, Jilin, Shan-
dong, Jiangsu, Jiuquan, and Hami. The in-
stalled capacity of each base may exceed
10 GW, and the total capacity will reach 65
GW. Additionally, two massive PV power
bases will be constructed from 2020 to 2030
in Jiuquan and Qaidam basin, each with an
installed capacity exceeding 10 GW. Those
wind and PV developments are mainly lo-
cated in Northeast China, North China, and
Northwest China, where wind and solar re-
sources are abundant. The Chinese govern-
ment has issued a series of regulations, such
as the Renewable Energy Law, to guarantee
renewable power integration.
In China, regions abundant in wind and so-
lar energy are usually remote areas far from
load centers and the main grid. Therefore, a
current major initiative to solve integration
and demand problems is constructing more
large-scale transmission lines to enable VG
power consumption over a wider area so as to
make use of the large-scale and concentrated
wind power and solar power bases (Figure 1).
Variable energy sources such as wind and
solar have characteristics of randomness,
intermittency, and low capacity coefficient.
Additionally, local load consumption abil-
ity is limited, which challenges the local
and region power systems’ safe and stable
operation. These problems become more
significant as installed wind power capac-
ity increases.
The first problem concerns power system
security. Eighty wind turbine tripping acci-
dents occurred in 2010, and 193 wind turbine
tripping accidents occurred by August 2011.
The second problem is that wind power is
difficult to integrate into networks. The in-
stalled capacity of wind power accounted for
3.06%, while power production from wind
only accounted for 1.18% of total generation,
and this number still hadn’t exceed 2% by the
end of 2011.
Construction of large-scale transmission
lines could help distribute variable energy
over a wider range for more-distant use. Now
the primary problem is to determine the
optimal supporting technology investment
program to back up VG and solve the safe-
ty problems posed by VG integration. The
determination of peak-shaving power sup-
ply type and scale, as well as demand-side
management and cross-regional transmission
management are involved. Hence, a techno-
economic evaluation of VG resource inte-
gration supporting technology investment
program is needed.
1. Solar siting. The 320-MW Longyangxia solar photovoltaic power plant is located in Qing-
hai Province in Northwest China and is owned by China Power Investment Corp. Courtesy: Ding
Haisheng, China Power News Network
December 2013 | POWER www.powermag.com 37
RENEWABLES IN CHINA
3. Distribution of the eight planned large wind power bases. Courtesy:
Zeng Ming, Xue Song, Ma Mingjuan, Zhu Xiaoli. “New energy bases and sustainable develop-
ment in China: A review.” Renewable & Sustainable Energy Reviews, 2013, 17:169–185
Base in Xinjiang,
Hami
Base in Gansu,Jiuquan
Base in Mengxi
Base in Mengdong
Base in Jinlin
Base in Hebei
Base in Shandong
Base in Jiangsu
>200W/m2 (High)150-200W/m2
100-150W/m2
50-100W/m2
<50W/m2 (Low)
2. Wind density map of China. Courtesy: Zeng Ming, Xue Song, Ma Mingjuan, Zhu
Xiaoli. “New energy bases and sustainable development in China: A review.” Renewable &
Sustainable Energy Reviews, 2013, 17:169–185
The Technical RoadmapThe approach that we propose has several
steps. First, the project would collect relevant
available information concerning distribution,
installed capacity, and integration of variable
power. Then it would analyze the difficulties
and challenges with VG integration from a
technical level. Next, we propose possible
supporting technology investment programs
and make techno-economic evaluations of
them. Finally, we would sort the various pro-
grams according to assessment results, make
final optimized decisions, and make recom-
mendations for relevant state policies.
The project collects data by referring to
information disclosed by the departments in
charge, such as the Bureau of Statistic in Chi-
na and China Electricity Council. Data need-
ed here mainly concern wind power, solar
power, and hydropower distribution; variable
power installed capacity and on-grid energy;
VG integration in each region; and the rel-
evant supporting technology parameters.
Analysis of VG Integration ChallengesAs a research basis for determining appropri-
ate supporting technologies for VG integration,
we first analyze difficulties and challenges
posed by integrating VG into networks from a
technical level. After collecting data—includ-
ing grid operation data, peak and valley dif-
ferences and peaking power units data before
wind power was integrated into networks—
we can analyze the impacts of wind power on
system operation from the following angles.
Wind Power’s Impacts on Grid Voltage
Level. First we plan to study the geographi-
cal and temporal distribution characteristics
of VG and energy demand, so as to make
clear the impacts on grid voltage of large-
scale variable power integration. Existing
data show that the wind energy resource and
energy demand are distributed in a reverse
direction. That means that large volumes of
wind power would need to be transmitted
long distances to load centers for consump-
tion, which may cause great voltage dips, fol-
lowed by local grid instability and reduced
stability margin. In turn, grid voltage stabil-
ity limitations also restrict the maximum in-
stalled capacity and output of wind farms.
Wind’s Impacts on Grid Short-Circuit
Current. Wind power units with common
asynchronous generators or doubly fed in-
duction generators are widely used in Chi-
nese wind farms, which affects short-circuit
current in a different way from traditional
synchronous generators when there is a
short-circuit fault on the grid. In this phase,
we would analyze the influence of the inte-
gration of common asynchronous generators
www.powermag.com POWER | December 201338
RENEWABLES IN CHINA
and doubly fed induction generators on grid
short-circuit current through field research.
Wind’s Impacts on Grid Power Quali-
ty. Wind speed fluctuation is quite obvious in
Northwest China, especially on the Tibetan
Plateau. We would take the Northwest Grid
as the example to analyze the output power
fluctuation of integrated wind power units re-
sulting from the random fluctuation of wind
speed as well as the turbulence, wake effect,
and tower shadow effect during wind power
units’ operation. Power quality problems
such as voltage fluctuation and flicker would
also be analyzed.
Wind’s Impacts on Grid Stability. To
study this issue, we would take the Northwest
Grid, which has high wind power capacity as
an example, studying the impacts that wind
power integration has on original power flow
distribution, line transmission power, and sys-
tem inertia. When analyzing the influence of
wind power integration on grid transient sta-
bility and frequency stability, we will discuss
its effects on main grid voltage stability.
Wind’s Impacts on Equivalent Peak
and Valley Difference. When studying wind
power integration, we could consider wind
farm output as negative load. Therefore, we
could get the equivalent diurnal load curve
through associating the diurnal variation
curves of wind farm output and load, so as
to observe the peak-valley variation. In this
analysis, we take typical days in Baicheng in
Jilin Province, which belongs to the North-
east Grid, and in Shaanxi, Gansu, Qinghai,
and Ningxia, which belong to Northwest
Grid as examples to analyze net load (load
minus wind power production) peak and val-
ley difference changes, impacts on peaking
power and frequency modulation, and grid
operation cost changes.
Wind’s Impacts on Regional Power
Grid Peak Shaving. Existing local units are
mainly used in China for peak shaving. Rel-
evant standards regarding interregional load
trading and settlement are absent in China so
far. In this analysis, we first would analyze
hydropower, large-scale gas-fired generation,
fast-response coal-fired units, and pumped
storage plant installed capacity and the roles
they each play in peak shaving.
At the same time, considering that wind
power is mainly concentrated in North China
(which suggests peak-shaving resources such
as cogeneration units should also meet us-
ers’ heating demand in winter), we will take
northeast areas as examples, analyzing im-
pacts on regional power grid peak shaving
while integrating large-scale wind power into
networks on winter nights.
Wind’s Impacts on the Entire Grid
Network. Wind power integration in China
now is of large scale, long distance, and
high voltage. With the development of even
more wind farms, wind power accounts for
an increasingly larger percentage of installed
capacity, and its influence on the grid is ex-
panding from partial regions. Consequently,
we plan to conduct a statistical analysis of
wind power installed capacity integrated into
distribution and transmission networks. Then
we would assess impacts on overall grid se-
curity and stable operation while wind power
is integrated into the grid through transmis-
sion networks.
Requirements for Demand-Side Man-
agement and Interregional Transmis-
sion. Considering the energy distribution
characteristics and the development of large-
scale variable energy resources in China, it’s
urgent to improve interregional resource al-
location optimization ability and to enhance
demand-side management (DSM) to achieve
interregional transmission. In this phase, we
will focus on analyzing the impacts on wind
power consumption and energy utilization
efficiency enabled by DSM enhancement
and interregional transmission. We will also
study the necessity of DSM and interregional
transmission for VG integration.
Techno-economic Evaluation of Technologies to Support VG IntegrationDuring the 12th Five-Year period, the eight
biggest wind power bases will gradually be
constructed in Hebei, west Inner Mongolia,
east Inner Mongolia, Jilin, Shandong, Ji-
angsu, Jiuquan, and Hami. The installed ca-
pacity of each base may exceed 10 GW, and
total capacity could reach 65 GW. Bases in
Jiangsu and Shandong will mainly focus on
offshore wind power development. The dis-
tribution of wind resources in China is shown
in Figure 2; distribution of the eight largest
wind power bases is shown in Figure 3.
After analysis of the difficulties and chal-
lenges posed by grid-integrated variable
generation and initial investigation of the dis-
tribution of wind resources and load, we could
address those challenges by developing four
typical planning programs: Northeast China
(high wind power, low load), Northwest
China (high wind power, lower load), North
China (high wind power, high load), and East
China (high wind power, higher load).
Heilongjiang, Jilin, Liaoning, and east In-
ner Mongolia are included in Northeast Chi-
na, which is abundant in hydropower with
low local load. Xinjiang, Gansu, and west
Inner Mongolia are included in Northwest
China, which is rich in coal, with low load
level as well. North China contains Hebei,
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RENEWABLES IN CHINA
Shandong, and Jiangsu and possesses a cer-
tain amount of pumped storage resource with
high local load. Zhejiang and Shanghai are in
East China, rich in pumped storage resource
with rather high local load.
Based on both national and international
research sources, we determined that tech-
nologies supporting VG integration in China
mainly consist of hydropower, large-scale
gas-fired generation, 600-MW coal-fired
units (now coal-fired units under 300 MW ca-
pacity are shut down to meet the requirement
of energy conservation and emission reduc-
tion, which makes 600-MW coal-fired units
the main peak-shaving resource), pumped
storage plants, battery energy storage tech-
nologies (including electric vehicles), dis-
tributed generation technologies, DSM, and
interregional transmission technology.
It is important to note that already-in-
stalled capacity of technologies supporting
VG integration and wind power capacity is
not considered here; we only consider newly
added future capacity.
A flow chart of the techno-economic eval-
uation of technologies supporting VG inte-
gration in China is shown in Figure 4.
Brief discussions of specific consider-
ations for each region follow. For each re-
gion, the techno-economic evaluation of the
proposed technologies involves five steps:
We begin by analyzing the exploitable 1.
wind power capacity in the region and
determine the capacity of the backup
technology needed per MW of grid-
integrated wind power. We also look at
construction and maintenance costs for
the technologies used to support VG
integration.
Based on the wind power develop-2.
ment plan, we assume that newly
added wind power capacity increases
at a fixed growth rate, and we evalu-
ate a number of investment programs
based on the technology options for
each region.
We calculate the initial investment 3.
cost of the selected programs, the rate
of return, and payback period under
existing tariff and settlement systems
through techno-economic evaluation
theory and methods. Additionally, we
will make sensitivity analysis of those
Northeast China
Hydropower, large-scale gas-fired generation, 600-MW coal-fired unit, and
pumped storage capacity plus a combination of investment programs for these
technologies
Hydropower, large-scale gas-fired generation, and 600-MW coal-fired unit
capacity plus a combination of investment programs for these technologies
Large-scale gas-fired generation, 600-MW coal-fired unit, pumped storage, and battery energy storage capacity (including electric vehicles) plus a combination of investment
programs for these technologies
Hydropower, large-scale gas-fired generation, pumped storage, battery energy
storage (including electric vehicles), and combined cooling, heat, and power capacity as well as demand-side management and a combination of investment programs for
these technologies
Northwest China
North China
East China
Interregional transmission (from Northwest China to East China)
Analyze the exploitable wind power capacity and the fixed growth rate
Select the alternative programs
Make techno-economic evaluations of the programs
Assess the impacts on the power system of the programs and their social benefits
Sort the programs
Program optimization
Calculate the investment cost, rate of return,
and payback period for
each program and conduct a sensitivity
analysis
4. The plan at a glance. This flow chart shows the proposed stages of a techno-economic evaluation of technologies that could be used to
support the integration of large-scale variable renewable energy (predominantly wind power) in China. Source: Zeng Ming, Li Shulei, Xue Song
www.powermag.com POWER | December 201340
RENEWABLES IN CHINA
investment programs.
We will evaluate the impacts on system 4.
operation, equivalent peak and valley
difference, and peak shaving by those
investment programs. Social benefits
also need to be evaluated, especially the
energy conservation and carbon emis-
sions benefit.
We will make a comprehensive evalu-5.
ation of the total investment cost, in-
ternal rate of return, payback period
for investment, and social benefits.
Considering that there is a national
sustainable development plan for en-
ergy utilization and that tax incentive
measures may be issued, we will only
consider the relevant investment pro-
grams in this phase.
Northeast China. Considering resource
distribution characteristics, uneven load
distribution, and the low load in Northeast
China, we select four VG integration sup-
porting technologies for techno-economic
POWER DISTRIBUTIONENCLOSURES CLIMATE CONTROL
Thousands of enclosuresHundreds of optionsDesigned and delivered in 10 days
5. Transfer of power plan. This map of the regions with the greatest wind power potential shows recommended substation and trans-
mission line placement for optimizing the transfer of variable power to higher-demand regions. Source: Bo Zeng, Ming Zeng, Xue Song, Min
Cheng, et al. “Overall review of wind power development in Inner Mongolia: Status quo, barriers and solutions,” Renewable & Sustainable Energy
Reviews, 2013, 29: 614-624
Gansu Province
Alashan League
Ningxia HuiAutonomous Region
Shaanxi ProvinceTo South China
(East China)
Ordos City
Bayannaoer League
Central of WulanchabuLeague wind power
collection station
Baotou
City
ShanxiProvince
To south of Heibei Province
BeijingTo north China
(East China)
ToWanquan
ToGuyuan
HebeiProvince
To Chengde
HahhotCity
Siziwang wind power
collection station
Jiqing wind power
colle
ction st
ation
Ximeng wind power
collection station
Xilingol League
WulanchabuLeague
Thermal power plant
Wind Farm
500 kV substation for power collection
Existing 500 kV substation and transmission line
New 500 kV substation and transmission line
±800 kV DC substation and transmission line
±600 kV DC substation and transmission line
CIRCLE 20 ON READER SERVICE CARD
December 2013 | POWER www.powermag.com 41
RENEWABLES IN CHINA
SOFTWARE & SERVICESIT INFRASTRUCTURE
www.rittal.us
evaluation: hydropower, large-scale gas-fired
generators, 600-MW coal-fired units, and
pumped storage.
Northwest China. Considering resource
distribution characteristics, the area’s rich-
ness in coal and water resources, uneven load
distribution, and lower load, we select these
three VG integration supporting technologies
for techno-economic evaluation: hydropow-
er, large-scale gas-fired generators, and 600-
MW coal-fired units.
North China. Considering resource dis-
tribution characteristics with the absence of
a large coal power and hydropower base,
even load distribution, and high load level,
we select these five VG integration sup-
porting technologies for techno-economic
evaluation: large-scale gas-fired generators,
600-MW coal-fired units, pumped storage,
and battery energy storage technologies (in-
cluding electric vehicles).
East China. Considering resource dis-
tribution characteristics with rich water
resources, even load distribution with high
load level, and the region’s high dependence
on cross-province transmission, we select
these six VG integration supporting tech-
nologies for techno-economic evaluation:
hydropower, large-scale gas-fired genera-
tors, pumped storage plants, battery energy
storage technologies (including electric ve-
hicles), and CCHP (combined cooling, heat-
ing, and power).
Evaluation of Interregional Trans-mission Technology Programs In China, regions that are abundant in wind
and solar energy usually have low load lev-
els (for example, the Northwest Grid). That
combination contributes to limited ability
for local energy consumption, wind power
abandonment, and low energy utilization
efficiency. A smart grid with an ultra-high-
voltage grid as its backbone network is being
built in China to achieve VG integration via
large-scale interregional transmission over
long distances with high efficiency to en-
able remote consumption—typically, in East
China (Figure 5).
In considering this challenge, we will
propose an interregional transmission plan
considering relevant issues to improve VG
consumption levels and increase energy
utilization efficiency. We will also take the
ultra-high-voltage transmission line from
Northwest China to East China as an exam-
ple to evaluate possible economic and envi-
ronmental benefits.
From Evaluation to ImplementationAfter comprehensively assessing the results
of the techno-economic and social benefit
evaluations of the various technology options
for supporting VG integration in each region,
and accounting for renewable energy policies
and their trends, we will select and propose
the preferred investment plan for VG integra-
tion supporting technologies in each region.
As investors are usually encouraged by eco-
nomic interests, we should make investment
decisions according to each program’s techno-
economic evaluation results. For programs eco-
nomically viable and with good social benefits,
the government should support market-oriented
investments, while the government’s main duty
is to conduct market regulation.
As to programs not economically viable
but with good social benefits, the gov-
ernment should introduce incentive mea-
sures—such as tariff compensation, direct
subsidies, or preferential loans—to support
investments. Programs economically vi-
able but with poor social benefits could be
treated as options. Programs not economi-
cally viable and with bad social benefits
should be abandoned.
Goals and ImpactsIf this project is successfully implemented as
outlined here, the project is expected to have
three main benefits.
First, it could provide a decision-making
basis for the Chinese government that could
help it determine the appropriate combina-
tion of technologies for supporting VG in-
tegration and their capacity when a certain
amount of wind power is put into produc-
tion. That could contribute to maximizing the
amount of grid-integrated VG.
Second, it could provide an investment de-
cision-making basis for players in the market
and help improve investment efficiency.
Third, mature experience concerning
large-scale and concentrating VG exploita-
tion and long-distance transmission is absent
at present. If this project is successfully im-
plemented, the research results can provide a
reference for other countries. ■
—Zeng Ming, Li Shulei, and Xue Song ([email protected]) are all with North
China Electric Power University, Beijing. The work described in this article was
supported by National Science Foundation of China (NSFC) (71271082), The National
Soft Science Research Program (2012GX-S4B064), and The Energy
Foundation (G-1006-12630).
www.powermag.com POWER | December 201342
RENEWABLES
Photovoltaics Overshadow
Concentrated Solar PowerThough much newer, solar photovoltaic technology has gained a much larger market
share than concentrated solar power, even though the latter promises thermal storage and the potential to be almost fully dispatchable.
Sonal Patel
As solar technologies, both solar pho-
tovoltaic (PV) and concentrated so-
lar power (CSP) are often discussed
collectively, along with solar thermal and
solar fuels. But the difference between the
two power generating technologies that
have evolved independently for decades is
significant: CSP harnesses irradiative solar
energy, which is easily transformed into
heat through absorption by gases, liquids,
or solid materials and is then converted to
mechanical energy and finally electrical en-
ergy, while PV uses solar radiation, which
is essentially a flux of elementary particles
that promote photoreactions and generate a
flow of electrons.
Technology-agnostic solar industry ob-
servers note that both technologies are today
approaching “grid parity” as solar utilities
around the world develop them with “rela-
tive” success. But solar PV has vastly over-
taken CSP’s market share, and will prevail for
a long time. At the end of 2012, the world’s
PV installations totaled 32 GW—compared
to a cumulative 2.9 GW of CSP capacity, the
bulk concentrated in Spain (68%) and the
U.S. (28%).
Of the 1,176 MW of utility-scale solar ca-
pacity in the U.S. at the beginning of 2012,
about 43% came from concentrated thermal
technology while 57% came from PV—but
PV accounts for 72% of solar projects under
construction. And while 2012 was a banner
year for the world’s CSP sector, marking the
most installations—more than 1 GW—over
a 12-month period in the technology’s 135-
year history, experts forecast that growth
spurt will be short-lived, overshadowed pri-
marily by plunging prices of PV panels and
a variety of hurdles that are stalling the still
relatively small sector.
At least 7.3 GW of new CSP capacity is
in various stages of preconstruction develop-
ment in the U.S., the Middle East and North
Africa, and in China, India, and Australia.
Saudi Arabia, notably, will lead a longer-
term charge with its ambitions to generate 75
to 110 TWh by 2032, which could require the
installation of 25 GW of capacity in Saudi
Arabia alone. Yet, PV’s growth is slated to
soar to a staggering 41 GW by 2014—an ex-
pansion that will be undertaken by “all major
world regions,” according to market research
firm IHS.
A Cost DisparityThe paramount reason for this market share
disparity is cost. According to the Interna-
tional Energy Agency, CSP received a mi-
nuscule 7% share of public research and
development (R&D) funding from the Or-
ganisation for Economic Cooperation and
Development countries for renewables in
2010, compared to 36% for solar PV and
28% for wind. This is why, some experts
say, innovation in the CSP field has been
limited and patent rates declined signifi-
1. In a new light. Spain led the world with 1.95 GW of installed concentrated solar power
(CSP) capacity at the end of 2012 and generated 5,138 GWh from 42 plants: 37 parabolic trough,
three tower, and two Fresnel plants. Spanish companies are also putting up a number of the
CSP plants worldwide, like Abengoa SA’s $2 billion Solana parabolic trough plant, which came
online near Gila Bend, Ariz., this October. That 280-MW plant built with a $1.45 billion U.S. fed-
eral loan guarantee uses a thermal storage system to produce power for six hours at full power.
Courtesy: Abengoa SA
December 2013 | POWER www.powermag.com 43
RENEWABLES
cantly between 1977 and 2000.
Moreover, CSP is a capital-intensive
technology whose initial investment is
dominated by solar field equipment and
labor. Accounting for 84% of electric-
ity generation costs of CSP, initial invest-
ment requirements range from $2,500 to
$10,200/kW, depending on capacity factor
and storage size. In contrast, solar PV’s
initial investment costs range from $3,500
to $6,000/kW. The remaining 16% for CSP
typically consists of fixed operation and
maintenance costs, which average $70/
kW per year, while variable maintenance is
limited to about $3/MWh.
Cost concerns are also possibly the most
plausible reason why investment in CSP is
substantially lower than for PV: In 2011, the
sector garnered just $18 billion worldwide,
while PV got $125 billion.
A Vulnerable SectorAs with most dawning technologies, the
economic crisis hit CSP particularly hard as
governments reconfigured subsidies and im-
posed austerity measures, forcing develop-
ers to rethink projects or convert to PV. For
Spain, the only European Union member
to have developed a CSP production sec-
tor, and a country that spurred the world’s
concentrated solar technology revival in the
second half of the 2000s, CSP’s future has
all but been eclipsed by both a moratorium
on financial aid imposed by the Spanish
government earlier this year and the gov-
ernment’s intention to retroactively redefine
plant remuneration terms.
At the end of 2012, though Spain com-
missioned 17 new plants to bring its to-
tal CSP capacity up to 1.95 GW—and all
within the last five years—the future of at
least six new plants hangs in the balance as
Spanish CSP developers have been forced
to turn to other countries to develop their
technology (Figure 1) and bring down pro-
duction costs on their own. Protermosolar,
the country’s CSP industry association,
bemoans the government’s measures that
it says came before the nation’s CSP sec-
tor could become as competitive as other
generation sectors.
More Stringent RequirementsAdded to cost concerns are a number of
The Evolution of CSP
Since the world’s very first concentrating solar thermal systems
were developed in 1878 by French inventors Augstin Mouchot and
Abel Pifre, the fundamental quest for solar thermal energy devel-
opers of a great variety of designs and applications has been to
increase working temperatures. Today, four different technology
approaches focus the sun’s energy onto mirrors to create steam to
drive a turbine that generates power:
■ Trough systems, which use large, U-shaped (parabolic) reflec-
tors that heat oil-filled pipes running along their center, or
focal point, as high as 750F. The parabolic trough is today the
most mature of CSP technologies and forms the bulk of current
commercial plants (Figure 2).
■ Power tower systems, also called central receivers, which use
many large flat heliostats to track the sun and focus its rays
onto a tower-mounted receiver. The receiver heats a fluid, such
as molten salt, to temperatures of up to 1,050F to make steam
or store energy for days before being converted into electricity.
■ Dish/engine systems, which use mirrored dishes nearly 10 times
larger than a backyard satellite to focus sunlight onto a re-
ceiver that is integrated into a high-efficiency “external” com-
bustion engine outfitted with thin tubes containing hydrogen
or helium gas.
■ Linear-Fresnel reflectors, which approximate the parabolic shape
of trough systems but use long rows of flat, or slightly curved,
mirrors to reflect the sun’s rays onto a downward-facing linear,
fixed receiver.
Mouchot’s and Pifre’s inventions were based on dishes, though
the parabolic trough was invented soon after, in 1884, by Amer-
ican engineer John Ericsson. In 1897, another American engi-
neer, Frank Shuman, demonstrated a solar engine that worked by
reflecting solar energy onto collector boxes filled with ether—
which has a lower boiling point than water—and later, an im-
proved system using mirrors to reflect solar energy onto boxes
filled with water. He also developed a 560-W low-pressure steam
turbine and, in 1912, set up the world’s first solar power thermal
power station in Meadi, Egypt, using parabolic troughs to power a
60- to 70-horsepower engine that pumped 6,000 gallons of water
per minute from the Nile River to nearby cotton fields.
In contrast, PV’s evolution has been much more recent. The
first photovoltaic technology capable of providing sufficient
power to electrical equipment—a primitive version with an ef-
ficiency of only 4% that cost $300/W to produce—was invented
in 1954 by the Bell Telephone Laboratories. Solar PV got its
boost with the space age, after the U.S. launched its first satel-
lites into space. Finally, in 1970, a solar cell was developed that
tamped down the price of energy from $100/W to $20/W—a
breakthrough that made it realistic to use solar applications for
residential use.
Operational Under construction Planned
71.4%
Trough
15.9%
28.6%
26.9%
25.8%
2.7%0.04%
Tower Linear Fresnel Dish
17.6%
7.4%0.8%
0.3%
1.8%0.6%
2. CSP projects by type. Parabolic trough plants account
for the majority of operational capacity due to cost advantages, but
solar tower systems are also increasing, accounting for 52% of
planned projects. The first large-scale linear-Fresnel plant is already
in operation in Spain (Puerto Errado 2), but dish systems are still at
an early stage of development. Source: IEA Solar Paces database,
March 2013
www.powermag.com POWER | December 201344
RENEWABLES
obstacles. According to the U.S. National
Renewable Energy Laboratory (NREL),
generation-weighted averages for total land
area requirements range from 3.2 acres/
GWh per year for CSP towers to 5.3 acres/
GWh per year for Stirling dish CSP systems;
large (>20 MW) PV systems require between
2.8 and 3.4 acres/GWh. But not only must
CSP plants be installed at larger scales to be
cost-effective, they also need higher levels of
irradiance—which means siting is limited in
the U.S. to the Sunbelt—and access to water.
That also means they can take years to permit
and connect to the grid.
In fact, CSP needs a tremendous amount
of water for cooling processes—up to
3,780 liters/MWh for Fresnel installations
and 2,835 liters/MWh for solar towers,
compared to just 19 liters/MWh for PV—
and this in turn has environmental implica-
tions in arid and semi-arid areas. However,
at least four large plants with dry cooling
technology—which promises to reduce
water consumption by more than 90% (but
increase generation costs by 5%)—have
come online this year alone: three Integrat-
ed Solar Combined Cycle (ISCC) plants in
Hassi R’mel, Algeria; Kuramayat in Egypt;
and Ain Beni Mathar in Morocco; plus
the 100-MW Shams 1 in the United Arab
Emirates—a POWER Top Plant (see story
on p. 34).
Significantly, PV has a number of stand-
alone smaller applications, attributable to
its low maintenance requirements and low
costs. One reason for PV’s extensive mar-
ket growth has been its suitability for resi-
dential power supply, points out pro-solar
community resource group, the Principal
Solar Institute. “In fact, photovoltaics have
found a place meeting a broad spectrum of
energy needs. While large-scale photovol-
taic projects are competing with traditional
utilities to meet consumer demand at one
end of the spectrum, smaller residential
projects are working to replace them at the
other end,” it says.
The Promise of Thermal StoragePerhaps CSP’s saving grace could be its
most formidable advantage over PV, which
is its ability to store thermal energy for
up to 16 hours. Innovations are expected
in all four CSP technologies (see sidebar)
and throughout the system value chain as
research and development is focused on
improving dispatchability. According to
Romeu Gaspar, founder of energy consult-
ing firm X&Y Partners, “Dispatchability
will be increasingly important when and
where renewable energies achieve high pen-
etration rates, so two things can happen:
CSP becomes a commercially viable solu-
tion before a commercial PV storage system
is developed, carving its own market seg-
ment; or the PV industry quickly solves the
storage issue and becomes the solar technol-
ogy of choice.”
Other experts point out that CSP is also
better suited to hybridization with com-
plementary solar and fossil fuel primary
energy sources. And it can be applied to
a number of niche industrial processes to
desalinate water, improve water electroly-
sis for hydrogen production, generate heat
for combined heat and power applica-
tions, and support enhanced oil recovery
operations.
That means CSP isn’t going to disappear
from the market altogether, the Principal
Solar Institute says. The future of CSP will
depend on its stronghold at the utility scale,
“where no amount of PV cost-reduction is
expected to overcome its inherent technology
advantages.” ■
—Sonal Patel is a POWER associate edi-tor (@sonalcpatel, @POWERmagazine).
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www.powermag.com POWER | December 201346
EMISSIONS
Optimized SCR Catalysts Maximize Mercury Removal Co-BenefitsNew air emission rules limit the amount of mercury (Hg) air emissions from coal-fired
power plants. Many plant owners may find leveraging the Hg removal co-ben-efits available from SCR Hg oxidation and FGD Hg collection a more attractive option than constructing new equipment or using other expensive mitigation technologies.
Chris Bertole, PhD and Scot Pritchard
The new Mercury and Air Toxics Stan-
dards (MATS) have given coal-fired
power plant owners a short time to
bring their plants into compliance with rules
that require significantly less mercury (Hg)
in stack gases emitted into the atmosphere.
MATS applies to U.S. plants, but the move
to reduce power plant mercury emissions has
gone global. In January 2013, after four years
of negotiations, 140 nations signed the first
legally binding agreement to control mercury
emissions from power plants (and many oth-
er sources and products). The official signing
of the Minamata Convention (named after a
city in Japan that experienced environmental
damage caused by industrial mercury dis-
charges into local rivers) is scheduled for Oc-
tober of this year. New rules are expected to
go into force over the next three to five years,
with full effect by 2020.
Flue gas from coal-fired power plants may
contain Hg in three different species or forms.
First, the Hg may be in particulate form (HgP),
which is typically removed with the ash and
unburned carbon in an electrostatic precipita-
tor or fabric filter. Second, the Hg may be in
oxidized form (Hg2+), which is water-soluble
and can be removed by a wet flue gas desulfu-
rization system (FGD). The Hg may also ap-
pear in its elemental form (Hg0), which is not
water-soluble and usually passes unchanged
straight through most air quality management
systems and into the atmosphere.
The potential synergy from combining SCR
and FGD technologies for mercury removal
has been known for some time. Data collected
during the Environmental Protection Agency’s
(EPA’s) Information Collection Request cam-
paigns in 1998, 2005, and updated in 2009,
showed that mercury capture in bituminous-
fired units with cold-side electrostatic pre-
cipitators increased from about 36% to 75%
when a wet FGD was also in service. The data
also showed that the amount of Hg removal
increased to >95% with the SCR in-service
compared to when it was in bypass. More
recent studies have produced similar results
(see “Determining AQCS Mercury Removal
Co-Benefits,” in POWER’s July 2010 issue
and “An SCR Can Provide Mercury Removal
Co-Benefits,” October 2011).
You Have OptionsThe two most familiar options to reduce mer-
cury emissions are a high capital cost retro-
fit with equipment specifically designed for
mercury removal (such as TOXECON) or
using an expensive combustion gas additive,
such as activated carbon injection (ACI),
that will adsorb the mercury for capture in a
downstream filtration system. The effective-
ness of both approaches is highly dependent
on the type of fuel consumed by the plant.
A third option, the use of existing equip-
ment, or “co-benefit option,” can be the most
cost effective: leverage air quality control
equipment already in place at most coal-fired
plants to produce the necessary Hg reduction
without an extended plant outage required
for an equipment retrofit. This two-step ap-
proach occurs by first oxidizing the Hg0
present in the stack gas as it passes through
the SCR and then removing the Hg2+ in the
FGD. In many cases, the catalyst used in
the SCR must be optimized for site-specific
conditions to achieve the desired Hg0 oxida-
tion rate and therefore the overall mercury
removal efficiency. In addition, recent ad-
vancements in FGD technology and additives
help to prevent re-emission of the captured
oxidized mercury. Another option is to utilize
supplemental mercury capture using sorbents
such as ACI in combination with the exist-
ing equipment. This option can be used to
increase mercury removal efficiency where
specific plant equipment and/or conditions
do not allow optimization of the SCR/FGD
co-benefit.
Cormetech recently commercialized its
Oxidized Mercury Emissions Technology
(COMET) that can be used to characterize
reactor performance for a set of plant-spe-
cific features and fuels, determine the cor-
rect catalyst formulation so that NOx removal
rates remain unchanged, and provide a spe-
cific catalyst management plan to obtain the
required levels of mercury oxidation through
the SCR. The potential mercury removal co-
benefits and cost savings can be substantial.
SCR Hg Oxidation Co-BenefitThe SCR of NOx using NH3 as the reductant
for V2O5 - (WO3 or MO3)/TiO2 catalysts is the
current best available control technology for
NOx emissions from coal-fired utility boil-
ers. SCR has demonstrated NOx removal ef-
ficiencies of 90% or more. The primary NOx
reduction reaction proceeds according to the
stoichiometry described by the following two
equations (note that NOx levels in the flue
gases from coal-fired boilers typically con-
tain >90% NO).
Equation 1: 4NO + 4NH3 + O2 à 4N2 +
6H2O
Equation 2: 2NO + 2NO2 + 4NH3 à 4N2
+ 6H2O
SCR catalysts are also active for the oxi-
dation of Hg0 by chlorine as HCl and/or by
bromine as HBr, as described by Equation
3 for HCl. The conversion of Hg0, which is
water-insoluble, to HgCl2 or HgBr2 (water-
soluble oxidized mercury Hg2+) allows for
capture of mercury in a downstream flue gas
desulfurization system.
Equation 3: 2Hg0 + 4HCl + O2 à 2HgCl2
+ 4H2O
SCR Does Double DutyDifferences between NOx and Hg removal
performance must be considered within and
December 2013 | POWER www.powermag.com 47
EMISSIONS
surrounding the SCR. From an SCR per-
spective, de-NOx performance is well de-
fined and controlled within the SCR reactor
by catalyst selection, cross-sectional area,
number of modules, and so on. However,
total Hg removal must carefully consider
the mercury removal performance of equip-
ment downstream of the SCR, such as the
air heater, particulate control device(s), and
the FGD. A number of system-level factors
relative to characterizing and understanding
catalyst performance must also be consid-
ered (Table 1).
Cormetech’s early product development
work to quantify the co-benefits SCR + FGD
mercury removal used a mercury activity test
reactor system in conjunction with a multi-
layer catalyst system to perform multiple
parametric tests. For example, one set of
tests characterized layer position and halogen
content for a given catalyst. Tests were also
conducted on new as well as aged catalysts
taken from operating plants. This critical
data enables accurate prediction of catalyst
Hg oxidation performance for unique appli-
cations. Typical results from those tests show
that NOx reduction is a strong function of the
operating temperature of the reactor and the
HCl present in the gas. In addition, the Hg0
oxidation to Hg2+ is a strong function of the
halogen content (HBr) and operating tem-
perature (Figure 1).
Catalyst Design and SelectionTraditional catalyst management techniques
provide very accurate predictions of de-NOx
performance for various fuels and fuel addi-
tives. At the heart of the catalyst management
process for de-NOx is a simplified method to
describe catalyst oxidation potential, shown
in Figure 1 and represented by Equation 4.
Equation 4: K de-NOx/AV = ln (1– de-
NOx efficiency), where K de-NOx = cata-
lyst de-NOx activity, AV = area velocity, α =
NH3:NOx molar ratio = 1
The addition of mercury oxidation as a
performance feature of the SCR adds com-
plexity to the management process where
both de-NOx and Hg oxidation needs must be
managed simultaneously. Thus it is important
to develop equations and tools to accurately
model mercury oxidation performance as has
been done with de-NOx. Again, a simplified
approach to describe catalyst oxidation po-
tential is shown in Figure 1 and represented
by Equation 5.
Equation 5: K HgOx/AV = ln (1– Hg0
oxidation) at α = variable, where K HgOx =
catalyst Hg oxidation activity and AV = area
velocity
Although the equations are similar, the
usefulness of the equation for Hg oxidation is
influenced to a greater extent by the ammo-
nia concentration. Therefore, instead of sim-
plifying the assessment to one molar ratio,
multiple molar ratios must be considered to
properly assess the performance capability of
a given catalyst layer in a particular position
within the reactor. Plant-specific conditions
related to fuel parameters, such as halogen
De-NOx Mercury
NOx inleta NOx inlet
Efficiencya NH3 efficiency
Slipa NH3 slip
Temperature Hg oxidationa
SO2 conversionb Temperature
Fuel->contaminants->K/Ko SO2 conversionb
Reactor conditionFuel->contaminates
->K/Ko
O2, H2O, SO2 (lower
impact)Reactor condition
Halogen (fuel or ad-
ditive)
Layer position (NH3)
CO
O2, H2O, SO2 (can be
larger impact)
Notes: a. Performance threshold; b. Catalyst
formulation
Table 1. Key factors that influence SCR de-NOx performance and Hg oxidation performance. Of particular
importance are the concentrations of halo-
gens and reducing agents, such as CO and
NH3, present in the stack gas. Halogens,
whether present in the fuel or as an additive,
favorably influence SCR catalyst performance.
The ammonia concentration is a function of
the desired de-NOx performance, layer posi-
tion, and chemistry. Source: Cormetech Inc.
100
90
80
70
60
50
40
30
20
10
00
de
NO
x (
%)
20 40 60 80 100 120HCl (ppmvda)
1. MATRS test data. The SCR Hg0 oxidation rate is a function of halogen content and
temperature (right). The SCR performance of the same catalyst is shown for comparison (left).
The parametric studies used fresh and field-aged catalyst. Source: Cormetech Inc.
100
90
80
70
60
50
40
30
20
10
00.0
Hg
ox
ida
tio
n (
%)
0.5 1.0 1.5 2.0 2.5HBr (ppmvda)
400C 340C
2
1.5
1
0.5
01
Re
lati
ve K
Hg
Ox
2 3 4 5 6 7 8 9 10
Standard COMET
2. COMET catalysts perform. Test results of COMET versus a standard de-NOx catalyst
illustrate a significant improvement in Hg0 oxidation rates. The ability of the catalyst to oxidize
mercury is represented by the K HgOx, the catalyst oxidation activity (Equation 5). The data was
taken at 403C; 107 ppm of NOx; 3.5% O2; 14% H2O; 245 ppm SO2; and 8 ppm of HCl. Source:
Cormetech Inc.
NH3 ppm 0 0 0 0 0 21 21 21 21 86
CO ppm 0 100 0 100 0 0 0 100 0 0
HBr ppm 0 0 0.1 0.1 1 0 0.1 0.1 1 0
www.powermag.com POWER | December 201348
EMISSIONS
10
9
8
7
6
5
4
3
2
1
00
NH
3 sl
ip (
pp
m)
20,000
Operating hours
100
90
80
70
60
50
40
30
20
10
040,000 60,000 80,000 100,000 120,000 140,000
De
-NO
x e
ffic
ien
cy
(%),
SC
R o
utl
et
ox
idiz
ed
Hg
(%
)
10
9
8
7
6
5
4
3
2
1
00
NH
3 sl
ip (
pp
m)
20,000
Operating hours
100
90
80
70
60
50
40
30
20
10
040,000 60,000 80,000 100,000 120,000 140,000
De
-NO
x e
ffic
ien
cy
(%),
SC
R o
utl
et
ox
idiz
ed
Hg
(%
)
Target 80% ox. HgAction: Inject halogen
10
9
8
7
6
5
4
3
2
1
00
NH
3 sl
ip (
pp
m)
20,000
Operating hours
100
90
80
70
60
50
40
30
20
10
040,000 60,000 80,000 100,000 120,000 140,000
De
-NO
x e
ffic
ien
cy
(%),
SC
R o
utl
et
ox
idiz
ed
Hg
(%
)
Target: 90% ox. HgAction: Initially change 2
layers to max. length COMET and repeat for layer 3
3. Baseline management plan. A baseline performance curve where de-NOx and Hg0
oxidation performance requirements are well synchronized is illustrated at top, with de-NOx =
85%, Hg0 oxidation rate = 70%, and maximum NH3 slip is 2 ppm. This baseline catalyst man-
agement plan shows that a standard catalyst could be used to meet both target performance
requirements. The center chart illustrates the impact of a rise in the target Hg0 oxidation from
70% to 80% after 70,000 operating hours. In this situation, the 80% Hg oxidation requires injec-
tion of a halogen. The bottom chart represents the impact of a change in the target Hg0 oxidation
from the baseline of 70% to 90% after 70,000 operating hours. In this case, a catalyst replace-
ment was required to achieve the Hg oxidation target. Source: Cormetech Inc.
De-NOx efficiency SCR outlet oxidized Hg NH3 slip
CIRCLE 22 ON READER SERVICE CARD
December 2013 | POWER www.powermag.com 49
EMISSIONS
and Hg concentration, also need to be es-
tablished in the same way as the traditional
inputs for de-NOx, such as temperature, inlet
NOx, O2, H2O, SO2, and SO3.
The optimal SCR catalyst design for a giv-
en unit will maximize the rates of the de-NOx
(Equations 1 and 2) and Hg oxidation (Equa-
tion 3) reactions, while minimizing the rate of
the SO2 oxidation reaction, SO2 + ½O2 à SO3.
Routinely, SCR catalyst is formulated to a
maximum allowed SO2 oxidation rate to min-
imize the negative effects of high SO3 caused
by air preheater plugging or opacity concerns
(visible plume), while continuing to meet the
de-NOx and NH3 slip requirements. In other
words, the de-NOx reduction is limited by the
expected SO2 oxidation. COMET is designed
to function within these de-NOx operational
constraints without impacting its mercury
reduction function. Other factors impact the
catalyst design, such as Hg0 oxidation that
occurs across the air preheater, the efficiency
of HgP removal, the Hg2+ capture efficiency in
the FGD, HCl and HBr concentration in the
flue gas, SCR operating temperatures (partic-
ularly for cycling and load-following units),
and so on. Figure 2 illustrates improvements
that have been made in Hg oxidation perfor-
mance as a function of key input parameters,
specifically NH3, CO, and halogen content,
while maintaining constant de-NOx and SO2
conversion rates.
Managing Catalyst PerformanceOnce SCR de-NOx and Hg0 oxidation tar-
gets are established, catalyst management
options can be explored. Figure 3 presents
a series of catalyst management strategies
over the lifetime of a catalyst. Figure 3, top,
illustrates a typical baseline catalyst man-
agement plan with a de-NOx rate of 85%
and an Hg0 oxidation rate of 70%. If at some
time in the future the desired Hg0 oxida-
tion rate were increased from 70% to 80%
at 70,000 hours of operation, then the cata-
lyst management plan would be modified
to increase the halogen injection (Figure 3,
middle). If the required removal rate were
to increase from 70% to 90% at 70,000 hour
of operation then a catalyst change would
be required (Figure 3, bottom). Note that
combinations of additives and catalyst de-
sign options would also be considered when
updating the catalyst management plan to
achieve the most cost-effective system or
to add additional operating flexibility to the
unit.
Figure 3 illustrates a single catalyst man-
agement plan responding to a hypothetical
change in the required mercury removal rate
in the future. There are many other combina-
tions available than just those illustrated. The
SCR can be tuned should Hg removal rates
be ratcheted up again in the future or if there
are other operating changes in the plant, such
as a fuel switch.
More aggressive emissions rules are likely
in the future, so the best upgrade path for
many plants is to keep their future options
open and capital costs low. COMET is a
highly flexible, cost-effective compliance
strategy for a unit, plant, or even an entire
fleet of coal-fired facilities. ■
—Chris Bertole, PhD ([email protected]) is catalyst development manager and
Scot Pritchard ([email protected]) is senior vice president, sales engi-
neering for Cormetech Inc.
Nol-Tec Systems, Inc. 425 Apollo Drive Lino Lakes, MN 55014
MATS and MACT compliant mitigation of Hg SO
2 SO
3 HCI HF
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CIRCLE 23 ON READER SERVICE CARD
www.powermag.com POWER | December 201350
WORKFORCE TRAINING
Power Plant Training Simulators ExplainedFaced with the necessity of doing more with less—and less-experienced—staff, the
power business increasingly is turning to simulators for reliable and efficient real-world training.
Richard W. Vesel
Training simulators are worth their
weight in gold to the power industry,
as well as to most process industries in
general. People tend to learn the fastest and
the most thoroughly when hands-on trial and
error is part of their training process. Opera-
tional errors made while engaged in training
simulations are cost-free and provide high-
return lesson events. Conversely, the results
of operator errors made during actual plant
operations can range from inefficient to cata-
strophic. Simulators can reduce the time for
training an operator from years to months,
and achieve it with far better thoroughness
and retention. With a built-in ability to re-
view, vary, and repeat operational scenarios
until they are cemented in the minds of op-
erators and operators-to-be, no power plant
should be without one.
Simulators come in many varieties,
where complexity and efficacy are ex-
changed for cost (Figure 1). Simulators
distinguish between emulation and virtual
simulation. Emulators do not physically
contain the same control system elements
or HMIs that the actual process controls
contain but merely mimic them with soft-
ware. A virtual simulator contains exactly
the same process controls and HMIs that
an operator will encounter in the real pro-
cess control room, and only the physical
processes themselves are simulated by
computer. The better the physical system
process simulation, the more realistic the
virtual simulator becomes, until using it
is almost indistinguishable from the real
plant control room experience.
The complexity and accuracy of this phys-
ical process simulation is characterized by
what is called the “fidelity” of the simulator.
Simulator fidelity is usually described as be-
ing low, medium, or high (Table 1). The best,
most process-realistic simulators are high fi-
delity, and as one might expect, they are also
the most expensive. Cost notwithstanding,
many users choose high-fidelity simulators
to train operators so that the trainees get as
deeply exposed to the plant as possible, with-
out actually touching it.
Simulators as a Critical Training ToolWhat are some of the benefits to having a
training simulator? Obviously, training is
faster and more effective, but this can provide
benefits across all plant operations.
For example, new operators can fill va-
cancies in the existing operator force more
quickly. This helps reduce the impact of
workforce turnovers and attrition. When
new equipment is installed, a simulator is
the fastest method of getting existing op-
erators familiar with new procedures. For
new plants, simulators can give operators
early hands-on “experience,” especially
with turnkey projects. Simulators can also
be used to let operators practice standard
operations. This means faster and more re-
liable startups, shutdowns, and runbacks.
Standardization of operating practices
through the use of simulators means that
operators who are identified as those with
“best practices” can train other staff mem-
bers in their methods.
And of course, simulators are ideal for
safely training operators to respond to abnor-
mal plant conditions. This means improved
operational flexibility and response times to
widely varying dispatch signals, a reduction in
abnormal operating situations, and a reduction
of unplanned outages due to operator errors
and unforeseen equipment trips.
Financial Returns from Simulator InvestmentsLow-fidelity simulators are low six-figure in-
vestments, while a medium-fidelity simulator
will be in the mid six figures. A full high-
fidelity simulator will typically be in very
low seven-figure territory. From date of order
to delivery date, the typical simulator project
tends to run about three to six months.
1. Many options. A variety of simulator options are available. The best (and most expen-
sive) can exactly duplicate real plant processes and operations. Courtesy: ABB
December 2013 | POWER www.powermag.com 51
WORKFORCE TRAINING
With even the basic benefits discussed
above, such as faster startups and reduced
outages, simulator projects are amongst the
easiest to justify. If a plant has had any sig-
nificant “operator error” events in its recent
history, eliminating these events can bring
immediate returns.
Best Practices for Incorporating SimulatorsThe following are suggested approaches
for getting the most value from a simulator
investment:
Use the simulator to familiarize trainees
with plant systems, functions, and interac-
tions, as well as familiarization with HMIs
and process data views.
Use the simulator as a cross-training
tool for members of the plant engineering,
technical,and maintenance staffs.
Use the simulator as a key element of new
operator training:
■ Unit startup, shutdown, and steady state
operations
■ Normal responses to small or moderate
changes in demand
■ Unit runbacks and turndowns to lowest
stable levels of operation
■ Boiler efficiency and safety management
under normal conditions
■ Scheduling of routine intermittent opera-
tions such as soot-blowing
Use the simulator as the central element
for refresher or “continuing education” train-
ing for existing experienced operators:
■ Shift-to-shift transfer of best setup and
control strategy practices
■ Shift-to-shift transfer of abnormal situa-
tion responses
■ Advanced efficiency improvement topics
■ Retraining due to unit equipment modifi-
cations/additions
Focus on abnormal situational control,
with accident prevention and remediation:
■ Large tube leaks
■ Loss of large pump function
■ Loss of fan function
■ Loss of feedwater heater(s)
■ Loss of burner fuel flow (mill plugging,
etc.)
■ Boiler pressure control malfunction
■ Loss of automatic O2 control
■ Loss of critical measurements
■ Boiler trip management
■ Fuel variability management
■ Alarm flooding scenarios
Use the simulator with plant technical
staff, or consulting suppliers, to assist with:
■ Review of existing control logic and pro-
cess responses
■ Replays of plant problem scenarios to im-
prove controls and responses
■ New control logic testing and debugging
■ Design and test of one-button startup/shut-
down controls
■ Alarm management studies and corrective
actions
■ Cross-training between specialists of dif-
ferent disciplines
Experiences on the simulator, when com-
bined with actual physical walkdowns, are
the fastest way to introduce a new hire or
transferee to the characteristics of a unit. The
practices outlined above will keep operations
staff at the best readiness to handle abnormal
situations when they occur. This is born out
by the experiences of simulator users not only
in fossil and nuclear power, but in all indus-
tries that must control large, complex equip-
ment, right up to airline pilots and astronauts.
Investments in training simulators continue
to grow, and they continue to provide ever-
greater possibilities to improve plant safety,
reliability, and profitable operation. ■
—Richard W. Vesel is global product manager for power generation energy
efficiency with ABB Power Generation, North America.
Low fidelity Medium fidelity High fidelity
Benefits Lowest cost, fastest
delivery time
Moderate cost, moderate deliv-
ery schedule, greater process
simulation detail, unit startup
and shutdown simulations
Best possible process model,
most realistic operator experience
for startup, shutdown, dynamic
operations, runbacks/turndowns,
and plant performance tuning
Limitations Process model is static,
good for basic training
in HMI and controls
navigation.
Process model cannot handle
fast process dynamic responses,
runbacks to low levels, or
operational tuning for best unit
financial performance.
Highest investment cost, longest
project execution time
Table 1. Benefits and limitations of simulators vs. fidelity type. Courtesy:
ABB
CIRCLE 24 ON READER SERVICE CARD
www.powermag.com POWER | December 201352
OFFSHORE WIND
A Wind Energy Plan That Fits America’s ResourcesThe U.S. lags far behind Europe in offshore wind power production due in part to
deepwater challenges. Using floating vertical axis wind turbines and energy storage could be the nation’s best means to resolve technical and investment issues and launch the fledgling sector.
Drew Devitt
America is blessed with long coastlines
and relatively deep waters. But ironi-
cally, this has been a disadvantage to
the U.S. offshore wind industry. Compared to
more than 1,000 turbines that are already op-
erating in the relatively shallow waters around
the British Isles, and the significant offshore
wind turbine generating capacity in many other
European countries, only one offshore turbine
is operational in the U.S. today. This is in no
small part because shallow U.S. coastal waters
are relatively close to the shoreline, which is
problematic because it means offshore instal-
lations, limited by technical hurdles, must be
closer to people, migratory bird patterns, and
within state jurisdictions.
As for any new industry, it is a good idea
to get a big picture view of the sector’s par-
ticular circumstances and objectives. First,
it is a given that renewable wind generation
should be relatively close to demand, yet not
in someone’s backyard. Several technical
trends are symbiotically conspiring to avoid
“not in my back yard” (NIMBY) issues and
dramatically change the offshore wind model
developed in Europe. These trends include
the development of floating wind turbines
as opposed to seafloor-supported designs,
the use of deep ocean water near U.S. coast-
lines as an effective head for energy storage,
and the use of direct current (DC) deepwater
cables in energy transmission. This article
shows how these technologies could work
together in the context of America’s natural
resources and political landscape.
The Case for Offshore Wind TurbinesWhen used for offshore wind power produc-
tion, floating structures have the potential to
reach a much larger and significantly more
energetic wind resource than seafloor-mount-
ed turbines. At the same time, they increase
social acceptance because they allow turbines
to be installed far away from people.
Sandy Butterfield and his colleagues at
the National Renewable Energy Laboratory
(NREL) have published papers confirming
the huge potential advantages of floating wind
turbines, noting in 2010: “The NREL has esti-
mated the offshore wind resource to be greater
than the 1000 GW of the continental United
States. The wind blows faster and more uni-
formly at sea than on land. A faster steadier
wind means less wear on turbine components
and more electricity generated per turbine.
The wind increases rapidly with distance from
the coast, so excellent wind sites exist within
reasonable distances from major urban load
centers reducing the onshore concern of long
distance power transmission.”
To emphasize Butterfield’s point regard-
ing transmission, the best winds within the
continental U.S. are class 3 and 4 winds in
the Great Plains and Mountain States—
but typically 1,500 miles from major load
centers. Comparatively, areas just 30 miles
offshore from major metropolitan hubs see
class 6 winds. This is significant because an
estimated 70% of U.S. electricity demand is
close to its coastlines and the Great Lakes.
It is also important to add that the energy in
wind increases as a cube function of its veloc-
ity, so wind of 6 meters per second (m/s) has
more than double the energy of wind at 4 m/s.
Also, wind velocity near the ocean surface is
higher than on land, as thermal boundary layers
created by the sun heating the land are elimi-
nated farther from shore. About 20 miles out to
sea, wind currents aloft sink and reattach to the
ocean surface, becoming trade winds. This re-
duces the need to elevate the turbine into the air
and improves its capacity factor.
Types of Wind TurbinesWind turbines can have either a horizontal or
a vertical axis of rotation. Another important
point of differentiation is that wind turbines
employ two basic principles to capture en-
ergy from moving air: aerodynamic turbines
use low-pressure lift (like an airplane wing),
while impulse turbines use drag (like a water
wheel). The differentiating factor is that the
blade tip speed of aerodynamic turbines is a
multiple of the wind speed, but an impulse
turbine will not spin faster than the wind.
Aerodynamic turbines can be more efficient
than impulse turbines (Figure 1).
An anemometer, a device for measuring
wind speed, is an example of an impulse-
type device with a vertical axis of rotation—
though vertical axis wind turbines (VAWTs)
may employ aerodynamic or impulse design.
Conventional horizontal axis wind turbines
(HAWTs) used widely at utility scale are
an example of aerodynamic turbines with
Betz max. efficiency 2-blade HAWT aerodynamic 3-Blade HAWT aerodynamic
2-Blade Darrieus VAWT aerodynamic 2-Blade Dutch HAWT aerodynamic Multi-blade American HAWT hybrid Multi-blade Savonius VAWT impulse
60
50
40
30
20
10
00
Eff
icie
nc
y (%
)
1 2 3 4 5 6 7
1. Turbine efficiency by type. This
chart describes the efficiency of different types
of utility-scale wind turbines. The chart’s verti-
cal axis represents the turbine’s efficiency as a
percentage of the total energy in the wind. The
horizontal axis represents the relationship be-
tween wind speed and turbine tip speed. Aero-
dynamic turbine types have tip speeds of four
to seven times the wind speed, and impulse
turbines have tip speeds on the order of the
wind speed. Aerodynamic turbines are favored
because they have roughly twice the efficiency
of impulse-type turbines, but impulse turbines
have historically been used whenever cost,
reliability, or capacity factor is more important
than efficiency. Source: Jean Lucmenet
December 2013 | POWER www.powermag.com 53
OFFSHORE WIND
tip speeds today reaching 100 m/s (360 ki-
lometers or 225 miles per hour). The old
four-bladed Dutch wind-powered mills and
water pumps that used cloth-covered, wood-
en-framed blades as well as the iconic Wild
West American multiblade wind turbines are
almost impulse type systems when consid-
ered in the context of today’s modern aero-
dynamic HAWTs.
A lot of engineering and technical develop-
ment has gone into modern HAWTs in order
to drive their efficiencies to 45% at the high
end. The theoretical maximum efficiency is
limited by Betz’s Law to 59%. A wind tur-
bine cannot be 100% efficient, as this would
imply that the air exiting the turbine would
have zero velocity and so would prevent oth-
er air from flowing through the turbine.
Efficiency factors can be misleading,
though, in that they presume a certain wind
speed, which is usually not noted. For in-
stance, a HAWT may have an efficiency of
45% for a wind speed of 14 m/s, but it would
not even spin—meaning it would have zero
efficiency—with a 5 m/s wind. HAWTs are
a logical optimization of the wind turbine
specifications. The energy in wind is a cubed
function of its velocity, so optimizing wind
turbine efficiencies for high wind speed re-
sults in large megawatt ratings. This works
well for the sales team when selling a turbine
based on its megawatt rating.
What should be considered instead are capac-
ity factors. Capacity factors are based on a power
curve for the particular wind turbine as well as
wind speed data from the proposed site where
the turbine will be installed. Capacity factors for
land-based wind turbines are typically claimed
to be 25% to 35%. Comparatively, gas or steam
turbine capacity factors approach 100%.
To maximize the capacity factors for
wind energy, the focus of the offshore wind
industry should change from the megawatt
rating of a turbine to useful load matching,
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2. Time versus wind energy. This chart, showing the distribution of wind speeds with
respect to time, plots two years’ worth of wind speed data from a buoy at the mouth of the
Delaware Bay. Total hours that the wind blew at a particular speed are shown as a bar chart. To
show the energy that is contributed at each of the wind speeds, the power in the wind (a cubed
function of its velocity) is multiplied by the time that the wind blew at that speed. Notice that the
maximum energy was at 11 meters per second but that the wind blew at this speed only 4%
of the time. Half of the total energy for the year occurred on the high-speed side of the energy
peak during 15% of the total hours. Source: American Offshore Energy
CIRCLE 25 ON READER SERVICE CARD
www.powermag.com POWER | December 201354
OFFSHORE WIND
with more interest given to turbines opti-
mized for higher capacity factors in aver-
age wind speeds. In the current paradigm,
HAWTs have the highest efficiencies in the
higher wind speed ranges, and this results
in high megawatt ratings for the turbines
but low capacity factors, meaning that the
turbine will generate its rated capacity only
a small fraction of the time. This causes
“spiky power,” that is, much of a turbine’s
power is made over a relatively short period
of time (Figure 2). For this reason, wind
turbine electricity must be associated with
storage in order to be considered as a basel-
oad power source.
In comparison, VAWTs in an impulse con-
figuration have a relatively high efficiency in
lower wind speeds because they have higher
blade areas as a percentage of swept area. This
could be thought of as the “barn door method”
of collecting energy from the wind: Although
not as efficient at higher wind speeds, impulse
type VAWTs will make power most of the time
the wind is blowing—making them more suit-
able to power companies and mitigating the
need for time shifting or storing wind energy.
However, utility-scale energy storage would
still be beneficial to any electrical grid if it can
be done cost effectively.
Ocean Energy StorageMuch has been invested in trying to develop
energy storage technologies as a way to more
evenly distribute renewable power across
time. So far, only compressed-air storage and
pumped-hydro storage have the capacity to
practically “time shift” utility-scale energy,
but both require specific geological features
that are generally not found close to major
load enters. If the electrical generation occurs
over deep ocean water, though, energy stor-
age becomes much more convenient.
In another significant advantage for floating
wind turbine technology, the pressure of the
deep ocean waters under the turbines can be
used for utility-scale energy storage. A number
of different engineering approaches to this have
been explored using air or water. Colorado-
based Bright Energy Storage, for instance, has
a plan to pump air into huge bags in deep water,
while Dr. Alexander Slocum, a mechanical en-
gineering professor at the Massachusetts Insti-
tute of Technology, suggests using excess wind
power to pump water from hollow concrete
spheres (made from fly ash) that are ballasted
by their own weight to the seafloor. Doubling
as an anchor for floating wind turbines, a 25-
meter-diameter sphere could store up to 10
MWh of power, depending on depth.
Pairing deepwater wind generation with
energy storage could make wind energy the
most flexible of all energy sources. A 1-MW
wind turbine that is able to produce 10 MWh
over 24 hours could sell all 10 MWh dur-
ing the hottest hour of the next day at peak
prices. Wind farm operators could even begin
bidding in the frequency regulation market,
where the price per kilowatt-hour is five to
10 times the price that can be negotiated in
power purchase agreements. This would both
improve returns for investors and provide an
environmental bonus because turbines that
now provide frequency regulation, being
smaller and more flexible, have fewer pollu-
tion controls. It is good for everyone when
clean flexible power is worth more.
Addressing Transmission ConcernsBut to accomplish frequency regulation from
the deep ocean, transmission capabilities are
obviously required. Several developments
have been made here, too. Trans-Elect Devel-
opment Co. has proposed the Atlantic Wind
Connection (AWC), a 6,000-MW transmis-
sion backbone running from Virginia to
northern New Jersey, some 30 to 50 miles
out in the Atlantic Ocean. That $5 billion
plan has attracted more than $500 million
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CIRCLE 26 ON READER SERVICE CARD
December 2013 | POWER www.powermag.com 55
OFFSHORE WIND
in investments from companies including
Google, Good Energies, and Marubeni.
Trans-Elect has received a “Determination of
No Competitive Interest” from the Bureau of
Ocean Energy Management and is proceed-
ing without an associated auction. Plans are
in effect to have the first phase—a $1.8 bil-
lion, 150-mile-long project from Delaware
Bay to Atlantic City—operational by 2016.
Notably, Trans-Elect, which was the na-
tion’s first independent transmission compa-
ny, is betting on high-voltage direct current
(HVDC) cables, which it anticipates will
have cost and technical advantages over al-
ternating current (AC) transmission. Today,
almost all commercially available wind tur-
bines generate asynchronous AC current that
is converted to DC, and then the DC is invert-
ed back to three-phase AC at 60 Hz. However,
a number of capital costs, efficiency losses,
cooling systems, power quality problems,
and maintenance headaches must be borne
with this method. Wind turbines designed to
generate DC current may still need a trans-
former to step up the voltage but would avoid
even having to sync with the rest of the grid,
making them simpler to implement by reduc-
ing the balance of plant—which is especially
important at sea.
Though technically challenging, obtaining
permits for undersea cables may be easier than
for land-based lines. Also, transmission cables
could be brought ashore to existing grid con-
nections at retired power plants, many of which
are located on riverbanks or at coastlines near
major load centers. These could serve as per-
fect locations for injection of high-current fre-
quency regulation and reactive power services
to keep the grid running efficiently.
Floating VAWTs Fit the Bill Only one offshore turbine is operational in the
U.S., even though the country has the world’s
second-highest onshore wind turbine capacity
(after China). The UK has more than one-half
of the 3 GW total worldwide installed offshore
wind generation, and it has ambitious plans
for even more offshore wind farms. However,
as Bloomberg New Energy Finance notes, be-
cause the UK has a limited supply chain for
offshore wind turbines, about 80% of what the
country spends on wind technology still goes
to foreign contractors or turbine suppliers. Jim
Lanard, president of the U.S. Offshore Wind
Development Coalition, is quick to point out
that if the U.S. is to gain and keep legislative
support for the offshore wind industry, it will
have to generate domestic jobs.
Increased use of floating VAWTs could
do just that. First, the capital-intensive sup-
ply chain needed to manufacture large roller
bearings, gears, forgings, and castings would
not be required. Steel fabrications and fiber-
glass components with relatively low capital
equipment needs are all that would be re-
quired, so a supply chain based on these com-
ponents would scale up much more quickly.
Old shipbuilding sites and cargo transfer ports
could make for good candidates for wind tur-
bine manufacturing sites. The labor skill sets
could also be filled quickly and practically
deployed in many more coastal locations.
Floating VAWTs could also eliminate the
need for purpose-built ships that are required
to assemble seafloor-mounted HAWTs. This
is important because, having never installed a
foundation-based offshore wind turbine, the
U.S. lacks a fleet of the jack-up ships that are
necessary. And, unlike in Europe, the U.S.
cannot hire foreign-flagged ships to work in
U.S. territorial waters because it would vio-
late the Jones Act, a federal statute that regu-
lates maritime commerce in U.S. waters. The
U.S. already has a ready fleet of ships that
are capable of towing floating turbines out to
mooring fields, though.
By eliminating a seafloor foundation, the
cost structure of supply-chain issues and the
costs to assemble and service turbines at sea
can also be dramatically improved. As noted
previously, the further away from NIMBY
issues and state jurisdictions, the better the
wind resource becomes, but the ability to tow
a turbine back to the factory in a single day
mitigates risk, reducing both insurance and
banking costs for projects. Ocean transporta-
tion and sighting combined with low turbine
speed could enable scalability to a huge size.
A Better Choice than HAWTsHowever, most “floater” programs in develop-
ment in the U.S. today are designed to employ
HAWTs, which have a lot of developmental
inertia based on current onshore designs, their
supply chains, and government funding pro-
grams. U.S. research consortium DeepCwind,
which is led by the University of Maine’s
Habib Dagher, this year launched the first and
only offshore wind turbine off the coast of
Maine—a concrete-composite floating plat-
form HAWT prototype that is one-eighth the
size of a “VolturnUS” design envisioned for
commercial installation.
One problem is that it is difficult to make
conventional HAWTs float. They are cantile-
vered structures, reaching high off their base
support with large masses and forces acting at
the top. It is a fundamentally unstable struc-
ture in the context of floatation, but HAWTs
are the mainstay of the wind energy industry.
Almost all utility-scale wind turbines employ
three blades connected to a horizontal spindle,
which is mounted on top of a pole. There is no
debate that this design can be the most effi-
cient at capturing energy from wind, but a big
picture, smart grid, objective look should con-
sider all of the issues and constraints involved,
not just the turbine’s maximum efficiency.
Other structures are possible. Lightweight
structures can be achieved by using tension
and compression design principles rather
than the bending of a cantilevered structure.
Examples of such structures would include
bicycle wheels, suspension bridges, and sail-
boat masts (Figure 3).
A 200-foot tall VAWT installed 30 miles
offshore would not be visible or audible from
land, dramatically reducing legal challenges
that can delay and increase costs of wind
projects. Having a high degree of solidity and
a low rotation speed avoids harm to birds and
provides excellent horizontal radar reflec-
tion for maritime visibility with little vertical
reflections. Additionally, the VAWT has no
gearbox or oil reservoir, and all the compo-
nents on the turbine are waterproof and rust-
proof. In the event of an occasional hurricane
or rogue storm, the turbines could be easily
reefed or sunk by remote control, allowing
them to ride out the storm safely beneath the
ocean surface. When the storm has passed
turbines may be again raised via remote con-
trol and recommissioned with little effort.
Floating VAWTs enable a host of advantages
that dramatically improve the return on invest-
ment, the reliability of the energy stream, and
the ability to usefully site the turbine. Because
VAWTs would have a completely different sup-
ply chain than conventional HAWTs, their po-
tential to generate jobs may be increased. And,
if paired with HVDC power transmission and
deep ocean energy storage, floating VAWTs
could give the country’s new offshore sector
fair winds in which to hoist its sails. ■
—Drew Devitt is founder of American Off-shore Energy and a former president of the
American Society of Precision Engineering.
3. Inspired design. One example of a
floating vertical axis wind turbine (VAWT) is
a design based on the rigid mainsail used on
America’s Cup boats. The 60-ton VAWT design
adds three more sail plans and a masthead
ring for 1,800 square meters of projected
area. The bearings and generator are located
near sea level for easy on-site service and to
provide a stable low center of gravity. Cour-
tesy: American Offshore Energy
www.powermag.com POWER | December 201356
NUCLEAR
When It Comes to Nuclear Plants,
Is Small Beautiful?Though small, modular reactors have their detractors, on balance, the “little guys”
appear to have an edge over the heavy-weights in the contest for the next gen-eration of U.S. nuclear power.
Kennedy Maize
In 1973, an obscure economist from Brit-
ain’s National Coal Board, which then
owned and operated all the coal mines in
the country, published a book that posited—
as the title proclaimed—that Small Is Beau-
tiful. It was an antidote to the conventional
wisdom that “bigger is better.” E.F. Schu-
macher’s book became an international best-
seller and an iconic text for the burgeoning
worldwide environmental movement.
Today, the nuclear power industry, which
long embraced the “bigger is better” para-
digm, is moving in Schumacher’s direction.
The industry is looking for alternatives to the
long-held wisdom about the economic ben-
efits that come from scaling up atomic tech-
nology. Now, big money is actively pursuing
smaller reactor designs that bite off consid-
erably less than the machines that came into
service in the 1970s and 1980s. The rubric
for the new nukes is “SMR,” which stands for
“small, modular reactors.”
Let’s examine the terms in more detail.
“Small” means reactors that are less than
a third the size of what are conventional,
utility-scale nuclear plants. Modern, state-of-
the-art nuclear units basically start at 1,000
MW and move upward from there. Today’s
plants are designed to take advantage of what
economists describe as “economies of scale,”
meaning that the efficiencies and incremen-
tal cost savings gained by getting bigger out-
weigh the greater cost of a larger unit.
But is that doctrine always valid? Maybe
not, according the latest economic analyses
that support the concept of SMRs. It may be
the case that the hefty capital costs of new,
big nuclear plants, the long lead times to build
them, and the fact that each plant is unique
and entirely built on site, may overwhelm the
economics of getting bigger. Smaller may be
better for new nuclear power units.
The decision by a utility to build a new
conventional nuclear power plant, which
costs in the range of $7,000/MW per unit,
is a gut-wrenching, often bet-the-company,
strategic move. It’s a long-term wager of
at least $7 billion in capital for 1,000 MW
of baseload, nondispatchable, capacity in
a market where power prices are far more
than ever a matter of short-term supply and
demand.
Bite-SizedBusting that bet into smaller chunks—say 300
MW at a time—makes some economic sense,
many in the industry now reckon, even if the
overall capital cost per unit of power is greater
than the big unit. That’s one of the doorways
to conceptualizing small modular generating
units. There are other potential benefits.
Modular units imply that they can be
built in multiples, following the growth in
demand as it develops (or doesn’t). The
smaller size of the units also implies that the
nuclear units can be factory-fabricated and
shipped to the reactor site, a revolutionary,
and possibly big cost-saving, difference from
the conventional “stick-built” approach that
characterized the first generation of nuclear
power plants in the U.S.
At a presentation at the Bipartisan Policy
Center in Washington last year, Pete Lyons,
the Department of Energy (DOE) assistant
energy secretary for nuclear energy and a
nonpartisan veteran of the nuclear policy
wars in Washington, outlined the economic
benefits the agency sees that could flow from
smaller, more flexible, factory-built reactors.
Among them, said Lyons, are:
■ Reduced financial risk
■ Flexibility to add units
■ Right size for replacement of old coal
plants
■ Domestic forgings and manufacturing
Lyons also laid out what the energy agen-
cy believes are safety benefits from a new,
smaller, generation of nuclear plants, as his
talk occurred close to the first anniversary of
the catastrophe at Japan’s Fukushima multi-
unit nuclear station. These benefits, Lyons
said, include:
■ Passive decay heat removal by natural cir-
culation
■ Smaller source term inventory
■ Simplified design eliminates/mitigates
several postulated accidents
■ Below-grade reactor siting
For nearly four years, the nuclear indus-
try and the federal government, through the
DOE, have been pushing the concept of the
smaller, modular nuclear reactors. Congress
has given the DOE some $452 million to
dedicate to the development of SMRs. The
agency is moving ahead to commit that
money. It’s important to note that the gov-
ernment money isn’t just free candy. It must
be matched, dollar-for-dollar, by the private-
sector recipient.
Policy PriorityLyons told a House appropriations subcom-
mittee in March 2013 that the Obama ad-
ministration’s “Nuclear Energy Research
and Development Roadmap” places a “high
priority” on accelerating “the timelines for
the commercialization and deployment of
small modular reactor (SMR) technologies
through the SMR Licensing Technical Sup-
port program. The program will focus on
first-of-a-kind engineering support for design
certification and licensing activities for SMR
designs through cost-shared arrangements
with industry partners (industry contribu-
tions are a minimum of 50% of the cost) to
promote accelerated commercialization of
the nascent technology. If industry chooses to
widely deploy these technologies in the U.S.,
they could help meet the nation’s economic,
energy security and climate change goals.”
After soliciting bids in 2010 for proposals
for cooperative agreements, which the DOE
said at the time likely would result in two
winners in the SMR sweepstakes, the agency
in November 2012 picked only one, the Bab-
cock & Wilcox mPower design, a 180-MW
light water reactor proposal from a company
that has vast experience in nuclear power,
December 2013 | POWER www.powermag.com 57
NUCLEAR
particularly with Navy nuclear propulsion
systems (its experience with large civilian
plants, however, has had some bumps along
the road, including the Three Mile Island
plant in Pennsylvania, the Davis-Besse plant
in Ohio, and the Crystal River plant in Flor-
ida). The plan is for connection to the Ten-
nessee Valley Authority (TVA) power system
around 2022.
B&W’s project involves a muscular team
that also includes the engineering giant Bech-
tel and, providing a site and its own extensive
nuclear experience, the TVA. The TVA wants
to locate two of the 180-MW mPower units
at its Clinch River site, where the agency
and the federal government planned, spent
billions, and never succeeded in building a
fast breeder reactor in the 1970s and 1980s.
Breeders were then going to be the next big
thing in nuclear power technology.
Having disappointed the nuclear industry
by picking only one winner in the first round
of its competition for SMR cost sharing, the
DOE last March announced round two, with
applications due in July, for projects aimed at
a 2025 time frame. These projects included:
■ A consortium led by Westinghouse Elec-
tric Co., a Toshiba subsidiary, working
with utility Ameren Missouri (legally
known as Union Electric), owner and op-
erator of the Callaway nuclear plant.
Their plan calls for development of a 225-
MW version of the AP1000, an advanced
1,000-MW pressurized water reactor that
has Nuclear Regulatory Commission
(NRC) design approval. (Any SMR proj-
ect will have to get the NRC’s sign-off on
the safety of the design before it can be
built and operated.)
■ NuScale, a 45-MW, below-ground light-
water reactor developed by a group of
Oregon State University (OSU) scientists
working with the DOE’s Idaho Nuclear
Engineering Laboratory. The company is
based in Corvalis, Ore., home of OSU.
NuScale’s majority owner is engineer-
ing and construction giant Fluor Corp.
The design is a pressurized water reactor
that the developers claim can shut down
in an emergency without need for off-site
power.
■ Holtec International, a New Jersey firm,
which has proposed a 160-MW underground
pressurized water reactor, with backing from
New Jersey utility PSEG, which operates
two nuclear generating plants in the Garden
State, and URS Corp., a major nuclear engi-
neering consulting firm.
■ General Atomics (GA), a San Diego firm
that has a long history of innovative reac-
tor technologies, which has bid a helium-
cooled, graphite-moderated design into
the DOE SMR competition. GA, which de-
signed and marketed the Triga research re-
actor, the most successful nuclear machine
in the world, is proposing a version of its
high-temperature gas reactor for the DOE
program. The GA project proposes a 265-
MW helium-cooled, graphite-moderated
reactor that is surely a challenge to conven-
tional light-water designs.
Industry experts expect the DOE to pick a
second-round winner soon.
Cautionary NotesBut the SMR technology has well-qualified
critics. Edwin Lyman of the Union of Con-
cerned Scientists (UCS), long a technically
sophisticated critic of nuclear power, in Sep-
tember issued a report, “Small Isn’t Always
Beautiful,” arguing that SMR technology is a
dead end. The UCS report says that the safety
claims of SMR advocates are overstated. The
SMR units, says the analysis, “feature small-
er, less robust containment system than cur-
rent reactors.” Undergrounding the units “is a
double-edged sword—it reduces risk in some
situations (such as earthquake) and increases
it in others (such as flooding).”
While each smaller unit may be less dan-
gerous than a larger unit, says the UCS paper,
LinkedIn: Where the POWER Community
Connects
As a follow-up to the October editorial “When Policy and Construction Timelines Diverge,” we asked members of the LinkedIn POWER magazine group, “Have you ever been involved in a project built to meet a particular policy—only to have the policy change by the time the project went online?” Here are excerpts from a few responses:
Yes, and it wasted a great deal of effort. The sunk •costs of everyone involved would have run well into six figures, without counting all of the engineer costs of the plant itself (I plan the move of them, not design them). (Edward)
I suppose most of us old timers had such an •experience. . . . Change is almost constant in the marketplace and the regulatory environment. Given that major power projects take many years for permitting and construction; and with economics a moving target, you almost never start up and serve the load as planned. . . . This situation is certainly a management challenge. (John)
Yes I worked on a Waste-to-Energy facility in NJ—the •new Governor cancelled the facility even though the foundations had been poured—when politics over-ride sound engineering and financial considerations the public suffers. See also Shoreham Nuclear Power Plant in Long Island cancelled after all permits were obtained. (Richard)
The POWER magazine LinkedIn group is also a great place to ask for advice from other members (via the Discussions tab).
www.powermag.com POWER | December 201358
NUCLEAR
this “is misleading, because small reactors
generate less power than large ones, and
therefore more of them are required to meet
the same energy needs. Multiple SMRs may
actually present a higher risk than a single
large reactor, especially if plant owners try to
cut costs by reducing support staff or safety
equipment per reactor.”
Nuclear power plant development started
out small in the U.S., for understandable
reasons. The thrust of U.S. efforts on use
of nuclear energy in the first two decades
after the atomic destruction of Hiroshima
and Nagasaki was on submarine propulsion,
driven by the brilliant and autocratic engi-
neer Admiral Hyman Rickover, who occu-
pied dual positions in the Navy and at, first,
the Atomic Energy Commission (AEC) and,
later, at the DOE.
The first U.S. commercial power reac-
tor—Shippingport, on the Duquesne Light
system outside of Pittsburgh, Pa.—was a
60-MW unit that was basically a Navy pres-
surized water reactor built on the ground
and tied into the utility grid. It went into
service in December 1957. The AEC reactor
program cautiously followed with a series
of early light-water reactors of fairly low
power: Dresden in Illinois, a boiling-water
reactor at 180 MW (1959); Indian Point 1 in
New York, with 163 MW of capacity from
nuclear and 112 MW from an oil-fired pre-
heater (1962); and Humboldt Bay in Cali-
fornia at 63 MW (1963).
Consolidated Edison, which owned and
operated the Indian Point reactor, in the early
1960s proposed a 1,000-MW plant in Queens,
in the heart of New York City at its existing
Ravenswood oil-fired station. Con Ed’s plans
for the unit soon collapsed under the weight
of local opposition and a skeptical AEC.
The nuclear big iron arrived with the “sec-
ond-generation” reactors of the late 1960s
and early 1970s, beginning with New Jer-
sey’s Oyster Creek, a 636-MW GE boiler that
went into service in 1969, and about which
the economics remain murky today, although
it appears that GE, which built the plant on a
turnkey contract, took a large financial bath.
But the presumed economies of scale soon
propelled reactor vendors and utility buyers
into larger and large units, until 1-GW ma-
chines became the norm.
But there were concerns even during the
nuclear boom of the 1970s that the scale-up
had been a mistake. The second generation of
nuclear designs—the 1,000-MW big boys of
GE, Westinghouse, Combustion Engineering,
and B&W—too often were lousy performers
by many measures. They had poor operating
records, with too many unplanned outages,
poor capacity factors, and multitudes of regu-
latory infractions.
In the 1980s, not long after the March
1979 Three Mile Island meltdown in Penn-
sylvania, a top nonpolitical official at the
NRC suggested that perhaps it was a mis-
take to rapidly scale up reactors beyond
about 300 MW. At the time, those musings
struck the nuclear industry as unexpected
treachery.
Today, on the other hand, the industry
is embracing the idea of smaller units with
greater safety margins, fewer engineered
safety features, often with underground sit-
ing, and with economic benefits from smaller
scale. Will this latest approach to resurrect
the U.S. nuclear industry work? That ques-
tion remains unanswered. ■
—Kennedy Maize is a POWER contributing editor.
ENJOY 70ºWEATHER
ENERGYU.S. DEPARTMENT OF
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500 SPEAKERSA. Air Policy & RegulationsB. CEMS & ModelingC. Hg Multi-Pollutant ControlD. Energy Policy & SecurityE. Renewable EnergyF. Operations & Mgmt G. GHG, Carbon & CCSH. Alternate FuelsI. Sustainability & WaterJ. Energy Efficiency
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3rd Annual EUEC Golf Tournament | Feb 2nd, 2014
December 2013 | POWER www.powermag.com 59
EVENTS
Coal in Favor as Malaysia Increases Its Installed CapacityAttendees at the third annual Asian Sub-Bituminous Coal Users’ Group learned de-
tails about Southeast Asia’s first 1-GW supercritical coal-fired power plant and heard of plans to expand coal’s use further across the region.
By David Wagman
Malaysia’s largest power provider
considers coal to be an important
fuel for future growth as the South-
east Asian nation of nearly 30 million people
works to diversify its generation portfolio
away from natural gas even as it meets grow-
ing demand for electricity.
Attendees at the third annual Asian Sub-
Bituminous Coal Users’ Group (ASBCUG)
in George Town, Penang, Malaysia (Figure
1) in October saw evidence of that com-
mitment to coal during a visit to the Stesen
Janakuasa Sultan Azlan Shah power plant, a
3 x 700-MW coal-fired power plant equipped
with Alstom turbines that entered service in
2003. The power plant is sited on reclaimed
land next to the Straits of Malacca on the
country’s west coast. Work is underway at
an adjacent location on a 1,000-MW super-
critical coal-fired unit—also using Alstom
technology—that is slated to enter service in
March 2015. Conference attendees also heard
Tenaga Nasional Bhd (TNB) Vice President
of Generation Zainuddin Ibrahim say that
the company will build two more 1,000-MW
coal-fired power plants by 2017.
Zainuddin said Malaysia’s electricity de-
mand is growing at a 2.9% annual rate and
that TNB currently generates 35% to 40%
of its electricity from coal, 50% from natu-
ral gas, and the remainder from renewable
energy, including hydroelectricity. Asia as a
whole obtains around two-thirds of its elec-
tricity from coal-fired power plants, he said.
“Our aim is to give the most cost-efficient
supply of electricity,” Zainuddin told report-
ers on the sidelines of the annual conference,
which is organized by TradeFair Group, pub-
lisher of POWER. He said coal ranks as one
of Malaysia’s most important energy sources
and that more than 80% of the fuel is imported
from Indonesia, South Africa, and Australia.
TNB is the country’s largest utility and
is one of the ASBCUG’s founding utilities.
Other founders include CLP Power Hong
Kong, the Electricity Generating Public Co.
Ltd. (EGCO) of Thailand, Hong Kong Elec-
tric, Taiwan Power, Korea Southeast Power
(KOSEP), and the U.S.-based Powder River
Basin Coal Users’ Group.
Coal Plant VisitTwo motor coaches took ASBCUG attend-
ees to TNB’s 2,100-MW Stesen Janakuasa
Sultan Azlan Shah power plant (Figure 2),
a three-hour drive from the UNESCO World
Heritage city of George Town. The power
plant’s three subcritical units entered service
between April and September 2003 and oper-
ate with main steam and reheat steam tem-
peratures of 540C. The boilers are two-pass,
drum-type boilers with seven elevations of
tangential firing coal burners and four eleva-
tions of distillate oil burners. At 100% load
the station burns 320 tons of coal per hour.
The station’s coal yard can accommodate a
30-day supply of coal.
Since the station entered service, op-
erators have burned 43 different brands of
bituminous and subbituminous coal. That
represents a total burn of around 48.4 million
tons of subbituminous coal and 9.1 million
tons of bituminous coal.
Azizul Othman, operations manager,
said the plant meets World Bank standards
for emissions. It achieves those standards
by using flue gas desulfurization and elec-
trostatic precipitators. Low-NOX burners as
well as low-sulfur subbituminous coal also
help achieve emission goals, which are 50
mg/Nm3 for particulates, 750 mg/Nm3 for
sulfur dioxide, and 650 mg/Nm3 for nitrogen
oxide. The plant does no on-site coal blend-
ing. Instead, ships’ holds are unloaded at an
offshore jetty and the coal is conveyed to the
plant’s coal yard. The plant’s boilers then
burn one shipload of coal at a time.
Nearby, work is underway on what is
expected to be Southeast Asia’s first super-
critical coal-fired boiler at the 1,000-MW
Manjung 4 unit. Work on the project began
in March 2011, and the facility is expected
to begin producing electricity for Malaysia’s
national grid in early 2015, said Rosli Mo-
hammad Appandi, who heads TNB’s boiler,
coal, and ash operations. The unit is expected
to be anywhere from 37% to 41% efficient
and achieve a heat rate ranging from 9,200
1. UNESCO World Heritage Site. The third annual Asian Subbituminous Coal Users’
Group met in George Town, Penang, Malaysia. The 2014 conference will take place in Bangkok,
Thailand. Source: David Wagman
www.powermag.com POWER | December 201360
EVENTS
Btu/kWh to 8,300 Btu/kWh. The 80-meter-
tall two-pass boiler will be equipped with
a pulverizer and dynamic classifier. Fabric
filters will be installed to handle particulate
control instead of electrostatic precipitators.
Appandi said the unit’s personnel are cur-
rently in training using both simulators and
on-site training at an overseas power plant.
As required by the project lender, TNB has
also hired a technical service advisor to assist
with power plant operations for its first two
years of service.
Coordinating with Malaysia’s national
load dispatch center is likely to be complex,
he said, since this will be the first time that 1
GW of capacity will come from a single unit.
Not surprisingly, the unit runs best at basel-
oad, and Appandi said any request to reduce
the plant’s output could negatively impact
its overall efficiency. A second challenge in-
volves preparing contingency plans should
the unit trip offline.
Mercury StrategiesMercury emissions also were a topic of dis-
cussion during the two-day conference. The
Minamata Convention on Mercury, named
after a Japanese city where industrial emis-
sions of mercury caused a poisoning disease
that affected thousands of people, was signed
by multiple nations in early October. It aims
to prevent health damage and environmental
pollution. The convention was adopted at an
international conference organized by the
United Nations (UN) Environment Program
and drew delegates from 140 nations.
The pact will take effect 90 days after it is
ratified by at least 50 nations and maps out
measures to curb health and environmental
damage caused by mercury. Lesley Sloss,
principal environmental consultant for the
International Energy Agency’s Clean Coal
Center, told ASBCUG attendees that the
UN Environmental Program had named
mercury as the greatest danger globally,
2. Emission standards. Azizul Othman, operations manager at the 2,100-MW coal-
fired Stesen Janakuasa Sultan Azlan Shah power plant in Malaysia, said the plant achieves
World Bank emission standards by using flue gas desulfurization and electrostatic precipitators.
Source: David Wagman
UDI WHO’S WHO AT ELECTRIC POWER PLANTS
Enhanced PDF version now available
The 2013 UDI Who’s Who Directory covers more than 4,200
U.S. and Canadian generating plants. The directory provides:
NEW FOR 2013
For more detailed information and a list of all available data, visit us online at UDIDATA.COM or contact the UDI Editorial team at [email protected].
December 2013 | POWER www.powermag.com 61
EVENTS
and that perhaps 25% of mercury releases
to the environment may come from power
plants. She said Asia is a primary focus for
mercury reductions given the amount of
coal burned for power production across
the region.
She said that although the United States
was among the first to initiate mercury con-
trols, Canada was the first to adopt emission
limits in 2010. Ontario complied in part by
closing all of its coal-fired power plants, she
said. (For more on Ontario’s coal phaseout,
see “Ontario Goes Coal-Free in a Decade” in
the May issue of POWER.)
The U.S. emission standards are par-
ticularly stringent and require mercury
reductions of between 90% and 95%, she
said. The standard was set based on emis-
sions from the top 12 performing coal-fired
plants, and compliance may be achieved
through approaches that include both wet
and dry flue gas desulfurization, dry sor-
bent injection, selective catalytic reduction
(SCR), activated carbon injection, and bag-
house and fabric filters. (See “Optimized
SCR Catalysts Maximize Mercury Removal
Co-Benefits” in this issue.)
Sloss said that many U.S. power gen-
erators have found compliance to require a
“significant investment,” but that compliance
with the Minamata Convention standards
may be a less-expensive undertaking. Rela-
tively simple steps such as fuel switching,
operating adjustments, and coal washing may
be effective mitigation tools. Sloss said that a
5% to 10% blend of bituminous with subbi-
tuminous coal could add sufficient amounts
of chlorine and potassium to enhance mer-
cury’s conversion to an oxidized state, which
may be captured at rates of up to 90%.
Other Regional Coal-Burning ConcernsAttendees also heard Rod Hatt, president of
Coal Combustion Inc., discuss challenges
operators face due to variations in coal qual-
ity. He said that because coal originates from
fossilized swamps, wide variability in coal
quality should be expected, even from a
single seam in a mine. What’s more, he said
sampling techniques and standards have not
evolved much over the decade. This means
that broad variations in coal quality may exist
but remain unidentified.
As one example, he said that coal volatil-
ity refers to the amount of smoke a particular
coal produces, a gauge first identified in the
mid-1800s by naval commanders and used
as a means to measure how visible their war-
ships might be under full steam. “We’re us-
ing 1880s technology in 2013,” he said.
Doug Hart, firing systems manager at Al-
stom Power, extended the discussion about
coal to note that low-rank coals tend to burn
easier, but they also may spontaneously com-
bust on the coal pile. He said subbituminous
coal produces lower NOX and SO2 emissions,
but at the expense of a lower heat value and
higher moisture content. Hatt said that lower
NOX can detune a boiler and increase the
amount of slagging. Combustion efficiency
also may be affected, he said.
Hart pointed to a variety of systems that
may need to be modified or upgraded by a
power plant that burns subbituminous coal.
Those systems include mills, high-velocity
coal piping, burners, the furnace, air heaters,
and induction fans.
The 2014 Asian Sub-bituminous Coal Us-
ers’ Group conference will be held in Bang-
kok, Thailand. Visit www.asiansbcusers.com
for details. ■
—David Wagman is content director for the ELECTRIC POWER Conference,
which takes place April 1–3, 2014, in New Orleans. Visit www.electricpowerexpo.
com for details.
For more information, call Wright’s Media
at 877.652.5295 or visit our website at
www.wrightsmedia.com
Leverage branded content from POWER magazine to create a more
powerful and sophisticated statement about your product, service,
or company in your next marketing campaign.
Contact Wright’s Media to find out how we can customize your
acknowledgements and recognitions to enhance your company’s
marketing strategies.
Content Licensing for
Every Marketing Strategy
Marketing solutions fit for:
Outdoor
Direct Mail
Print Advertising
Tradeshow/POP Displays
Social Media
Radio & Television
Logo Licensing | Reprints | Eprints | Plaques
www.powermag.com POWER | December 201362
NEW PRODUCTSTO POWER YOUR BUSINESS
Heat Recovery EconomizerRising energy costs necessitate new ideas and techniques for heat recovery—such as the Hitec Economizer from GEA Heat Exchangers. It is designed for equipping or retrofitting gas turbines and boilers, as well as a wide range of industrial processes where heat recovery can be achieved. A special feature of the Hitec Economizer is the corrosion- and temperature-resistant Polual shield on the finned tubes of the heat exchangers. These finned tubes can be manufactured from inexpensive, light metal (aluminum) but can be employed for temperatures up to 200C (392F). Until now, finned tubes made of considerably more expensive stainless steel were commonly used for such temperatures. In addition, stainless steel has lower heat conductivity than does light metal, which reduces operational efficiency. (www.gea-heatexchangers.com)
Eddy Current Testing InstrumentsNondestructive testing technology company UniWest has announced the launch of the EddyView family of three new portable eddy current testing instruments. The line of new instruments, Prime, Pro, and Premium, is designed to match the technical functionality and price of eddy current instruments from the most basic to the most sophisticated. The product line was developed in response to market demand for a wider selection of application-specific features in portable eddy current testing instruments. All three of the new instruments are built on the same high-signal to low-noise technology platform, and these instruments are readily available. (www.uniwest.com)
Bearing Fault Detector Vibration SensorIMI Sensors has launched the Bearing Fault Detector PLUS, which is a new sensor designed to monitor rolling element bearings and provide a sensitive 4–20 mA signal to plant monitoring and control systems for early alarming of faults. The new model 649A03 contains an accelerometer and transmitter in a single housing with multiple specialized outputs. When used with a control system, these outputs provide an early warning of bearing defects such as cracked races, brinelling, looseness, and spalling. Ideal for applications requiring continuous monitoring, the 649A03 is specifically designed for sensitivity to high-frequency vibrations in rolling element bearings, which indicate the early stages of wear and damage. (www.imi-sensors.com)
Inclusion in New Products does not imply endorsement by POWER magazine.
2014
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December 2013 | POWER www.powermag.com 63
BUYERS’ GUIDE
2014
2G - CENERGY Power Systems Technologies, Inc., 151 College Dr., #15, Orange Park, FL 32065Phone: 904-579-3217Fax: 904-406-8727Email: [email protected]
360training.com and LKItraining.com, 13801 N Mopac Blvd., Ste. 100, Austin, TX 78731Phone: 888-318-3552Email: [email protected]/corporate-solutions/power
3Degrees, 38 Keyes Ave., Ste. 300, San Francisco, CA 94129Phone: 415-449-0500Fax: 415-680-1561Email: [email protected]
4-STAR Hose & Supply, 10704 Composite Dr., Dallas, TX 75220Phone: 214-351-6085Email: [email protected]
A
A.J. Weller Corp., P.O. Box 17566, Shreveport, LA 71138Phone: 318-925-1010Fax: 318-925-8818Email: [email protected]
Aalborg CSP A/S, Hjulmagervej 55, Aalborg, 9000 DenmarkPhone: +45 88 16 88 36Email: [email protected]
AB Technology Group, 431 State St., Box 1491, Ogdensburg, NY 13669Phone: 610-906-3549Email: [email protected]
ABB Switzerland Ltd., Excitation Systems Austrasse, Turgi, 5300 SwitzerlandPhone: +41 58 589 24 86Fax: +41 58 589 23 33Email: [email protected]/unitrol
ABB Transformer Remanufactur-ing and Engineering Services, 4350 Semple Ave., St. Louis, MO 63120Phone: 314-679-4722Email: [email protected]
ABB, Inc., 29801 Euclid Ave., Wickliffe, OH 44092-1832Phone: 440-585-6724Fax: 440-585-7944Email: [email protected]
ABC - Diesel, Wiedauwkaai 44, Gent, 9000 BelgiumPhone: 329-267-0033Fax: 329-267-0067Email: [email protected]
Abengoa, 16401 Swingley Ridge Rd., Ste. 700, Chesterfield, MO 63017Phone: 636-519-2300Fax: 636-539-4021Email: [email protected]
The POWER Buyers’ Guide consists of a Company Directory (below), a Product Directory (p. 102), and a Service Directory (p. 117). In the Product and Service Directories, categories also have subcategories. The Company Directory lists manufacturers’ and service providers’ complete contact information.
HOW TO USE THIS GUIDESuppose you want to contact one or more manufacturers of circuit breaker test equipment. Turn to the Product Directory page that lists test equipment. There you’ll fi nd subcategories listed, includ-ing one for circuit breakers (30).
From the companies listed below the test equipment subcategories, select those with (30) after their names. Then consult the Company Directory for their contact information.
Listings in boldface type indicate companies that are advertisers in this issue. Their ads appear on the pages noted.
SEARCH ONLINE, TOOVisit www.powermag.com and click on the Buyers’ Guide button to search by company or keyword in the online POWER Buyers’ Guide.
This print directory includes companies that updated their information in our online Buyers’ Guide within the past year (through early November). To ensure current information listings at ELECTRIC POWER, visit www.powermag.com and click on Buyers’ Guide to update your listing by March 2013.
The deadline for updates that will appear in next year’s print Buyers’ Guide will be October 1, 2014. To edit or update a listing, click on the Buyers’ Guide button on the powermag.com site any time before then.
IMPORTANT INFORMATION FOR VENDORS
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www.powermag.com POWER | December 201364
Abresist Kalenborn Corpora-tion, 5541 North State Road 13, Urbana, IN 46990 Phone: 800-348-0717 Fax: 219-774-8188 Email: [email protected] www.abresist.com
AcousticEye, 12 Greenway Plaza, Ste. 1100, Houston, TX 77046 Phone: 888-874-4779 Email: [email protected] www.acousticeye.com
Acromag, Inc., 30765 S Wixom Rd., Wixom, MI 48393 Phone: 248-295-0880 Fax: 248-624-9234 Email: [email protected] www.acromag.com
Active3D, Inc., 2125 Davis Blvd., Fort Myers, FL 33905 Phone: 313-608-8822 Fax: 435-608-8825 Email: [email protected] www.active3dinc.com
ADA Carbon Solutions, 1460 W Canal Ct., Ste. 100, Littleton, CO 80120 Phone: 303-962-1989 Email: [email protected] www.ada-cs.com
ADA Environmental Solutions, 9135 S Ridgeline Blvd., Ste. 200, Highlands Ranch, CO 80129 Phone: 303-734-1727 Fax: 303-734-0330 Email: [email protected] www.adaes.com
Advance Products & Systems, P.O. Box 60399, Lafayette, LA 70596 Phone: 337-233-6116 Fax: 337-232-3860 Email: [email protected] www.apsonline.com
Advanced Acoustic Technologies, LLC, 3022 Shepperd Rd., Monk-ton, MD 21111 Phone: 410-472-3000 Email: [email protected] www.soniccleaning.com
Advanced CEM Solutions, 30 Mon-roe Drive, Pelham, AL 35124 Phone: 800-429-8445 www.advancedcems.com
Advanced Combustion Technol-ogy, Inc., 8525 Freeland St., Houston, TX 77061 Phone: 713-910-8800 Fax: 713-910-8889 Email: [email protected] www.act-texas.com
Advanced Detection Systems, LLC, 1440 East 357th St., East-lake, OH 44095 Phone: 440-951-6687 Fax: 440-951-6641 Email: [email protected] www.spectruminfrared.com
Advanced Filtration Concepts, 7111 Telegraph Rd., Los Angeles, CA 90640
Phone: 323-832-8316, x12 Fax: 323-832-8318 Email: [email protected] www.ADVfiltration.com
Advanced Flexible Systems, Inc., P.O. Box 14156, Charleston, SC 29422-4156 Phone: 843-795-6800 Fax: 843-795-6889 Email: [email protected] www.afsjoints.com
Advanced Industrial Systems, Inc., P.O. Box 373, 1550 Confed-eration Line, Sarnia, ON N7T 7J2 Canada Phone: 877-902-8822 Fax: 519-336-0049 Email: [email protected] www.theaisteam.com
Advanced Inspection Technolo-gies, Inc., 7777 N Wickham Rd., #12-557, Melbourne, FL 32940 Phone: 321-610-8977 Fax: 321-574-3814 Email: [email protected] www.aitproducts.com
Advanced Remediation, LLC, 5361 Young Pine Rd., Orlando, FL 32829 Phone: 407-234-1788 Fax: 407-380-5188 Email: [email protected] www.agfuels.biz
Advanced Specialty Gases, 135 Catron Dr., Reno, NV 89512 Phone: 775-356-5500 Fax: 775-356-5571 Email: [email protected] www.advancedspecialtygases.com
Advanta Energy Corp., 2500 Old Crow Canyon Rd., Ste. 526, San Ramon, CA 94583 Phone: 925-831-8001 Email: [email protected] www.AdvantaEnergy.com
AE&E - Von Roll, Inc., 302 Research Dr,. Ste. 300, Norcross, GA 30092 Phone: 770-613-9788 Fax: 770-613-9860 Email: [email protected] www.aee-vonroll.com
AE&E Austria GmbH & Co. KG, Waagner- Biro-Platz 1, Raaba/Graz, 8074 Austria Email: [email protected] www.aee-group.com
Aegion, 17988 Edison Avenue, St. Louis, MO 63005 Phone: 636-530-8000 Fax: 636-519-8010 www.aegion.com See our ad on p. 48
Aeris Corp., P.O. Box 2026, Kalamazoo, MI 49003 Phone: 269-207-7360 Fax: 269-375-4479 Email: [email protected] www.aeriscorporation.com
AeroGo, Inc., 1170 Andover Park West, Tukwila, WA 98188 Phone: 206-575-3344 Fax: 206-575-3505 Email: [email protected] www.aerogo.com
Aerotek Energy Services, 7301 Parkway Dr., Hanover, MD 21076 Phone: 410-694-5483 Email: [email protected] www.aerotek.com
Aggreko, 4540 Kendrick Plaza Drive, Suite 100, Houston, TX 77032 Phone: 877-795-0252 Fax: 281-985-8201 www.us.aggreko.com
AGT Services, Inc., 24 Sam Strat-ton Rd., Amsterdam, NY 12010 Phone: 518-843-1112 Fax: 518-843-8389 Email: [email protected] www.agtservices.com
AIMS, LLC, 1616 S 31st Ave., Phoenix, AZ 85009 Phone: 602-237-0292 Fax: 602-237-0294 Email: [email protected] www.azindustrialcleaning.com
Air Engineering, Inc., 2075 S 170th St., New Berlin, WI 53151 Phone: 800-558-4318 Email: [email protected] www.airengineering.com
Air Instruments & Measurements, LLC, 15404 E Valley Blvd., City of Industry, CA 91746-3325 Phone: 626-330-4700 Fax: 626-330-4776 Email: [email protected] www.aimanalysis.com
Air Systems Ltd., 139, Velach-ery Road, Chennai, Tamilnadu, 600015 India Email: [email protected] www.asplparts.com
Airfloat LLC, 2230 Brush College Rd., Decatur, IL 62526 Phone: 217-423-6001 Fax: 217-422-1049 Email: [email protected] www.airfloat.com
Airflow Sciences Corp., 12190 Hubbard St., Livonia, MI 48150 Phone: 734-525-0300 Fax: 734-525-0303 Email: [email protected] www.airflowsciences.com
Airoflex Equipment, 6001 49th St. S, Muscatine, IA 52761 Phone: 563-264-8066 Fax: 651-631-2539 Email: [email protected] www.airoflexequipment.com
Airtrol, Inc., 920 S Highway Dr., Fenton, MO 63026 Phone: 636-326-4600 Fax: 636-326-4610 Email: [email protected] www.airtrol.com
Aitech Defense Systems, 19756 Prairie St., Chatsworth, CA 91311 Phone: 888-248-3248 Fax: 818-718-9787 Email: [email protected] www.rugged.com
Aitken Spence PLC, Aitken Spence Towers,305, Vauxhall Street, Colombo 02, Sri Lanka Phone: +94 11 2 308 308 Fax: +94 11 2 445 406 Email: [email protected] www.aitkenspence.com
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Albemarle Environmental Division, 451 Florida St., Baton Rouge, LA 70801Phone: 225-388-7402Email: [email protected]/mercury
Albert Products, P.O. Box 1245, Springfield, IL 62705Phone: 217-529-9600Fax: 217-529-8919Email: [email protected]
Alcatel-Lucent, 3, Avenue Octave Greard, Paris, 75007 FrancePhone: +33 (0)1 40 76 10 10Fax: +33 (0)1 40 76 10 10Email: [email protected]/smart-grid
Alchemy Consultants, Inc., 9144 Highland Ridge Way, Tampa, FL 33647-2277Phone: 813-994-1654Fax: 813-994-6095Email: [email protected]
Alcon Solenoid Valves, 369 Frank-lin St., Buffalo, NY 14202Phone: 716-855-2500Fax: 716-855-1400Email: [email protected]
Alden, 30 Shrewsbury St., Holden, MA 01520-1843Phone: 508-829-6000Fax: 508-829-5939Email: [email protected]
Aleasoft, Viladomat 1, 1º 1ª, Barcelona, 8015 SpainPhone: +34 93 289 20 29Email: [email protected]
Alfa Laval, Maskinvej 5, Søborg, DK-2860 DenmarkPhone: +45 39 53 60 00Fax: +45 39 53 65 56Email: [email protected]
ALGAE-X International (AXI), 5400-1 Division Dr., Fort Myers, FL 33905Phone: 239-690-9589Email: [email protected]
Alignment Supplies, Inc., 1681 Lance Pointe Rd., Ste. 2, Mau-mee, OH 43537Phone: 800-997-4467Fax: 419-887-5893Email: [email protected]
Alimak Hek, Inc., 1100 Boston Ave., Bridgeport, CT 06610Phone: 203-367-7400Fax: 203-367-9251Email: [email protected]
Allegheny Industrial Sales, Inc., 105 N Jamestown Rd., Moon Township, PA 15108Phone: 412-262-9050Fax: 412-262-9055Email: [email protected]
Allegro, 1445 Ross Ave., Ste. 2200, Dallas, TX 75202Phone: 214-237-8000Fax: 214-526-7076Email: [email protected]
Allen Gears Ltd., Atlas Works, Station Road, Pershore, WR10 2BZ United KingdomPhone: +44 1386 552211Email: [email protected]
Allen-Sherman-Hoff, 457 Cream-ery Way, Exton, PA 19341-2508Phone: 484-875-1600Fax: 484-875-2080Email: [email protected]
Allied Industrial Marketing, Inc., W62 N248 Washington Ave., # 208, Cedarburg, WI 53012Phone: 262-618-2403Fax: 262-618-2303Email: info@alliedindustrialmar-keting.comwww.alliedindustrialmarketing.com
Allied Power Group, 10131 Mills Rd., Houston, TX 77070Phone: 281-444-3535Fax: 281-444-3529Email: [email protected]
Allied Union, Inc., 4704 Yorkshire St., Sugar Land, TX 77479Phone: 281-980-1700Email: [email protected]
Alloy Bellows and Precision Welding, 653 Miner Rd., Highland Hts., OH 44143Phone: 440-684-3000 X105Email: [email protected]
Alstom, 3 Avenue André Malraux, Levallois-Perret, 92300 FrancePhone: +33 1 4149 20Fax: +33 1 4149 7925Email: [email protected]
Alstom Projects India Ltd., First Floor, Brahmputra Bldg., Makar-pura Gidc, Maneja, Vadodara, 390013 IndiaPhone: 0265-6613367Fax: 0265-6613080Email: [email protected]
Alstom Thermal Services, 2800 Waterford Lake Dr., Midlothian, VA 23112Phone: 804-763-2329Email: [email protected]
Alstom USA, 801 Pennsylvania Ave., NW, Ste. 855, Washington, DC 20004Phone: 202-495-4960Fax: 202-495-4961Email: [email protected]/us
Altec Capital Services, LLC, 33 Inverness Center Pkwy., Ste. 200, Birmingham, AL 35242Phone: 205-408-8077Fax: 205-408-8113Email: [email protected]
Alturdyne, 660 Steele St., El Cajon, CA 92020Phone: 619-440-5531Fax: 619-442-0481Email: [email protected]
Amarillo Gear Co., P.O. Box 1789, Amarillo, TX 79105Phone: 806-622-1273Fax: 806-622-3258Email: [email protected]
Ambassador Heat Transfer Co., 10080 Alliance Rd., Cincinnati, OH 45242Phone: 513-792-9800Fax: 513-792-9933Email: [email protected]
Ambitech, 1411 Opus Place, Suite 200, Downers Grove, IL 60515Phone: 630-963-5800Fax: 630-963-8099www.ambitech.com
AMEC, 1979 Lakeside Pkwy, Tucker, GA 30084Phone: 770-688-2500Fax: 770-688-2501www.amec.com
American Aerospace Controls, Inc., 570 Smith St., Farmingdale, NY 11735Phone: 631-694-5100Email: [email protected]
American Association of Boiler Assessors, Inc., P.O. Box 310, Brooks, KY 40109Phone: 502-562-0022Email: [email protected]
American DG Energy, Inc., 45 First Ave., Waltham, MA 02451Phone: 781-522-6000Fax: 781-522-6050Email: [email protected]
American Efficiency Services, LLC, 15925 North Ave., Woodbine, MD 21797Phone: 410-489-0613Fax: 410-489-6937Email: [email protected]
American Electrical Testing Co., Inc., 480 Neponset St., P.O. Box 267, Canton, MA 02021Phone: 800-992-3826Fax: 781-821-0771Email: [email protected]
American Exchanger Services, 1950 Innovation Way, Hartford, WI 53027Phone: 414-529-0067Fax: 414-433-4839Email: [email protected]
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American Fire Technologies, Inc., 2120 Capital Dr., Wilmington, NC 28405 Phone: 910-799-9191 Fax: 910-799-3382 Email: [email protected] www.americanfiretech.com
American Galvanizers Associa-tion, 6881 S Holly Cir., Ste. 108, Centennial, CO 80112 Phone: 720-554-0900 Fax: 720-554-0909 Email: [email protected]
American Industrial Supply, 351 Smith St., Perth Amboy, NJ 08862 Phone: 732-826-7600 Fax: 732-826-9182 Email: [email protected] www.ameind.com
American Polywater Corp., P.O. Box 53, Stillwater, MN 55082 Phone: 651-430-2270 Fax: 651-430-3634 Email: [email protected] www.polywater.com
American Pulverizer Co., 1319 Macklind Ave., St. Louis, MO 63110 Phone: 314-781-6100 Fax: 314-880-2293 Email: [email protected] www.ampulverizer.com
American Wind Energy Associa-tion, 1501 M St. NW, Ste. 1000, Washington, DC 20005 Phone: 202-383-2500 Fax: 202-383-2505 Email: [email protected] www.awea.org
AMETEK Land, Inc., 150 Freeport Rd., Blawnox, PA 15238 Phone: 412-826-4444 Fax: 412-826-4460 Email: [email protected] www.ametek-land.com
Ametek Power Instruments, 255 N Union St., Rochester, NY 14605 Phone: 585-263-7700 Fax: 585-262-4777 Email: [email protected] www.ametekpower.com
Ametek, Solidstate Controls, 875 Dearborn Dr., Columbus, OH 43085 Phone: 614-846-7500 Fax: 614-885-3990 Email: [email protected] www.solidstatecontrolsinc.com
Amiad Filtration Systems, 2220 Celsius Ave., Oxnard, CA 93103 Phone: 805-988-3323 Fax: 805-988-3313 Email: [email protected] www.amiad.com
Amphenol Industrial Operations, 40-60 Delaware Ave., Sidney, NY 13838 Phone: 800-678-0141 Fax: 607-563-5157 Email: [email protected] www.amphenol-industrial.com
Ampirical Solutions, LLC, 4 Sanc-tuary Blvd., Ste. 100, Mandeville, LA 70471 Phone: 985-789-6726 Fax: 985-809-5250 Email: [email protected] www.ampirical.com
AMREL/American Reliance, 3445 Fletcher Ave., El Monte, CA 91731 Phone: 626-443-6818 Fax: 626-443-8600 Email: [email protected] www.amrel.com
Analysts, Inc., P.O. Box 2955, Torrance, CA 90509-2955 Phone: 310-320-0070 Fax: 310-320-0970 Email: [email protected] www.analystsinc.com
Analytec Corp., 8828 S Kingston Ave., Tulsa, OK 74137-3000 Email: [email protected] www.analytec.com
Andax Industries, LLC, 613 W Palmer St., Saint Marys, KS 66536 Phone: 800-999-1358 Fax: 888-443-4732 Email: [email protected] www.andax.com
Andritz AG - Pumps Division, Stattegger Strasse 18, Graz, A-8045 Austria Phone: 43 316 6902 2509 Fax: 43 316 6902 413 Email: [email protected] www.andritz.com/pumps
ANDRITZ Environmental Solu-tions, Inc., 9730 Patuxent Woods Dr., Ste. 100, Columbia, MD 21046 Phone: 410-910-5100 Fax: 410-910-5101 Email: [email protected] www.allied-env.com
Anixter, 4464 Willow Rd., #101, Pleasanton, CA 94588 Phone: 925-469-8751 Fax: 925-469-8750 Email: [email protected] www.anixter.com
Ansaldo Caldaie S.p.A., Largo Buffoni 3, Gallarate (VA), 21013 Italy Phone: 0331738111 Fax: 0331738794 Email: [email protected] www.ansaldoboiler.it
Anvil Engineered Pipe Supports, 160 Frenchtown Rd., North Kings-town, RI 02852 Phone: 401-886-3005 Email: [email protected] www.anvilintl.com
Anvil International, 500 W Eldo-rado St., Decatur, IL 62522 Phone: 217-425-7354 Fax: 217-425-7537 Email: [email protected]
ap+m, 1811 Corporate Dr., Boyn-ton Beach, FL 33426 Phone: 561-732-6000 Fax: 561-732-6562 Email: [email protected] www.apm4parts.com
APC by Schneider Electric, 132 Fairgrounds Rd., West Kingston, RI 02892 Phone: 888-994-8867 Fax: 401-788-2698 Email: [email protected] www.gutor.com
Apex Instruments, Inc., 204 Technology Park Ln., Fuquay-Varina, NC 27526 Phone: 919-557-7300 Fax: 919-557-7110 Email: [email protected] www.apexinst.com
APOYOTEC (Plantas de Energía), P.O. Box 272, 720 Snyder Creek Rd., Jefferson, CO 80456 Phone: 970-231-6032 Fax: 970-506-9229 Email: [email protected] www.apoyotec.com
Applied Bolting, 1413 Rocking-ham Rd., Bellows Falls, VT 05101 Phone: 802-460-3100 Fax: 802-460-3104 Email: [email protected] www.appliedbolting.com
Applied Gas Turbines, a Division of Mid America Engine, 2500 State Hwy. 160, Warrior, AL 35180 Phone: 205-647-4312 Fax: 205-590-3885 Email: [email protected] www.appliedgasturbines.com
Aptech Engineering Services, Inc., P.O. Box 3440, Sunnyvale, CA 94088-3440 Phone: 408-745-7000 Fax: 408-734-0445 Email: [email protected] www.aptecheng.com
Aquatech International Corp., One Four Coins Dr., Canonsburg, PA 15317 Phone: 724-746-5300 Fax: 724-746-5359 Email: [email protected] www.aquatech.com
Aquatic Sciences, L.P., 40 Centre Dr., Orchard Park, NY 14127 Phone: 716-667-3507 Fax: 716-667-3509 Email: [email protected] www.aquaticsciences.com
AquatiPro™, 211 12th St. SW, Loveland, CO 80537 Phone: 970-593-1342 Fax: 970-461-1485 Email: [email protected] www.aquatipro.com
Aqua-Vu, 34076 County Rd. 3, P.O. Box 368, Crosslake, MN 56442 Phone: 218-297-0744 Fax: 218-692-4881 Email: [email protected] www.aquavu.com
Arc Machines, Inc., 10500 Orbital Way, Pacoima, CA 91331 Phone: 818-896-9556 Email: [email protected] www.arcmachines.com
Ares Technology, LLC, 126 Cor-porate Dr., Ste. E, Simpsonville, SC 29681 Phone: 864-399-9805 Fax: 864-399-9809 Email: [email protected]
AREVA, Inc., 7207 IBM Dr., Char-lotte, NC 28262 Phone: 434-832-3702 Fax: 434-832-3840 Email: [email protected] www.us.areva.com
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Arid Dry by Controlled DH (IMS), 5931 Ford Ct., Brighton, MI 48116 Phone: 810-229-7900 Fax: 810-229-7908 Email: [email protected] www.cdims.com
Aries Electronics, 2609 Bartram Rd., Bristol, PA 19007 Phone: 215-781-9956 Fax: 215-781-9845 Email: [email protected] www.arieselec.com
Arizona Instrument, LLC, 3375 N Delaware St., Chandler, AZ 85225 Phone: 602-470-1414 Fax: 480-804-0656 Email: [email protected] www.azic.com
Armstrong-Hunt, Inc., 648 Moeller St., Granby, QC J2G 8N1 Canada Phone: 450-378-2655 Fax: 450-375-3787 Email: [email protected] www.armstronginternational.com
ASB Industries, Inc., 1031 Lam-bert St., Barberton, OH 44203 Phone: 330-753-8458 Fax: 330-753-7550 Email: [email protected] www.asbindustries.com
Asco Valve, Inc., 50 Hanover Rd., Florham Park, NJ 07932 Phone: 973-966-2000 Fax: 973-966-2448 Email: [email protected] www.ascovalve.com
ASGCO Manufacturing, Inc., 301 Gordon St., Allentown, PA 18102 Phone: 800-344-4000 Fax: 610-778-8991 Email: [email protected] www.asgco.com
Ashland Water Technologies, Drew Industrial, One Drew Plaza, Boonton, NJ 07005 Phone: 973-263-7600 Fax: 973-263-4483 www.drewindustrial.com
ASI Group Ltd., 250 Martindale Rd., St. Catharines, ON L2R 7R8 Canada Phone: 905-641-0941 Fax: 905-641-1825 Email: [email protected] www.asi-group.com
Asia Carbon Energy, 5F, CBD In-ternational Mansion, No.16 Yong An Dong Li, Chaoyang District, Beijing, P R China, Beijing, 100022 China Phone: 86 10 65637762 Fax: 86 10 6563 7612 Email: [email protected] www.a-carbon.com
ASME, Two Park Avenue, New York, NY 10016 Phone: 973-882-1170 www.asme.org
Associated Electric Products, Inc., P.O. Box 6713, Longmont, CO 80501 Phone: 800-361-6314 Email: [email protected] www.assoc-elec-prod.com
Aston Evaporative Services, 743 Horizon Ct., Ste. 250, Grand Junction, CO 81506 Phone: 970-242-7003 Fax: 970-256-7006 Email: [email protected] www.astoncompanies.com
Astro Arc Polysoude, Inc., 24856 Rockfeller Ave., Valencia, CA 91355 Phone: 661-702-0141 Fax: 661-702-0632 Email: [email protected] www.astroarc.com
ATCO Emissions Management, 260 Holiday Inn Dr., Unit 1, Cam-bridge, ON N2P 2V1 Canada Phone: 519-220-0600 Fax: 519-220-0602 Email: [email protected] www.atcoem.com
Atlantic Plant Services, 10440 Little Patuxent Pkwy., Ste. 600, Columbia, MD 21044 Phone: 800-433-0438 Fax: 815-730-3350 Email: [email protected]
Atlas Business Solutions, Inc. (ABS), 3330 Fiechtner Dr. SW, Fargo, ND 58104 Phone: 701-235-5226 ext.117 Email: [email protected] www.abs-usa.com
Atlas Copco Compressors, LLC, 1800 Overview Dr., Rock Hill, SC 29730 Phone: 866-546-3588 Email: [email protected] www.atlascopco.us
Atlas Copco Tools and Assem-bly Systems, 2998 Dutton Rd., Auburn Hills, MI 48326 Phone: 248-373-3000 Email: [email protected] www.atlascopco.us
ATM Air Freight, 1924 Rankin Rd. Ste. 300, Houston, TX 77073 Phone: 281-821-2002 Fax: 281-443-0938 Email: [email protected]
Atomizing Systems, Inc., Bldg. #1, 1 Hollywood Ave., Hohokus, NJ 07423 Phone: 201-447-1222 Fax: 201-447-6932 Email: [email protected] www.coldfog.com
AUMUND Fördertechnik GmbH, Saalhoffer Strasse 17, Rheinberg, 47495 Germany Phone: 492843720 Fax: 49284360270 Email: [email protected] www.aumund.com
Automated Appointment Re-minders, 30150 Telegraph Rd., Bingham Farms, MI 48025 Phone: 800-962-0126 Email: [email protected] www.voiceshot.com/public/appointment-reminder.asp
Automation Products, Inc. - DY-NATROL® Division, 3030 Maxroy St., Houston, TX 77008-6294 Phone: 713-869-0361 Fax: 713-869-7332 Email: [email protected] www.DynatrolUSA.com
Automation Technology, Inc., 2001 Gateway Pl., Ste. 100, San Jose, CA 95110 Phone: 408-350-7020 Fax: 408-350-7021 Email: [email protected] www.atinet.com
Automation Training, Inc., 1067 East Woolley, Carlisle, IN 47838 Phone: 866-573-9849 Email: [email protected] www.atifortraining.com
AVA Americas, LLC./AVA-Huep GmbH u. Co. KG, Heinestrasse 5, Herrsching, 82211 Germany Phone: +49 8152-9392-0 Fax: +49 8152-939291 Email: [email protected] www.ava-huep.com
AVO Training Institute, Inc., 4271 Bronze Way, Dallas, TX 75237 Phone: 877-594-3156 Fax: 214-331-7363 Email: [email protected] www.avotraining.com
AZZ | N L I, 7410 Pebble Dr., Fort Worth, TX 76118 Phone: 800-448-4124 Email: [email protected] www.azz.com/nli
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B & H Engineering, 5773 Rut-ledge Trail, Liberty Township, OH 45011 Phone: 888-742-9783 Fax: 866-742-9783 Email: [email protected] www.geographicmarkers.com
B&W Mechanical Handling Ltd., Gemini House, Cambridgeshire Business Park 1, Bartholomew’s Walk, Ely, CB7 4EA United Kingdom Email: [email protected] www.bwmech.co.uk
b3o enviroTek, 695 Nashville Pike, No. 310, Gallatin, TN 37066
Phone: 615-989-1576 Fax: 615-451-5044 Email: [email protected] www.locateunderground.com
Babcock & Wilcox Co., 20 S Van Buren Ave., Barberton, OH 44203 Phone: 330-753-4511 Fax: 330-860-1886 Email: [email protected] www.babcock.com See our ad on p. 7
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Babcock Power Environmental, Inc., 5 Neponset St., P.O. Box 15040, Worcester, MA 01615-0040 Phone: 508-852-7100 Fax: 508-854-3800 Email: [email protected] www.babcockpower.com
Babcock Power, Inc., 6 Kimball Ln., Ste. 210, Lynnfield, MA 01940 Phone: 978-646-3300 Fax: 978-646-3301 Email: [email protected] www.babcockpower.com
Baldor Electric Co., 5711 R.S. Boreham, Jr St., Ft. Smith, AR 72901 Phone: 479-646-4711 Fax: 479-648-5792 Email: [email protected] www.baldor.com See our ad on p. 21
Banner Engineering, 9714 Tenth Ave. North, Minneapolis, MN 55441 Phone: 800-809-7043 Fax: 763-544-3123 Email: [email protected] www.bannerengineering.com
Bannerstone Energy, 7 Buerger Rd., Mobile, AL 36608 Phone: 251-344-2534 Email: [email protected] www.bannerstoneenergy.com
Barnhart, 26374 Pollard Rd., Ste. B, Daphne, AL 36526 Phone: 800-587-3249 Fax: 251-654-0547 Email: [email protected]
Barry Persky & Co., Inc., 31 Taunton Ln., Newtown, CT 06470 Phone: 203-270-6700 Fax: 203-270-6702 Email: [email protected] www.barrypersky.com
BARTEC GmbH, Max-Eyth-Str. 16, Bad Mergentheim, 97980 Germany Phone: +49 7931 597-0 Fax: +49 7931 597-119 Email: [email protected] www.bartec.de
Basic Concepts, 1310 Harris Bridge Rd., Anderson, SC 29621 Phone: 800-285-4203 Fax: 864-224-7063 Email: [email protected] www.basicconcepts.com
Basic Wire & Cable, 3900 N Rock-well St, Chicago, IL 60618 Phone: 773-539-1800 Fax: 773-539-3500 Email: [email protected] www.basicwire.com
Basler Electric, 12570 State Route 143, Highland, IL 62249 Phone: 618-654-2341 Email: [email protected] www.basler.com
Bauer Compressors, Inc., 1328 Azalea Garden Rd., Norfolk, VA 23502 Phone: 757-855-6006 Fax: 757-857-1041 Email: [email protected] www.bauercomp.com
BE&K Construction Co., LLC, 2000 International Park Dr., Birming-ham, AL 35243 Phone: 205-972-6618 Fax: 205-972-6807 Email: [email protected] www.bek.com
Beamex, Inc., 2152 Northwest Pkwy., Ste. A, Marietta, GA 30067 Phone: 800-888-9892 Fax: 770-951-1928 Email: [email protected] www.beamex.com
Beaudrey A.S., 343 West Drake Rd., Ste. 240, Fort Collins, CO 80526 Phone: 970-204-1573 Email: [email protected] www.beaudreyas.com
Bechtel, 5275 Westview Dr., Frederick, MD 21703 Phone: 301-228-8609 Email: [email protected] www.Bechtel.com
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Beck, Harold Beck & Sons, Inc., 11 Terry Dr., Newtown, PA 18940 Phone: 215-968-4600 Fax: 215-860-6383 Email: [email protected] www.haroldbeck.com
Beckwith Electric Co., Inc., 6190 118th Ave. North, Largo, FL 33773-3724 Phone: 727-544-2326 Fax: 727-546-0121 Email: [email protected] www.beckwithelectric.com
Bedeschi America, Inc., 3275 W Hillsboro Blvd., Ste. 312, Deer-field Beach, FL 33442 Phone: 954-602-2175 Email: [email protected] www.bedeschiamerica.com
Beetle Plastics, LLC, Ardmore Industrial Airpark, P.O. Box 1569, Ardmore, OK 73402 Phone: 580-389-5421 Fax: 580-389-5424 Email: [email protected] www.beetleplastics.com
Belgrave Management Ltd., Ste 3, Poseidon Ct Cyclops Wharf, Docklands, London, E14 3UG United Kingdom Phone: +44 020 7193 8707 Fax: +44 020 8593 7690 Email: [email protected] www.belgraveltd.com
Belt Conveyor Guarding, 3478 Penetanguishene Rd., Barrie, ON L4M 4Y8 Canada Phone: 866-300-6668 Fax: 705-725-8835 Email: [email protected] www.conveyorguarding.com
Belt Tech, P.O Box 620,Washing-ton, IN 47501 Phone: 877-554-BELT Email: [email protected] www.belttech1.com
Beltran Technologies, Inc., 1133 East 35th St., Brooklyn, NY 11210 Phone: 718-338-3311 Fax: 718-253-9028 Email: [email protected] www.Beltrantechnologies.com
Beltservice de Mexico, Gustavo Baz 305 Colonia La Loma, Tlalnepantla, Edo. de MX, 54060 Mexico Phone: 5-5362-0434 Fax: 5-5362-0261 Email: [email protected] www.beltservicedemexico.com
Belyea Co., Inc., 2200 Northwood Ave., Easton, PA 18045 Phone: 610-515-8775 Fax: 610-258-1230 Email: [email protected] www.belyeapower.com
Belzona Western Ltd., 10732 Maple Bend Dr. S.E., Calgary, AB T2J 1X5 Canada Phone: 403-225-0474 Fax: 403-278-8898 Email: [email protected] www.belzona.ca
Benetech, 2245 Sequoia Dr., Ste. 300, Aurora, IL 60506 Phone: 630-844-1300 Fax: 630-844-0064 Email: [email protected] www.benetechglobal.com
Benjamin Co., 3575 East Oak Lake Rd., Port Clinton, OH 43452 Phone: 419-366-0950 Fax: 419-285-2585 Email: [email protected] www.kenben.com
Bently Pressurized Bearing Co., 1711 Orbit Way, Minden, NV 89423-4114 Phone: 775-783-4600 Fax: 775-783-4650 Email: [email protected] www.bentlypressurizedbearing.com
Berthold Technologies USA, LLC, 99 Midway Ln., Oak Ridge, TN 37830 Phone: 865-483-1488 Fax: 865-425-4309
Email: [email protected] www.berthold-us.com
Beu-Math Engineering, Inc., 3201 W Harrison St., Phoenix, AZ 85009 Phone: 602-323-0436 Fax: 602-265-5431 Email: [email protected]
Beumer Kansas City, LLC, 4435 Main St., Ste. 600, Kansas City, MO 64111 Phone: 816-245-7262 Email: [email protected] www.beumer.com
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BEUMER Maschinenfabrik GmbH & Co. KG, Oelder Str. 40, Beckum, 59269 Germany Phone: 0.000809864 Fax: 279.9991901 Email: [email protected] www.beumer.com
BHI Energy, 60 Industrial Park Rd., Plymouth, MA 02360 Phone: 508-591-1149 Fax: 508-591-1397 Email: [email protected] www.bhienergy.com See our ad on p. 1
Bianchi Industrial Services, LLC, 208 Long Branch Rd., Ste. 300, Syracuse, NY 13209 Phone: 315-453-0001 Fax: 315-453-0033 Email: [email protected] www.bianchidemo.com
Bibb EAC, 3131 Broadway, Kansas City, MO 64111 Phone: 816-285-5500 Email: [email protected] www.bibb-eac.com
BICE Engineering and Consulting, 5729 Lebanon Rd., Ste. 144 PMB 353, Frisco, TX 75034-7259 Phone: 214-883-3675 Fax: 972-668-0563 Email: [email protected] www.bice-eeconsulting.com
Bierlein Companies, 2000 Bay City Rd., Midland, MI 48642 Phone: 800-336-6626 Fax: 989-496-0144 Email: [email protected]
Big Top Manufacturing, 3255 North US 19, Perry, FL 32347 Phone: 850-584-7786 Fax: 850-584-7713 Email: [email protected] www.bigtopshelters.com
Bilfinger Berger Power Services GmbH, Duisburger Str. 375, Ober-hausen, 46049 Germany Phone: +49 208 4575 7740 Fax: +49 208 4575 2170 Email: [email protected] www.bbps.bilfinger.com
Binder Group Pty Ltd., 26 Miles Rd., Kewdale, 6105 Australia Phone: + 61 8 9353 2208 Fax: + 61 8 9353 2806 Email: [email protected] www.bindergrp.com
BinMaster Level Controls, 7201 N 98th St., P.O. Box 29709 (68529), Lincoln, NE 68507 Phone: 402-434-9102 Fax: 402-434-9133 Email: [email protected] www.binmaster.com
BIOFerm Energy Systems, 617 N Segoe Rd., Ste. 202, P.O. Box 5408, Madison, WI 53705 Phone: 608-467-5523 Fax: 608-233-7085 Email: [email protected] www.biofermenergy.com
Bird Machine Co., 1600 Provi-dence Hwy., Ste. 45, Walpole, MA 02081-2544
BIS Both Industrial Services BV, P.O. Box 6007, Da Vlaardingen, 3130 Netherlands Phone: 31 10 2497046 Fax: 31 10 2497047 Email: [email protected] www.bisboth.nl
Blac, Inc., 195 Spamler Ave., Elmhurst, IL 60126 Phone: 630-279-6400 Fax: 630-279-1005 Email: [email protected]
Blome International, 1450 Hoff Industrial Dr., O’Fallon, MO 63366 Phone: 636-379-9119 Fax: 636-379-0388 Email: [email protected] www.blome.com
BMC P. Ltd., B-184 Okhla Indus-trial Area Phase-1, New Delhi, 110020 India Phone: +91 11 26812554 Fax: +91 11 26371343 Email: [email protected] www.bihanigroup.com
Boiler Tube Co. of America, 506 Charlotte Hwy., P.O. Box 849, Lyman, SC 29365 Phone: 864-439-4489 Fax: 864-439-8292 Email: [email protected] www.boilertubes.com
Boldrocchi Srl, Viale Trento e Trieste, 93, Biassono, 20046 Italy Phone: 39-039-22021 www.boldrocchi.it
Bonetti, S.p.A., 8311 Brier Creek Pkwy., Ste. 105-257, Raleigh, NC 27617 Phone: 919-806-3880 Fax: 919-806-8774 Email: [email protected] www.bonetti-valves.com
BORSIG GmbH, Egellsstr. 2, Ber-lin, WV 13507 Germany Phone: ++49 30 430101 Fax: ++49 30 43012622 Email: [email protected] www.borsig.de
Bowman (Birmingham) Ltd., Chester St., Birmingham, B6 4AP United Kingdom Phone: 0044-121-359 5401 Fax: 0044-121-359 7495 Email: [email protected] www.ejbowman.co.uk
Braden Mfg., LLC, 5199 N Mingo Rd., P.O. Box 1229, Tulsa, OK 74117 Phone: 918-272-5371 Fax: 918-272-7414 Email: [email protected] www.braden.com
Brand Energy & Infrastructure Services, 2505 South Main St., Kennesaw, GA 30144 Phone: 905-660-8176 Fax: 905-738-1391 Email: [email protected] www.beis.com
Brandenburg Industrial Service Co., 2625 South Loomis St., Chicago, IL 60608 Phone: 312-326-5800 Fax: 312-326-5055 Email: [email protected]
BRAY Controls, Division of Bray International, Inc., 13333 Westland East Blvd., Houston, TX 77041 Phone: 281-894-5454 Fax: 281-894-0077 Email: [email protected] www.bray.com
Breen Energy Solutions, 104 Broadway St., Carnegie, PA 15106 Phone: 412-431-4499 Email: [email protected] www.breenES.com
Brown Wood Preserving Co., Inc., P.O. Box 30536, Pensacola, FL 32503 Phone: 850-484-7653 Fax: 850-476-9999 Email: [email protected] www.brownwoodpensacola.com
BRUKS Rockwood, 5975 Shiloh Rd., Ste. 109, Alpharetta, GA 30005 Phone: 770-849-0100 Fax: 770-495-7195 Email: [email protected] www.bruks.com
BRUSH Turbogenerators, Falcon Works, Nottingham Rd. Loughbor-ough, Leicestershire, LE11 1EX United Kingdom Email: [email protected] www.brush.eu
Buckman Laboratories Inc., Water Technologies, 1256 N McLean Blvd., Memphis, TN 38108 Phone: 901-272-8386 Fax: 901-276-6890 Email: [email protected] www.buckman.com
Buell APC, 200 North Seventh St., Ste. 2, Lebanon, PA 17046 Phone: 717-274-7110 Fax: 717-274-7342 Email: [email protected] www.BuellAPC.com
Bulldog Erectors, Inc. - Crane Division, P.O. Box 879, Newberry, SC 29108 Phone: 910-620-1305 Fax: 803-276-6915 Email: [email protected]
Burns & McDonnell - Energy Division, 9400 Ward Parkway, Kansas City, MO 64114 Phone: 816-822-3230 Fax: 816-333-3690 Email: [email protected] www.burnsmcd.com See our ad on Cover 2
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C.C. Jensen, Inc. Oil Mainte-nance, 320 Coweta Industrial Pkwy., Ste. J, Newnan, GA 30265 Phone: 770-692-6001 Fax: 770-692-6006 Email: [email protected] www.ccjensen.com
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C.H.Robinson Worldwide, 5550 North Riverside Dr., Fort Worth, TX 76137 Phone: 866-797-9370 Email: [email protected] www.chrobinson.com/flatbed
C.I.Agent Solutions, LLC, 11760 Commonwealth Dr., Louisville, KY 40299 Phone: 502-267-0101 Fax: 502-267-0181 Email: [email protected] www.ciagent.com
C.M.G. and Associates, Inc., 1757 Madison Ave., North Port, FL 34286 Phone: 941-429-0890 Fax: 614-386-5591 Email: [email protected]
C.S. Osborne & Co, 125 Jersey St., Harrison, NJ 07029 Phone: 973-483-3232 Fax: 973-484-3621 Email: [email protected] www.csosborne.com
C.U.E., Inc., 11 Leonberg Rd., Cranberry Township, PA 16066 Phone: 724-772-5225 Fax: 724-772-5280 Email: [email protected] www.cue-inc.com
Cain Industries, Inc., W194 N11826 McCormick Dr., German-town, WI 53022 Phone: 262-251-0051 Fax: 262-251-0118 Email: [email protected] www.cainind.com
Caldwell Energy/Caldwell Tanks, 4000 Tower Rd., Louisville, KY 40219 Phone: 502-964-3361 Fax: 502-810-0983 Email: [email protected]
Calgon Carbon, 400 Calgon Car-bon Drive, Pittsburgh, PA 15205 Phone: 412-787-6700 Fax: 412 787-6676 www.calgoncarbon.com
Calpine Corp., 50 W San Fer-nando, San Jose, CA 95113 www.calpine.com
Calvert Wire & Cable Corp., 5091 West 164th St., Brook Park, OH 44142 Phone: 216-433-7618 Fax: 216-433-7618 Email: [email protected] www.calvert-wire.com
Camarines sur Polytechnic Col-lege, Peñafrancia Avenue Naga City San Vicente, libmanan, 4407 Philippines Phone: 9197871757 Email: [email protected]
Cambria Contracting, Inc., 5105 Lockport Rd., Lockport, NY 14094 Phone: 716-625-6690 Fax: 716-625-6693 Email: [email protected] www.cambriacontracting.com
CAMCORP, Inc., 9732 Pflumm Rd., Lenexa, KS 66215 Phone: 913-831-0740 Fax: 913-831-9271 Email: [email protected] www.camcorpinc.com
Camfil Farr Power Systems, 2785 Ave. Francis Hughes, Laval, QC H7L 3J6 Canada Phone: 800-976-9382 Fax: 450-629-5847 Email: [email protected] www.camfilfarr.com/ps/
Canadian Buffalo, 465 Laird Rd., Guelph, ON N1G 4W1 Canada Phone: 519-837-1921 Fax: 519-837-2380 Email: [email protected] www.canadianbuffalo.com
Canasia Power Corp., Ste. 306, 73 Simcoe St., Toronto, ON M5J 1W9 Canada Phone: 416-363-1815 Email: [email protected] www.canasiapower.com
Cannon Technologies, Inc., 8301 Golden Valley Rd., #300, Min-neapolis, MN 55427 Phone: 763-595-7777 Fax: 763-595-7776 Email: [email protected] www.cannontech.com
Capstone Turbine Corp., 21211 Nordhoff St., Chatsworth, CA 91311 Phone: 818-734-5300 Fax: 818-734-5385 Email: [email protected] www.capstoneturbine.com
Carboline, 2150 Scheutz Road, St. Louis, MO 63146 Phone: 888-227-2654 www.carboline.com
Carling Technologies, 60 Johnson Ave., Plainville, CT 06062 Phone: 860-793-9281 Email: [email protected] www.carlingtech.com
CarrierClass Green Infrastructure, 400 Stenton Ave., Ste. 214, Plymouth Meeting, PA 19462 Phone: 267-419-8496 Fax: 215-565-2746 Email: [email protected] www.ccgigogreen.com
Carver Pump Co, 2415 Park Ave, Muscatine, IA 52761 Phone: 563-263-3410 Email: [email protected] www.carverpump.com
Carzoli Engineering Sales, 1541 Ginny Ln., Woodstock, IL 60098
Phone: 815-245-0066 Fax: 815-338-4604 Email: [email protected] www.carzoli-engineering.com
Casey Industrial, Inc., 11845 Teller St., Broomfield, CO 80020 Phone: 303-460-1274 Fax: 303-465-5562 Email: [email protected] www.caseyind.com
Cat Pumps, 1681 94th Ln. NE, Minneapolis, MN 55449-4324 Phone: 763-780-5440 Fax: 763-780-2958 Email: [email protected] www.catpumps.com
Caterpillar Inc., P.O. Box 610, N4 AC6109, Mossville, IL 61552 Phone: 800-321-7332 Fax: 309-578-2559 Email: [email protected] www.cat-electricpower.com
CB&I, 2103 Research Forest Dr., The Woodlands, TX 77380-2624 Phone: 832-513-1000 Fax: 832-513-1005 Email: [email protected] www.CBI.com See our ad on p. 3
CBP Engineering Corp., 185 Plumpton Ave., Washington, PA 15301 Phone: 724-229-1180 Fax: 724-229-1185 Email: [email protected] www.cpbengineering.com
CCC Group, Inc., 5660 Greenwood Plaza Blvd., Ste. 445, Greenwood Village, CO 80111 Phone: 303-581-1070 Fax: 303-530-3208 Email: [email protected] www.cccgroupinc.com
CCI (Control Component, Inc.), Severe Service Valve Solutions, 22591 Avenida Empresa, Rancho Santa Margarita, CA 92688 Phone: 949-888-1877 Fax: 949-635-5151 Email: [email protected] www.ccivalve.com
CD-adapco, 60 Broadhollow Rd., Melville, NY 11747 Phone: 631-549-2300 Fax: 631-549-2654 Email: [email protected] www.cd-adapco.com
CDR Systems Group, 146 South Atlantic Ave., Ormond Beach, FL 32176 Phone: 386-615-9510 Fax: 386-615-9606 Email: [email protected] www.westernpowerproducts.com
CE Power Solutions, P.O. Box 147, Lake Hamilton, FL 33851 Phone: 863-439-2992 Fax: 863-439-2991 Email: [email protected] www.cepowersol.com
CEC Vibration Products, Inc., 746 Arrow Grand Circle, Covina, CA 91722 Phone: 626-938-0200 Fax: 626-938-0202 Email: [email protected] www.cecvp.com
CECO Compressor Engineering Corp., 5440 Alder Dr., Houston, TX 77081 Phone: 713-664-7333 Fax: 713-664-6444 Email: [email protected] www.tryceco.com
Ceilcote Products / International Paint, LLC, 640 N Rocky River Dr., Berea, OH 44017 Phone: 440-234-2900 Fax: 440-234-7466 Email: [email protected] www.ceilcotecc.com
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CEMTEK Environmental, 3041 S Orange Ave., Santa Ana, CA 92707 Phone: 714-437-7100 Fax: 714-437-7177 Email: [email protected] www.cemteks.com
Centrax Ltd., Shaldon Rd., Newton Abbot, TQ12 4SQ United Kingdom Phone: +44(0)1626 358 000 Fax: +44(0)1626 358 158 Email: [email protected] www.centraxgt.com
Cerrey SA de CV, Republica Mexi-cana #300, San Nicolas de los Garza NL, 63450 Mexico Email: [email protected] www.cerrey.com.mx
Certified Occupational Safety Specialist (COSS), 8180 Siegen Ln., Baton Rouge, LA 70810 Phone: 225-766-0955 Fax: 225-766-1099 Email: [email protected]
Cesare Bonetti, Inc., 17, Via Cesare Bonetti, Garbagnate Mila-nese, I-20024 Italy Phone: +3902 99072444 Fax: +3902 99072400 Email: [email protected] www.cesare-bonetti.it
CFM/VR-TESCO, LLC, Continental Field Machining, 1875 Fox Ln., Elgin, IL 60123 Phone: 800-323-1393 Fax: 847-895-7006 Email: [email protected]
CGV Engineering Services Ltd., 13 France St. Westhoughton, Bolton, BL5 2HG United Kingdom Phone: 07823 322681 Fax: 01942 817285 Email: [email protected] www.cgvengineeringservices.co.uk
CH2M Hill, 303 Perimeter Center N, Ste. 800, Atlanta, GA 30346 Phone: 770-829-6514 Fax: 770-829-6600 Email: [email protected] www.ch2m.com/power
Champion Valves, Inc., P.O. Box 12901, Wilmington, NC 28405 Phone: 910-794-5547 Fax: 910-794-5581 Email: [email protected] www.wafercheck.com
Chanute Manufacturing, 5727 S Lewis, Ste. 600, Tulsa, OK 74105 Phone: 918-491-9191 Email: [email protected] www.chanutemfg.com
Chatham Steel Corp., 501 W Boundary, P.O. Box 2567, Savan-nah, GA 31498 Phone: 800-869-2762 Fax: 919-682-0322 Email: [email protected] www.chathamsteel.com
CHEMetrics, Inc., 4295 Catlett Rd., Calverton, VA 20138 Phone: 800-356-3072 Fax: 540-788-4856 Email: [email protected] www.chemetrics.com
Chemetron Fire Systems, 4801 Southwich Dr., 3rd Floor, Mat-teson, IL 60442 Phone: 708-748-1503 Fax: 708-283-6500 Email: [email protected]
Chesapeake Soda Clean, Inc., 212 Najoles Rd., Bldg. D, Millersville, MD 21108 Phone: 410-271-2652 Email: [email protected] www.chesapeakesodaclean.com
Chromalloy, 3999 RCA Blvd., Palm Beach Gardens, FL 33410 Phone: 561-935-3571 Email: [email protected] www.chromalloy.com
Chromalox, Inc., 103 Gamma Dr., Pittsburgh, PA 15238 Phone: 484-369-8526 Fax: 484-369-8526 Email: [email protected] www.chromalox.com
Chromium Corp., 14911 Quorum Dr., Ste. 600, Dallas, TX 75254 Phone: 972-851-0487 Fax: 972-851-0461 Email: [email protected] www.chromcorp.com
Cianbro, 101 Cianbro Sq., P.O. Box 1000, Pittsfield, ME 04967 Phone: 207-487-3311 Email: [email protected] www.cianbro.com
Citel Surge Protection, 1515 NW 167th St., Ste. #6-303, Miami, FL 33169 Phone: 305 621 0022 Fax: 305 621 0766 Email: [email protected] www.citelprotection.com
Clear Lake Filtration, 400 Hobbs Rd., #102, League City, TX 77573 Phone: 281-534-9112 Fax: 281-534-9269 Email: [email protected] www.clearlakefiltration.com
ClearSpan Fabric Structures, 1395 John Fitch Blvd., South Windsor, CT 06074 Phone: 866-643-1010 Fax: 860-760-0210 Email: [email protected] www.ClearSpan.com
ClearView Monitoring Solutions, 19 Hartum St., Har Hotzvim Science Park, Jerusalem, 91450 Israel Phone: +972 2 5400920 Fax: +972 2 5400044 Email: [email protected] www.clearviewmonitoring.com
Cleaver-Brooks, 11950 W Lake Park Dr., Milwaukee, WI 53224 Phone: 414-359-0600 Fax: 414-359-3159 Email: [email protected] www.cleaver-brooks.com
Clyde Bergemann Power Group, 4015 Presidential Pkwy., Atlanta, GA 30340 Phone: 770-557-3600 Fax: 770-557-3641 Email: [email protected] www.cbpg.com
Clyde Bergemann Bachmann, 416 Lewiston Junction Rd., P.O. Box 2150, Auburn, ME 04211 Phone: 207-784-1903 Fax: 207-784-1904 Email: [email protected] www.cbbachmann.com
CMP Coatings, Inc., 1610 Engi-neers Rd., Belle Chasse, LA 70037 Phone: 504-392-4817 Email: [email protected] www.cmp.co.jp
Coal Recovery Investments Ltd., 8 Willowbrook Llandogo Rd., St Mellons, CF3 0EF United Kingdom Email: [email protected] www.gwarexpolska.pl
CoaLogix, 11701 Mt. Holly Rd., Charlotte, NC 28214 Phone: 704-827-8933 Fax: 704-827-8935 Email: [email protected] www.CoaLogix.com
Coffman Electrical Equipment Co., 3300 Jefferson Ave. SE, Grand Rapids, MI 49548 Phone: 616-452-8708 Fax: 616-452-1337 Email: [email protected] www.steadypower.com
Cogen Power, Inc., 36929 Mead-owdale Dr., Solon, OH 44139-3077 Phone: 440-498-1676 Fax: 440-498-1676 Email: [email protected]
Colmac Coil Manufacturing, Inc., P.O. Box 571, Colville, WA 99114-0571 Phone: 509-684-2595 Fax: 509-684-8331 Email: [email protected] www.colmaccoil.com
Columbia Steel Casting Co, Inc., 10425 N Bloss Ave., Portland, OR 97203 Phone: 503-286-0685 Fax: 503-286-1743 Email: [email protected] www.columbiasteel.com
Columbian TecTank, Inc., 9701 Renner Blvd., Ste. 150, Lenexa, KS 66219 Phone: 316-421-0200 Fax: 316-421-9122 Email: [email protected] www.columbiantectank.com
Columbus McKinnon, 140 John James Audubon, Amherst, NY 14228 Phone: 716-689-5678 Email: [email protected] www.cmindustrial.com
Commerce Lanes, Inc., 806 Rosa St., Celebration, FL 34747 Phone: 321-939-2961 Fax: 321-939-1151 Email: [email protected]
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Commodities Consulting & Asset Management COMCAM, Eigen-haardstraat 10, Middelburg, 4331HS Netherlands Email: [email protected] www.com-cam.com
Commonwealth Dynamics, Inc., 95 Court St., Portsmouth, NH 03801 Phone: 603-433-6060 Fax: 603-436-0944 Email: [email protected] www.comdynam.com
Compact Automation Products, LLC, 105 Commerce Way, West-minser, SC 29687 Phone: 864-647-9521 Fax: 864-647-9574 Email: [email protected] www.compactautomation.com
Computer Power Supply, 7313 SW Tech Center Dr., Tigard, OR 97223 Phone: 503-684-8026 Email: [email protected] www.cpshv.com
ComRent International, LLC, 7640 Investment Ct., Unit A, Owings, MD 20736 Phone: 410-257-3000 Fax: 410-257-2240 Email: [email protected] www.comrent.com
Concepts NREC, 217 Billings Farm Rd., White River Junction, VT 05001-9486 Phone: 802-296-2321 Fax: 802-296-2325 Email: [email protected] www.conceptsnrec.com/Corpo-rate/Contact-us.aspx
Conco Systems, Inc., 530 Jones St., Verona, PA 15147 Phone: 412-828-1166 Fax: 412-826-8255 Email: [email protected] www.concosystems.com
Condenser & Chiller Services, Inc., 13488 Fifth St., Chino, CA 91710 Phone: 800-356-1932 Fax: 909-590-3446 Email: [email protected] www.ccs-tubes.com
Conforma Clad, Inc., 501 Park East Blvd., New Albany, IN 47150 Phone: 812-948-2118 Fax: 812-944-3254 Email: [email protected] www.conformaclad.com
ConocoPhillips, 600 N Dairy Ashford, Houston, TX 77079 Phone: 281-293-2929 Fax: 281-293-1915 Email: [email protected] www.conocophillips.com/tech
Conomos Industrial Services, Coulter & Station Streets, Brid-geville, PA 15017 Phone: 412-221-1800 Fax: 412-221-4641 Email: [email protected]
Construction Business Associates, LLC, 2310 Seven Lakes South, West End, NC 27376 Phone: 910-400-3113 Email: [email protected] www.ConstrBiz.com
Construction Techniques, Inc., 15887 Snow Rd., Ste. 100, Cleve-land, OH 44142 Phone: 216-267-7310 Fax: 216-267-9310 Email: [email protected] www.fabriform1.com
Container, d.o.o., Bezigrajska Cesta 6, Celje, 3000 Slovenia Phone: 00386 3 4263 200 Fax: 00386 3 4263 276 Email: [email protected] www.container.si
Contec Systems, 1566 Medical Dr., Ste. 310, Pottstown, PA 19464 Phone: 610-326-3235 x21 Fax: 610-326-3238 Email: [email protected] www.contecsystems.com
Continental Control Systems, 3131 Indian Rd., Boulder, CO 80301 Phone: 303-444-7422 Fax: 303-444-2903 Email: [email protected] www.ccontrolsys.com
Control Plus, Inc., 257 N. West Ave. c/o Micronics Ultrasonic Flow, Elmhurst, IL 60126 Phone: 888-274-8803 Fax: 630-279-9026 Email: [email protected] www.micronicsflowmeters.com
Conval, Inc., 265 Field Rd., Somers, CT 06071 Phone: 860-763-3551 Fax: 860-763-3557 Email: [email protected] www.Conval.com
Convault, Inc., 4109 E Zeering Rd., Denair, CA 95316 Phone: 209-632-7571 Fax: 209-632-4711 Email: [email protected] www.convault.com
Conveyor Services/Classic Con-veyor Components, 120 Airport Rd., Blairsville, PA 15717 Phone: 724-459-5261 Fax: 724-459-5605 Email: [email protected] www.classicconveyor.com
Cooling Tower Consulting,, LLC, 541 Bauer Rd., Bath, PA 18014 Phone: 610-737-2778 Fax: 610-500-5082 Email: [email protected] www.coolingtowerconsultingllc.com
Cooling Tower Depot, Inc., 651 Corporate Cir., Ste. 206, Golden, CO 80401 Phone: 720-746-1234 Fax: 720-746-1110 Email: [email protected]
Cooling Tower Technologies, Inc., 52410 Clark Rd., White Castle, LA 70788 Phone: 225-545-4144 Fax: 225-545-4151 Email: [email protected]
Cooper Power Systems, 505 Hwy. 169 North, Ste. 1200, Minneapo-lis, MN 55441 Phone: 763-595-7777 Fax: 763-543-7777 Email: [email protected] www.cannontech.com
Copes-Vulcan, An SPX Brand, 5602 West Rd., McKean, PA 16426 Phone: 814-476-5800 Fax: 814-476-5834 Email: [email protected] www.copesvulcan.com
CORIMPEX USA, Inc., 501 Main St., Ste. 208, Klamath Falls, OR 97601 Phone: 541-273-3030 Email: [email protected]
Coritech Services, 4716 Delemere, Royal Oak, MI 48073 Phone: 248-563-7280 Email: [email protected] www.coritech.com
Cormetech, Inc., 5000 Interna-tional Dr., Durham, NC 27712 Phone: 919-595-8721 Fax: 919-595-8701 Email: [email protected] See our ad on p. 9
Cornerstone Material Handling, Inc., 258 Prospect St., St. George, ON N0E 1N0 Canada Phone: 519-448-3344 Fax: 519-448-4514 Email: [email protected] www.cornerstonematerialhan-dling.com
Corrosion Control, Inc., 494 Fair-play St., Rutledge, GA 30663 Phone: 706-557-9624 Fax: 706-557-7923 Email: [email protected]
Corrosion Engineering, P.O. Box 5670, Mesa, AZ 85211 Phone: 480-890-0203 Fax: 480-890-0589 Email: [email protected] www.corroeng.com
Corrosion Monitoring Services, 902 Equity Dr., West Chicago, IL 60174 Phone: 630-762-9300 Fax: 630-762-9301 Email: [email protected] www.cmsinc.us
Corrosion Service Co. Europe Ltd., 59-60 Thames St., Windsor, SL4 1TX United Kingdom Phone: +44 (0) 1753 272119 Fax: +44 (0) 1753 272120 Email: [email protected] www.corrosionservice.co.uk
Corrpro Companies, Inc., 1055 West Smith Rd., Medina, OH 44256 Phone: 330-723-5082 Fax: 330-722-7606 Email: [email protected] www.corrpro.com
Cortec Corp., 4119 White Bear Pkwy., St. Paul, MN 55110 Phone: 651-429-1100 Fax: 651-429-1122 Email: [email protected] www.cortecvci.com
Cosa Instrument Corp., Process Control Div, 84G Horseblock Rd., Yaphank, NY 11980 Phone: 631-345-3434 Email: [email protected] www.cosa-instrument.com
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CPV Manufacturing, 851 Preston St., Philadelphia, PA 19104-1598Phone: 215-386-6508Fax: 215-387-9043Email: [email protected]
CRC Engineering, P.C., 1261 Broadway, Ste. 608, New York, NY 10001Phone: 212-889-1233Fax: 212-889-1211Email: [email protected]
Croll-Reynolds Engineering Co., Inc., 2400 Reservoir Ave., Trum-bull, CT 06611-4735Phone: 203-371-1983Fax: 203-371-0615Email: [email protected]
Cryogenic Institute of New England, Inc., 78 Chilmark St., Worcester, MA 01604Phone: 800-739-7949Fax: 508-459-7426Email: [email protected]
Crystal Communication Ltd., Suite 1/B, House-7, Road-14/C, Sector-4, Uttara, Dhaka, 1230 BangladeshFax: 88028953674Email: [email protected]
CSC, 3890 Lancaster Dr, Doylestown, PA 18902Phone: 267-247-6876 www.csc.com
CTI Industries, Inc., 283 Indian River Rd., Orange, CT 06477Phone: 203-795-0070Fax: 203-795-7061Email: [email protected]
CTI Power/Chicago Tube & Iron Co., 421 Browns Hill Rd., P.O. Box 670, Oakboro, NC 28129Phone: 704-781-2060Fax: 704-781-2099Email: [email protected]
CU Services, LLC, 725 Parkview, Elk Grove, IL 60007Phone: 847-439-2303Fax: 847-439-3006Email: [email protected]
Curran International, 4610 Vicks-burg Ln., Dickinson, TX 77539Phone: 281-339-9993Fax: 281-339-9994Email: [email protected]
Custom Expansion Joints, Inc., 313 N Stewart Rd., Liberty, MO 64068Phone: 816-781-3507Fax: 816-781-3520Email: [email protected]
Cutsforth Products, Inc., 37837 Rock Haven Rd., Cohasset, MN 55721Phone: 218-326-8263Fax: 218-327-1006Email: [email protected] our ad on p. 53
CYME International T&D, 67 S Bedford St., Ste. 201 East, Burl-ington, MA 01803-5177Phone: 781-229-0269Fax: 781-229-2336Email: [email protected]
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Daniels Manufacturing Corp., 526 Thorpe Rd., Orlando, FL 32824Phone: 407-855-6161Email: [email protected]
Data Systems & Solutions, LLC, 12100 Sunset Hills Rd., Ste. 310, Reston, VA 20190Phone: 703-889-1300Fax: 703-889-1359Email: [email protected]
Day & Zimmermann ECM, 1827 Freedom Rd., Ste. 101, Lancaster, PA 17601Phone: 215-299-4924Email: [email protected]
DCM Clean-Air Products, Inc., 9605 Camp Bowie West Blvd., Fort Worth, TX 76116Phone: 817-696-0044Fax: 817-451-0615Email: [email protected]
Defitec (Filtration), Rue Michel Verbeck, 16, Waterloo, 1410 BelgiumPhone: +32-2-354 06 10Fax: +32-2-353 03 77Email: [email protected]
Dekker Vacuum Technologies, Inc., 935 S Woodland Ave., Michigan City, IN 46360Phone: 219-861-0661Email: [email protected]
Delta Instrument, LLC, 148 Veter-ans Dr., Northvale, NJ 07647Phone: 201-768-7200Fax: 201-768-5020Email: [email protected]
Delta Mechcons India Ltd., 3rd Floor, Arcadian Bldg. No. 12 North Main Road, Koregaon Park, Pune, 411 001 IndiaPhone: 020 66077999/970/933Email: [email protected]
Delta Power Services, 363 North Sam Houston Pkwy. E, #630, Houston, TX 77060Phone: 281-405-6853Fax: 281-405-6862Email: [email protected]
Delta/Unibus, Div. of Powell Electrical Systems, 515 Railroad Ave., Northlake, IL 60164Phone: 708-409-1200Fax: 708-409-1211Email: [email protected]
Design Analysis Services, 857 Bonnie Brae Ln., Bolingbrook, IL 60440Phone: 630-783-0384Email: [email protected]
Detroit Stoker Co., 1510 East First St., Monroe, MI 48161Phone: 734-241-9500Fax: 734-241-7126Email: [email protected] our ad on p. 51
Dexter Innovative Solutions, LLC, 61 East River St., Orange, MA 01364Phone: 978-544-2751Fax: 978-544-8357Email: [email protected]
DFT, Inc., P.O. Box 566, 140 Sheree Blvd., Exton, PA 19341Phone: 610-363-8903Email: [email protected]
DGH Corp., P.O. Box 5638, Man-chester, NH 03108Phone: 603-622-0452Fax: 603-622-0487Email: [email protected]
Diamond Power International, Inc., 2600 E Main St., Lancaster, OH 43130-0415Phone: 800-848-5086Fax: 740-687-4229Email: [email protected]
DIS-TRAN High Voltage Special-ists, 4725 Hwy. 28 E, Pineville, LA 71360Phone: 318-448-0274Fax: 318-487-8234Email: [email protected]
Distrigas GDF SUEZ, 20 City Square, Charlestown, MA 02129Phone: 617-526-8300 www.suezenergyna.comSee our ad on p. 11
DMC Power, 2846 Saddlebrook Way, Marietta, GA 30064Phone: 404-617-8794Email: [email protected]
Doble Engineering Co., 85 Walnut St., Watertown, MA 02472Phone: 617-926-4900Fax: 617-926-0528Email: [email protected]
Dollinger Filtration, an SPX Brand, 4647 SW 40th Ave., Ocala, FL 34474Phone: 800-344-2611Fax: 352-873-5773Email: [email protected]
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Dongfang Electric Corp. / DSI, 4030 Moorpark Ave., Ste. 216, San Jose, CA 95117 Phone: 408-850-1416 Fax: 408-519-7091 Email: [email protected] www.dongfang-usa.com
Doosan Engineering & Services, LLC (A Burns & Roe - Doosan Projects Alliance), 5 Paragon Dr., Montvale, NJ 07645 Phone: 201-986-4252 Fax: 201-986-4869 Email: [email protected] www.doosanheavy.com
Dow Electrical & Telecommuni-cations, Houston Dow Center, 1254 Enclave Pkwy., Houston, TX 77077 Phone: 800-441-4DOW www.dowinside.com
DragonWear, P.O. Box 28789, Seattle, WA 98118 Phone: 800-873-5725 Fax: 206-723-1890 Email: [email protected] www.truenorthgear.com
DREHMO GmbH, Industrie Str. 1, Wenden, 57482 Germany Phone: 49 2762 612-311 Fax: 49 2762 612-359 Email: [email protected] www.drehmo.com
Drennen Engineering, Inc., P.O. Box 937, Windsor, CT 06095 Phone: 860-219-2502 Email: [email protected] www.asherosion.com
Dresser-Rand, 299 Lincoln St., Worcester, MA 01605 Phone: 508-595-1700 Fax: 508-595-1780 Email: [email protected] www.dresser-rand.com
Dresser-Rand Co. Ltd., 85 Papyrus Rd., Peterborough, PE4 5HG United Kingdom Phone: +44 1733 292200 Fax: +44 1733 292300 Email: [email protected] www.dresser-rand.com
Dresser-Rand, COPPUS Portable Ventilators, 299 Lincoln St., Worcester, MA 01605 Phone: 508-595-1700 Fax: 508-595-1780 Email: [email protected] www.dresser-rand.com/products/coppus
Dubai Electricity and Water Au-thority, P.O. Box 564, Dubai, 564 United Arab Emirates Phone: 97143072462 Fax: 97143248111 Email: [email protected] www.dewa.gov.ae
Ducon Technologies, A/4, Road No. 1, Wagle Estate, Thane West, 400604 India Email: [email protected] www.ducon.com
Ducon Technologies, Inc. - MIP Div., 19 Engineers Ln., Farming-dale, NY 11735 Phone: 631-694-1700 Fax: 631-420-4985 Email: [email protected] www.mip.ducon.com
Dueco, Inc., Corporate Headquar-ters N4 W22610 Bluemound Rd., Waukesha, WI 53186 Phone: 262-547-8500 Fax: 262-547-8407 Email: [email protected] www.dueco.com
Durag Group, Kollaustr. 105, Hamburg, 22453 Germany Phone: +49 40 554218-0 Fax: + 49 584154 Email: [email protected] www.durag.de
DuraSystems Barriers, Inc., 199 Courtland Ave., Vaughan, ON L4K 4T2 Canada Phone: 866-338-0988 Fax: 905-660-8887 Email: [email protected] www.durasystems.com
Duromar, Inc., 706 Washington St., Pembroke, MA 02359 Phone: 781-826-2525 Fax: 781-826-2150 Email: [email protected] www.duromar.com
Dustex Corp., 100 Chastain Ctr Blvd., Ste. 195, Kennesaw, GA 30144 Phone: 770-429-5575 Fax: 770-429-5556 www.dustex.com
DYLANGroup, Hermanus Boer-haavestrraat 1, P.O. Box 1208, Oud-Beijerla, 3260 AG Netherlands Phone: 31 (0)186 - 64 15 55 Fax: 31 (0)186 - 61 21 57 www.dylangroup.com
Dynamic Systems, Inc., 15331 NE 90th St., Redmond, WA 98052 Phone: 425-284-1662 Fax: 425-861-3978 Email: [email protected] www.a-barcode.com
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E / SYSTEMS, 566 Mack Pl., St. Clair, MI 48080 Phone: 313-882-1133 Email: [email protected] www.ENXEX.com
E.A.R., Inc., P.O. Box 18888, Boulder, CO 80308 Phone: 303-447-2619 Fax: 303-447-2637 Email: [email protected] www.earinc.com
E.D.I, Inc., 3415 Belmont Terrace Davie, Florida, FL 33328 Phone: 954-577-2225 Fax: 954-577-2227 Email: [email protected] www.ediequipment.com
E.H. Wachs, 600 Knightsbridge Pkwy., Lincolnshire, IL 60069 Phone: 847-537-8800 Fax: 847-520-1147 Email: [email protected] www.ehwachs.com
Eagle Eye Power Solutions, 4230 N Oakland Ave., #176, Milwaukee, WI 53211 Phone: 414-962-3377 Fax: 414-962-3660 Email: [email protected] www.eepowersolutions.com
Eagle Technology, Inc., 10500 N Port Washington Rd., Mequon, WI 53092 Phone: 262-241-3845 Fax: 262-241-5248 Email: [email protected] www.eaglecmms.com
Earth Energy Solutions Group, 4230 Cardinal Blvd., Ponce Inlet, FL 32127 Phone: 877-349-4820 Fax: 727-290-4048 Email: [email protected] www.EarthEnergyGroup.com
EchoMail, Inc., 701 Concord Ave., Cambridge, MA 02138 Phone: 617-354-8585 Fax: 617-354-8899 Email: [email protected] www.echomail.com
EcoSys, 800 Westchester Ave., Ste. 710, Rye Brook, NY 10573 Phone: 914-304-5000 Fax: 914-464-7320 Email: [email protected] www.ecosys.net
ECT, Inc., 401 E Fourth St., Bldg. 20, Bridgeport, PA 19405 Phone: 610-239-5120 Fax: 610-239-7863 Email: [email protected] www.ectinc.net
Ecutel Systems, 2300 Corporate Park Dr., Ste. 410, Herndon, VA 20171 Phone: 571-203-8300 Fax: 571-203-8310 Email: [email protected] www.ecutel.com
EDF Renewable Energy, 15445 In-novation Dr., San Diego, CA 92128 Phone: 888-903-6926 www.edf-re.com
EdgenMurray, 18444 Highland Rd., Baton Rouge, LA 70808 Phone: 225-756-7886 Fax: 225-756-8995 Email: [email protected] www.edgenmurray.com
Edwards Industrial Equipment Corp., 49 14th Ave. SW, St. Paul, MN 55112 Phone: 651-330-1738 Fax: 651-846-4597 Email: [email protected] www.edwardsindustrialequip-ment.com
Edwards Vacuum, Inc., Highwood Office Park, One Highwood Dr., Ste. 101, Tewksbury, MA 01876 Phone: 800-848-9800 Fax: 866-484-5218 Email: [email protected] www.edwardsvacuum.com
EHC Field Services, Inc., P.O. Box 43, Cedartown, GA 30125 Phone: 866-308-6299 Fax: 678-246-0470 Email: [email protected] www.turbine-flushing-equipment.com
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EITI - Electrical Industry Training Institute USA, Inc., 1465 Slater Rd., P.O. Box 5007, Ferndale, WA 98248-5007 Phone: 877-859-8228 Fax: 877-284-7916 Email: [email protected] www.eiti.us
EK Ekcessories, 575 West 3200 South, Logan, UT 84321 Phone: 435-753-8448 Fax: 435-753-2411 Email: [email protected] www.ekusa.com
Elecsys Corp., 846 N Martway Ct., Olathe, KS 66062 Phone: 913-982-5672 Email: [email protected] www.elecsyscorp.com/scada/director
ElectraTherm, 4750 Turbo Circle, Reno, NV 89502 Phone: 775-398-4680 Fax: 775-398-4674 Email: [email protected] www.electratherm.com
ElectraWave, Inc., 1522 Yale Ave., Stockton, CA 95203 Phone: 209-467-4779 Email: [email protected] www.electrawavesv.com
Electro Industries/GaugeTech, 1800 Shames Dr., Westbury, NY 11590 Phone: 516-334-0870 Fax: 516-338-4741 Email: [email protected] www.electroind.com
Electrochemical Devices, Inc., P.O. Box 31, Albion, RI 02802 Phone: 617-484-9085 Fax: 617-484-3923 Email: [email protected] www.edi-cp.com
Electroputere S.A., DIEC, P.O Box 231085, New York, NY 10023 Phone: 212-629-6501 Fax: 212-629-6502 Email: [email protected]
Elgin Sweeper, 1300 W. Bartlett Road, Elgin, IL 60120 Phone: 847-741-5370 Fax: 847-742-3035 elginsweeper.com See our ad on p. 29
Eliminator Slurry Pumps, 4432 Venture Ave., Duluth, MN 55811 Phone: 218-722-9904 Fax: 218-722-2826 Email: [email protected] www.eliminatorpumps.com
Ellison Consultants, 4966 Tall Oaks Dr., Monrovia, MD 21770-9316 Phone: 301-865-5302 Fax: 301-865-5591 Email: [email protected] www.ellisoncon.com
Ellison Surface Technologies, 8093 Columbia Rd., Ste. 201, Mason, OH 45040 Phone: 513-770-4900 Fax: 513-770-4980 Email: [email protected] www.ellisonsurfacetech.com
Elma Electronic, 760 Veterans Circle, Warminster, PA 18974 Phone: 800-445-6194 Email: [email protected] www.elma.com
Elos Fixturlaser AB, Box 7, Mölndal, SE-431 21 Sweden Phone: +46 31 706 28 00 Fax: +46 31 706 28 50 Email: [email protected] www.fixturlaser.com
Elsys Instruments, 234 Cromwell Hill Rd., Monroe, NY 10950 Phone: 845-238-3933 Fax: 845-782-6045 Email: [email protected] www.elsys-instruments.com
Emerson Process Management, Fisher, 301 S 1st Ave., Marshall-town, IA 50158 Phone: 641-754-3011 Email: [email protected] www.fisher.com
Emerson Process Management, Power & Water Solutions, 200 Beta Dr., Pittsburgh, PA 15238 Phone: 412-963-4000 Fax: 412-963-3644 Email: [email protected] www.emersonprocess-powerwater.com
Emerson Process Management, Rosemount Analytical, 6565-P Davis Industrial Pkwy., Solon, OH 44139 Phone: 440-914-1261 Fax: 440-914-1262 Email: [email protected] www.raihome.com
Emerson Process Management, Rosemount Div., 8200 Market Blvd., Chanhassen, MN 55438 Phone: 952-906-8888 Fax: 952-949-7001 Email: [email protected] www.rosemount.com
eMpasys, 309 Fellowship Rd., Mt Lurel, NJ 08504 Phone: 856-412-8056 Fax: 814-619-7880 Email: [email protected] www.empasys.net
EMS Industrial and Service, 10800 North Main St., Richmond, IL 60071 Phone: 815-678-2700 Fax: 815-678-3094 Email: [email protected] www.ems-industrial.com
Emtrade International Ltd., Unit 3 Ram Blvd., Foxhills Industrial Estate Scunthorpe, Lincolnshire, DN15 8QW United Kingdom Phone: +44(0)1724851001 Fax: +44(0)1724851002 Email: [email protected] www.emtrade.co.uk
Encore Dredging, Inc., P.O. Box 3069, Clarksville, IN 47131 Phone: 941-876-0559 Fax: 941-876-0560 Email: [email protected] www.dredgingcompany.com
Enerac, Inc., 67 Bond St., West-bury, NY 11590 Phone: 516-997-2100 Fax: 516-997-2129 Email: [email protected] www.enerac.com
Enercon Engineering, Inc., No 1 Altorfer Ln., East Peoria, IL 61611 Phone: 309-694-1418 Fax: 309-694-3703 www.enercon-eng.com
Energy and Process Corp., 2146-B Flintstone Dr., Tucker, GA 30085 Phone: 770-934-3101 Fax: 770-938-8903 Email: [email protected] www.energyandprocess.com
Energy Associates, P.C., Montville Office Park, 150 River Rd., Ste. J4, Montville, NJ 07045 Phone: 973-331-8100 Email: [email protected] www.Energy-PC.com
Energy Concepts Co., 627 Ridgely Ave., Annapolis, MD 21401 Phone: 410-266-6521 Fax: 410-266-6539 Email: [email protected] www.energy-concepts.com
Energy Equipments & Products Co., No.9/203, Rubin, Premjyot Complex Ghatkopar - Mankhurd Link Road, Near Indian Oil Nagar, Mumbai, MA 400 043 India Email: [email protected] www.energy.epco.com
Energy Products of Idaho, 3568 W Industrial Loop, Coeur d’Alene, ID 83815-6016 Phone: 208-765-1611 Fax: 208-765-0503 Email: [email protected] www.energyproducts.com
Energy Providers Coalition for Education (EPCE), 6021 S Syra-cuse Way, Ste. #213, Greenwood Village, CO 80111 Phone: 303-804-4673 Email: [email protected] www.epceonline.org
Energy Storage and Power, 520 US Hwy. 22 E, Ste. 205, Bridge-water, NJ 08807 Phone: 908-393-0526 Email: [email protected] www.caespower.com
Enerscan Engineering, Inc., 22 Julies Walk, Halifax, NS B3M 2Z7 Canada Phone: 902-445-4433 Fax: 902-457-3283 Email: [email protected] www.enerscanengineering.com
Enertech, a Business Unit of Curtiss-Wright Flow Control Co., 2950 Birch St., Brea, CA 92821 Phone: 714-528-2301 Email: [email protected] www.enertech.cwfc.com
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Engineering Consultants Group, Inc., 1236 Weathervane Ln., Ste. 200, Akron, OH 44313 Phone: 330-869-9949 Fax: 330-869-9995 Email: [email protected] www.ecg-inc.com
Engineering Software, P.O. Box 1180, Germantown, MD 20875 Phone: 301-540-3605 Fax: 301-540-3605 Email: [email protected] www.engineering-4e.com
Engineers India Ltd., EIB 4th Floor, Cost Engg Department, 1 Bhikaji cama Place, R.K.Puram, New Delhi, 110066 India Phone: 9540066619 Email: [email protected]
Enidine, Inc., 7 Centre Dr., Orchard Park, NY 14127 Phone: 716-662-1900 Fax: 716-662-1909 Email: [email protected] www.enidine.com
ENMET Corp., P.O. Box 979, 680 Fairfield Ct., Ann Arbor, MI 48106 Phone: 734-761-1270 Fax: 734-761-3220 Email: [email protected] www.enmet.com
ENOSERV, LLC, 5630 S Memorial, Tulsa, OK 74145 Phone: 918-622-4530 Fax: 918-622-6569 Email: [email protected] www.enoserv.com
ENOTEC, Inc., 6206 Sandy Ridge Circle NW, North Canton, OH 44720-6686 Phone: 330-498-0202 Fax: 330-497-9802 Email: [email protected] www.enotec.com
eNPure Process Systems, Inc., 54 Ingleside Ave., Cranston, RI 02905 Phone: 617-823-0860 Fax: 401-447-3976 Email: [email protected] www.enpureinc.com
Entech Design, Inc., 315 S Lo-cust, Denton, TX 76201 Phone: 940-898-1173 Fax: 940-382-3242 Email: [email protected] www.entechdesign.com
ENV Environmental, 1466 Ripchak Rd., Corona, CA 92879 Phone: 909-739-0738 Fax: 909-739-0738 Email: [email protected] www.enverr.com
Environment One Corp., 2773 Ball-town Rd., Niskayuna, NY 12309 Phone: 518-346-6161 Fax: 518-346-6188 Email: [email protected] www.eone.com
EPG - Enginuity Portable Grid, 2500 State Hwy. 160, Warrior, AL 35180 Phone: 205-647-4279 Fax: 205-590-3885 Email: [email protected] www.EPGinc.us
epro GmbH, Joebkesweg 3, Gro-nau, D-48599 Germany Phone: 49 2562 709-460 Email: [email protected] www.epro.de
Equipment Maintenance Services, Inc., 2412 West Durango St., Phoenix, AZ 85009 Phone: 602-258-8545 Email: [email protected] www.wmsusa.com
Eren Energy Power Plant, Eren Enerji Elektrik Uretim A.S. Catalagzi, Zonguldak, TX 67300 Turkey Email: [email protected] www.erenholding.com.tr
Ergonomic Office Chairs by United Group, Inc., 13700 Polo Trail Dr., Lake Forest, IL 60045 Phone: 847-816-7100 Fax: 847-816-7102 Email: [email protected] www.eocUSA.com
Erickson Air-Crane, Inc., 3100 Willow Springs Rd., P.O. Box 3247, Central Point, OR 97502 Phone: 541-664-5544 Fax: 541-664-9469 Email: [email protected] www.ericksonaircrane.com
ERICO International Corp., 34600 Solon Rd., Solon, OH 44139 Phone: 800-677-9089 www.erico.com
Ernst Flow Industries, 116 Main St., Farmingdale, NJ 07727-1495 Phone: 732-938-5641 Fax: 732-938-9463 Email: [email protected] www.ernstflow.com
ESAB Welding & Cutting Products, 411 S Ebenezer Rd., Florence, SC 29501 Phone: 843-669-4411 Email: [email protected] www.esabna.com
ESI, Inc. of Tennessee, 1250 Rob-erts Blvd., Kennesaw, GA 30144 Phone: 770-427-6200 Fax: 770-425-3660 Email: [email protected] www.esitenn.com
ESP/Energy Systems Products, Inc., 6830 N Eldridge Pkwy., #506, Houston, TX 77041 Phone: 713-937-6336 Fax: 713-937-6378 Email: [email protected] www.espforenergy.com
E-Tech, Inc., 20701 E 81st St., Ste. 3, Broken Arrow, OK 74014 Phone: 918-665-1930 Fax: 918-665-1935 Email: [email protected] www.e-techinc.com
EtherWAN Systems, 4570 E Eisen-hower Circle, Anaheim, CA 92807 Phone: 714-779-3800 Fax: 714-779-3806 Email: [email protected] www.etherwan.com
Eutech Scientific Engineering, Dennewartstraße 25-27, Aachen, 52068 Germany Phone: 49-241-963-2380 Fax: 49-241-963-2389 Email: [email protected] www.eutech-scientific.de
Eutectic Corp., N94 W14355 Gar-win Mace Dr., Menomonee Falls, WI 53051 Phone: 262-532-4677 Fax: 262-255-5542 Email: [email protected] www.eutecticusa.com
Everlasting Valve Co., 108 Somogyi Ct., South Plainfield, NJ 07080 Phone: 908-769-0700 Fax: 908-769-8697 Email: [email protected] www.everlastingvalveusa.com
Exact Metrology, P.O. Box 7536, Algonquin, IL 60108 Phone: 630-258-2656 Email: [email protected] www.exactmetrology,com
Exlar Corp., 18400 West 77th St., Chanhassen, MN 55317 Phone: 952-500-6200 Email: [email protected] www.exlar.com
Exponential Engineering Co., 328 Airpark Dr., Fort Collins, CO 80524 Phone: 970-207-9648 Fax: 970-207-9657 Email: [email protected] www.exponentialengineering.com
Express Integrated Technologies, LLC, 1640 South 101st East Ave., Tulsa, OK 74128 Phone: 918-622-1420 Fax: 918-622-1457 Email: [email protected] www.ExpressTechTulsa.com
Expro Services, Inc., 501 Scott St., Worthington, KY 41183 Phone: 606-834-9402 Email: [email protected] www.explosiveprofessionals.com
ExxonMobil Lubricants & Petro-leum Specialties (Mobil Industrial Lubricants), 3225 Gallows Rd., Room 6C0631, Fairfax, VA 22031 Phone: 703-846-1998 Fax: 703-846-3041 Email: [email protected] www.mobilindustrial.com
E-ZLIFT Portable Conveyors, 2000 S Cherokee St., Denver, CO 80223 Phone: 800-821-9966 Fax: 303-733-5642 Email: [email protected] www.ezliftconveyors.com
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F.E. Moran Special Hazard Systems, 2265 Carlson Dr., North-brook, IL 60062 Phone: 847-498-4800 Email: [email protected] www.femoranshs.com
Faber Burner Co., 1000 East Bald Eagle St., Lock Haven, PA 17745 Phone: 570-748-4009 Fax: 570-748-4324 Email: [email protected] www.faberburner.com
Fabreeka International, Inc., 1023 Turnpike St., P.O. Box 210, Stoughton, MA 02072 Phone: 781-341-3655 Fax: 781-341-3983 Email: [email protected] www.fabreeka.com
Factory Sales & Engineering, Inc., 74378 Hwy. 25, Covington, LA 70435 Phone: 985-867-9150 Email: [email protected] www.fsela.com
Fairbanks Morse Pump, Pentair Water, 3601 Fairbanks Ave., Kansas City, KS 66106 Phone: 913-371-5000 Fax: 913-748-4025 Email: [email protected] www.fmpump.com
FAIST Anlagenbau GmbH, Am Mühlberg 5 Niederraunau, Krumbach (Schwaben), 86381 Germany Phone: +49 8282 8880-0 Fax: +49 8282 8880-88 Email: [email protected] www.faist.de
FARO, 125 Technology Park, Lake Mary, FL 32746 Phone: 800-736-0234 Fax: 407-333-4181 Email: [email protected] www.faro.com
FCI-Fluid Components Interna-tional, 1755 La Costa Meadows Dr., San Marcos, CA 92078-5115 Phone: 760-744-6950 Fax: 760-736-6250 Email: [email protected] www.fluidcomponents.com
Fenner Dunlop Americas, 21 Lar-edo Dr., Scottdale, GA 30079 Phone: 404-297-3115 Fax: 404-296-5165 Email: [email protected]
Fern Engineering, 55 Portside Dr., P.O. Box 3380, Pocasset, MA 02559 Phone: 508-563-7181 Fax: 508-564-4851 Email: [email protected] www.fernengineering.com
Fibergrate Composite Structures, 5151 Beltline Rd., Ste. 700, Dal-las, TX 75254 Phone: 972-250-1633 Fax: 972250-1530 Email: [email protected] www.fibergrate.com
Field Works, Inc., 1220 Armstrong St., Algonquin, IL 60102 Phone: 847-658-8200 Fax: 847-658-4300 Email: [email protected] www.fieldworksinc.com
FilterSense, 800 Cummings Ctr, 357W, Beverly, MA 01915 Phone: 978-927-4304 Fax: 978-927-4329 Email: [email protected] www.filtersense.com
Filtration & Membrane Technol-ogy, Inc., 8342 Silvan Wind, Houston, TX 77040 Phone: 713-870-1120 Fax: 713-422-2533 Email: [email protected] www.fmt-houston.com
Filtration Advantage, 178 Lily St., San Francisco, CA 94102 Phone: 415-255-8484 Fax: 415-255-8484 Email: [email protected] www.filtrationadvantage.com
Fine Tubes Ltd., Plymbridge Rd. Estover, Plymouth, PL6 7LG United Kingdom Phone: +44 (0) 1752 697216 Fax: +44 (0) 1752 733301 Email: [email protected] www.finetubes.com
Fireaway, Inc., 5852 Baker Rd., Minnetonka, MN 55345 Phone: 952-935-9745 Fax: 952-935-9757 Email: [email protected] www.statx.com
Fisher Tank Co., 3131 West 4th St., Chester, PA 19013 Phone: 610-494-7200 Fax: 610-485-0157 Email: [email protected] www.FisherTank.com
FlaktWoods, 1110 Main Place Tower, Buffalo, NY 14202 Phone: 716-845-0500 Fax: 716-845-5055 Email: [email protected] www.flaktwoods.com
Flexco, 2525 Wisconsin Ave., Downers Grove, IL 60543 Phone: 800-541-8028 Fax: 800-225-4833 Email: [email protected] www.flexco.com
Flexco Engineered Systems Group, 401 Remington Blvd., Ste. A, Bolingbrook, IL 60440 Phone: 815-609-7025 Email: [email protected] www.flexcoengineeredsystems.com
FLEX-CORE, 4970 Scioto Darby Rd, Hilliard, OH 43026 Phone: 614-889-6152 Fax: 614-876-8538 Email: [email protected] www.flex-core.com
Flexim Americas Corp., 250-V Ex-ecutive Dr., Edgewood, NY 11717 Phone: 631-492-2300 Fax: 631-492-2117 Email: [email protected] www.flexim.com
Flexware, 364 Wheatridge Drive, Jeannette, PA 15644 Phone: 724-527-3911 Fax: 724-527-5701 www.flexwareinc.com
Flight Systems Industrial Products, 1015 Harrisburg Pike, Carlisle, PA 17013 Phone: 717-254-3747 Fax: 717-254-3778 Email: [email protected] www.fsip.biz
FlowMeters.com, 1755 E Nine Mile Rd., P.O. Box 249, Hazel Park, MI 48030 Phone: 248-542-9635 Fax: 248-398-4274 Email: [email protected] www.flowmeters.com
Flowrox Oy, Marssitie 1, Lappeen-ranta, 53600 Finland Phone: +358 201 113 311 Fax: +358 201 113 300 Email: [email protected] www.flowrox.com
Flowrox, Inc., 808 Barkwood Ct., Ste. N, Linthicum, MD 21090 Phone: 410-636-2250 Email: [email protected] www.flowrox.us
Flowserve, 1900 S Saunders St., Raleigh, NC 27603 Phone: 919-831-3200 Fax: 919-831-3369 Email: [email protected] www.Flowserve.com
Flow-Tek Inc., A subsidiary of Bray International, Inc., 8323 N Eldridge Pkwy., #100, Houston, TX 77041 Phone: 832-912-2300 Fax: 832-912-2301 Email: [email protected] www.flow-tek.com
FLSmidth, Inc., 2040 Ave. C, Bethlehem, PA 18017 Phone: 610-264-6800 Fax: 610-264-6307 Email: [email protected] www.flsmidth.com
Fluke Corp., P.O. Box 9090, Ever-ett, WA 98206-9090 Phone: 800-443-5853 Fax: 425-446-5116 Email: [email protected] www.fluke.com
Fluor Enterprises, Inc., 100 Fluor Daniel Dr., Greenville, SC 29607-2770 Phone: 864-281-4400 Fax: 864-517-1290 Email: [email protected] www.fluor.com
FMC Technologies, Inc., P.O. Box 904, 400 Highpoint Dr., Chalfont, PA 18914 Phone: 215-822-4300 Fax: 215-996-4513 Email: [email protected] www.fmctechnologies.com
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Forney Corp., 3405 Wiley Post Rd., Carrollton, TX 75006 Phone: 972-458-6100 Fax: 972-458-6195 Email: [email protected] www.forneycorp.com
Fortescue Metals Group Ltd, Level 2, 87 Adelaide Terrace, East Perth WA 6004, Australia Phone: +61 8 6218 8888 Fax: +61 8 6218 8880 Email: [email protected] www.fmgl.com.au
Foster Wheeler Ltd., Foster Wheeler North America Corp., Perryville Corp Park, P.O. Box 4000, Clinton, NJ 08809-4000 Phone: 908-730-4000 Fax: 908-730-5310 Email: [email protected] www.fwc.com
Fox Venturi Eductors, 85 Franklin Rd., Dover, NJ 07801 Phone: 973-328-1011 Fax: 973-328-3651 Email: [email protected] www.foxvalve.com
FP Turbomachinery, Wiesen-strasse 57, Emmendingen, 79312 Germany Phone: +49 (0)7641-55346 Fax: +49 (0)7641-55319 Email: [email protected] www.fpturbo.com
Frederick Cowan & Co., Inc., 48 Kroemer Ave., Riverhead, NY 11901 Phone: 631-369-0360 Fax: 631-369-0637 Email: [email protected] www.fcowan.com
FreeWave Technologies, Inc., 1880 S Flatiron Ct., Ste. F, Boul-der, CO 80301 Phone: 303-381-9276 Fax: 303-786-8393 Email: [email protected]
FrenchCreek Production, Inc., 626 13th St., Franklin, PA 16323 Phone: 814-437-1808 Fax: 814-437-2544 Email: [email protected] www.frenchcreekproduction.com
Frenzelit North America, 4165 Old Salisbury Rd., Lexington, NC 27295 Phone: 336-956-3956 Fax: 336-956-3913 Email: [email protected] www.frenzelit.net
Freudenberg Filtration Technolo-gies SE & Co. KG, Hoehnerweg 2-4, Weinheim, 69465 Germany Phone: +49 6201 80-6264 Fax: +49 6201 88-6299 Email: [email protected] www.freudenberg-filter.com
Frontier Industrial Corp, 26 Mis-sissippi Street, Ste. 400, Buffalo, NY 14203 Phone: 716-447-7587 Fax: 716-447-7593 Email: [email protected] www.fic-services.com
FSE Energy, 74378 Highway 25, Covington, LA 70435 Phone: 985-867-9150 Fax: 985-867-9155 www.fseenergy.com See our ad on p. 12
Fuel Purification, 1208 W Mar-shall St., Richmond, VA 23220 Phone: 804-512-9320 Fax: 804-358-4200 Email: [email protected] www.fuelpurification.com
Fuel Tech, Inc., 27601 Bella Vista Pkwy., Warrenville, IL 60555 Phone: 800-666-9688 Fax: 630-845-4501 Email: [email protected] www.ftek.com
Furnace Mineral Products, Inc., 7065 Tranmere Dr., Unit 6, Mis-sissauga, ON L5S 1M2 Canada Phone: 905-676-1969 Fax: 866-591-9018 Email: [email protected] www.fmpcoatings.com
Fusion Babbitting Co., Inc., 4540 W Burnham St., Milwaukee, WI 53219 Phone: 800-613-5118 Fax: 414-645-6606 Email: [email protected] www.fusionbabbitting.com
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GAI Consultants, Inc., 385 East Waterfront Dr., Homestead, PA 15120-5005 Phone: 412-476-2000 Email: [email protected] www.gaiconsultants.com
Galco Industrial Electron-ics, 26010 Pinehurst, Madison Heights, MI 48071 Phone: 248-542-9090 Fax: 248-414-5974 Email: [email protected] www.galco.com
Gantrex, Inc., 2000 Oxford Dr., Ste. 400, Bethel Park, PA 15102 Phone: 800-242-6873 Fax: 412-655-3814 Email: [email protected] www.Gantrex.com
Gardner Denver, 1800 Gardner Expwy, Quincy, IL 62305 Phone: 217-222-5400 Fax: 217-228-8243 Email: [email protected] www.gardnerdenver.com
Garlock Sealing Technologies, 1666 Division St., Palmyra, NY 14522 Phone: 315-597-4811 Fax: 315-597-3039 Email: [email protected] www.garlock.com
Gas Corporation of America, P.O. Box 5183, Wichita Falls, TX 76307 Phone: 940-723-6015 Email: [email protected] www.gas-corp.com
Gas Depot S.A., Boulevard Vista Hermosa 23-89 Zona15, Guate-mala, 1015 Guatemala Phone: 50223695676 Fax: 50223658110 Email: [email protected]
Gas Turbine Efficiency, 300 Sun-port Ln., Orlando, FL 32809 Phone: 407-304-5200 Fax: 407-304-5201 Email: [email protected] www.gtefficiency.com
Gastops Ltd., 1011 Polytek St., Ottawa, ON K1J 9J3 Canada Phone: 613-744-3530 Fax: 613-744-8846 Email: [email protected] www.gastops.com
GC3 Specialty Chemicals, Inc., 733 Heights Blvd., Houston, TX 77007 Phone: 713-802-1761 Fax: 713-869-0680 Email: [email protected] www.gc3.com
GE Energy, 8800 East 63rd St., Raytown, MO 64113-4801 Phone: 816-356-8400 Email: [email protected] www.GE-energy.com/filtration
GE Inspection Technologies, 721 Visions Dr., Skaneateles, NY 13152 Phone: 888-332-3848 Fax: 866-899-4184 Email: [email protected] www.geinspectiontechnologies.com
GE Water & Process Technologies, 4636 Somerton Road, Trevose, PA 19053 Phone: 215-355-3300 www.gewater.com
GEA Heat Exchangers - Cooling Tower Solutions Division, 17755 US Hwy. 19 North, Ste. 250, Clearwater, FL 33764 Phone: 727-530-9000 Fax: 727-530-9006 Email: [email protected] www.gea-heatexchangers.com/products/wet-cooling-towers
GEA Process Engineering, 9165 Rumsey Rd., Columbia, MD 21045 Phone: 410-997-8700 Fax: 410-997-5021 Email: [email protected] www.niroinc.com
Gearhart McKee, Inc., 47 Walnut St., Johnstown, PA 15901 Phone: 814-532-8870 Fax: 814-532-8875 Email: [email protected] www.gearhartmckeeinc.com
General Equipment Co., 620 Alexander Dr. SW, Owatonna, MN 55060 Phone: 507-451-5510 Fax: 507-451-5511 Email: [email protected] www.generalequip.com
General Monitors, 26776 Simpa-tica Circle, Lake Forest, CA 92630 Email: [email protected] www.generalmonitors.com
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Genesis Lamp Corp., 375 N St. Clair St., Painesville, OH 44077 Phone: 800-685-5267 Fax: 440-354-0624 Email: [email protected] www.genesislamp.com
Geometrica, Inc., 12300 Dundee Ct, Suite 200, Cypress, TX 77429 Phone: 832-220-1200 www.geometrica.com
Georg Fischer, 2882 Dow Ave., Tustin, CA 92780 Phone: 714-731-8800 Email: [email protected] www.us.piping.georgefischer.com
Georg Fischer Piping Systems Ltd., Ebnatstrasse 111, Schaff-hausen, 8201 Switzerland Phone: 0041 52 631 3909 Email: [email protected] www.piping.georgfischer.com
George H. Bodman, Inc., P.O. Box 5758, Kingwood, TX 77325-4225 Phone: 281-359-4006 Fax: 281-359-4225 Email: [email protected] www.boilercleaningdoctor.com
Geospatial Corp., 229 Howes Run Rd., Sarver, PA 16055 Phone: 724-353-3400 Email: [email protected] www.geospatialcorporation.com
GEOTEK, Inc./PUPI Crossarms, 1421 2nd Ave. NW, Stewartville, MN 55976 Phone: 507-533-6076 Fax: 507-533-4784 Email: [email protected] www.geotekinc.com
Gestra AG, Muenchener Strasse 77, Bremen, 28215 Germany Phone: 0049 421 35030 Fax: 0049 421 3503397 Email: [email protected] www.gestra.de
GETAC, Inc., 20762 Linear Ln., Lake Forest, CA 92630 Phone: 866-464-3822 Fax: 949-699-1440 Email: [email protected] www.getac.com
Gilbert Electrical Systems & Products, P.O. Box 1141, Beckley, WV 25801 Phone: 304-252-6243 Fax: 304-252-6292 www.gilbertelectrical.com
Gill Manufacturing Ltd., 9 Ken-view Blvd., Brampton, ON L6T 5G5 Canada Phone: 905-792-0999 Fax: 905-792-0091 Email: [email protected] www.gillmanufacturing.com
GIW Industries, Inc., 5000 Wrightsboro Rd., Grovetown, GA 30813 Phone: 706-863-1011 Fax: 706-863-5637 Email: [email protected] www.giwindustries.com
GKS Inspection Services & Laser Design, 9401 James Ave., #132, Bloomington, MN 55112 Phone: 952-884-9648 Fax: 952-884-9653 Email: [email protected] www.gks.com/ppc_lps_gks/ter-restrial_new.asp
Global Industrial Solutions, 219 Glider Circle, Corona, CA 92880 Phone: 951-279-9429 Fax: 951-279-6706 Email: [email protected] www.globalindustrialsolutions.net
Global Power Supply, 5383 Hollis-ter Ave., Ste. 220, Santa Barbara, CA 93111 Phone: 805-683-3828 Fax: 805-683-3823 Email: [email protected] www.globalpwr.net
Global Training Solutions, Inc., P.O. Box 26067, 3163 Winston Churchill Blvd., Mississauga, ON L5L 5W7 Canada Phone: 416-806-5777 Email: [email protected] www.globaltrainingsolutions.ca
Gorman-Rupp Co., 305 Bowman St., P.O. Box 1217, Mansfield, OH 44903 Phone: 419-755-1011 Fax: 419-755-1251 Email: [email protected] www.GRpumps.com
GP Strategies Corp., Energy Services Group, 25 Northpointe Pkwy., Amherst, NY 14228 Phone: 716-799-1080 Fax: 716-799-1081 Email: [email protected] www.gpstrategies.com
Graham Corp., 20 Florence Ave., Batavia, NY 14020 Phone: 585-343-2216 Fax: 585-343-1097 Email: [email protected] www.graham-mfg.com
Graphite Metallizing Corp., Graphalloy Division, 1050 Nep-perhan Ave., Yonkers, NY 10703 Phone: 914-968-8400 Fax: 914-968-8468 Email: [email protected] www.graphalloy.com
Great Northern Products, P.O. Box 750, Exeter, NH 03833 Email: [email protected] www.gnpinc.com
Greencisco Industrial Co. Ltd., Cuiyuan Bldg., Songgyuan New Village, Hengkeng Indus-trial Area, Liaobu, Dongguan HI 523413 China Email: [email protected] www.greencisco.com
Greens Power Equipment USA, Inc., 601 Carlson Pkwy., Ste. 1050, Minnetonka, MN 55305 Phone: 952-475-6333 Fax: 952-449-5101 Email: [email protected] www.greenspower.us
Gremp Steel Co., 14100 S West-ern Ave., Posen, IL 60469 Phone: 708-489-1000 Email: [email protected] www.grempsteel.com
GSE Consulting, LP, 808 Travis St., Ste. 802, Houston, TX 77002 Phone: 713-395-1990 ext 209 Fax: 713-395-1995 Email: [email protected] www.gseconsultinglp.com
GSE Systems, Inc., 1332 London-town Blvd., Ste. 200, Sykesville, MD 21784 Phone: 410-970-7800 Fax: 410-970-7995 Email: [email protected] www.gses.com
GSI - Generator Services Int, Inc., 1865 Scott Futrell Dr., Charlotte, NC 28208 Phone: 704-399-5422 Fax: 704-399-5983 Email: [email protected] www.gsionsite.com
GTI, Box 1269, 2 Central Ave., Madison, NJ 07940 Phone: 973-360-0170 Fax: 973-360-0176 Email: [email protected] www.gti-e.com
GulfRim Navigation, P.O. Box 1214, Abbeville, LA 70511 Phone: 877-893-0789 Fax: 337-893-6256 Email: [email protected] www.gulfrim.com
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H&L Instruments, P.O. Box 580, 34 Post Rd., North Hampton, NH 03862-0580 Phone: 603-964-1818 Fax: 603-964-8881 Email: [email protected] www.hlinstruments.com
H2O Innovation USA, Inc., 6840 Shingle Creek Pkwy., Ste. 20, Brooklyn Center, MN 55430 Phone: 763-566-8961 Fax: 763-566-8972 Email: [email protected] www.h2oinnovation.com
Haberberger, Inc., 9744 Pauline Pl., Saint Louis, MO 63116 Phone: 314-631-3324 Fax: 314-631-2751 Email: [email protected] www.haberbergerinc.com
Hach, P.O. Box 389, Loveland, CO 80539 Phone: 866-450-4248 Fax: 970-669-2932 Email: [email protected] www.hach.com
Hadek Protective Systems, Foster Plaza 5, 651 Holiday Dr., Pitts-burgh, PA 15220 Phone: 412-204-0028 Fax: 412-204-0039 Email: [email protected] www.hadek.com
Haefely Test AG, Birsstrasse 300, Basel, 4052 Switzerland Phone: +41 61 373 4111 Fax: +41 61 373 49 12 Email: [email protected] www.haefely.com
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Haldor Topsoe, Inc., 17629 El Camino Real, Ste. 300, Houston, TX 77058 Phone: 281-228-5000 Fax: 281-228-5109 Email: [email protected] www.topsoe.com
Halfen GmbH, Liebigstrasse 14, Langenfeld, 40764 Germany Phone: +49 (0) 2173/970-0 Fax: +49 (0) 2173/970-123 Email: [email protected] www.halfen.com
Halfen USA, Inc., 8521 FM 1976, P.O. Box 547, Converse, TX 78109
Phone: 800-423-9140 Fax: 888-277-1695 Email: [email protected] www.halfenusa.com
Hamon Custodis, Inc., 58 East Main St., Somerville, NJ 08876 Phone: 908-333-2000 Fax: 908-333-2151 Email: [email protected] www.hamoncustodis.com
Hanover Technical Sales, Inc., P.O. Box 70, Battery Park, VA 23304 Phone: 757-357-2677 Email: [email protected] www.HanoverTechnical.com
HARCO, 186 Cedar Street, Bran-ford, CT 06405-6011 Phone: 203-483-3700 www.harcolabs.com
Hardy Process Solutions, 9440 Carroll Park Dr., Ste. 150, San Diego, CA 92121 Phone: 800-821-5831 Email: [email protected] www.hardysolutions.com
Harrington Hoists, Inc., 401 West End Ave., Manheim, PA 17545 Phone: 800-233-3010 Fax: 717-665-2861 Email: [email protected] www.harringtonhoists.com
Hatch, 330 Hatch Drive, Foster City, CA 94404 Phone: 858-847-0655 Fax: 866-388-8595 www.hgpauction.com
Hawk Measurement, 7 River St., Middleton, MA 01949 Phone: 978-304-3000 Fax: 978-304-1462 Email: [email protected] www.hawkmeasure.com
Hayden Laser Services, LLC, 333 River St., West Springfield, MA 01089 Phone: 413-734-4981 Fax: 413-785-5052 Email: [email protected] www.haydenlaser.com
Hayward Tyler, 1 Kimpton Rd., Luton, LU1 3LD United Kingdom Phone: 01582 731144 Fax: 01582 722920 Email: [email protected] www.haywardtyler.com
HC Controls, Inc., 3271 Pleasant Ter., Crestview, FL 32539 Phone: 850-398-8078 Fax: 850-398-4030 Email: [email protected] www.hccontrols.com
Headwaters, Inc., 10653 S River Front Pkwy., Ste. 300, South Jordan, UT 84095 Phone: 801-984-9400 Fax: 801-984-9410 Email: [email protected] www.flyash.com
Heath Consultants, Inc., 9030 Monroe Rd., Houston, TX 77061 Phone: 713-844-1300 Fax: 713-844-1309 Email: [email protected] www.heathus.com
Heatrex, Inc., P.O. Box 515, Meadville, PA 16335 Phone: 814-724-1800 Fax: 814-333-6580 Email: [email protected] www.heatrex.com
Helmick Corp., P.O. Box 71, Fair-mont, WV 26555-0071 Phone: 304-366-3520 Fax: 304-366-8923 Email: [email protected] www.HelmickCorp.com
Hessler Associates, Inc., 3862 Clifton Manor Pl., Haymarket, VA 20169 Phone: 703-753-1602 Email: [email protected] www.hesslernoise.com
Heyl & Patterson, Inc., P.O. Box 36, Pittsburgh, PA 15230 Phone: 412-788-9810 Fax: 412-788-9822 Email: [email protected] www.heylpatterson.com
HFP Acoustical Consultants, 6001 Savoy Drive, Suite 215, Houston, Texas 77036-3322 Phone: 713-789-9400 Fax: 713-789-5493 www.hfpacoustical.com
HGP, Inc., 1720 N Pleasantburg Dr., Greenville, SC 29609 Phone: 864-370-0213 Fax: 864-370-0215 Email: [email protected] www.hgp-inc.com
Highland Technology, Inc., 18 Otis St., San Francisco, CA 94103 Phone: 415-551-1700 Fax: 415-551-5129 Email: [email protected] www.highlandtechnology.com
Highline Products, 800 South St., Waltham, MA 02453 Phone: 781-736-0002 Fax: 781-647-3607 Email: [email protected] www.highlineproducts.com
Highpoint Sales, Inc., 21151 John Milless Dr., P.O. Box 483, Rogers, MN 55374 Phone: 763-416-9707 Fax: 763-416-9708 Email: [email protected] www.highpointsales.com
Hilco Industrial, 31555 West Fourteen Mile Rd. Suite 301, Farmington Hills, MI 48334 Phone: 248-254-9999 Fax: 248-254-9995 www.hilcoind.com
Hiller Systems, Inc., 1242 Execu-tive Blvd., Chesapeake, VA 23320 Phone: 757-549-9123 Fax: 757-549-1083 Email: [email protected] www.hillersystemsinc.com
Hillscape, Inc., 869 East 725 South, Centerville, UT 84014 Phone: 801 554 3791 Email: [email protected] www.hillscape.us
Hindusthan Mica Mart, Main Road, Giridih-815301, Giridih, 815301 India Email: [email protected] www.micaexport.diytrade.com
Hinkel Equipment Rental As-sociates, Inc., 2410 High Rd., Huntingdon Valley, PA 19006 Phone: 215-673-6700 Fax: 215-938-0609 Email: [email protected] www.hinkrent.com
Hitachi Power Systems America Ltd., 645 Martinsville Rd., Bask-ing Ridge, NJ 07920 Phone: 908-605-2800 Fax: 908-604-6211 Email: [email protected] www.hitachipowersystems.us
Hitech Instruments, Great Mar-lings Butterfield, Luton, LU2 8DL United Kingdom Phone: +44 1582 435600 Fax: +44 1582 400901 Email: [email protected] www.hitech-inst.co.uk
Hoffmann, Inc., 6001 49th St. S, Muscatine, IA 52761 Phone: 563-263-4733 Fax: 563-263-0919 Email: [email protected] www.hoffmanninc.com
Hoppy Industrial Co. Ltd., 74, Lane 255, Ren-Ai St., San-Chung District, New Taipei City, 241 Taiwan Phone: 886-2-2985-3001 Fax: 886-2-2985-5490 Email: [email protected] www.hoppy.com.tw
HORIBA, 240 Spring Hill Dr., Ste. 410, Spring, TX 77386 Phone: 877-646-7422 Email: [email protected] www.horiba.com/us/en/
Hose Master, LLC, 1233 East 222nd St., Cleveland, OH 44117 Phone: 216-481-2020 Email: [email protected] www.hosemaster.com
Howden North America, Inc., 7079 Parklane Rd., Ste. 300, Columbia, SC 29223 Phone: 803-741-2700 Fax: 866-757-0941 Email: [email protected] www.howden.com
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Hoyt Electrical Instrument Works, Inc., 23 Meter St., Penacook, NH 03303 Phone: 603-753-6321 Fax: 603-753-9592 Email: [email protected] www.hoytmeter.com
HR Power, 42010 Koppernick Rd., Ste. 117, Canton, MI 48187 Phone: 734-416-9328 Fax: 734-416-9368 Email: [email protected] www.hrpco.com
HTRI, 150 Venture Dr., College Station, TX 77845 Phone: 979-690-5050 Fax: 979-690-3250 www.HTRI.net
Hubbell Power Systems, Inc., 210 North Allen, Centralia, MO 65240 Phone: 573-682-5521 Fax: 573-682-8714 Email: [email protected] www.hubbellpowersystems.com
Hurst Technologies Corp., 4005 Technology Dr., Ste. 1000, Angle-ton, TX 77515 Phone: 979-849-5068 Fax: 979-849-6663 Email: [email protected] www.hursttech.com
HydraTech Engineered Products, 10448 Chester Rd., Cincinnati, CT 45215 Phone: 513-827-9169 Fax: 513-827-9171 Email: [email protected] www.hydratechllc.com
HydraTight / D.L. Ricci, 5001 Moundview Dr., Red Wing, MN 55066 Phone: 651-388-8661 Fax: 651-388-0002 Email: [email protected] www.dlricci.com
Hydro Dyne, Inc., P.O. Box 318, 225 Wetmore Ave. S.E., Massillon, OH 44648-0318 Phone: 330-832-5076 Fax: 330-832-8163 Email: [email protected] www.hydrodyneinc.com
Hydro, Inc., 834 West Madison St., Chicago, IL 60607 Phone: 312-738-3000 Fax: 312-738-3226 Email: [email protected]
Hydropro, Inc., 2631 Highway J, Bourbon, MO 65441 Phone: 573-732-3318 Fax: 573-732-9408 Email: [email protected] www.hpro.com
Hypercat Advanced Catalyst Products, 1075 Andrew Dr., Ste. C, West Chester, PA 19380 Phone: 610-692-3490 Fax: 610-692-3971 Email: [email protected] www.hypercat-acp.com
HYTORC, 333 Route 17, Mahwah, NJ 07430 Phone: 201-512-9500 Fax: 201-512-9501 Email: [email protected] www.hytorc.com
Hyundai Heavy Industries Co., 140-2 Kye-Dong, Chongro-Ku, Seoul, 110-793 South Korea Phone: 822-746-7576 Fax: 922-746-7548 Email: [email protected] www.hyundai-elec.com/eng
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I.C.M.I.(Inductive Components Mfg., Inc.), 1200 Ferris Rd., P.O. Box 188, Amelia, OH 45102 Phone: 513-752-4731 Fax: 513-752-4738 Email: [email protected] www.ICMIinc.com
ICL-IP, 16800 Imperial Valley Drive, Houston, TX 77060 Phone: 281-445-0676 Fax: 281-445-2284 www.calciumbromides.com
IFS North America, Inc., 200 South Executive Dr., Brookfield, WI 53005 Phone: 262-317-7480 Fax: 262-317-7401 Email: [email protected] www.ifsworld.com
igus®, Inc., P.O. Box 14349, East Providence, RI 02914 Phone: 401-438-2200 Fax: 401-438-7270 Email: [email protected] www.igus.com
ILLICA Group, 475 Silver St., Poca, WV 25159 Phone: 304-776-9370 Fax: 304-776-9464 Email: [email protected] www.bluepeterseries.com
ILT-RES, LLC, M.Pokrovskaya st. 18, of. 312 Kostina St. 2, of 132, Nizhniy Novgorod, 603000 Rus-sian Federation Phone: +7 906 366 12 78 Fax: +7 831 433 77 14 Email: [email protected] www.ilt-res.com
Imbibitive Technologies America, Inc., 8 Hiscott St., Ste. #1, St. Catharines, ON L2R 1C6 Canada Phone: 888-843-2323 Fax: 877-439-2323 Email: [email protected] www.imbiberbeads.com
Imeco Ltd., Imeco House, Budge Budge Trunk Road Maheshtalla, Dakghar, Kolkata, 700141 India Email: [email protected] www.imecolimited.com
IMR, Inc., 3634 Central Ave., St. Petersburg, FL 33711 Phone: 727-328-2818 Fax: 727-328-2826 Email: [email protected] www.imrusa.com
Incon, 92 Industrial Park Rd., Saco, ME 04072 Phone: 207-283-0156 Fax: 207-283-0158 Email: [email protected] www.incon.com
Indeck Power Equipment Co., 1111 Willis Ave., Wheeling, IL 60090 Phone: 847-541-8300 Fax: 847-541-9984 Email: [email protected] www.indeck.com
Independent Turbine Consulting, LLC, 15905 Brookway Dr., Ste. 4101A, Huntersville, NC 28078 Phone: 804-397-9411 Email: [email protected] www.TurbineFieldService.com
Indigo Technologies, 8980 Perry Hwy., Pittsburgh, PA 15237 Phone: 412-358-0171 Email: [email protected] www.indigotechnologise-us.com
InduMar Products, Inc., 3355 West Alabama, Ste. 110, Houston, TX 77098 Phone: 713-977-4100 Fax: 713-977-4164 Email: [email protected] www.indumar.com
Industrial Contract Services, Inc., P.O. Box 13158, Grand Forks, ND 58208 Phone: 701-775-8480 Fax: 701-775-8479 Email: [email protected] www.icsgf.com
Industrial Engineering, S.A., P.O. Box 4146, Florence, SC 29502 Phone: 843-665-9984 Fax: 843-667-1424 Email: [email protected] www.industrialengineering-sa.com
Industrial Insite, LLC, P.O. Box 286, Osseo, MN 55369 Phone: 763-753-7595 Email: [email protected] www.Industrialinsite.com
Industrial Magnetics, Inc., 1385 M-75 S., Boyne City, MI 49712 Phone: 231-582-3100 Email: [email protected] www.magnetics.com
Industrial Marketing Systems, P.O. Box 890, Twin Peaks, CA 92391-0890 Phone: 909-337-2238 Fax: 909-336-5293 Email: [email protected] www.imswe.com
Industrial Servo Hydraulics, Inc., 17650 Malyn Blvd., Fraser, MI 48026 Phone: 586-296-0960 Fax: 586-296-0375 Email: [email protected] www.indservo.com
Industrial Solutions Internation-al, 326 Carter Moir Dr., Lancaster, PA 17601 Phone: 717-560-0310 Email: [email protected] www.indsolint.com
Industrial Training International, 9428 Old Pacific Hwy, Woodland, WA 98674 Phone: 360-225-1100 www.iti.com
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Infolytica Corp., Place du Pare 300 Leo Pariseau, Ste. 2222, Montral, Quebec H2X 4B3 Canada Phone: 514-849-8752 Fax: 514-849-4239 Email: [email protected] www.infolytica.com
Infor, 13560 Morris Rd., Ste. 4100, Alpharetta, GA 30004 Phone: 800-260-2640 Fax: 678-319-8682 Email: [email protected] www.infor.com
InfoSight Corp., 20700 US Hwy. 23, Chillicothe, OH 45601 Phone: 740-642-3600 Fax: 740-642-5001 Email: [email protected] www.infosight.com
INNER-TITE Corp., 110 Industrial Dr., Holden, MA 01520 Phone: 508-829-6361 Fax: 508-829-4469 Email: [email protected] www.inner-tite.com
Innovative Control Systems, Inc., 26 Corporate Dr., Clifton Park, NY 12065 Phone: 518-383-8078 Fax: 518-383-5966 Email: [email protected] www.icsworldwide.com
Inspectech Corp., 8550 W Charleston Blvd., #102-148, Las Vegas, NV 89117 Phone: 800-705-4357 Email: [email protected] www.weldtracking.com
InStep Software, 55 East Monroe St., Chicago, IL 60603 Phone: 312-894-7837 Email: [email protected] www.instepsoftware.com
Instrument Transformer Equip-ment Corp. (ITEC), P.O. Box 23088, Charlotte, NC 28227 Phone: 704-282-4331 Fax: 704-283-3017 Email: [email protected] www.itec-ctvt.com
Intek, Inc., 751 Intek Way, Westerville, OH 43082 Phone: 614-895-0301 Email: [email protected] www.intekflow.com
Interdevelopment, Inc., 1629 K St. NW, Ste. 300, Washington, DC 20006 Phone: 202-508-1459 Fax: 202-331-3759 Email: [email protected] www.interdevelopment.com
Intergraph Corp., 300 Intergraph Way, Madison, AL 35758 Phone: 256-730-3390 Email: [email protected] www.intergraph.com/ppm
Interliance, LLC, 4 Hutton Centre, Ste. 1050, Santa Ana, CA 92707 Phone: 714-540-8889 Fax: 714-540-6113 Email: [email protected] www.interliance.com
International Business Systems, 90 Blue Ravine Rd., Folsom, CA 98630 Phone: 916-985-3900 Email: [email protected] www.ibs.net
International Paint, Stoneygate Lane Felling, Gateshead, NE10 0JY United Kingdom Phone: +44 191 402 2661 Email: [email protected] www.international-pc.com/coal
International Power Machinery Co., 50 Public Sq. Terminal Tower, Ste. 834, Cleveland, OH 44113 Phone: 216-621-9514 Fax: 216-621-9515 Email: [email protected] www.intlpwr.com
Interpolymer Corp., 200 Dan Rd., Canton, MA 02021 Phone: 781-828-7120 Fax: 781-821-2485 Email: [email protected] www.interpolymer.com
Intertek AIM, 16100 Cairnway Dr., Ste. 310, Houston, TX 77084-3597 Phone: 832-593-0550 Fax: 832-593-0551 Email: [email protected] www.intertek.com/power-gener-ation/
Inuktun Services Ltd., 2569-C Kenworth Rd., Nanaimo, BC V9T 3M4 Canada Phone: 250-729-8080 Fax: 250-729-8077 Email: [email protected] www.inuktun.com
Invenergy LLC, One South Wacker Drive, Suite 1900, Chicago, IL 60606 Phone: 312-224-1400 Fax: 312-224-1444 www.invenergyllc.com
Invensys, 10900 Equity Dr., Houston, TX 77041 Phone: 888.869.0059 Fax: 713-329-1700 Email: [email protected] www.IOM.Invensys.com
Ionics, Inc., 65 Grove St., Water-town, MA 02472 Phone: 617-926-2500 Fax: 617-926-4304 Email: [email protected] www.ionics.com
Iris Power LP, 3110 American Dr., Mississauga, ON L4V 1T2 Canada Phone: 905-677-4824 Fax: 905-677-8498 Email: [email protected] www.irispower.com
IRIS Systems, Inc., 7583 Vantage Pl., Delta, BC V4G 1A5 Canada Phone: 604-584-4747 Fax: 604-581-9790 Email: [email protected] www.iris-systems.com
IRISS, 10306 Technology Ter., Bradenton, FL 34211 Phone: 941-907-9128 Email: [email protected] www.iriss.com
Ironworker Management Progres-sive Action Cooperative Trust (IMPACT), 1750 New York Avenue, Suite 400, Washington, DC 20006 Phone: 800-545-4921 Fax: 202-393-1148 www.impact-net.org
ITT Flygt Corp., 35 Nutmeg Dr., Trumbull, CT 06611 Phone: 203-380-4700 Fax: 203-380-4705 Email: [email protected] www.flygtus.com
ITW Devcon Futura Coatings, 1685 Galt Industrial Blvd., St. Louis, MO 63132 Phone: 314-733-1110 Fax: 314-733-1164 Email: [email protected] www.futuracoatings.com
Iveco Motors Of North America, 245 E Carol Stream, Carol Stream, IL 60188 Phone: 630-260-4226 Fax: 630-260-4267 Email: [email protected] www.ivecomotors.com
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J Custom Supply, Inc., 10013 Mammoth, Baton Rouge, LA 70814 Phone: 225-272-2210 Fax: 225-272-2223 Email: [email protected] www.jcustom.com
J7 Learning & Consulting, P.O. Box 888, Levittown, PA 19058 Phone: 215-945 4217 Fax: 215-943-0447 Email: [email protected] www.J7Learning.com
Jamison Products, LP, 27760 Commercial Park Rd., Tomball, TX 77375 Phone: 713-466-6951 Fax: 713-466-5051 Email: [email protected] www.jamisonproducts.com
Jamko Technical Solutions, Inc., 932 Sohn Alloway Rd., Lyons, NY 14489 Phone: 315-871-4420 Fax: 315-871-4430 Email: [email protected] www.jamkocorp.com
Jarret, Inc., 7 Centre Dr., Orchard Park, NY 14127 Phone: 716-662-0406 Fax: 716-740-5121 Email: [email protected] www.jarret.com
JASC: Jansens Aircraft Systems Controls, Inc., 2303 W Alameda Dr., Tempe, AZ 85282 Phone: 602-438-4400 Fax: 602-438-4420 Email: [email protected] www.jasc-controls.com
Jefferson Electric, 9650 S Frank-lin Dr., Franklin, WI 53132 Phone: 414-209-1620 Fax: 414-209-1621 Email: [email protected] www.jeffersonelectric.com
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Jeffrey Rader Corp., 398 Willis Rd., Woodruff, SC 29388 Phone: 864-476-7523 Email: [email protected] www.jeffreyrader.com See our ad on p. 27
Jenny Products, 850 N Pleasant Ave., Somerset, PA 15501 Phone: 814-445-3400 Fax: 814-445-2280 www.jennyproductsinc.com
Jiangsu High Hope International Group Co. Ltd., High Hope Man-sion, 91 Baixia Road, Nanjing, 210008 China Phone: 86-25-84691037 Fax: 86-025-84691038 Email: [email protected] www.high-hope.com
John Crane, Inc., Mechanical Seals Div., 6400 W Oakton St., Morton Grove, IL 60053 Phone: 847-967-2400 Fax: 847-967-3915 Email: [email protected] www.johncrane.com
John R Robinson Inc., 3805 30th St, Long Island City, NY 11101 Phone: 718-786-6088 www.johnrrobinsoninc.com
John Zink Hamworthy Combus-tion, John Zink Company LLC, Coen Division 951 Mariners Island Blvd. Ste. 410, San Mateo, CA 94404 Phone: 650-522-2100 Fax: 650-522-2147 www.coen.com
Johnson Bros Metal Forming Co., 5520 McDermott Dr., Berkeley, IL 60163-1203 Phone: 708-449-7050 Fax: 708-449-0042 Email: [email protected] www.JohnsonRollForming.com
Johnson Matthey Catalysts, LLC, 1121 Alderman Dr., Ste. 204, Alpharetta, GA 30005 Phone: 678-341-7521 Fax: 678-341-7509 Email: [email protected] www.ect.jmcatalysts.com
Jonas, Inc., 4313 Nebraska Ct., Pomfret, MD 20675 Phone: 301-934-5605 Fax: 301-934-5606 Email: [email protected] www.steamcycle.com
Joseph Oat Corp., 2500 Broad-way, Camden, NJ 08104 Phone: 856-541-2900 Fax: 856-541-0864 Email: [email protected] www.josephoat.com
JoshiJampala Engineering Pvt Ltd., M 64 Additional MIDC, Satara, 415004 India Phone: 2162240097 Fax: 2162240017 Email: [email protected] www.joshijampala.com
JOWA USA, Inc., 59 Porter Rd., Littleton, MA 01460 Phone: 978-486-9800 Fax: 978-486-0170 Email: [email protected] www.jowa-usa.com
JR Associates Construction Services, Inc., 1231 Villanova Pl., Riverside, CA 92506 Phone: 951-789-8655 Fax: 951-780-4607 Email: [email protected]
JSHP Trasnformer, 68 Kunlun Development Zone, Liyang, CA 213300 China Phone: 87319632 Email: [email protected] www.jshp.com
JVI Vibratory Equipment, Inc., P.O. Box 40564, Houston, TX 77240-0564 Phone: 832-467-3720 Fax: 832-467-3800 Email: [email protected] www.jvivibratoryequipment.com
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K&G Power Systems, 150 Laser Ct., Hauppauge, NY 11788 Phone: 631-342-1171 Fax: 631-342-1172 Email: [email protected] www.kgpowersystems.com
Kafko Intl. Ltd., 3555 W Howard, Skokie, IL 60175 Phone: 800-528-0334 Fax: 847-763-0334 Email: [email protected] www.oileater.com
Kahn & Co., Inc., 885 Wells Rd., Wethersfield, CT 06109 Phone: 860-529-8643 Fax: 860-529-1895 Email: [email protected] www.kahn.com
Kansas City Deaerator, 6731 W 121st St., Overland Park, KS 66209 Phone: 913-338-2111 Fax: 913-338-2144 Email: [email protected] www.deaerator.com
Karl Storz Endoscopy, Mittelstras-se 8, Tuttlingen, 78532 Germany Phone: 33628750510 Email: [email protected] www.karlstorz.com
Kawasaki Gas Turbines - Ameri-cas, 8829 North Sam Houston Pkwy., Houston, TX 77064 Phone: 281-970-3255 ext 18 Fax: 281-970-6465 Email: [email protected] www.kawasakigasturbines.com
Kaydon Filtration, 1571 Lukken Industrial Dr. West, LaGrange, GA 31907 Phone: 706.884.3041 Fax: 706-883-6199 Email: [email protected] www.kaydonfiltration.com
KCF Technologies, 336 South Fra-ser St., State College, PA 16801 Phone: 814-867-4097 Fax: 814-690-1579 Email: [email protected] www.kcftech.com
KE-Burgmann EJS, 10035 Pros-pect Ave., Ste. 202, Santee, CA 92071 Phone: 619-562-6083 Fax: 619-562-0636 Email: [email protected] www.keb-ejs.com
KE-Burgmann USA, Inc., 2100 Conner Rd., Ste. 200, Hebron, KY 41048 Phone: 859-746-0091 Fax: 859-746-0094 Email: [email protected] www.ke-burgmann.com
Keco Engineered Controls, 1200 River Ave., Bldg. 3A, Lakewood, NJ 08701 Phone: 732-901-5900 Fax: 732-901-5904 Email: [email protected] www.kecocontrols.com
Keith Mfg. Co., 401 NW Adler St., Madras, OR 97741 Phone: 541-475-3802 www.keithwalkingfloor.com
Kentube, 555 W 4th St., Tulsa, OK 74107 Phone: 918-446-4561 Fax: 918-445-4001 www.kentube.com
KEPCO/KPS, Jeongja 1-ro, Bundang-gu,, Seongnam-si, 463-729 South Korea Phone: 82-31-710-4127 Email: [email protected] www.kps.co.kr/eng/
Keystone Electrical Manufacturing Co., 2511 Bell Ave., Des Moines, IA 50321 Phone: 515-661-2775 Email: [email protected] www.KeystoneEMC.com
K-Flow Engineering Co. Ltd., No.120-1 , Niaosong 3rd. St., Yongkang District, Tainan, 71042 Taiwan Phone: 2422231 Fax: 2424819 Email: [email protected] www.kffilters.com.tw
Kiewit Power, 9401 Renner Blvd., Lenexa, KS 66219 Phone: 913-928-7000 www.kiewit.com
K-II Enterprises, 3996 Box Car Ln., Syracuse, NY 13219 Phone: 315-468-3596 Fax: 315-468-0454 Email: [email protected] www.kiienterprises.com/products/
KIMA Echtzeitsysteme GmbH, Guestener Strasse 72, D-52428 Juelich, Germany Phone: +49 2463 9967 0 Fax: +49 2463 9967 99 Email: [email protected] www.kimae.de
KIMRE, Inc., P.O. Box 571240, Miami, FL 33257-1240 Phone: 305-233-4249 Fax: 305-233-8687 Email: [email protected] www.kimre.com
King Filtration Technologies, Inc., 1255 Research Blvd., St. Louis, MO 63132 Phone: 314-432-8441 Fax: 314-432-5147 Email: [email protected] www.king-filter.com
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Kingfisher Industrial, Cradley Business Park, Overend Rd., Crad-ley Heath, B64 7DW UK Phone: +44(0) 1384 410777 Fax: +44(0) 1384 410877 Email: [email protected] www.kingfisher-industrial.co.uk
Kingsbury, Inc., 10385 Drummond Rd., Philadelphia, PA 19154 Phone: 215-824-4000 Fax: 215-824-4999 Email: [email protected] www.kingsbury.com
Kistler Instrument Corp., 75 John Glenn Dr., Amherst, NY 14228-2171 Phone: 716-691-5100 Fax: 716-691-5226 Email: [email protected] www.kistler.com
Kistler-Morse Corp., 150 Venture Blvd., Spartanburg, SC 29305-3805 Email: [email protected]
Kitmondo Ltd., 55 Penn Rd., Lon-don, N7 9RE United Kingdom Phone: +44 870 366 6150 Fax: +44 870 922 3109 Email: [email protected] www.kitmondo.com
Kleentek, 4440 Creek Rd., Cincin-nati, OH 45242 Phone: 800-252-4647 Fax: 513-891-4171 Email: [email protected] www.kleentek.com
KMPT AG, Industriestrasse 1-3, Vierkirchen, 85256 Germany Email: [email protected] www.kmpt.com
KMPT USA, Inc., 8070 Production Dr., Florence, KY 41042 Phone: 859-547-1100 Fax: 859-547-1098 Email: [email protected] www.kmpt.net
Knight Piésold Consulting, 1400-750 West Pender St., Vancouver, BC V6C 2T8 Canada Phone: 604-685-0543 Fax: 604-685-0147 Email: [email protected] www.knightpiesold.com
KnightHawk Engineering, 17625 El Camino Real, #412, Houston, TX 77058 Phone: 281-282-9200 Fax: 281-282-9333 Email: [email protected] www.knighthawk.com
Knotts & Co, P.O. Box 1335, Salem, UT 84653 Phone: 801-423-8080 Fax: 801-423-8028 Email: [email protected] www.knottsco.net
Komline-Sanderson, 12 Holland Ave., P.O. Box 257, Peapack, NJ 07977 Phone: 908-234-1000 Fax: 908-234-9487 Email: [email protected] www.komline.com
Krueger Engr & Mfg. Co., Inc., P.O. Box 11308, Houston, TX 77293-1308 Phone: 281-442-2537 Fax: 281-442-6668 Email: [email protected] www.kemco.net
K-TEK Corp., 18321 Swamp Rd., Prairieville, LA 70769 Phone: 225-673-6100 Fax: 225-673-2525 www.ktekcorp.com
KTSDI, LLC, 141 Lost Creek Dr., Youngstown, OH 44512 Phone: 330-783-2000 Email: [email protected] www.ktsdi.com
KUKA Real-Time Products, 17821 E 17th St., Ste. 293, Tustin, CA 92780 Phone: 714-505-1485 Fax: 714-505-1149 Email: [email protected] www.kuka-rtosusa.com
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La Marche Mfg. Co., 106 Bradrock Dr., Des Plaines, IL 60018 Phone: 847-299-1188 Fax: 847-299-3061 Email: [email protected] www.lamarchemfg.com
Laboratory Testing, Inc., 2331 Topaz Dr., Hatfield, PA 19440 Phone: 800-219-9095 Fax: 800-219-9096 Email: [email protected] www.labtesting.com
Lake Shore Electric Corp., 205 Willis St., Bedford, OH 44146 Phone: 440-232-0200 Fax: 440-232-5644 Email: [email protected] www.lake-shore-electric.com
Lanier Consulting, LLC, 141 Lu-cretia Ln., Columbiana, OH 44408
Phone: 330-322-9185 Fax: 330-482-9236 Email: [email protected] www.lanierconsult.com
Lanj Tools, LLC, 1314-B Center Dr., #424, Medford, OR 97501 Phone: 888-419-1963 Fax: 541-639-4264 Email: [email protected] www.Lanjtools.com
LAP Power Engineering, 800 Village Walk, #237, Guilford, CT 06437 Phone: 203-464-9123 Fax: 203-488-3439 Email: [email protected]
Laser Imaging Systems, 204-A E McKenzie St., Punta Gorda, FL 33950 Phone: 941-639-3533 Fax: 941-639-6458 Email: [email protected] www.sunline.net/lis
Lasermap Image Plus/GPR, 16 Sixth Line Rd., Bristol, QC J0X 1G0 Canada Phone: 819-647-3085 Fax: 819-647-3085 Email: [email protected] www.lasermap.com
Lazar Scientific, Inc., 51097 Bittersweet Rd., P.O. Box 1128, Granger, IN 46530 Phone: 574-271-7020 Fax: 574-271-7477 Email: [email protected] www.lazarsci.com
LCI Corp., 4433 Chesapeake Dr., Charlotte, NC 28216 Phone: 704-394-8341 Fax: 704-392-8507 Email: [email protected] www.lcicorp.com
LCR Electronics, 9 South Forest Ave., Norristown, PA 19401 Phone: 610-278-0840 Fax: 610-278-0935 Email: [email protected] www.lcr-inc.com
LEA International, 10701 Airport Dr., Hayden, ID 83835 Phone: 800-881-8506 Fax: 208-762-6099 www.leaintl.com
Lectrus Corp., 2215-C Olan Mills Dr., Chattanooga, TN 37421 Phone: 423-894-9268 Fax: 423-894-9337 Email: [email protected] www.lectrus.com
LEDtronics, Inc., 23105 Kashiwa Ct., Torrance, CA 90505 Phone: 310-534-1505 Fax: 310-534-1424 Email: [email protected] www.LEDtronics.com
Leeco Steel, LLC, 8255 S Lemont Rd., Ste. 100, Darien, IL 60561 Phone: 800-621-4366 Fax: 630-427-2190 Email: [email protected] www.leecosteel.com
Lenox Instrument Co., Inc., 265 Andrews Rd., Trevose, PA 19053 Phone: 215-322-9990 Fax: 215-322-6126 Email: [email protected] www.lenoxinst.com
Leslie Controls, Inc., 12501 Tele-com Dr., Tampa, FL 33637 Phone: 813-978-1000 Fax: 800-933-7543 Email: [email protected] www.lesliecontrols.com
Liberty Steel Fabricators, 5292 Hog Mountain Rd., Flowery Branch, GA 30542 Phone: 770-616-4042 Fax: 770-967-8005 Email: [email protected] www.LibertySteelFabricators.com
Liburdi Dimetrics Corp., 2599 Charlotte Hwy., Mooresville, NC 28117 Phone: 704-892-8872 Email: [email protected] www.liburdi.com
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Lifting Gear Hire Corp., 9925 S Industrial Dr., Bridgeview, IL 60455 Phone: 800-878-7305 Fax: 708-430-3536 Email: [email protected] www.lgh-usa.com
Lineal Recruiting Services, 46 Copper Kettle Rd., Trumbull, CT 06611 Phone: 203-386-1091 Fax: 203-386-9788 Email: [email protected] www.lineal.com
Linita Design & Mfg. Corp., 1951 Hamburg Trpk., #24, Buffalo, NY 14218 Phone: 715-566-7753 Email: [email protected] www.linita.com
Lisbon Hoist, Inc., 321 South Beaver St., Lisbon, OH 44432 Phone: 330-424-7283 Fax: 330-424-7445 Email: [email protected] www.lisbonhoist.com
Lista International Corp., 106 Lowland St., Holliston, MA 01746 Phone: 800-722-3020 Fax: 508-626-0353 Email: [email protected] www.listaintl.com
LoadBanks of America, 2004 Howard Ln., Austin, TX 78728 Phone: 877-288-4482 Email: [email protected] www.loadbanksofamerica.com
Lockmasters USA, P.O. Box 2532, Panama City, FL 32402 Phone: 800-461-0620 Fax: 850-914-9754 Email: [email protected] www.lockmastersusa.com
Lockwood Greene, CH2M Hill, P.O. Box 491, Spartanburg, SC 29304 Phone: 864-578-2000 Fax: 864-599-4117 Email: [email protected] www.lg.com
Look Technologies, LLC, 2723 Wilshire Ave., West Lafayette, IN 47906 Phone: 217-419-5641 Fax: 888-600-7610 Email: [email protected] www.Lookrvi.com
LPP Combustion, LLC, 8940 Old Annapolis Rd., Ste. K, Columbia, MD 21045 Phone: 410-884-3089 Fax: 410-884-3267 Email: [email protected] www.lppcombustion.com
Lucifer Furnaces, Inc., 2048 Bun-nell Rd., Warrington, PA 18976 Phone: 215-343-0411 Fax: 215-343-7388 Email: [email protected] www.luciferfurnaces.com
Ludeca, Inc., 1425 NW 88th Ave., Doral, FL 33172 Phone: 305-591-8935 Fax: 305-591-1537 Email: [email protected] www.ludeca.com
Lufft USA, 123 Gray Ave., Santa Barbara, CA 93101 Phone: 805-453-9668 Email: [email protected] www.lufftusa.com
LumaSense Technologies, 3033 Scott Blvd., Santa Clara, CA 95054-3316 Phone: 408-727-1600 Fax: 408-727-1677 Email: [email protected] www.lumasenseinc.com
LYNN Engineered Systems, LLC, 28835 N Herky Dr., Ste. 103, Lake Bluff, IL 60044 Phone: 847-549-8900
Fax: 847-549-8901 Email: [email protected] www.lynnengineeredsystems.com
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M+P Labs, Inc., 2210 Technology Dr., Schenectady, NY 12308 Phone: 518-382-0082 Fax: 518-382-1182 Email: [email protected] www.mandplabs.com
M+W Group, Lotterbergstraße 30, Stuttgart, 70499 Germany Phone: 4971188040 Email: [email protected] www.mwgroup.net
Macchi - A Division of Sofinter S.p.A., Largo Buffoni 3, Gallarate (VA), 21013 Italy Email: [email protected] www.macchiboiler.it
Machine Control Systems, 90 Monarch Rd., Guelph, ON N1K 1S3 Canada Phone: 519-767-0830 Fax: 519-767-0841 Email: [email protected] www.machinecontrolsystems.ca
Machinery Mounting Solutions, Inc., 8000 Research Forest Dr., Ste. 115-244, Spring, TX 77382 Phone: 281-298-9911 Fax: 281-220-8368 Email: [email protected] www.machinerymountingsolutions.com
MacroTech, Inc., 246 Mamaroneck Rd., Scarsdale, NY 10583-7242 Phone: 914-723-6185 Fax: 914-723-6085 Email: [email protected] www.macrotechinc.com
Magellan Professional Solutions, Inc., 109-G Gainsborough Sq., #744, Chesapeake, VA 23320 Phone: 757-549-1880 Fax: 866-861-9647 Email: [email protected] www.magellan-ps.com
Magnatech, LLC, 6 Kripes Rd., P.O. Box 260, East Granby, CT 06026 Phone: 860-653-2573 Fax: 860-653-0486 Email: [email protected] www.magnatechllc.com
Magnetics Division, Global Equipment Mktg., Inc., P.O. Box 810483, Boca Raton, FL 33481-0483 Phone: 561-750-8662 Fax: 561-750-9507 Email: [email protected] www.globalmagnetics.com
Magnetrol International, Inc., 5300 Belmont Rd., Downers Grove, IL 60515 Phone: 630-690-4000 Fax: 630-969-9489 Email: [email protected] www.magnetrol.com See our ad on p. 5
Mainsaver, 15150 Ave. of Science, San Diego, CA 92128 Phone: 858-674-8700 Email: [email protected] www.mainsaver.com
MajorPower Corp., 7011 Indus-trial Dr., Mebane, NC 27302 Phone: 919-563-6610 Fax: 919-563-6620 Email: [email protected] www.majorpower.com
MAN Turbo, Inc. USA, 2901 Wilcrest Dr., Ste. 345, Houston, TX 77042 Phone: 713-780-4200 Fax: 713-780-2848 Email: [email protected] www.manturbo.com
Marathon Sensors, Inc., 3100 E Kemper Rd., Cincinnati, OH 45241-7788 Phone: 513-772-1000 Fax: 513-326-7090 www.marathonsensors.com
Martech Media, Inc., 9450 Grogan’s Mill Rd., Ste. 150, The Woodlands, TX 77380 Phone: 281-465-0625 Email: [email protected] www.martechmedia.com
Martin Engineering, One Martin Pl., Neponset, IL 61345 Phone: 309-852-2384 Email: [email protected] www.martin-eng.com See our ad on p. 54
Master Bond, Inc., 134 Hobart St., Hackensack, NJ 07601 Phone: 201-343-8983 Fax: 201-343-2132 Email: [email protected] www.masterbond.com
Matec In America, 71 South St., Hopkinton, MA 01748 Phone: 508-293-8400 Fax: 508-435-1919 Email: [email protected] www.matecinamerica.com
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Matrix SME, 5100 East Skelly Drive # 700, Tulsa, OK 74135 Phone: 918-838-8822 Fax: 918-838-0782 Email: [email protected] www.matrixsme.com
Maven Power, LLC, 134 Vintage Park Blvd., Ste. A-101, Houston, TX 77070 Phone: 832-552-9225 Fax: 832-460-3760 Email: [email protected] www.mavenpower.com
Mazzella Lifting Technologies, 21000 Aerospace Pkwy., Cleve-land, OH 44142 Phone: 440-239-7000 Fax: 440-239-7010 Email: [email protected] www.mazzellalifting.com
MB Oil Filters, c/o Meiji Corpora-tion, 660 Fargo Ave., Elk Grove Village, IL 60007 Phone: 847-364-9333 x 652 Email: [email protected] www.mboilfilters.com
MBDi (Mastering Business Development, Inc.), 7422 Carmel Executive Park Dr., Ste. 202, Charlotte, NC 28226 Phone: 704-553-0000 Fax: 704-553-0001 Email: [email protected] www.mbdi.com
McCrometer, 3255 W Stetson Ave., Hemet, CA 92545 Phone: 951-652-6811 Fax: 951-652-3078 www.mccrometer.com
McDermott Brothers Products, 2435 W Union St., Allentown, PA 18104 Phone: 610-432-6188 Fax: 610-432-5690 Email: [email protected] www.iso-con.com
McGill AirClean, LLC, 1777 Refu-gee Rd., Columbus, OH 43207 Phone: 614-829-1200 Fax: 614-445-8759 Email: [email protected] www.mcgillairclean.com
McGills Equipment, 4803 N Mil-waukee Ave., Chicago, IL 60630 Phone: 773-209-3211 Email: [email protected] www.mcgillsequipment.com
MCNS Environmental Systems, Inc., 5940 Young St., Smithville, ON L0R 2A0 Canada Phone: 905-957-7041 Email: [email protected] www.mcnsenvironmental.com
MDF Cable Bus Systems, 4465 Limaburg Rd., Hebron, KY 41048 Phone: 888-808-1655 Fax: 859-586-6572 Email: [email protected] www.mdfbus.com
Mead & Hunt, Inc., 6501 Watts Rd., Madison, WI 53719 Phone: 608-273-6380 Email: [email protected] www.meadhunt.com
Measurement Specialties, Inc., 1000 Lucas Way, Hampton, VA 23666 Phone: 800-678-7226 Fax: 757-766-4297 Email: [email protected] www.meas-spec.com
Mechanical & Ceramic Solutions, Inc., 730 Superior St., Bldg. 16, Carnegie, PA 15106 Phone: 412-429-8991 Fax: 412-429-8766 Email: [email protected] www.mcs-pa.com
Mechanical Dynamics & Analysis, Ltd., 19 British American Blvd., Latham, NY 12110 Phone: 518-399-3616 Fax: 518-399-3929 Email: [email protected] www.MDAturbines.com
MECS, Inc., 14522 S Outer Forty Rd., Chesterfield, MO 63017 Phone: 314-275-5700 Fax: 314-275-5701 Email: [email protected] www.mecsglobal.com
Meeco, Inc., 250 Titus Ave., War-rington, PA 18976 Phone: 215-343-6600 Fax: 215-343-4194 Email: [email protected] www.meeco.com
Megger, 4271 Bronze Way, Dallas, TX 75237 Phone: 800-723-2861 Fax: 214-331-7379 Email: [email protected] www.megger.com
Meltric Corporation, 4640 Iron-wood Drive, Franklin, WI 53132
Phone: 414-817-6160 Email: [email protected] www.meltric.com
Membrana, 13800 S Lakes Dr., Charlotte, NC 28273 Phone: 704-587-8888 Fax: 704-587-8610 Email: [email protected] www.liqui-cel.com
MEN Micro, Inc., 24 North Main St., Ambler, PA 19002 Phone: 215-542-9575 Fax: 215-542-9577 Email: [email protected] www.menmicro.com
Mercer International Oil Water Separators, P.O. Box 540, Mend-ham, NJ 07945 Phone: 973-543-9000 Email: [email protected] www.oil-water-separators.com
MET - Marsulex Environmental Technologies, 200 North Seventh St., Lebanon, PA 17046 Phone: 908-235-5125 Email: [email protected] www.met.net
Metabo Corp., 1231 Wilson Dr., West Chester, PA 19380 Phone: 800-638-2264 Fax: 800-638-2261 Email: [email protected] www.metabousa.com
Metalfab, Inc., 11 Prices Switch Rd., P.O. Box 9, Vernon, NJ 07462 Phone: 973-764-2000 Fax: 973-764-0272 Email: [email protected] www.metalfabinc.com
Meteodyn America, 2207 Chest-nut St., Philadelphia, PA 19103 Phone: 33240710505 Fax: 33240710506 Email: [email protected] www.meteodyn.com
Metric Systems Corp., 2320 Cousteau Ct., Ste. 201, Vista, CA 92081 Phone: 760-560-0348 Fax: 760-560-0356 Email: [email protected] www.metricsystems.com
Metrix Instrument Co., A Roper Industries Company, 1771 Town-hurst Dr., Houston, TX 77043 Phone: 713-461-2131 Fax: 713-461-8223 Email: [email protected] www.metrix1.com
Metrohm-Peak, 12521 Gulf Free-way, Houston, TX 77034 Phone: 281-484-5000 Fax: 281-484-5001 Email: [email protected] www.mp-ic.com
Metso Power, 3430 Toringdon Way, Charlotte, NC 28277 Phone: 704-541-1453 Fax: 704-541-1128 Email: [email protected] www.metsopower.com
Mettler-Toledo Thornton, Inc., 36 Middlesex Trpk., Bedford, MA 01730 Phone: 781-301-8600 Fax: 781-301-8701 Email: [email protected] www.us.mt.com
MGE UPS Systems, 1660 Scenic Ave., Costa Mesa, CA 92626 Phone: 714-557-1636 Fax: 714-434-0865 www.mgeups.com/us
MHT Access Services, Inc., 4127 Hollister St., Ste. A, Houston, TX 77080 Phone: 713-460-4001 Email: [email protected] www.mhtgroup.net
Microbeam Technologies, Inc., 4200 James Ray Dr., Ste. 193, Grand Forks, ND 58203 Phone: 701-777-6530 Fax: 701-777-6532 Email: [email protected] www.microbeam.com
Mid America Engine, 2500 State Hwy. 160, Warrior, AL 35180 Phone: 205-590-3505 Fax: 205-590-3558 Email: [email protected] www.maegen.com
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Midland-ACS, P.O. Box 422, Grimsby, ON L3M 4H8 Canada Phone: 905-309-1834 Fax: 905-309-1835 Email: [email protected] www.midland-acs.com
Mid-Mountain Materials, Inc., 2731 77th Ave. SE, Ste. 100, Mercer Island, WA 98040 Phone: 800-382-2208 Fax: 206-762-7694 Email: [email protected] www.mid-mountain.com
Midwest Towers, 1153 Hwy. 19 East, Chickasha, OK 73018 Phone: 405 224 4622 Fax: 405 224 4625 Email: [email protected] www.midwesttowers.com
MikroPul, 4433 Chesapeake Dr., Charlotte, NC 28216 Phone: 704-998-2600 Fax: 704-998-2601 Email: [email protected] www.mikropul.com
Milbank Mfg. Co., 4801 Deramus, Kansas City, MO 64120 Phone: 816-483-5314 Fax: 816-483-6357 Email: [email protected] www.milbankmfg.com
Miller Engineering-ANM Equip-ment, 3801 N Highway Dr., Tucson, AZ 85705 Phone: 520-888-2605 Fax: 520-888-5984 Email: [email protected] www.anm-equipment.com
Mil-Ram Technology, Inc., 4135 Business Center Dr., Fremont, CA 94538 Phone: 510-656-2001 Fax: 510-656-2004 Email: [email protected] www.mil-ram.com
Minnotte Manufacturing Corp., Minnotte Sq., Pittsburgh, PA 15220 Phone: 412-922-2963 Email: [email protected] www.minnotte.com
MinTech Enterprises, P.O. Box 19903, Atlanta, GA 30325 Phone: 404-355-4580 Fax: 404-963-0459 Email: [email protected]
Mission Instruments, 26705 Loma Verde, Mission Viejo, CA 92691 Phone: 949-582-0889 Fax: 949-916-2193 Email: [email protected] www.cegrit.com
Mitsubishi Power Systems, Inc., 100 Colonial Center Pkwy., Lake Mary, FL 32746 Phone: 407-688-6100 www.mpshq.com
Moffitt Corp., 1351 13th Ave. South, Ste. 130, Jacksonville Beach, FL 32250 Phone: 904-241-9944 Fax: 904-246-8333 Email: [email protected] www.moffitthvac.com
Mogas Industries, 14330 E Hardy St., Houston, TX 77039 Phone: 281.449.0291 Fax: 281-590-3412 Email: [email protected] www.mogas.com
Moisttech, 5140 Commerce Ave., Moorpark, CA 93021 Phone: 805-378-1160 Fax: 803-378-1163 Email: [email protected] www.moisttech.com
Mole-Master Services Corporation, Reno Business Park, 27815 State Route 7, Marietta, Ohio 45750 Phone: 740-374-6726 Fax: 740-374-5908 Email: [email protected] www.molemaster.com
Moon Fabricating Corp., 700 W Morgan St., Kokomo, IN 46901 Phone: 765-459-4194 Fax: 765-452-6090 Email: [email protected] www.moontanks.com
MOPAC Plant & Building Service, 836 Joseph Lowery Blvd., P.O. Box 93325 (30337), Atlanta, GA 30318 Phone: 404-872-0434 Fax: 404-892-0250 Email: [email protected] www.mopac.biz
Moran Iron Works, Inc., 11739 M-68 Hwy., P.O. Box 732, On-away, MI 49765 Phone: 989-733-2011 Fax: 989-733-2371 Email: [email protected] www.moraniron.com
Morgan Schaffer Systems, 5110 Avenue de Courtrai, Montreal, QC H3W 1A7 Canada Phone: 514-739-1967 Fax: 514-739-0434 Email: [email protected] www.morganschaffer.com
Mott Corp., 84 Spring Ln., Farm-ington, CT 06032 Phone: 860-747-6333 Fax: 860-747-6739 Email: [email protected] www.mottcorp.com
MPW Industrial Services, 9711 Lancaster Rd. SE, Hebron, OH 43025 Phone: 740-927-8790 Fax: 740-928-8033 Email: [email protected] www.mpwservices.com
MSE-Tetragenics, 65 East Broad-way, Butte, MT 59701 Phone: 406-533-6800 Fax: 406-533-6818 Email: [email protected] www.tetragenics.com
MTA Transit, 2 Broadway, New York, NY 10004 Phone: 718-330-1234 www.new.mta.info/nyct
MTU Friedrichshafen GmbH, 88040 Friedrichshafen, Ger-many Phone: +49 7541 90 77777 Fax: +497541 90 77778 Email: [email protected] www.mtuonsiteenergy.com
MTU Onsite Energy Corp., 100 Power Drive, Mankato, MN 56001 Phone: 507-625-7973 Fax: 507-625-2968 Email: [email protected] www.mtuonsiteenergy.com
Multifab, Inc. Fabricators, 1200 Elmwood Ave., Sharon Hill, PA 19079 Phone: 610-534-2000 Fax: 610-534-7308 Email: [email protected] www.multifabinc.com
Muns Welding and Mechanical, Inc., 205 Cary Dr., Beech Island, SC 29842 Phone: 803-827-1572 x202 Fax: 803-827-9034 Email: [email protected] www.munswelding.com
Munters Corp., 225 S Magnolia Ave., Buena Vista, VA 24416 Phone: 540-291-1111 Fax: 540-291-3333 Email: [email protected] www.munters.us
Munters Corp., Mist Eliminator & Tower Packing Div., 210 Sixth St. SE, Fort Myers, FL 33907 Phone: 239-936-1555 Fax: 239-278-1316 Email: [email protected] www.munters.us
MWM GmbH, Carl-Benz-Straße 1, Mannheim, 68167 Germany Phone: 6213840 Fax: 621384880 Email: [email protected] www.mwm.net
Myrex Industries, 9119 Weedy Ln., Houston, TX 77093 Phone: 713-691-5200 Email: [email protected] www.myrex.com
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N.O.W. & Associates, Inc., 172 Bradwick Dr., Concord, ON K4K 1K8 Canada Phone: 905-669-2461 Fax: 905-669-2685 Email: [email protected] www.nowassociates.com
NAB, 902-904 Whitehorse Rd., Boxhill, VA 3051 Australia Phone: 03-88430397 Fax: 03-88430397 Email: [email protected]
NAES Corporation, 1180 NW Maple St., Ste. 200, Issaquah, WA 98027 Phone: 425-961-4700 Fax: 425-961-4646 Email: [email protected] www.naes.com See our ad on p. 44
NAES Power Contractors, Inc., 1180 NW Maple St., Ste. 200, Issaquah, WA 98027 Phone: 425-961-4700 Fax: 425-961-4646 Email: [email protected] www.naes.com
Nalco Air Protection Technolo-gies, 1601 W Deihl Rd., Naper-ville, IL 60563 Phone: 630-305-1328 Email: [email protected] www.nalcomobotec.com
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Namco, 2100 West Broad St., Elizabethtown, NC 28337 Phone: 910-862-2511 Fax: 910-879-5486 Email: [email protected] www.danaherspecialtyproducts.com/Namco/
Nash, A Gardner Denver Product, Alta Vista Business Park, 200 Simko Blvd., Charleroi, PA 15022 Phone: 724-239-1500 Email: [email protected] www.GDNash.com
Nat-Com, 8515 Lafrenaie Blvd., St. Leonard, QC H1P 2B3 Canada Phone: 514-326-2571 Fax: 514-326-9347 Email: [email protected] www.natcomonline.com
National Chimney and Stack, 176 North Industrial Blvd., Trenton, GA 30752 Phone: 706-657-1575 Email: [email protected] www.nationalchimneystack.com
National Conveyors Co., Inc., 33 Nicholson Rd., East Granby, CT 06026 Phone: 860-653-0374 Fax: 860-653-2965 Email: [email protected] www.nationalconveyors.com
National Electric Coil, 800 King Ave., Columbus, OH 43212 Phone: 614-488-1151 Fax: 614-488-8892 Email: [email protected] www.national-electric-coil.com
National Inspection & Consul-tants, Inc., 9911 Bavaria Rd., Ft. Myers, FL 33913 Phone: 941-475-4882 Fax: 321-234-0305 Email: [email protected] www.nicinc.com
National Technical Systems, 24007 Ventura Blvd., Ste. 200, Calabasas, CA 91302 Phone: 818-591-0776 Fax: 818-591-0899 Email: [email protected] www.ntscorp.com
Nationwide Boiler, Inc., 42400 Christy St., Fremont, CA 94538 Phone: 510-490-7100 Fax: 510-490-0571 Email: [email protected] www.nationwideboiler.com
NatronX Technologies, LLC, 1735 Market St., Philadelphia, PA 19103 Phone: 215-299-6208 Fax: 215-299-6387 Email: [email protected] www.natronx.com
Navigant Consulting, Inc., 30 S Wacker St., Ste. 3100, Chicago, IL 60606 Phone: 312-583-5700 Email: [email protected] www.navigantconsulting.com/industries/energy
NEM Energy bv, P.O.Box 162, 2300 AD Leiden, The Netherlands Phone: +31 71579 2444 Fax: +31 71579 2792 Email: [email protected] www.nem-group.com
Neptune Underwater Services (USA), LLC., 123 Sentry, Mans-field, TX 76063 Phone: 800-860-2178 Fax: 817-447-0021 Email: [email protected] www.neptunems.com
NES Rentals, 8770 W Bryn Mawr, 4th Floor, Chicago, IL 60631 Phone: 773-695-3999 Fax: 773-714-0538 Email: [email protected] www.nesrentals.com
Nesco Sales & Rentals, 3112 East State Rd. 124, Bluffton, IN 46714 Phone: 800-252-0043 Fax: 260-824-6350 Email: [email protected] www.nescosales.com
NeuCo, Inc., 33 Union St., 4th Floor, Boston, MA 02108 Phone: 617-587-3188 Fax: 617-262-4186 Email: [email protected] www.neuco.net
Newport Electronics, Inc., 2229 S Yale St., Santa Ana, CA 92704 Phone: 714-540-4914 Email: [email protected] www.newportus.com
Niagara Blower Co., 673 Ontario St., Buffalo, NY 14207 Phone: 716-875-2000 Fax: 716-875-1077 Email: [email protected] www.niagarablower.com
Nilfisk CFM, 300 Technology Dr., Malvern, PA 19355 Phone: 800-645-3475 Fax: 610-647-6427 Email: [email protected] www.nilfiskcfm.com
www.nol-tec.com
Nol-Tec Systems, Inc., 425 Apollo Dr., Lino Lakes, MN 55014 Phone: 651-780-8600 Fax: 651-780-4400 Email: [email protected] www.nol-tec.com See our ad on p. 49
Nooter/Eriksen, Inc., 1509 Ocello Dr., Fenton, MO 63026 Phone: 636-651-1000 Fax: 636-651-1500 Email: [email protected] www.ne.com
NORD Drivesystems - Getriebebau NORD GmbH & Co. KG, Rudolf-Diesel-Str. 1, Bargteheide, 22941 Germany Phone: +49 4532 401-0 Fax: +49 4532 401-253 Email: [email protected] www.nord.com
NORD-LOCK, 1051 Cambridge Dr., Elk Grove Village, IL 60007 Phone: 877-799-1097 Fax: 224-875-3256 Email: [email protected] www.nord-lock.com
North Side Power Transmission Corp., 309 Morgan Ave., Brook-lyn, NY 11211 Phone: 718-782-5800 Fax: 718-782-1757 Email: [email protected] www.nsptcorp.com
Northern Cast Parts Co., Inc., 304-2185 Marine Dr., Oakville, ON L6L 5L6 Canada Phone: 905-465-1773 Fax: 905-465-1775 Email: [email protected] www.northerncastparts.com
Norton Corrosion Ltd., 8820 222nd St. SE, Woodinville, WA 98077 Phone: 425-483-1616 Fax: 425-485-1754 Email: [email protected] www.nortoncorrosion.com
Nova Analytical Systems, Inc., 1925 Pine Ave., Niagara Falls, NY 14301 Phone: 800-295-3771 Fax: 716-282-2937 Email: [email protected] www.nova-gas.com
Nova Machine Products, Inc., 18001 Sheldon Rd., Middleburg Heights, OH 44130 Phone: 216-267-3200 Fax: 216-267-8518 Email: [email protected] www.novamachine.com
Novinda Corp., 2000 S Colorado Blvd., Ste. 3-A, Denver, CO 80222
Phone: 720-473-8320 Fax: 720-473-8360 Email: [email protected] www.novinda.com
Novinium, 1221 29th St. NW, Ste. D, Auburn, WA 98001 Phone: 253-288-7100 Fax: 206-774-9754 Email: [email protected] www.novinium.com
NRG Energy Services, 1000 Main Street, Houston, TX 77002 Phone: 855-532-4984 nrgenergy.com/energyservices/oandm
NSP Specialty Products, P.O. Box 4690, Pinehurst, NC 28374-4690 Phone: 910-235-0468 Fax: 910-235-3902 Email: [email protected] www.nsp-specialty.com
Nuclear Systems Associates, Inc., 2701 Saturn St., Brea, CA 92821 Phone: 949-499-9980 Fax: 949-499-9980 Email: [email protected] www.nuclearsystems.com
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Oak Park Chimney, 1800 Des Plaines Ave., Forest Park, IL 60130 Phone: 800-476-2278 Fax: 708-386-4004 Email: [email protected]
O’Donnell Consulting Engineers, Inc., 2940 South Park Rd., Bethel Park, PA 15102 Phone: 412-835-5007 Fax: 412-835-5017 Email: [email protected] www.odonnellconsulting.com
Oil Skimmers Inc., P.O. Box 33092, 12800 York Rd., Cleve-land, OH 44133 Phone: 440-237-4600 Fax: 440-582-2759 Email: [email protected] www.oilskim.com
OILKLEEN, Inc., 1510 River Dr. SW, Ste. A, Ruskin, FL 33570 Phone: 813-333-6356 Fax: 813-944-2893 Email: [email protected] www.oilkleen.com
Olin Brass - Fineweld Tube, 102 Progress Pkwy., Cuba, MO 65453 Phone: 573-885-6546 Fax: 573-885-6500 Email: [email protected] www.fineweldtube.com
Omaha Standard PALFINGER, 3501 S 11th St., Council Bluffs, IA 51501-0876 Phone: 800-279-2201 Fax: 712-328-8383 Email: [email protected] www.omahastd.com
OMSCO, 2150 Baneberry Dr., Birmingham, AL 35244-1400 Phone: 205-994-1847 Fax: 205-403-0829 Email: [email protected] www.omscoinc.com
Onset, HOBO Data Loggers, 470 MacArthur Blvd., Bourne, MA 02532 Phone: 800-564-4377 Fax: 508-759-9100 Email: [email protected] www.onsetcomp.com
Open Systems International (OSI), 3600 Holly Ln. N, Ste. 40, Minneapolis, MN 55447-1286 Phone: 763-551-0559 Fax: 763-551-0750 Email: [email protected] www.osii.com
OpenLink, 1021 Main St., Ste. 1200, Houston, TX 77002 Phone: 713-655-9600 Fax: 713-655-9605 Email: [email protected] www.olf.com
Oracle Primavera, Three Bala Plaza West, Ste. 700, Bala Cyn-wyd, PA 19004 Phone: 800-633-0738 www.oracle.com
Orbeco Analytical Systems, Inc., 185 Marine St., Farmingdale, NY 11735 Phone: 631-293-4110 Fax: 631-293-8258 Email: [email protected] www.orbeco.com
Orion Instruments, LLC, 2105 Oak Villa Blvd., Baton Rouge, LA 70815
Phone: 225-906-2343 Fax: 225-906-2344 Email: [email protected] www.orioninstruments.com
Orival Water Filters, 213 S Van Brunt St., Englewood, NJ 07631 Phone: 201-568-3311 Fax: 201-568-1916 Email: [email protected] www.orival.com
OVIVO USA, LLC, 4246 Riverboat Rd., Ste. 300, Salt Lake City, UT 84123 Phone: 801-931-3113 Fax: 801-931-3090 Email: [email protected] www.ovivowater.com
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P&S Vorspannsysteme AG, Ri-etwiesstrasse 2, St.Gallenkappel, 8735 Switzerland Phone: +41 55 284 64 64 Email: [email protected] www.p-s.ch
Pacific Northwest National Laboratory, 902 Battelle Blvd, Richland, WA 99354 Phone: 509-375-2121 www.pnnl.gov
Paharpur Cooling Towers Ltd., Paharpur House 8/1/B Diamond Harbour Road, Kolkata, 700 027 India Phone: 91-33-4013 3000 Fax: 91-33-4013 3499 Email: [email protected] www.paharpur.com See our ad on p. 23
Palfinger North America, P.O. Box 846, 7942 Dorchester Rd., Niagara Falls, ON L2E 6V6 Canada Phone: 800-567-1554 Fax: 905-374-1203 Email: [email protected] www.palfinger-northamerica.com
Pall Corp., 25 Harbor Park Dr., Port Washington, NY 11050 Phone: 516-484-3600 Fax: 516-484-0364 Email: [email protected] www.pall.com
Palm Beach Resource Recovery., 6501 N Jog Rd, West Palm Beach, FL 33412 Phone: 561-478-3800
Palmetto Depot Services, LLC, 3 Conservation Ct., Savannah, GA 31419 Phone: 912-660-8118 Email: [email protected]
Panasonic Computer Solutions Co., 50 Meadowland Pkwy., Secaucus, NJ 07094 Phone: 800-662-3537 ext 5 Fax: 201-271-3460 www.panasonic.com/toughbook/energy
Panglobal Training Systems Ltd., 1301 16 Ave. NW, Calgary, AB T2M 0L4 Canada Phone: 866-256-8193 Fax: 403-284-8863 Email: [email protected] www.powerengineering.org
Paragon Airheater Technologies, 23143 Temescal Canyon Rd., Ste. B, Corona, CA 92883 Phone: 951-277-8035 Fax: 951-277-8031 Email: [email protected] www.paragonairheater.com
Parker Fluid Control Division, 95 Edgewood Ave., New Britain, CT 06051 Phone: 860-827-2300 Fax: 860-827-2384 Email: [email protected] www.parkerfluidcontrol.com
Parker Hannifin- Precision Cool-ing Systems Division, 10801 Rose Ave., New Haven, IN 46774 Phone: 509-552-5112 Email: [email protected] www.parker.com/pc
Parkline, Inc., P.O. Box 65, Winfield, WV 25213 Phone: 800-786-4855 Fax: 304-586-3842 Email: [email protected] www.Parkline.com See our ad on p. 38
Parkson Corp., 5420 Spring Ln., Minnetonka, MN 55345 Phone: 954-558-4470 Email: [email protected] www.parkson.com
Parmar Metals Pvt. Ltd., 28, A Bhaktinagar Industrial Estate, Rajkot, 360004 India Phone: 91-0281-362256 Fax: 91-0281-365240 Email: [email protected] www.parmarmetal.com
Patriot Solar Group, 1007 Indus-trial Ave., Albion, MI 49224 Phone: 517-629-9292 Fax: 517-629-9296 Email: [email protected] www.patriotsolargroup.com
Paul Mueller Co., 1600 West Phelps St., Springfield, MO 65802
Phone: 417-575-9000 Fax: 417-575-9669 Email: [email protected] www.paulmueller.com
PB Power, a Division of Parsons Brinckerhoff Quade & Douglas, 75 Arlington St., 4th Floor, Boston, MA 02116 Phone: 617-960-4864 Fax: 617-960-5460 Email: [email protected] www.pbworld.com
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PECO, 27881 Clemens Rd., West-lake, OH 44145 Phone: 440-899-3888 Fax: 440-899-3890 Email: [email protected] www.peco-fgc.com
Pemamek Oy Ltd., Lamminkatu 47, Loimaa, 32201 Finland Phone: 760415 Fax: 7628304 Email: [email protected] www.pemamek.com
Penn Separator Corp., P.O. Box 340, 5 South Pickering, Brookville, PA 15825 Phone: 814-849-7328 Fax: 814-849-4510 Email: [email protected] www.pennseparator.com
Pennsylvania Breaker, LLC, 30 Curry Ave., P.O. Box 441, Canons-burg, PA 15301 Phone: 724-743-4376 Fax: 724-743-4850 www.pabreaker.net
Pennsylvania Crusher, 600 Abbott Dr., Broomall, PA 19008 Phone: 610-544-7200 Email: [email protected] www.penncrusher.com
PENTA Industrial Corp., 10276 Bach Blvd., St. Louis, MO 63132 Phone: 314-878-0143 Fax: 314-878-0166 Email: [email protected] www.pentaindustrial.com
Pentair Valves & Controls (for-merly known as Tyco Valves & Controls), 4607 New West Dr., Pasadena, TX 77507 Phone: 832-261-2416 Fax: 281-291-8801 Email: [email protected] www.pentair.com/valves
People and Processes, Inc., P.O. Box 460, Yulee, FL 32041 Phone: 843-814-3795 Email: [email protected] www.peopleandprocesses.com
Performance Consulting Services, 154 Colorado Ave., Montrose, CO 81401 Phone: 970-240-4381 Fax: 720-528-8107 Email: [email protected] www.pcs-mail.com
Petro-Valve, 11248 East Hardy St., Houston, TX 77093 Phone: 713-676-1212 Fax: 832-615-5303 Email: [email protected] www.petrovalve.com
PFBC Environmental Energy Tech-nology, Inc., 111 Riverview Dr., Monessen, PA 15062 Phone: 724-684-4844 Fax: 724-684-4944 Email: [email protected] www.pfbceet.com
PGH Marketing, 1028 Oakmont Ave., Unit A, Oakmont, PA 15139 Phone: 412-225-7478 Fax: 412-202-0450 Email: [email protected] www.pghmarketing.com
PGI International, 16101 Vallen Dr., Houston, TX 77041 Phone: 713-466-0056 Fax: 800-744-9899 www.pgiint.com
Phenix Technologies, Inc., 75 Speicher Dr., Accident, MD 21520 Phone: 301-746-8118 Fax: 301-895-5570 Email: [email protected] www.phenixtech.com
Philippi-Hagenbuch, Inc., 7424 W Plank Rd., Peoria, IL 61604 Phone: 309-697-9200 Fax: 309-697-2400 Email: [email protected] www.philsystems.com
Phillips 66, E-Gas Technology for Gasification, P.O. Box 4428, Houston, TX 77210 Phone: 832-765-1398 Fax: 918-662-8717 Email: [email protected] www.e-gastechnology.com
Phillips 66, Lubricants, P.O. Box 4428, Houston, TX 77210 Phone: 832-765-2132 Fax: 918-977-8769 Email: [email protected] www.phillips66lubricants.com
Phoenix Air Flow, Inc., 1453 Mars Ave., Lakewood, OH 44107 Phone: 216-228-8468 Fax: 216-228-8596 Email: [email protected]
Photon Control, 8363 Lougheed Hwy., Burnaby, BC V5A 1X3 Phone: 604-422-8861 Email: [email protected] www.photon-control.com
PIC Group, Inc., 1000 Parkwood Circle, Ste. 1000, Atlanta, GA 30339 Phone: 770-850-0100 Fax: 770-850-2200 Email: [email protected] www.picworld.com See our ad on p. 19
Pick Heaters, Inc., 730 S Indiana Ave., West Bend, WI 53095 Phone: 262-338-1191 Fax: 262-338-8489 Email: [email protected] www.pickheaters.com
PICOR, 1730 Old Gray Station Rd., Gray, TN 37615 Phone: 423-282-9900 Fax: 423-282-3118 www.picor.biz
Pittsburg Tank & Tower Mainte-nance Co., P.O Box 913, Hender-son, KY 42419 Phone: 270-826-9000 Fax: 270-827-4417 Email: [email protected] www.watertank.com
Plant Professionals, 1851 Albright Rd., Montgomery, IL 60538 Phone: 630-844-1300 X220 Fax: 630-844-0064 Email: [email protected] www.plantprofessionals.com
Plant Specialties, Inc., P.O. Box 110537, Carrollton, TX 75011-0537 Phone: 972-245-9673 Fax: 972-245-9699 Email: [email protected] www.bryer-dfw.com
PlantKorea Co., 1366-6 Joong-Dong, Gwangyang-City, 545880 South Korea Phone: 82-10-3310-4529 Fax: 82-61-795-4529 Email: [email protected] www.plantkorea.net
Platts UDI, 1200 G St NW, Ste. 1000, Washington, DC 20005 Phone: 202-942-8788 Fax: 202-942-8789 Email: [email protected] www.platts.com
Plymouth Tube Co., 29W150 Warrenville Rd., Warrenville, IL 60555 Phone: 630-393-3550 Fax: 630-393-3551 www.plymouth.com
Pneumafil Corp., Gas Turbine Div., P.O. Box 16348, Charlotte, NC 28297 Phone: 704-399-7441 Fax: 704-398-7507 Email: [email protected] www.pneumafil.com
POLARIS Laboratories, 7898 Zionsville Rd., Indianapolis, IN 46268 Phone: 877-808-3750 Fax: 317-808-3751 Email: [email protected] www.polarislabs.com
Political Robo Calls. GOTV Robocalls, 30150 Telegraph Rd., Bingham Farms, MI 48025 Phone: 800-962-0126 Email: [email protected] www.voiceshot.com/public/po-litical.asp
Polsinelli Shughart, PC, 1152 15th St., NW, Ste. 800, Washing-ton, DC 20005 Phone: 202-626-8356 Fax: 202-315-3050 Email: [email protected] www.polsinelli.com
Polycorp Ltd., 33 York St., Elora,, ON N0B 1S0 Canada Phone: 519-846-2075 Fax: 519-846-2372 Email: [email protected] www.poly-corp.com
Portland Bolt & Manufacturing, 3441 NW Guam St., Portland, OR 97210 Phone: 800-547-6758 Fax: 503-227-4634 Email: [email protected] www.portlandbolt.com
Positron, Inc., 5101 Buchan St., Montreal, QC H4P 2R9 Canada Phone: 514-345-2200 Fax: 514-345-2271 Email: [email protected] www.positronpower.com
Power & Industrial Services, 95 Washington Street, P.O. Box 211, Donora, PA 15033 Phone: 800-676-7116 www.piburners.com See our ad on p. 14
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POWER Engineers, Inc., 3940 Glenbrook Dr., Hailey, ID 83333 Phone: 208-788-3456 Fax: 208-788-2082 Email: [email protected] www.powereng.com
Power Equipment Maintenance, 19300 Statesville Rd., Ste. #300, Cornelius, NC 28031 Phone: 864-622-2129 Email: [email protected] www.peminc.net
Power Generation Service, Inc., 1160 McKinley St., Anoka, MN 55303 Phone: 763-421-1104 Fax: 763-421-3451 www.powergensvc.com
Power Source International, 6408 East 95th Pl., #200, Tulsa, OK 74137 Phone: 918-764-8817 Fax: 918-764-8817 Email: [email protected] www.powermag.com
Power Systems Mfg., LLC, 1440 W Indiantown Rd., Jupiter, FL 33458 Phone: 561-354-1100 Fax: 561-354-1199 Email: [email protected] www.powermfg.com
Powerspan Corp., 100 Interna-tional Dr., Ste. 200, Portsmouth, NH 03801 Phone: 603-570-3000 Fax: 603-570-3100 Email: [email protected] www.powerspan.com
Pragmatics Hydrogen Leak Detec-tion, 8440 Central Ave., Newark, CA 94560 Phone: 510-794-4296 Fax: 510-794-4330 Email: [email protected] www.pragmatics-arson.com
Praxair Surface Technologies, 7615 Fairview St., Houston, TX 77041 Phone: 443-831-1536 Email: [email protected] www.praxairsurfacetechnologies.com
Precast Specialties Corp., 999 Ad-ams St., P.O. Box 86, Abington, MA 02351 Phone: 781-828-7220 Fax: 781-878-7464 Email: [email protected] www.precastspecialtiescorp.com
Precision Blasting, Inc., P.O. Box 785, Flatwoods, KY 41139 Phone: 606-836-2600 Fax: 606-836-2698 Email: [email protected] www.bpionline.com
Premier Energy Services, Inc., 140 Colony Center Dr., Ste. 202, Woodstock, GA 30188 Phone: 770-592-1398 Fax: 770-592-2316 Email: [email protected] www.premierenergy.com
Pressure Systems, Inc., 34 Re-search Dr., Hampton, VA 23666 Phone: 757-865-1243 Fax: 757-865-8744 Email: [email protected] www.pressuresystems.com
Price Brothers Co., 333 W First St., Ste. 700, Dayton, OH 45402 Phone: 937-226-8829 Fax: 937-226-8752 Email: [email protected] www.pipesite.com
Primesouth, Inc., 246 Stoneridge Dr., Ste. 101, Columbia, SC 29210 Phone: 803.753.5199 Fax: 803-354-4260 Email: [email protected] www.primesouth.biz
PRO Solutions, Inc., 30 Bethel Rd., Glen Mills, PA 19342 Phone: 865-414-7644 Email: [email protected] www.p-rosolutions.com
Process Automation and Control, Inc., 4502 Cogswell Ave., Pell City, AL 35125 Phone: 205-338-1147 Fax: 205-338-1167 Email: [email protected] www.pac-service.com
Process Barron, P.O. Box 1607, 2770 Welborn Street, Pelham, AL 35124 Phone: 888-663-2028 Fax: 205-663-6037 www.processbarron.com/
Process Engineering & Manufac-turing, 13653 Beach St., Cerritos, CA 90703 Phone: 310-548-1523 Fax: 562-602-1918 Email: [email protected] www.peandm.com
Process Equipment/Barron Indus-tries, 2770 Welborn St., Pelham, AL 35124 Phone: 205-663-5330 Fax: 205-663-6037 Email: [email protected]
Processes Unlimited Interna-tional, Inc., 5500 Ming Ave., Ste. 400, Bakersfield, CA 93309 Phone: 661-396-3770 Fax: 661-396-3782 Email: [email protected] www.prou.com
Prochaska & Associates, 11317 Chicago Circle, Omaha, NE 68154-2633 Phone: 402-334-0755 Fax: 402-334-0868 Email: [email protected] www.architectsusa.com
Proe Power Systems, LLC, 5072 Morning Song Dr., Medina, OH 44256-6747 Phone: 800-315-0084 Email: [email protected] www.proepowersystems.com
ProEnergy Services, 2001 ProEnergy Blvd., Sedalia, MO 65301 Phone: 660-829-5100 Fax: 660-829-1160 Email: [email protected] www.proenergyservices.com See our ad on Cover 4
Promecon USA, Inc., 314 Collins Blvd., Orrville, OH 44667 Phone: 330-683-9074 Email: [email protected] www.promecon.us
ProMinent Dosiertechnik GmbH, Im Schuhmachergewann 5-11, Heidelberg, 69123 Germany Phone: +49 6221 842 0 Fax: +49 6221 842 617 Email: [email protected] www.prominent.com
ProSonix, P.O. Box 26676, Mil-waukee, WI 53226-0676 Phone: 800-849-1130 Fax: 800-849-1130 Email: [email protected] www.pro-sonix.com
Proton OnSite, 10 Technology Dr., Wallingford, CT 06492 Phone: 203 949 8697 Fax: 203 949 8016 Email: [email protected] www.protononsite.com
PS International, Inc., 5309 East Ryan Pl., Sioux Falls, SD 57110 Phone: 605-332-1885 Fax: 605-332-1293 Email: [email protected] www.psinternational.com
PSB Industries, 1202 West 12th St., Erie, PA 16501 Phone: 814-453-3651 Fax: 814-454-3492 Email: [email protected] www.psbindustries.com
PTMW, Inc., 5040 NW US Hwy. 24, Topeka, KS 66618 Phone: 785-232-7792 Fax: 785-232-7793 Email: [email protected] www.ptmw.com
Pugmill Systems, Inc., 212 Cem-etery Ave., Columbia, TN 38401 Phone: 931-388-0626 Fax: 931-380-0319 Email: [email protected] www.pugmillsystems.com
Pulse Corp., PMB 216, 1799 W 5th Ave., Columbus, OH 43212-2322 Phone: 800-394-5688 Fax: 614-340-7106 www.lifehook.com
Pumping Solutions, Inc., 2850 139th St., Blue Island, IL 60406 Phone: 708-272-1800 Fax: 708-272-1825 Email: [email protected] www.pump96.com
Pure Technologies Ltd., 4700 Dixie Rd., Mississauga, ON L4W 2R1 Canada Phone: 289-374-3598 Email: [email protected] www.puretechltd.com
PWR - Plasma Waste Recycling, 250 Finney Dr., Huntsville, AL 35824 Phone: 256-258-2800 Fax: 256-258-2803 Email: [email protected] www.plasma-wr.com
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Qinhuangdao Huadian Survey In-strument and Controller Co. Ltd., 367 Wenhua Road, Qinhuangdao, Hebei, 66000 China Phone: 0086-13633333120 Fax: 0086-335-3640930 Email: [email protected] www.hdsc.net
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Quanta Services, 2800 Post Oak Blvd., Ste. 2600, Houston, TX 77056 Phone: 713-629-7600 Email: [email protected] www.quantaservices.com
Quest-Tec Solutions, P.O. Box 2127, Stafford, TX 77497 Phone: 866-240-9906 Email: [email protected] www.questtecsolutions.com
Quietly Making Noise, 300 W Mitchell Hammock Rd., Ste. 8, Oviedo, FL 32765 Phone: 407-359-5146 Fax: 407-977-9646 Email: [email protected] www.quietlymakingnoise.com
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R&G Laboratories, Inc., 217 Hobbs St., Ste. 105, Tampa, FL 33619 Phone: 813-643-3513 Fax: 813-793-4429 Email: [email protected] www.randglabs.com
R. W. Beck, Inc., 1801 California St., Ste. 2800, Denver, CO 80202 Phone: 303-299-5200 Fax: 303-297-2811 www.rwbeck.com
Randall Industries, 741 S Route 83, Elmhurst, IL 60126-4268 Phone: 800-966-7412 Fax: 630-833-9108 Email: [email protected] www.fiberglassscaffolds.com
RCI Technologies, 462 Borrego Ct., Ste. D, San Dimas, CA 91773 Phone: 800-868-2088 Fax: 909-305-1245 Email: [email protected] www.rcitechnologies.com
RdF Corp., 23 Elm Ave., Hudson, NH 03051 Phone: 603-882-5195 Fax: 603-882-6925 Email: [email protected] www.rdfcorp.com
React 365, Inc., P.O. Box 2788, Pawleys Island, SC 29585 Phone: 866-811-8365 Fax: 866-450-0553 Email: [email protected] www.react365.com
Redline Industries, Inc., 8401 Mosley Rd., Houston, TX 77075 Phone: 713-946-5355 Fax: 713-946-0747 Email: [email protected] www.redlineindustries.com
Reef Industries, Inc., Griffolyn, 9209 Almeda Genoa Rd., Hous-ton, TX 77075 Phone: 713-507-4251 Fax: 713-507-4295 Email: [email protected] www.reefindustries.com
Reliance industries Ltd., 2/31, Kaveri Apartment Dahej Bypass Road, Bharuch, 392001 India Phone: 9898201310 Email: [email protected]
REMBE GmbH - Safety + Control, Gallbergweg 21, Brilon, 59929 Germany Phone: +49 2961 7405-0 Fax: +49 2961 50714 Email: [email protected] www.rembe.de
Remtron, 1916 West Mission Rd., Escondido, CA 92029 Phone: 800-328-5570 Fax: 760-737-7810 Email: [email protected] www.remtron.com
Renewal Parts Maintenance, 4485 Glenbrook Rd., Willoughby, OH 44094 Phone: 440-946-0082 Fax: 440-946-5524 Email: [email protected] www.RenewalParts.com
Rentech Boiler Systems, Inc., 5025-A East Business 20, Abilene, TX 79601-6411 Phone: 325-672-3400 Fax: 325-672-9996 Email: [email protected] www.rentechboilers.com
RetubeCo, Inc., 6024 Ooltewah-Georgetown Rd., Ooltewah, TN 37363 Phone: 423-238-4814 Fax: 423-238-9028 Email: [email protected] www.retubeco.com
Reverso Pumps, Inc., 201 SW 20th St., Fort Lauderdale, FL 33064 Phone: 954-523-9396 Email: [email protected] www.reversopumps.com
REW Solar USA, 215-415 Northern Blvd., Bayside, NY 11361 Phone: 718-225-6600/2 Fax: 718-225-6605 Email: [email protected] www.rewsolarusa.com
Reynolds, Inc., 4520 North State Rd. 37, Orleans, IN 47452 Phone: 812-865-3232 Fax: 812-865-3075 Email: [email protected] www.reynoldsinc.com
RF System Lab, 123 W Main St., Gaylord, MI 49735 Phone: 989-731-5083 Fax: 989-688-5966 Email: [email protected] www.rfsystemlab.us
RH Systems, 3416 Vista Alameda NE, Albuquerque, NM 87113 Phone: 505-856-5766 Fax: 866-891-3399 Email: [email protected] www.rhs.com
Richmond Engineering Works, 1601 Parkway View Dr., Pitts-burgh, PA 15205 Phone: 412-787-9640 Fax: 412-787-9645 Email: [email protected] www.richmondengineering.com
Rig-A-Lite, 8500 Hansen Rd., Houston, TX 77075 Phone: 713-943-0340 Fax: 713-943-8354 Email: [email protected] www.rigalite.com
Riley Power, Inc., 5 Neponset St., P.O. Box 15040, Worcester, MA 01615-0040 Phone: 508-852-7100 Fax: 508-852-7548 Email: [email protected] www.babcockpower.com
Ritepro Inc., A subsidiary of BRAY International, Inc., 12200 Alberty Hudon Blvd., Montreal, QC H1G 3K7 Canada Phone: 514-324-8900 Fax: 514-324-9525 Email: [email protected] www.ritepro.com
Rittal, 1 Rittal Place, Urbana, OH 43078 Phone: 937-399-0500 Fax: 937-390-5599 Email: [email protected] www.rittal-corp.com See our ads on p. 40 & 41
River Consulting, LLC, 445 Hutchinson Ave., Ste. 740, Columbus, OH 43235 Phone: 614-890-3456 Fax: 614-890-1883 Email: [email protected] www.riverconsulting.com
Roberts & Schaefer Co., 222 S Riverside Plaza, Ste. 1800, Chicago, IL 60606 Phone: 312-236-7292 Fax: 312-726-2872 Email: [email protected] www.r-s.com/
Rochem Technical Services, 4711 SW Huber St., Ste. 7E, Portland, OR 97219 Phone: 503-246-8618 Fax: 503-246-8697 Email: [email protected] www.rochemltd.com
Rodney Hunt-Fontaine, 46 Mill St., Orange, MA 01364 Phone: 978-544-2511 Fax: 978-544-3928 Email: [email protected] www.rodneyhunt.com
Rolls-Royce PLC, 105 Sandusky, Mount Vernon, OH 43050 Phone: 740-393-8015 Email: [email protected] www.rolls-royce.com
RoMaDyn, 1711 Orbit Way, Min-den, NV 89423-4114 Phone: 775-783-0155 Fax: 775-783-4650 Email: [email protected] www.romadyn.com
Rotek Instrument Corp., 390 Main St., P.O. Box 504504, Waltham, MA 02454 Phone: 781-899-4611 Fax: 781-894-7273 Email: [email protected] www.rotek.com
Rotex Global, 1230 Knowlton St., Cincinnati, OH 45223 Phone: 513-541-1236 Fax: 513-541-4888 Email: [email protected] www.Rotex.com
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Rotork, 5607 W Douglas Ave., Milwaukee, WI 53218 Phone: 414-461-9200 Fax: 414-461-1024 Email: [email protected] www.rotork.com
Rotork Controls, Inc., 675 Mile Crossing Blvd., Rochester, NY 14624 Phone: 585-247-2304 Fax: 585-247-2308 Email: [email protected] www.rotork.com
RTDS Technologies, Inc., 100-150 Innovation Dr., Winnipeg, MB R3T 2E1 Canada Phone: 204-989-9700 Fax: 204-452-4303 Email: [email protected] www.rtds.com
Russelectric, Inc., South Shore Park, 99 Industrial Park Rd., Hingham, MA 02043 Phone: 781-749-6000 Fax: 781-749-4205 Email: [email protected] www.russelectric.com
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S & B Engineers and Construc-tors Ltd., 7809 Park Place Blvd., P.O. Box 266245, Houston, TX 77087/77207 Phone: 713-845-3176 Fax: 713-640-0045 Email: [email protected] www.sbec.com
S&C Electric Company, 6601 N. Ridge Blvd., Chicago, IL 60626 Phone: 773-338-1000 www.sandc.com
S.M. Stoller Corp., 105 Technol-ogy Dr., Ste. 190, Broomfield, CO 80021 Phone: 303-546-4300 Email: [email protected] www.stoller.com
SABIA, Inc., 15070 Avenue of Science, Ste. 200, San Diego, CA 92128 Phone: 858-217-2200 Fax: 858-217-2203 Email: [email protected] www.sabiainc.com
Sabre Tubular Structures, 8653 E Hwy. 67, Alvarado, TX 76009 Phone: 817-852-1700 Fax: 817-850-1703 Email: [email protected] www.SabreTubularStructures.com
Safanicu, No.134, Arbab Alley-Ahmadabad St., Esfahan, 8155637343 Kuwait Phone: 2291457 Fax: 2291457 Email: [email protected] www.sinarayan.com
SAFE Fire Detection, Inc., 5915 Stockbridge Dr., Monroe, NC 28110 Phone: 704-821-7920 Email: [email protected] www.safefiredetection.com
Safway Services, LLC, N19 W24200 Riverwood Dr., Wauke-sha, WI 53188 Phone: 262-523-6500 Email: [email protected] www.safway.com
Saint-Gobain Ceramics & Plastics, Inc., 1 New Bond St., MS 301-432, Worcester, MA 01606-2614 Phone: 508-795-2963 Fax: 508-795-5011 Email: [email protected] www.refractories.saint-gobain.com
Salem Stainless Steel Suppli-ers PVT Ltd., 33, Lawyer Chinna Thambi St. Kondithope, Chennai, 600079 India Phone: 044-23463000 Fax: 044-25207353 Email: [email protected] www.ssssgroup.com
Sanford Rose Opportunity Center, 265 S Main St., Akron, OH 44308 Phone: 330-762-6211 Fax: 330-762-6161 Email: [email protected] www.sraoc.com
Santee Cooper, 1 Riverwood Drive, Moncks Corner, SC 29461 Phone: 843-761-8000 www.santeecooper.com
Sargent & Lundy, LLC, 55 East Monroe St., Chicago, IL 60603 Phone: 312-269-2000 Fax: 312-269-3680 Email: [email protected] www.sargentlundy.com
SAS Global Power (Divison of SAS Global Corp.), 21601 Mullin Ave., Warren, MI 48089 Phone: 248-414-4470 Fax: 248-414-4490 Email: [email protected] www.sasglobalcorp.com
SCHADE Lagertechnik GmbH, Dorstener Strasse 360, Herne, 44653 Germany Phone: 49232558740 Email: [email protected] www.schade-lagertechnik.com
Scheck Industries, 500 E Plain-field Rd., Countryside, IL 60525 Phone: 708-482-8100 Fax: 708-482-8185 Email: [email protected] www.gosccheck.com
Schenck Trebel Corp., 535 Acorn St., Deer Park, NY 11729 Phone: 631-242-4010 Fax: 631-242-8715 Email: [email protected] www.schenck-usa.com/index.asp
Schmidt + Clemens GmbH + Co. KG, Edelstahlwerk Kaiserau, Kaiserau 2, D- 51789 Lindlar, Germany Phone: +49 2266 92-0 Fax: +49 2266 92-370 Email: [email protected] www.schmidt-clemens.de
Schmidt Industries, 3290 Patter-son Rd., Bay City, MI 48706 Phone: 989-684-3216 Fax: 989-684-3228 Email: [email protected] www.schmidtindustries.com
Schonstedt Instrument Co., 100 Edmond Rd., Kearneysville, WV 25430 Phone: 304-725-1050 Fax: 304-725-1095 Email: [email protected] www.schonstedt.com
Schutte & Koerting, 2510 Metro-politan Dr., Trevose, PA 19053 Phone: 215-639-0900 Fax: 215-639-1597 Email: [email protected] www.s-k.com
Scientific Instruments, 200 Saw Mill River Rd., P.O. Box 268, Haw-thorne, NY 10532 Phone: 914-769-5700 Fax: 914-769-5473 Email: [email protected] www.scientificinstrumentsny.com
Scott Specialty Gases, 6141 Easton Rd., P.O. Box 310, Plum-steadville, PA 18949-0310 Phone: 215-766-8861 Fax: 215-766-2476 Email: [email protected] www.scottgas.com
SDS Power Co. Ltd., 1805 Founder Tower, 1122 New Jinqiao Road, Pudong, Shanghai, 200135 China Phone: 0086-21-61052072 Email: [email protected] www.sdspower.com;www.sdscom-merce.com
Sealeze, 8000 Whitepine Road, North Chesterfield, VA 23237 Phone: 804-275-1675 Fax: 804-743-3413 www.sealeze.com
Securicon, LLC, 5520 Cherokee Ave., Ste. 230, Alexandria, VA 22312 Phone: 703-914-2780 ext 101 Fax: 703-914-2785 Email: [email protected] www.securicon.com
seepex, Inc., 511 Speedway Dr., Enon, OH 45323 Phone: 937-864-7150 Fax: 937-864-7157 Email: [email protected] www.seepex.com
Sefar AG, Hinterbissaustrasse 12, Heiden, 9410 Switzerland Phone: 41718985700 Email: [email protected] www.sefar.com
Sega, Inc., 16041 Foster, P.O. Box 1000, Overland Park, KS 66085 Phone: 913-681-2881 Email: [email protected] www.segainc.com
Selkirk Corp., 5030 Corporate Exchange Blvd. SE, Grand Rapids, MI 49512 Phone: 800-992-VENT Fax: 877-393-4145 Email: [email protected] www.selkirkcorp.com/commercial-and-industrial/
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Senior Flexonics Pathway, 2400 Longhorn Industrial Dr., New Braunfels, TX 78130 Phone: 830-629-8080 Fax: 830-629-6899 Email: [email protected] www.myej.com
Sensor Developments, Inc., 1050 W Silver Bell Rd., Orion, MI 48359 Phone: 248-391-3000 Fax: 248-391-0107 Email: [email protected] www.sendev.com
Sentry Equipment Corp., 966 Blue Ribbon Circle North, Oconomo-woc, WI 53066 Phone: 262-567-7256 Fax: 262-567-4523 Email: [email protected] www.sentry-equip.com
Separator Spares & Equipment, LLC, 144 Intracoastal Dr., Houma, LA 70363 Phone: 985-346-0122 Fax: 985-346-0244 Email: [email protected] www.separatorequipment.com
Sera ProDos GmbH, Sera-Strasse 1, Immenhausen, 34376 Ger-many Phone: 49 (0) 5673 999-02 Fax: 49 (0) 5673 999-03 Email: [email protected] www.sera-web.com
Shawcity Ltd., 91-92 Shrivenham Hundred Business Park Watch-field, Oxfordshire, SN6 8TY United Kingdom Phone: 1793780622 Email: [email protected] www.shawcity.co.uk
Shell Lubricants, 700 Milam St., Houston, TX 77002 Phone: 713-546-8038 Fax: 713-423-8203 Email: [email protected]
Sick Maihak, Inc., 4140 World Houston Pkwy., Ste. 180, Hous-ton, TX 77032 Phone: 281-436-5100 Fax: 281-436-5200 Email: [email protected] www.sicknorthamerica.com
Sidi Kerir Petrochemicals Co., Kilo 36 Alex-Cairo Road, Alexandria - Egypt, Alex, 1416 Egypt Phone: 20121189877 Fax: 4770126 Email: [email protected] www.sidpec.com
Siemens AG, I IA AS PA CIS Karl-Legien-Str. 190, Bonn, 53117 Germany Phone: +49 228 64805210 Fax: +49 228 64805125 Email: [email protected] www.siemens.com/comos
Siemens Energy, 4400 Alafaya Trl., Orlando, FL 32826 Phone: 407-736-2000 Fax: 407-736-5008 www.siemens.com/energy
Siemens Energy, Inc. - Environ-mental Systems & Services, 501 Grant St., 4th Floor, Pittsburgh, PA 15219-4429 Phone: 412-572-3700 Email: [email protected] www.energy.siemens.com/hq/en/power-generation/environmental-system/
Siemens Industries, Inc., 1201 Sumneytown Pike, Spring House, PA 19477 Phone: 215-646-7400 Fax: 215-283-6343 Email: [email protected] www.industry.usa.siemens.com/automation/us/en/process-instrumentation-and-analytics/Pages/process-instrumentation-and-analytics.aspx
Siemens Industry, Inc. - Water Technologies Business Unit, 181 Thorn Hill Rd., Warrendale, PA 15086 Phone: 866-926-8420 Email: [email protected] www.water.siemens.com
Sierra Instruments, Inc., 5 Harris Ct., Bldg. L, Monterey, CA 93940 Phone: 800-866-0200 Fax: 831-373-4402 Email: [email protected] www.sierrainstruments.com
Sigma, Inc., 1295 Hwy. 62, Charlestown, IN 47111 Phone: 800-210-6907 Fax: 812-256-5275 Email: [email protected] www.sigmappc.com
Signal-X-Press Concept, 12, Industrial Crescent Ilupeju Recreation Hall, Ilupeju, 23401 Nigeria Email: [email protected] www.signalxpressconcept.com
Silicon Power Corp., 275 Great Valley Pkwy., Malvern, PA 19355 Phone: 610-407-4705 Fax: 610-407-3688 Email: [email protected] www.siliconpower.com
Simutech Multimedia, Ste. 412, 2249 Carling Ave., Ottawa, ON K2B 7E9 Canada Phone: 613-656-1592 Fax: 613-722-2043 Email: [email protected] www.troubleshootingskills.com
SISCO, Inc., 6605 19 1/2 Mile Rd., Sterling Heights, MI 48314 Phone: 586-254-2000 Fax: 586-254-0053 Email: [email protected] www.sisconet.com
SKF USA, 4141 Ruffin Rd., San Diego, CA 92123-1841 Phone: 619-496-3400 Fax: 619-496-3531 www.skfcm.com
SKODA JS a.s., Orlik 266, Plzen, 31606 Czech Republic Phone: +420-378 042 410 Fax: +420-377 520 600 Email: [email protected] www.skoda-js.cz
SkyFuel, Inc., 18300 West Hwy. 72, Arvada, CO 80007 Phone: 303-330-0276 Fax: 866-422-1292 Email: [email protected] www.skyfuel.com
SMA America, 6020 West Oaks Blvd., Ste. 300, Rocklin, CA 95765 Phone: 916-625-0870 Fax: 916-625-0871 Email: [email protected] www.sma-america.com See our ad on p. 15
Smith & Loveless, Inc., 14040 Santa Fe Trail Dr., Lenexa, KS 66215 Phone: 913-888-5201 Email: [email protected] www.smithandloveless.com
SMS Energy-Engineering, Inc., Ste. 201, 447 Speers Rd., Oakville, ON L6K 3S7 Canada Phone: 905-845-5148 Fax: 905-845-8007 Email: [email protected] www.smsenergy-engineering.com
SNC Manufacturing, 101 West Waukau Ave., Oshkosh, WI 54902 Phone: 800-558-3325 Fax: 920-231-1090 Email: [email protected] www.sncmfg.com
Sodimate, Inc. - Dry Chemical Feed System Specialist, 639 W Diversey Pkwy. Ste. 219, Chicago, IL 60614 Phone: 773-665-8800 Fax: 773-665-8805 Email: [email protected] www.sodimate-inc.com
SoftPLC Corp., 25603 Red Bran-gus, Spicewood, TX 78669 Phone: 512-264-8390 Fax: 512-264-8399 Email: [email protected] www.softplc.com
Sohre Turbomachinery, Inc., 128 Main St., Monson, MA 01057 Phone: 413-267-0590 Fax: 413-267-0592 Email: [email protected] www.sohreturbo.com
Solar Turbines, Inc., 2200 Pacific Hwy., San Diego, CA 92186 Phone: 619-544-5352 Fax: 619-544-2444 Email: [email protected] www.solarturbines.com
SolarBOS, Inc., 310 Stealth Ct., Livermore, CA 94551 Phone: 925-456-7744 Fax: 925-456-7710 Email: [email protected] www.solarbos.com
SolarDock, P.O. Box 711, Wilm-ington, DE 19899 Phone: 302-504-0124 Fax: 302-225-8716 Email: [email protected] www.solardock.com
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Solberg Filtration & Separation, 1151 Ardmore Ave., Itasca, IL 60143 Phone: 630-616-4411 Fax: 630-773-0727 Email: [email protected] www.solbergmfg.com
Sologic, LLC, 2501 Washington St., 2nd Floor, Midland, MI 48642 Phone: 425-225-5885 Email: [email protected] www.sologic.com
Solon Manufacturing Co., 425 Center St., P.O. Box 207, Chardon, OH 44024 Phone: 440-286-7149 Email: [email protected] www.solonmfg.com
SOLVAir Solutions/Solvay Chemi-cals, Inc., 3333 Richmond Ave., Houston, TX 77098 Phone: 713-525-6500 Fax: 713-525-6759 Email: [email protected] www.solvair.us
SOR, Inc., 14685 West 105th St., Lenexa, KS 66215-5964 Phone: 913-888-2630 Fax: 913-888-8150 Email: [email protected] www.sorinc.com
Sound Technologies, 310 Com-merce Sq., Michigan City, IN 46360 Phone: 2198792600 x3409 Email: [email protected] www.soundtech.us
Southern Environmental, 6690 W Nine Mile Rd., Pensacola, FL 32526 Phone: 850-944-4475 Fax: 850-944-8270 Email: [email protected] www.southernenvironmental.com
Southern Research, 500 South-land Dr., Ste. 238, Birmingham, AL 35226 Phone: 205-978-8630 Fax: 205-978-8675 Email: [email protected] www.southernresearch.org
Southwell Industries, 265 Arch St., Laguna Beach, CA 92651 Phone: 949-497-6051 Fax: 949-497-6665 Email: [email protected] www.southwellindustries.com
Southwest Microwave, Inc., 9055 S McKemy St., Tempe, AZ 85284 Phone: 480-783-0201 Fax: 480-783-0401 Email: [email protected] www.southwestmicrowave.com/ssd
Span-O-Matic, 825 Columbia St., Brea, CA 92821 Phone: 714-256-4700 Fax: 714-245-4401 Email: [email protected] www.spanomatic.com
Specialized Safety Products, Inc., 4321 W Knox Ave., Chicago, IL 60641 Phone: 773-777-7100 Fax: 773-777-0909 Email: [email protected] www.specializedsafetyproducts.com
Spinwave Systems, Inc., 235 Littleton Rd., Westford, MA 01886 Phone: 978-392-9000 Fax: 978-692-8400 Email: [email protected] www.spinwavesystems.com
Spirax Sarco, Inc., 1150 North-point Blvd., Blythewood, SC 29016 Phone: 803-714-2000 Fax: 803-714-2222 Email: [email protected] www.spiraxsarco.com/us
SPL WorldGroup, Inc., 525 Market St., 33rd Fl, San Francisco, CA 94150 Phone: 415-963-5600 Fax: 415-963-5601 Email: [email protected] www.splwg.com
Spraying Systems Co., North Ave. at Schmale Rd., P.O. Box 7900, Wheaton, IL 60189 Phone: 630-517-1494 Fax: 630-260-9727 Email: [email protected] www.spray.com
SPX Cooling Technologies, Inc., 7401 W 129 St., Overland Park, KS 66213 Phone: 913 664 7400 Email: [email protected] www.spxcooling.com
SPX Flow Technology, 611 Sugar Creek Rd., Delavan, WI 53115 Phone: 800-252-5200 Fax: 800-252-5012 www.spxprocessequipment.com
SRC Greenpower PVT Ltd., 222, Sidco Industrial Estste Ambuttur, Chennai, 600098 India Phone: 28586999 Email: [email protected] www.srcgreenpower.com
SRP, P.O. Box 52025, KYS102, Phoenix, AZ 85079-2025 Phone: 602-236-8754 Fax: 602-685-3271 Email: [email protected] www.investmentrecovery.srpnet.com
SS Power Systems, 2 Corporate Dr., Ste. 430, Shelton, CT 06484 Phone: 203-926-9388 Fax: 203-926-9720 Email: [email protected] www.shock-system.com
SSS Clutch Co., Inc., 610 W Basin Rd., New Castle, DE 19720 Phone: 302-322-8080 Fax: 302-322-8548 Email: [email protected] www.sssclutch.com
St. Lawrence Steel, 2500 Crane Centre Dr., Streetsboro, OH 44241 Phone: 800-837-3789 Fax: 330-562-1100 Email: [email protected] www.stlawrencesteel.com
Stainless & Nickel Alloys, LLC, 217 Deer Park Trail, Canton, GA 30114 Phone: 678-880-7880 Fax: 704-521-4460 Email: [email protected] www.S&N.com
Stanley Consultants, Inc., 225 Iowa Ave., Muscatine, IA 52761 Phone: 800-553-9694 Fax: 563-264-6658 Email: [email protected] www.stanleyconsultants.com
STAR & STAR Field Fit, Inc. (Steam Turbine Alternative Resources), 116 Latourette St., Marion, OH 43302 Phone: 740-387-5535 Fax: 740-383-2089 Email: [email protected] www.starturbine.com
StatSoft, Inc. / STATISTICA, 2300 East 14th St., Tulsa, OK 74104 Phone: 918-749-1119 Email: [email protected] www.statsoftpower.com
STEAG Energy Services, LLC, P.O. Box 1727, 304 Linwood Rd., Ste. 102, Kings Mountain, NC 28086 Phone: 704-734-0688 Fax: 704-734-1088 Email: [email protected] www.steag.us
Sterling Energy International, 26893 Calle Hermosa, Capistrano, CA 92624 Phone: 949-248-2017 Email: [email protected] www.Sterling-Energy.com
Sterling Lumber Co., 3415 W 127th St., Blue Island, IL 60406 Phone: 708-388-2223 Email: [email protected] www.sterlinglumber.com
Sterling Strips Ltd., 2/10, Meghal Industrial Estate, Devidayal Road, Mulund (West), Mumbai, 400 080 India Email: [email protected] www.sterlingstripsltd.com
STF S.p.A., Via Robecco 20, Magenta, 20013 Italy Phone: 02-972091 Fax: 02-9794977 Email: [email protected] www.stf.it See our ad on p. 20
Stock Equipment Co., 16490 Chillicothe Rd., Chagrin Falls, OH 44023-4398 Phone: 440-543-6000 Fax: 440-543-5944 Email: [email protected] www.stockequipment.com
Stock Fairfield Corp., 16490 Chillicothe Rd., Chagrin Falls, OH 44023 Phone: 440-543-6000 Fax: 440-543-3936 Email: [email protected] www.stockequipment.com
Stork H&E Turbo Blading, Inc., 334 Comfort Rd., Ithaca, NY 14850 Phone: 607-277-4968 x292 Fax: 607-277-1193 Email: [email protected] www.he-machinery.com
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Storm Copper Components, 240 Industrial Dr., P.O. Box 99, Decatur, TN 37322 Phone: 423-506-4178 Email: [email protected] www.stormgrounding.com
StormwateRx, 122 SE 27th Ave., Portland, OR 97214 Phone: 800-680-3543 Email: [email protected] www.stormwaterx.com
Structural Integrity Associates, Inc., 5215 Hellyer Ave., Ste. 210, San Jose, CA 95138 Phone: 877-474-7693 Fax: 704-597-0335 Email: [email protected] www.structint.com See our ad on p. 13
Struthers Wells, 10375 Slusher Dr., Santa Fe Springs, CA 90670 Phone: 323-726-0641 Fax: 323-726-9592 Email: [email protected] www.strutherswells.com
Sturtevant, 348 Circuit St., Hanover, MA 02339 Phone: 781-829-1433 Fax: 781-829-1463 Email: [email protected] www.sturtevantinc.com
STYL&TECH, 1-2435 Watt Ave., Quebec, QC G1P 3X2 Canada Phone: 418-656-1661 Email: [email protected] www.stylntech.com
SUBNET Solutions, Inc., #100, 4639 Manhattan Rd. SE, Calgary, AB T2G 4B3 Canada Phone: 403-270-8885 Fax: 403-270-9631 Email: [email protected] www.SUBNET.com
Sullair, 3700 E Michigan Blvd., Michigan City, IN 46360
Phone: 219-879-5451 Fax: 219-874-1267 Email: [email protected] www.sullair.com
Sulzer Turbo Services, 11518 Old Laporte Rd., La Porte, TX 77571 Phone: 713-567-2700 Fax: 713-567-2830 Email: [email protected] www.sulzerts.com
Summit Filter Corp., 20 Milltown Rd., Union, NJ 07083 Phone: 800-321-4850 Fax: 908-687-4202 Email: [email protected] www.summitfilter.com
Summit Training Source, 4170 Embassy Dr. SE, Grand Rapids, MI 49546 Phone: 800-842-0466 Fax: 616-949-5684 Email: [email protected] www.safetyontheweb.com
SUN Technical Services, 60 Industrial Park Rd., Plymouth, MA 02360 Phone: 800-225-0385 Fax: 508-746-3113 Email: [email protected]
Sunrise Systems Ltd., Sunrise Business Park, Ely Rd., Water-beach, Cambridge, TX CB25 9QZ United Kingdom Phone: +44 1223 441311 Email: [email protected] www.sunrise-sys.com
SUNRNR of Virginia, Inc., P.O. Box 102, Port Republic, VA 24471 Phone: 540-271-3403 Fax: 540-433-7253 Email: [email protected] www.sunrnr.com
Super Radiator Coils, 451 Southlake Blvd., Richmond, VA 23236 Phone: 804-378-1300 Fax: 804-379-2118 Email: [email protected] www.superradiatorcoils.com
Superbolt, Inc., 1000 Gregg St., Carnegie, PA 15106 Phone: 412-279-1149 Email: [email protected] www.superbolt.com
Superior Interlock Corp., 7339 Central Ave., Glendale, NY 11385-8202 Phone: 718-821-8949 Fax: 718-417-6162 Email: [email protected] www.superiorinterlock.com
Superior Water Screen Co., Inc., 28230 Orchard Lake Rd., Ste. 204, Farmington Hills, MI 48334 Phone: 248-419-5322 Email: [email protected] www.superiorwaterscreens.com
SuperPower, Inc., 450 Duane Ave., Schenectady, NY 12304 Phone: 518-346-1414 Fax: 518-346-6080 Email: [email protected] www.superpower-inc.com
SW Funk Industrial Contractors, Inc., 1710 W Hundred Rd., Ches-ter, VA 23836 Phone: 804-748-0461 Fax: 804-748-0474 Email: [email protected] www.swfunk.com
Swagelok Co., 31500 Aurora Rd., Solon, OH 44139 Phone: 440-349-5934 Fax: 440-349-5843 Email: [email protected] www.swagelok.com
Swan Analytical USA, 225 Larkin Dr., Unit 4, Wheeling, IL 60090 Phone: 847-229-1290 Fax: 847-229-1320 Email: [email protected] www.swan-analytical-usa.com
Sword CTSpace, 49 Stevenson St., Ste. 950, San Francisco, CA 94105 Phone: 415-882-1888 Fax: 415-882-1888 Email: [email protected] www.sword-ctspace.com
Synergy, 1982 Ohio St., Lisle, IL 60532
Phone: 630-724-1960 Fax: 630-724-1969 Email: [email protected] www.synsysinc.com
Syscom Instruments S.A., Rue de L’Industrie 21, Sainte-Croix, CH-1450 Switzerland Phone: 314-361-5084 (USA) Email: [email protected] www.syscom.ch
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Tapeswitch Corp., 100 Schmitt Blvd., Farmingdale, NY 11735 Phone: 800-234-8273 Fax: 631-630-0442 Email: [email protected] www.tapeswitch.com
Tatman Associates, Inc., P.O. Box 39400, 29015 Solon Rd., Solon, OH 44139-0400 Phone: 440-248-0644 Fax: 440-248-0649 Email: [email protected] www.tatmansubstations.com
Taylor Technologies, Inc., 31 Loveton Circle, Sparks, MD 21152 Phone: 800-TEST-KIT Fax: 410-771-4291 Email: [email protected] www.taylortechnologies.com
TEAM Industrial Services, 200 Hermann Dr, Alvin, TX 77511 Phone: 281-331-6154 www.teamindustrialservices.com See our ad on p. 17
Tech Center, 265 S Main St., Akron, OH 44308 Phone: 330-762-6212 Fax: 330-762-2035 Email: [email protected] www.techcenterinc.com
Tech Products, Inc., 105 Willow Ave., Staten Island, NY 10305 Phone: 718-442-4900 Email: [email protected] www.techproducts.com
Techinomics Inc., 1382 Old Free-port Rd, Pittsburgh, PA 15238 Phone: 412-963-7300 Fax: 412-291-1054 Email: [email protected] www.techinomics.com
Technical Services Group, Inc., P.O. Box 140268, Edgewater, CO 80214 Phone: 720-232-7107 Fax: 303-462-0318 Email: [email protected]
Technology Transfer Services, 14497 North Dale Mabry Hwy., Ste. 120N, Tampa, FL 33618 Phone: 813-908-1100 Email: [email protected] www.techtransfer.com
TEi Construction Services, Inc., 170 Tucapau Rd., Duncan, SC 29334 Phone: 864-485-0600 Fax: 864-485-0655 www.babcockpower.com
TEi Services, 201 North 4th Ave., Royersford, PA 19468 Phone: 610-948-5400 Fax: 610-948-5779 www.teiservices.com
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Temp-Pro, Inc., 200 Industrial Dr., Northampton, MA 01060 Phone: 413-584-3165 Email: [email protected] www.temp-pro.com
Terrington Data Management, IT Centre, York Science Park Hes-lington, York, YO10 5NP United Kingdom Phone: +44 (0)1904 567674 Fax: +44 (0)1904 567719 Email: [email protected] www.terringtondm.com
Teseq, 52 Mayfield Ave., Edison, NJ 08837 Phone: 732-225-9533 Fax: 732-225-4789 Email: [email protected] www.teseq.com
Tesla Energy Solutions, 36068 Hidden Springs Rd., Ste. C - 119, Wildomar, CA 92595 Phone: 888-583-7525 Fax: 888-837-6086 Email: [email protected] www.teslaenergyllc.com
Testo, Inc., 40 White Lake Rd., Sparta, NJ 07871 Phone: 800-227-0729 Fax: 862-354-5020 Email: [email protected] www.testo.com
Thaker Simulation Technologies, 57 W Farms Rd., Canaan, NH 03741 Phone: 603-632-3767 Fax: 603-632-4546 Email: [email protected] www.thakerllc.com
Thayer Scale-Hyer Industries, Inc., 91 Schoosett St., Pembroke, MA 02359 Phone: 781-826-8101 Fax: 781-826-7944 Email: [email protected] www.ThayerScale.com
The Avogadro Group, LLC, 2825 Verne Roberts Circle, Antioch, CA 94509 Phone: 877 602 1023 Fax: 925-680-4416 Email: [email protected] www.avogadrogroup.com
The Conklin Sherman Co, Inc., 59 Old Turnpike Rd., Beacon Falls, CT 06403 Phone: 203-881-0190 Fax: 203-881-0178 Email: [email protected] www.conklin-sherman.com
The David Wood Co., P.O. Box 87875, Vancouver, WA 98687-7875 Phone: 360-260-0979 Fax: 360-253-5292 Email: [email protected] www.powerindustrycareers.com
The Dow Chemical Co., P.O. Box 1206, Midland, MI 48642 Phone: 989-832-1560 Fax: 989-832-1465 Email: [email protected] www.dow.com
The Graphic Works, 1141 Dith-ridge Dr., Johnstown, PA 15905 Phone: 814-255-6417 www.TheGraphicWorksUSA.com
The Halvorsen Co., 7500 Grand Division Ave., Garfield Heights, OH 44125 Phone: 216-341-7500 Fax: 216-341-7557 Email: [email protected] www.halvorsenusa.com
The International Brotherhood of Boilermakers, 753 State Avenue, Kansas City KS 66101 Phone: 913-371-2640 www.boilermakers.org
The Protectowire Co., Inc., P.O. Box 200, Hanover, MA 02359 Phone: 781-826-3878 Fax: 781-826-2045 Email: [email protected] www.protectowire.com
The Proudfoot Co., P.O. Box 276, Monroe, CT 06468 Phone: 203-459-0031 Fax: 203-459-0033 www.soundcell.biz
The Ripley Co., 46 Nooks Hill Rd., Cromwell, CT 06416 Phone: 860-635-2200 Fax: 860-635-3631 www.ripley-tools.com
The Silchem Group, P.O. Box 231487, Encinitas, CA 92923 Phone: 760-798-4390 Fax: 901-328-1427 Email: [email protected] www.silchem.com
The Solid Waste Authority of Palm Beach County, 7501 North Jog Rd., West Palm Beach, FL 33412 Phone: 561-640-4000 Fax: 561-640-3400 Email: [email protected] www.swa.org
The Stellar Group, 2900 Hartley Rd., Jacksonville, FL 32257 Phone: 904-260-2900 Fax: 904-268-4932 Email: [email protected] www.thestellargroup.com
The Tata Power Co. Ltd., Regis-tered Office Bombay House 24, Homi Mody St., Fort Mumbai, 400001 India Phone: 022-6655-8282 Fax: 022-6665-8801 Email: [email protected] www.tatapower.com
The Utility FPE Group, Inc. (Plant Risk Engineering), 15937 Swin-don Ct., Midlothian, VA 23112 Phone: 540-729-0095 Fax: 804-378-3357 Email: [email protected] www.ufpeg.com
Thermal Engineering Associates, 1424 Farrington Dr., Knoxville, TN 37923 Phone: 865-357-2002 Fax: 865-357-2002 Email: [email protected] www.thermalea.com
Thermal Engineering Internation-al (USA), Inc., 10375 Slusher Dr., Santa Fe Springs, CA 90670 Phone: 323-726-0641 Fax: 323-726-9592 Email: [email protected] www.thermalengint.com
Thermal Instrument Co., 217 Sterner Mill Rd., Trevose, PA 19053 Phone: 215-355-8400 Fax: 215-355-1789 www.thermalinstrument.com
Thermal Kinetics, 667 Tifft St., Buffalo, NY 14220 Phone: 716-826-3836 Fax: 716-826-3853 Email: [email protected] www.thermalkinetics.net
ThermaSteel Corp., 847 S Randall Rd., Ste. 191, Chicago, IL 60123 Phone: 224-400-8134 Email: [email protected] www.thermasteelcorp.com
Thermo Scientific, 166 Cummings Center, Beverly, MA 01915 Phone: 978-232-6228 Email: [email protected] www.thermoscientific.com/water
Thielsch Engineering, 8761 May-field Rd., Ste. 308, Chesterland, OH 44026 Phone: 440-729-8866 Fax: 440-729-8060 Email: [email protected] www.thielschfes.com
ThirdPartyInspections.com, 559 Union Church Rd., Elkton, MD 21921-3135 Phone: 410-620-0392 Fax: 270-573-3594 Email: [email protected] www.thirdpartyinspections.com
Thomas & Betts, 8155 T&B Blvd., Memphis, TN 38125 Phone: 305-842-4240 Fax: 800-888-0690 Email: [email protected] www.tnb.com
Ti Anode Fabricators Pvt Ltd., 48, Noothanchary, Madambakkam, Selaiyur, Chennai, 600073 India Phone: 0091 44 22781148 Fax: 0091 44 22781362 Email: [email protected] www.tianode.com
Tioga Air Heaters, 9201 Inter-national Pkwy., Minneapolis, MN 55428 Phone: 763-525-4000 Fax: 763-525-9796 Email: [email protected] www.tioga-inc.com
Tioga Pipe Supply Co., Inc., 2450 Wheatsheaf Ln., Philadelphia, PA 19137 Phone: 215-831-0700 Fax: 215-533-1645 Email: [email protected]
TITAN Rail, Inc., One East Mer-chants Dr., Ste. 304, Oswego, IL 60543 Phone: 630-892-9020 Fax: 630-892-9090 Email: [email protected] www.titanrail.com
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TLT-Babcock, 260 Springside Dr., Akron, OH 44333 Phone: 330-867-8540 Fax: 330-869-4819 www.tltbabcock.com
Topographic Imaging, Inc., 11211 Katy Freeway, Ste. 625, Houston, TX 77079 Phone: 713-973-8676 Fax: 713-973-8670 Email: [email protected] www.lidarmapping.com
Toshiba International Corp., 6623 West Washington St., West Allis, WI 53213 Phone: 414-475-2800 Email: [email protected]
Toshiba International Corp., Power Systems Div., 6 Dickinson Dr., Bldg. 300, Ste. 2, Chadds Ford, PA 19317 Phone: 610-361-9300 Fax: 610-459-7846 Email: [email protected]
Total Power Ltd., 6450 Kestrel Rd., Mississauga, ON L5T 1Z7 Canada Phone: 905-670-1535 Email: [email protected] www.totalpower.ca
Tower Elevator Systems, Inc., 900 RR 620 South, C206, Lakeway, TX 78734 Phone: 512-266-6200 Fax: 512-266-6210 Email: [email protected] www.towerelevators.com
Tower Performance, Inc., 23 Vree-land Rd., Florham Park, NJ 07932 Phone: 800-314-1695 Fax: 970-472-1304 Email: [email protected] www.coolingtowercomponents.com
Trachte Prefabricated Buildings, 422 N Burr Oak Ave., Oregon, WI 53575 Phone: 608-835-5707 Fax: 608-835-3920 Email: [email protected] www.trachteusa.com
Tradewinds Power Corp., 5820 NW 84 Ave., Miami, FL 33166 Phone: 305-592-9745 Fax: 305-592-7461 Email: [email protected] www.tradewindspower.com
Transfer Bulk Systems, 600 W Roosevelt Rd., B2, Wheaton, IL 60187-2302 Phone: 630-784-9671 Fax: 775-659-1598 Email: [email protected] www.transferbulksystems.com
Trans-Global Distributions, 357, 10654 82 Ave., Edmonton, AB T6E 2A7 Canada Phone: 780 907 2929 Fax: 780 433 5706 Email: [email protected] www.tgdtrading.ca
Transocean Equipment Manage-ment, LLC, P.O. Box 53924, Fayetteville, NC 28305 Phone: 910-483-7828 Fax: 910-483-7876 Email: [email protected] Transoceancontainers.net
Tranter, 1900 Old Burk Hwy., Wichita Falls, TX 76306 Phone: 940-723-7125 Fax: 940-723-1131 Email: [email protected] www.tranter.com
Tranter International AB, P.O. Box 17233, SE-10462 Maria Skolgata 79B, Stockholm, SE-118 53 Sweden Phone: +46-8-442 49 70 Fax: +46-8-442 49 80 Email: [email protected] www.tranter.com
TRAX, LLC, 107 Vista Centre Dr., Forest, VA 24551-2601 Phone: 434-385-7250 Fax: 434-385-8233 Email: [email protected] www.traxcorp.com
TRC - Nuclear Generation Services, 14 Gabriel Dr., Augusta, ME 04330 Phone: 207-620-3862 Fax: 207-621-8226 Email: [email protected] www.trcsolutions.com
Trent Tube, 2015 Energy Dr., East Troy, WI 53120 Phone: 262-642-7321 Fax: 262-642-9571 Email: [email protected] www.trent-tube.com
Triangle Enterprises, Inc., 3630 Cairo Rd., Paducah, KY 42001 Phone: 270-443-2424 Email: [email protected] www.triangle-co.com
Tricor Metals, 3225 West Old Lin-coln Way, Wooster, OH 44691 Phone: 330-264-3299 Fax: 330-262-6678 Email: [email protected] www.tricormetals.com
Trinity Industries, Inc., P.O. Box 568887, Dallas, TX 75356-8887 Phone: 214-589-8529 Fax: 214-589-8553 Email: [email protected] www.trin.net
Triple-S Steel Supply, P.O. Box 21119, 6000 Jensen Dr., Hous-ton, TX 77226 Phone: 713-697-7105 Fax: 713-697-5945 Email: [email protected] www.sss-steel.com
Tuf-Lok International, P.O. Box 5078, Madison, WI 53705 Phone: 608-270-9478 Fax: 608-270-2080 Email: [email protected] www.tuflok.com
Turbine Energy Solutions, LLC, 4627 N Sam Houston Pkwy. E, Houston, TX 77032 Phone: 281-227-0090 Fax: 281-227-0098 Email: [email protected] www.turbineenergysolutions.com
Turbine Generator Maintenance, Inc., 4635 Coronado Pkwy., Cape Coral, FL 33914 Phone: 239-549-7500 Fax: 239-549-0767 Email: [email protected] www.turbinegenerator.com
Turbo Parts, LLC, 767 Pierce Rd., Ste. 2, Clifton Park, NY 12065 Phone: 518-885-3199 Fax: 518-885-3072 Email: [email protected] www.turbopartsllc.com
TurboCare, Inc., 2140 Westover Rd., Chicopee, MA 01022 Phone: 413-593-0500 Fax: 413-593-3424 Email: [email protected] www.turbocare.com
TurboGen Consultants, Inc., 78 South Trooper Rd., Norristown, PA 19403 Phone: 610-631-3480 Fax: 610-631-3481 Email: [email protected] www.turbogen.net
Turnell Corp., 17269 Wild Horse Creek Rd. Ste. 220, Chesterfield, MO 63005 Phone: 314-971-0920 Email: [email protected] www.turnellcorp.com
Turner Business Services, LLC, 1300 Gladolas Dr., Winter Park, FL 32792 Phone: 407-927-6517 Email: [email protected]
Tuthill Energy Systems, Millbury Industrial Park, P.O. Box 8000, Millbury, MA 01527-8000 Phone: 508-756-8391 Fax: 508-754-4516 www.tuthill.com
TVC Systems, 284 Constitution Ave., Portsmouth, NH 03801 Phone: 603-431-5251 Fax: 603-431-8909 Email: [email protected] www.tvcsystems.com
TWR Lighting, Inc./Orga Aviation, 4300 Windfern Rd., Ste. #100, Houston, TX 77041 Phone: 713-973-6905 Fax: 713-973-9352 Email: [email protected] www.twrlighting.com
Tyco Flow Control, See Pentair Valves & Controls, Pasadena, TX 77507 Phone: 832-261-2416 Email: [email protected] www.pentair.com/valves
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U. S. Metals, 19102 Gundle, Houston, TX 77073 Phone: 281-443-7473 Fax: 281-443-6748 Email: [email protected] www.usmetals.com
U.S. Underwater Services, LLC, 123 Sentry Dr., Mansfield, TX 76063 Phone: 800-860-2178 Fax: 817-447-0021 Email: [email protected] www.usunderwaterservices.com
UBE, 261 Madison Ave., 28th Floor, New York, NY 10016 Phone: 212-551-4700 Email: [email protected] www.ube.com
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Ukraine Partnership Bureau, 84, Balzaka Str. App.116, Kiyv, 2232 Ukraine Phone: 677397425 Fax: 677397425 Email: [email protected] www.uapb.eu
Ultraflo Corp., A subsidiary of BRAY International, Inc., P.O. Box 423, Ste. Genevieve, MO 63670 Phone: 573-883-8881 Fax: 573-883-8882 Email: [email protected] www.ultraflovalve.com
Ultramax Corp., 110 Boggs Ln., Ste. 325, Cincinnati, OH 45246 Phone: 513-469-8629 Email: [email protected] www.ultramax.com
Unimar, Inc., 4944 Verplank Rd., P.O. Box 220, Clay, NY 13041 Phone: 315-699-4400 Fax: 315-699-3700 Email: [email protected] www.unimar.com
Unitech Power Technology Co. Ltd., 9126 Richards Dr., Mentor, OH 44060 Phone: 440-257-3504 Email: [email protected] www.ut-power.com
United Conveyor Corp., 2100 Norman Dr. West, Waukegan, IL 60085 Phone: 847-473-5900 Fax: 847-473-5959 Email: [email protected] www.unitedconveyor.com
United Dynamics Corp., 2681 Coral Ridge Rd., Brooks, KY 40109 Phone: 502-957-7525 Fax: 502-957-5441 Email: [email protected] www.udc.net
United Electric Controls, 180 Dex-ter Ave., Watertown, MA 02472 Phone: 617-926-1000 Email: [email protected] www.ueonline.com
United Fiberglass of America, Inc., P.O. Box 1511, Springfield, OH 45503 Phone: 937-325-7305 Fax: 937-325-7380 Email: [email protected] www.unitedfiberglass.com
United Rentals, 5 Greenwich Of-fice Park, Greenwich, CT 06831 Phone: 203-618-7185 Fax: 203-622-4325 Email: [email protected] www.unitedrentals.com
Universal Analyzers, Inc., 5200 Convair Dr., Carson City, NV 89706 Phone: 775-883-2500 Fax: 775-883-6388 Email: [email protected] www.universalanalyzers.com
Universal Flow Monitors, Inc., 1755 E Nine Mile Rd., P.O. Box 249, Hazel Park, MI 48030 Phone: 248-542-9635 Fax: 248-398-4274 Email: [email protected] www.flowmeters.com
Universal Utility Services, LLC, P.O. Box 30608, 2900 NE Sixth, Amarillo, TX 79120 Phone: 806-378-4186 Fax: 806-378-4196 Email: [email protected] www.uus-llc.com
UnseenHeroes, P.O. Box 726, Artesia, CA 90703 Phone: 760-985-4376 Email: [email protected] www.unseenheroes.com
URS, Power Business Unit, 510 Carnegie Ctr, Princeton, NJ 08543 Phone: 609-720-2000 Fax: 609-720-2050 www.urscorp.com
Utility Consultants, Inc., 1810 Water Pl., Ste. 200, Atlanta, GA 30339 Phone: 770-955-9922 Fax: 770-955-9955 www.ucinc.net
Utility Equipment Leasing Corp., N4 W22610 Bluemound Rd., P.O. Box 177, Waukesha, WI 53186 Phone: 262-547-1600 Fax: 262-544-8546 Email: [email protected] www.uelc.com
UTILX Corp., 22820 Russell Rd., P.O. Box 97009, Kent, WA 98064-9709 Phone: 253-395-0200 Fax: 253-395-1040 Email: [email protected] www.utilx.com
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Valdes Engineering Co., 100 West 22nd St., Lombard, IL 60148 Phone: 630-792-1886 Fax: 630-792-1986 Email: [email protected] www.valdeseng.com
Vallourec Heat Exchanger Tubes, Inc., 5501 Air Park Blvd., Mor-ristown, TN 37813 Phone: 423-587-1888 Fax: 423-585-4215
Email: [email protected] www.vallourec.com
Valmont Industries, Structures Div., 7002 N 288th St., Valley, NE 68064 Phone: 402-359-2201 Fax: 402-359-6221 Email: [email protected] www.valmont.com
Valquest Systems, 351 S Sherman Ste. 100, Richardson, TX 75081 Phone: 972-234-2954 Email: [email protected] www.valquest.net
Valvesearch.com, P.O. Box 85, Malvern, PA 19355 Phone: 484-320-8043 Email: [email protected] www.valvesearch.com
Vandal Shields, 8560 Roland St. #E, P.O. Box 434, Buena Park, CA 90621 Phone: 714-523-0572 Fax: 714-523-3328 Email: [email protected] www.vandalshields.com
VEGA Americas, Inc., 4170 Ross-lyn Dr., Cincinnati, OH 45209 Phone: 800-367-5383 Email: [email protected] www.vega-americas.com
Velan Valve Corp., 94 Ave. C, Wil-liston, VT 05495 Phone: 514-748-7743 Fax: 514-748-8635 Email: [email protected] www.velan.com
Velcon Filters, Inc., 1210 Garden of the Gods Rd., Colorado Springs, CO 80907-3410 Email: [email protected] www.velcon.com
Ventyx, an ABB Co., 400 Perimeter Center Ter., Ste. 500, Atlanta, GA 30346 Phone: 678-830-1000 Email: [email protected] www.ventyx.com
Vericor Power Systems, 3625 Brookside Pkwy., Ste. 500, Alpharetta, GA 30022 Phone: 770-569-8838 Fax: 770-569-7524 Email: [email protected] www.vericor.com
Verizon, One Verizon Way, Bask-ing Ridge, NJ 07920 Phone: 800-526-3178 www.verizon.com
VERSITRON, Inc., 83-C Albe Dr., Newark, DE 19702 Phone: 302-894-0699 Fax: 302-894-0624 Email: [email protected] www.versitron.com
VibroSyst M, 2727 E Jacques-Cartier Blvd., Longueuil, QC J4N 1L7 Canada Phone: 450-646-2157 Fax: 450-646-2164 Email: [email protected] www.vibrosystem.com
Victaulic, 4901 Kesslersville Rd., Easton, PA 18040 Phone: 610-559-3300 Email: [email protected] www.victaulic.com
Victory Energy Operations, LLC, 10701 E 126th St. N., Collins-ville, OK 74021 Phone: 918-382-4840 Fax: 918-594-7240 Email: [email protected] www.victoryenergy.com
Virtual Phone System, 30150 Telegraph Rd., Bingham Farms, MI 48025 Phone: 800-962-0126 Email: [email protected] www.voiceshot.com/public/vr.asp
Viryanet, 2 Willow St., Southbor-ough, MA 01745 Phone: 508-490-8600 Fax: 508-490-8666 Email: [email protected] www.viryanet.com
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Vista Control Systems, Inc., 2101 Trinity Dr., Ste. Q, Los Alamos, NM 87544-4103 Phone: 505-662-2484 Email: [email protected] www.vista-control.com
Vogt Power International, Inc., 13551 Triton Park Blvd., Ste. 2000, Louisville, KY 40223 Phone: 502-899-4500 Fax: 502-899-4690 Email: [email protected] www.vogtpower.com
Voith Turbo BHS Getriebe GmbH, Hans-Boeckler-Strasse 7, Son-thofen, 87527 Germany Phone: +49 8321 802-0 Fax: +49 8321 802-689 Email: [email protected] www.voith.com/bhs-turbo-gear
Voith Turbo GmbH & Co. KG, Voithstr. 1, Crailsheim, 74564 Germany Phone: +49 7951 32-0 Fax: +49 7951 32-500 Email: [email protected] www.voith.com
Voith Turbo, Inc., 25 Winship Rd., York, PA 17406 Phone: 717-767-3200 Fax: 717-767-3210 Email: [email protected] www.usa.voithturbo.com
Vooner FloGard Corp., 4729 Stockholm Ct., Charlotte, NC 28273 Phone: 704-552-9314 Fax: 704-554-8230 Email: [email protected] www.vooner.com
Vulcan Iron Works, Inc., 400 3rd Ave., Ste. 100, Kingston, PA 18704-5816 Phone: 717-822-2161
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Wabash Power Equipment Co., 444 Carpenter Ave., Wheeling, IL 60090 Phone: 847-541-5600 Fax: 847-541-1279 Email: [email protected] www.wabashpower.com
Wahlco, Inc., 3600 W Segerstrom, Santa Ana, CA 92704 Phone: 714-979-7300 Email: [email protected] www.wahlco.com
Walters Power International, 2915 N Classen Blvd., Ste. 400, Oklahoma City, OK 73106 Phone: 405-528-2860 Email: [email protected] www.walterspower.com
Warren & Baerg Manufacturing, Inc., 39950 Rd. 108, Dinuba, CA 93618 Phone: 559-591-6790 Fax: 559-591-5728 Email: [email protected] www.warrenbaerg.com
Wartsila North America, Inc., 16330 Air Center Blvd., Houston, TX 77032 Phone: 281-233-6200 Fax: 281-233-6233 Email: [email protected] www.wartsila.com/us
Watlow, 12001 Lackland Rd., St. Louis, MO 63146 Phone: 800-WATLOW2 Fax: 314-878-6814 Email: [email protected] www.watlow.com
Watthour Engineering Co, 333 Crosspark Dr., Pearl, MS 39208 Phone: 601-933-0900 Fax: 601-933-0901 Email: [email protected] www.watthour.com
Waukesha Bearings Corp., W231N2811, Ste. 200, Pewaukee, WI 53072 Phone: 262-506-3000 Email: [email protected] www.waukeshabearing.com
WebLayers, Inc., 100 Cambridge Park Dr., 3rd Floor, Cambridge, MA 02140 Phone: 617-500-7620 Email: [email protected] www.weblayers.com
Weidmann Systems International, One Gordon Mills Way, P.O. Box 799, St. Johnsbury, VT 05851-0799 Phone: 802-748-3936 Fax: 802-748-8630 Email: [email protected] www.weidmann-systems.com
Weir Minerals, Box 7610, Madi-son, WI 53716 Phone: 608-221-2261 www.weirminerals.com
Weir Slurry North America, 2701 S Stoughton Rd., Madison, WI 53716 Phone: 608-221-2261 Fax: 608-221-5810 Email: [email protected] www.weirslurrygroup.com
Welding Technologies, 2330 Cen-tennial Dr., Gainesville, GA 30504 Phone: 877-935-3832 Fax: 770-297-6511 Email: [email protected] www.weldingtechnologies.com
Weldstar Co., 1750 Mitchell Rd., Aurora, IL 60505 Phone: 630 859 3100 Fax: 630 859 3199 Email: [email protected] www.weldstar.com
WennSoft, 1970 S Calhoun Rd., New Berlin, WI 53151 Phone: 262-821-4100 Email: [email protected] www.wennsoft.com
Weschler Instruments, 16900 Foltz Pkwy., Cleveland, OH 44149 Phone: 440-238-2550 Fax: 440-238-0660 Email: [email protected] www.weschler.com
WesTech Engineering, 3665 S West Temple, Salt Lake City, UT 84115 Phone: 801.265.1000 Fax: 801-265-1080 Email: [email protected] www.westech-inc.com/en-usa
Western Integrated Technologies, 13406 SE 32nd St., Bellevue, WA 98005 Phone: 425-747-0927 Fax: 425-747-0940 Email: [email protected] www.westernintech.com
Westfalia Separator, Inc., Mineral Oil Div., 100 Fairway Ct., North-vale, NJ 07647 Phone: 201-767-3900 Fax: 201-767-3416
Westinghouse Electric Co., 1000 Westinghouse Dr., Cranberry Township, PA 16066 Phone: 412-374-2558 Fax: 724-940-8518 Email: [email protected] www.westinghousenuclear.com
Weston Solutions, Inc., 1400 Weston Way, West Chester, PA 19380 Phone: 610-701-3000 Email: [email protected] www.emissionstestingsolutions.com
WH Salisbury & Co, 7520 N Long Ave., P.O. Box 1060, Skokie, IL 60077 Phone: 847-679-6700 Fax: 847-679-2401 www.whsalisbury.com
Wheelwash USA, P.O. Box 810607, Boca Raton, FL 33481 Phone: 561-750-8662 Fax: 561-750-9507 Email: [email protected] www.WheelwashUSA.com
WIKA Instrument Corp. - Electri-cal Temperature Division, 950 Hall Ct., Deer Park, TX 77536 Phone: 713-475-0022 Fax: 713-475-0011 Email: [email protected] www.wika.com
WIKA Instruments Canada Ltd., 3103 Parsons Rd., Edmonton, AB T6N 1C8 Canada Phone: 780-463-7035 Fax: 780-462-0017 Email: [email protected] www.wika.ca
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William Frick & Co., 2600 Com-merce Dr., Libertyville, IL 60048 Phone: 847-918-3808 Fax: 847-918-3701 Email: [email protected] www.fricknet.com
Williams Metals and Welding Alloys, Inc., 125 Strafford Ave., Ste. 108, Wayne, PA 19087 Phone: 877-499-1544 Email: [email protected] www.wmwa.net
Williamson Corp., 70 Domino Dr., Concord, MA 01742 Phone: 978-396-9607 Fax: 978-369-5485 Email: [email protected] www.williamsonir.com
Wilmore Electronics Co, Inc., 607 US 70-A East, P.O. Box 1329, Hillsborough, NC 27278 Phone: 919-732-9351 Fax: 919-732-9359 Email: [email protected] www.wilmoreelectronics.com
Winco, Inc., 225 South Cordova Ave., Le Center, MN 56057 Phone: 507-357-6821 Fax: 507-357-4857 Email: [email protected] www.wincogen.com
Winsted Corp., 10901 Hampshire Ave. South, Minneapolis, MN 55438 Phone: 800-237-5606 Fax: 770-840-9685 Email: [email protected] www.winstedcustom.com
Winters Instruments, 600 Ens-minger Rd., Buffalo, NY 14150 Phone: 716-874-8700 Fax: 716-874-8800 Email: [email protected] www.winters.com
Wiznucleus, Inc., 244 Fifth Ave., Ste. K227, New York, NY 10001 Phone: 646-367-1947 x 501 Email: [email protected] www.wiznucleus.com
Wolf Material Handling Systems, 12680 Industrial Blvd., Elk River, MN 55330 Phone: 763-576-9040 Fax: 763-576-9070 Email: [email protected] www.wolfmhs.com
Wood Group GTS, 15600 John F Kennedy Blvd., Ste. 500, Hous-ton, TX 77032 Phone: 281-227 5600 Fax: 281-227 5655 Email: [email protected] www.woodgroup.com
Woodward GmbH, Handwerkstr. 29, Stuttgart, 70656 Germany Phone: +49 (0) 711 789 54-0 Fax: +49 (0) 711 789 54-1 Email: [email protected] www.woodward.com
WorleyParsons Group, Inc., 2675 Morgantown Rd., Reading, PA 19607 Phone: 610-855-2000 Fax: 610-855-2602 Email: [email protected] www.worleyparsons.com
WPC, Inc., 10907 Downs Rd., Charlotte, NC 28134 Phone: 704-927-4000 Fax: 704-927-4001 Email: [email protected] www.wpceng.com
WRB Communications, 4200 Lafayette Center Dr., Chantlly, VA 20151 Phone: 703-449-0520 Email: [email protected] www.wrbcorp.com
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Xdot Engineering and Analysis, PLLC, 370C Greenbrier Dr., Char-lottesville, VA 22901 Phone: 434-972-9368 Email: [email protected] www.xdotea.com
Xenics, Ambachtenlaan 44, Leu-ven, 3001 Belgium Phone: +3216 389900 Email: [email protected] www.xenics.com
Xtralis, 700 Longwater Dr., Nor-well, MA 02061 Phone: 800-229-4434 Email: [email protected] www.xtralis.com
Y
Yeomans Pump - Div. Yeomans Chicago Corp., P.O. Box 6620, 3905 Enterprise Ct., Aurora, IL 60598-0620 Phone: 630-236-5500 Fax: 630-236-5511 Email: [email protected] www.yeomanspump.com
Yieh Corp., No.6, E-DA Rd., Yanchao Town, Kaohsiung County, 82445 Taiwan Phone: 88676151000 Fax: 88676153000 Email: [email protected] www.yieh.com
Yokogawa Corporation of America, 2 Dart Rd., Newnan, GA 30265 Phone: 770-254-0400 Fax: 770-251-2088 Email: [email protected] www.yokogawa-usa.com/
Yuba Heat Transfer, 2121 N 161 E Ave., Tulsa, OK 74116-4802 Phone: 918-234-6000 Fax: 918-437-3429
Z
Zachry Engineering Corp., 101 West Colfax Avenue #500 Denver, CO 80202 Phone: 303-928-4400 www.zhi.com
Zensol Automation, Inc., 7075 Place Robert-Joncas, Ste. 139, St. Laurent, QC H4M 2Z2 Canada Phone: 514-333-3488 Fax: 514-333-3499 Email: [email protected] www.zensol.com
Zequanox (by Marrone Bio In-novations), 2121 second Street B-107, Davis, CA 95618 Phone: 530-750-2800 Email: [email protected] www.zequanox.com
Zinkan Enterprises, Inc., 1919 Case Pkwy. North, Twinsburg, OH 44087 Phone: 800-229-6801 Email: [email protected] www.zinkan.com
Zollern GmbH & Co. KG, Hitzkofer Strasse 1, Sigmaringendorf, 72517 Germany Phone: +49 7571 70-0 Fax: +49 7571 70-602 Email: [email protected] www.zollern.com
Zolo Technologies, Inc., 4946 North 63rd St., Boulder, CO 80301 Phone: 303-604-5800 Fax: 303-530-1843 Email: [email protected] www.zolotech.com
ZSI, 45065 Michigan Ave., Can-ton, MI 48188
Phone: 800-323-7053 Fax: 734-844-0066 Email: [email protected] www.zsi-inc.com
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PRODUCTS
DIRECTORY
ACI SYSTEMS FOR MERCURY
CONTROL
ADA Environmental Solutions
Breen Energy Solutions
Clyde Bergemann Power Group
ACOUSTICS
1 Acoustics - General 10 Instrumentation 15 Noise abatement, transformers 20 Panels
Hawk Measurement (10)
Hessler Associates, Inc. (1)
Sound Technologies (1,15,20)
The Proudfoot Company
ACTUATORS
AZZ | N L I
Beck, Harold Beck & Sons Inc
Blac Inc.
Compact Automation Products LLC
Flowserve
Rotork
Voith Turbo GmbH & Co. KG
ADDITIVES, COAL
10 Coal-pile binders 20 Dust-suppression agents 30 Freeze-conditioning agents 40 Slag modifiers
Benetech (10,20,30,40)
ADDITIVES, FUEL-OIL
Jiangsu High Hope International Group Co. Ltd
AERATORS
Nol-Tec Systems, Inc. See our ad on p. 49
AERIAL LIFTS
10 Basket testers
Dueco Inc
Hinkel Equipment Rental Associates, Inc.
Nesco Sales & Rentals
Phenix Technologies Inc (10)
Utility Equipment Leasing Corp
AIR PREHEATER BASKETS
SUPPLY
Imeco Limited
Tesla Energy Solutions
AIRFLOW MEASUREMENT,
COMBUSTION
Enerac, Inc
PROMECON USA Inc.
Testo Inc.
ALARMS
Kistler-Morse Corp
SKF USA
The Protectowire Co Inc
ALIGNMENT SYSTEM SHAFT
10 Laser 20 Dial indicator
Elos Fixturlaser AB
LUDECA, INC.
Machinery Mounting Solutions, Inc. (10,20)
ALIGNMENT SYSTEMS
TURBINE COMPONENT
Alignment Supplies, Inc.
ANALYZERS, AIR-POLLUTION
1 Analyzers, air-pollution - General 10 CO, CO2 20 Continuous emissions monitors 30 HCL 40 HF 50 Hydrocarbons 60 Hydrogen sulfide 70 NH3 80 NO, NOx 100 SO2 and/or SO3 110 Stack-gas
Air Instruments & Measurements LLC
CEMTEK Environmental
Cosa Instrument Corp, Process Control Div
Delta Instrument LLC (10,20,30,40,50,60,70,80,100,110)
Ducon Technologies Inc, MIP Div
Emerson Process Management, Rosemount Analytical
ENOTEC Inc. (1,10,20,110)
FilterSense
HORIBA (1,10,20,50,60,70,80,100,110)
ANALYZERS, AIR-QUALITY
1 Analyzers, air-quality - General
ENMET Corporation (1)
Pragmatics Hydrogen Leak Detection
ANALYZERS, HYDROGEN
PURITY
10 H2-cooled Power Generators
Hitech Instruments
Nova Analytical Systems Inc. (10)
ANALYZERS, WATER-PURITY
1 Analyzers, water-purity - General 10 Alkalinity 20 Boron 30 Calcium hardness 40 Chloride 50 Hydrazine 60 Hydrogen 70 Oxygen 80 Silica 90 Sodium 100 Sulfide
Camarines sur Polytechnic college
CHEMetrics, Inc.
Hach
Metrohm-Peak
Mettler-Toledo Thornton, Inc.
Orbeco Analytical Systems Inc
Scientific Instruments
Sentry Equipment Corp (1,40,50,60,70,80,90)
Swan Analytical USA
Taylor Technologies Inc (1,10,20,30,40,50,80,90,100)
Thermo Scientific
ARRESTERS
CITEL SURGE PROTECTION
ASH-HANDLING SYSTEMS
1 Ash-handling systems - General 10 Air washers 20 Blowers 30 Ceramic lined pipe 40 Clinker grinders (crushers) 50 Combining tubes 60 Conveyors 70 Coolers 80 Dewatering bins 90 Exhausters 100 Feeders 110 Fluidizers 120 Jet ash pumps 140 Receiver/separators (air/ash) 150 Rotary unloaders 160 Sluice pumps 170 Storage bins 180 Storage tanks
Allen-Sherman-Hoff (1,30,40,60,70,80)
AVA Americas, LLC./AVA-Huep GmbH u. Co. KG (1,70,110)
Clyde Bergemann Power Group
Detroit Stoker Company (40,150) See our ad on p. 51
Diamond Power International Inc (1,30,40,60,70,80)
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Ducon Technologies (1)
FLSmidth Inc. (1,20,60,100,120,150)
Helmick Corporation (40,50,90,120)
National Conveyors Company Inc
Nol-Tec Systems, Inc. See our ad on p. 49
Philippi-Hagenbuch, Inc.
United Conveyor Corporation (1,10,20,30,40,50,60,80,90,100,110, 120,140,150,160,170,180)
BAGHOUSES
Buell APC
Clyde Bergemann Power Group
Global Power Supply
MCNS Environmental Systems Inc.
Southern Environmental
BAGS
Summit Filter Corporation
BATTERIES/CHARGERS
La Marche Mfg. Co.
BEARINGS
1 Bearings - General 30 Sleeve babbitt 40 Sleeve, bronze 50 Thrust, special 60 Magnetic
Bently Pressurized Bearing Co
Fusion Babbitting Co. Inc (30)
Graphite Metallizing Corp, Graphalloy Division
igus® Inc.
Kingsbury Inc
Mechanical Dynamics & Analysis, Ltd. (1,30,40,50)
Renewal Parts Maintenance
SCHMIDT INDUSTRIES
Waukesha Bearings Corporation (1,50,60)
ZOLLERN GmbH & Co. KG
BELTS SAFETY/TOOL
FrenchCreek Production, Inc.
BLADE MANUFACTURING
SCHMIDT INDUSTRIES
BLOWERS
Clyde Bergemann Power Group
Tuthill Energy Systems
BOILER PARTS
20 Pressure and non-pressure parts
AIR SYSTEMS LIMITED
CTI Power/Chicago Tube & Iron Company
Greens Power Equipment USA Inc. (20)
Indeck Power Equipment Company
Rentech Boiler Systems, Inc
BOILERS
Factory Sales & Engineering, Inc.
Greens Power Equipment USA Inc.
Indeck Power Equipment Company
STF spa See our ad on p. 20
Victory Energy Operations, LLC
Wabash Power Equipment Company
BOILERS, FLUIDIZED-BED
AE&E Austria GmbH & Co KG
Energy Products of Idaho
Metso Power
STERLING STRIPS LTD
BOILERS, INDUSTRIAL
Babcock Power Inc.
BOILERS, UTILITY
Babcock Power Inc.
BOLTS
Applied Bolting
Portland Bolt & Manufacturing
SCHMIDT INDUSTRIES
BOXES TOOL/PICK-UP TRUCK
Lista International Corp.
BRUSHES
Cutsforth Products Inc. See our ad on p. 53
Sohre Turbomachinery Inc
BUCKETS
Columbia Steel Casting Co, Inc
SCHMIDT INDUSTRIES
BURNERS
1 Burners - General 10 Coal, pulverized 20 Gas, natural 30 Management Systems 40 NOx, low 50 Oil 60 Orimulsion 90 Waste fuels
Detroit Stoker Company (40) See our ad on p. 51
Faber Burner Company
Fuel Tech Inc. (1,20,40,50)
Hitachi Power Systems America Ltd. (1,10,40)
Indeck Power Equipment Company
Nat-Com
Riley Power Inc (10,20,30,40,60,90)
Vulcan Iron Works Inc
BURNERS, SUPPORT
EQUIPMENT
Forney Corporation
Frederick Cowan & Co Inc
BUS
1 Bus - General 10 Aluminum/copper
EMS Industrial and Service
MDF Cable Bus Systems (1,10)
Williams Metals and Welding Alloys Inc (10)
BUS DUCT
1 Bus duct - General
Delta Unibus Division
Delta/Unibus, Div. of Powell Electrical Systems
MDF Cable Bus Systems (1)
BUSHINGS/BUSHING WELLS
SCHMIDT INDUSTRIES
CABLE 600 V-34.5 KV
safanicu
CABLE ACCESSORIES
10 Fittings & connectors
ZSI (10)
CABLE LAYERS
Dow Electrical & Telecommunications
CABLE SUPERCONDUCTING
Parmar Metals Pvt. Ltd.
CABLE TERMINATIONS/
SPLICES
20 Potheads 30 Splice kits, distribution 40 Splice kits, transmission 50 Stress cone kits
Thomas & Betts (20,30,40,50)
CABLE,
TELECOMMUNICATIONS
Calvert Wire & Cable Corporation
CABLE, TRANSMISSION
SNC Manufacturing
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CALIBRATION EQUIPMENT
Beamex, Inc.
CAPACITORS/CONTROLS
LCR Electronics
Valquest Systems
CASTINGS
1 Castings - General 10 Ferrous
Columbia Steel Casting Co, Inc (1,10)
Hillscape, Inc. (1)
Northern Cast parts Company Inc
CATALYST
CoaLogix
Cormetech, Inc. See our ad on p. 9
DAEYOUNG C & E CO., LTD.
Fuel Tech Inc.
Haldor Topsoe Inc.
Hypercat Advanced Catalyst Products
Johnson Matthey Catalysts LLC
CATHODIC PROTECTION
Advance Products & Systems
Corrpro Companies, Inc.
Norton Corrosion Ltd
CENTRIFUGES
Bird Machine Co
KMPT AG
KMPT USA, Inc.
Separator Spares & Equipment, LLC
Westfalia Separator Inc, Mineral Oil Div
CHEMICALS, FLUE-GAS
DESULFURIZATION
10 Reagents
SOLVAir Solutions/Solvay Chemicals, Inc. (10)
CHEMICALS,
TURBOMACHINERY
ECT Inc
FP Turbomachinery
Rochem Technical Services
CHEMICALS, WATER-
TREATMENT
Ashland Water Technologies, Drew Industrial
Buckman Laboratories Inc, Water Technolo-gies
GC3 Specialty Chemicals, Inc.
The Dow Chemical Company
Zequanox (by Marrone Bio Innovations)
CHILLERS
AZZ | N L I
CHIMNEYS
Commonwealth Dynamics, Inc.
Hadek Protective Systems
Hamon Custodis, Inc.
Hoffmann, Inc
Oak Park Chimney
CHLORINATORS
Ti Anode Fabricators Pvt Ltd
Zequanox (by Marrone Bio Innovations)
CIRCUIT BREAKERS, HIGH
VOLTAGE
1 Circuit breakers, high voltage - General
Belyea Company Inc (1)
Carling Technologies
Pennsylvania Breaker LLC
CIRCUIT BREAKERS, LOW
VOLTAGE
1 Circuit breakers, low voltage - General 10 Air-magnetic 20 Moulded case 30 Sulfur hexafluoride (SF6)
AZZ | N L I (1,10,20,30)
CLOTHING, PROTECTIVE
10 Glove testing, electric
DragonWear
Phenix Technologies Inc (10)
WH Salisbury & Co
CLUTCHES
1 Clutches - General 10 Automatic
Voith Turbo GmbH & Co. KG (1,10)
SSS Clutch Company Inc
COAL FEEDERS
10 Gravimetric
Bedeschi America, Inc
Stock Equipment Company (10)
THAYER SCALE-HYER INDUSTRIES, INC.
COAL-CLEANING EQUIPMENT
Coal Recovery Investments Ltd
COAL-SAMPLING/ANALYSIS
SYSTEMS
Thermo Scientific
COATINGS
1 Coatings - General 10 Insulating 30 Protective 40 Sealing
Belzona Western Ltd.
BHI Energy (1,30,40) See our ad on p. 1
Blome International
CMP Coatings, Inc.
Duromar Inc
Ellison Surface Technologies (1)
Furnace Mineral Products Inc. (30)
Hadek Protective Systems (1,10,30,40)
Hayden Laser Services, LLC (1)
International Paint
ITW Devcon Futura Coatings
Kingfisher Industrial
Master Bond, Inc.
NSP Specialty Products (1,30,40)
Praxair Surface Technologies, Inc. (1,30)
The Silchem Group
COGENERATION SYSTEMS,
PACKAGED
2G - CENERGY Power Systems Technologies Inc.
Alturdyne
American DG Energy Inc.
Centrax Limited
COILS & BARS
10 High-voltage
National Electric Coil (10)
COMBUSTERS
AE&E - Von Roll Inc
COMBUSTION AIRFLOW
MEASUREMENT
AMETEK Land, Inc.
LPP Combustion LLC
Shawcity Limited
COMBUSTION-CONTROL
SYSTEMS
Beck, Harold Beck & Sons Inc
DURAG GROUP
Eutech Scientific Engineering
IMR Inc
Indeck Power Equipment Company
Marathon Sensors Inc
December 2013 | POWER www.powermag.com 105
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COMMUNICATIONS SYSTEMS/
EQUIPMENT
1 Communications systems/equipment - General 20 Fiber-optics 50 Modems 60 Networking products
Aitech Defense Systems
Alcatel-Lucent
E.A.R., Inc.
Elma Systems Division
EtherWAN Systems
H&L Instruments (1,20,50,60)
MEN Micro Inc
SISCO, Inc. (60)
VERSITRON Inc
COMPRESSORS
1 Compressors - General
Air Engineering Inc.
Atlas Copco Compressors LLC
Bauer Compressors Inc.
Jenny Products (1)
sera ComPress GmbH
COMPUTER SOFTWARE
30 Environmental compliance 60 Maintenance management 90 Operations & maintenance 100 Performance monitoring 110 Piping systems
Automation Technology, Inc
CD-adapco
CYME International T&D
Eagle Technology Inc
EchoMail Inc
Ecutel Systems
ENOSERV, LLC
HTRI
Infor
Intergraph Corporation
Mainsaver
NeuCo, Inc.
Siemens AG
SPL WorldGroup, Inc
Sunrise Systems Ltd (110)
Terrington Data Management (30,60,90,100)
Ultramax Corporation
Ventyx, an ABB company (60,90)
Wiznucleus, Inc.
COMPUTER TERMINALS/
KEYBOARDS/PRINTERS
5 Control Room Furniture
Ergonomic Office Chairs by United Group, Inc. (5)
COMPUTER-AIDED-DESIGN
EQUIPMENT (CAD)
Infolytica Corp
COMPUTERS
GETAC Inc.
Panasonic Computer Solutions Co
CONDENSERS
40 Surface
Ambassador Heat Transfer Co (40)
LYNN Engineered Systems LLC
Niagara Blower Company
CONDENSERS, TWO PLUG
The Conklin Sherman Co, Inc
CONDUIT
United Fiberglass of America Inc
CONNECTORS
Amphenol Industrial Operations
Aries Electronics
DMC Power
Hubbell Power Systems, Inc
J Custon Supply, Inc
CONTROL SYSTEMS
1 Control systems - General 10 Compressor 30 Gas-turbine 40 Main plant
ABB Inc (1,30)
Allen-Sherman-Hoff (1)
Clyde Bergemann Power Group
Diamond Power International Inc (1)
Emerson Process Management, Power & Water Solutions
Enercon Engineering Inc
Environment One Corporation
Gastops Ltd
GE Energy
Innovative Control Systems, Inc.
Invensys
Machine Control Systems
Mechanical Dynamics & Analysis, Ltd. (1,30,40)
TVC Systems
Voith Turbo GmbH & Co. KG (1,10,30)
CONTROLLERS (ENERGY
MANAGEMENT)
10 Demand 20 Load 30 Power-factor
E / SYSTEMS (10,20,30)
CONTROLLERS (KEY
MEASUREMENTS)
BinMaster Level Controls
CONTROLLERS,
PROGRAMMABLE
I.C.M.I.(Inductive Components Mfg.,Inc.)
SoftPLC Corporation
CONVERTERS
Wilmore Electronics Co, Inc
CONVEYOR ACCESSORIES
1 Conveyor accessories - General
ASGCO Manufacturing, Inc.
Benetech
C.U.E., Inc.
Flexco
Martin Engineering (1) See our ad on p. 54
CONVEYOR DRIVES
10 Hydrodynamic
Voith Turbo GmbH & Co. KG (10)
CONVEYORS
1 Conveyors - General 10 Belt 20 Drag 30 Flight 40 High-angle 50 Pneumatic 60 Rentals
Allen-Sherman-Hoff (1,10,20,50)
Beltservice de Mexico
BEUMER Maschinenfabrik GmbH & Co. KG
Conveyor Services/Classic Conveyor Compo-nents
E-ZLIFT Portable Conveyors (1,10,20,30,40,60)
Fenner Dunlop Americas
Flexco Engineered Systems Group
Martin Engineering See our ad on p. 54
Nol-Tec Systems, Inc. See our ad on p. 49
Transfer Bulk Systems
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COOLING TOWERS
1 Cooling towers - General 10 Dry 20 Wet, mechanical draft 30 Wet, natural draft (hyperbolic) 40 Wet/dry
BIS Both Industrial Services BV
Cooling Tower Depot, Inc.
GEA Heat Exchangers - Cooling Tower Solu-tions Division (1,10,20,30,40)
Midwest Towers
Paharpur Cooling Towers Ltd See our ad on p. 23
Parker Hannifin- Precision Cooling Systems Division (1)
SPX Cooling Technologies, Inc
Thermal Kinetics
Tower Performance, Inc. (1,20)
CORROSION CONTROL
10 Inhibitors 20 Monitors
30 Protection
Corrosion Service Company Europe Ltd
Cortec Corporation (10,30)
Electrochemical Devices, Inc. (20)
Hadek Protective Systems (30)
PENTA Industrial Corp. (30)
COUPLINGS
North Side Power Transmission Corp.
Tuf-Lok International
Victaulic
Voith Turbo GmbH & Co. KG
CRANES/DERRICKS
1 Cranes/derricks - General 5 120,000 lb overhead crane 30 Fuel-handling 40 Gantry 50 Radwaste-handling 60 Traveling, overhead
Gantrex Inc. (1,30,40,50,60)
Mazzella Lifting Technologies
NES Rentals
Remtron
SCHMIDT INDUSTRIES (5)
CROSSARMS
DIS-TRAN Wood Products, LLC
GEOTEK, Inc/PUPI Crossarms
CRUSHERS/BREAKERS
40 Reversible mills
Pennsylvania Crusher
Sturtevant (40)
DAMPER ACTUATORS
Beck, Harold Beck & Sons Inc
Jarret Inc
Keco Engineered Controls
DAMPERS
1 Dampers - General 10 Guillotine 20 Louvers 30 Special-design
Braden Mfg LLC
Clyde Bergemann Bachmann (1,10,20,30)
Clyde Bergemann Power Group
McDermott Brothers Products
Senior Flexonics Pathway
DATA ACQUISITION/
MANAGEMENT
Contec Systems
DGH Corporation
Elsys Instruments
InStep Software
Lufft USA
Onset
StatSoft, Inc. / STATISTICA
DEAERATORS (STEAM
GENERATION)
Indeck Power Equipment Company
Kansas City Deaerator
DEGASIFIERS
Membrana
DEHUMIDIFIERS
Arid Dry by Controlled DH (IMS)
DEMINERALIZERS
Pall Corporation
DESUPERHEATERS
Pick Heaters, Inc.
Schutte & Koerting
DIGESTORS
BIOFerm Energy Systems
DRILLS
Metabo Corporation
DRY SCRUBBERS
Clyde Bergemann Power Group
Dustex Corporation
Hitachi Power Systems America Ltd.
DRYERS
1 Dryers - General
AVA Americas, LLC./AVA-Huep GmbH u. Co. KG (1)
Kahn & Company Inc
DUCT BURNERS
John Zink Hamworthy Combustion
DUCT JOINTS, EXPANSION
Energy Systems Products
DUCT SEALANT
American Polywater Corp
DUCT WORK
Moon Fabricating Corp.
DUST-COLLECTION
20 Systems
Airtrol, Inc.
Benetech (20)
CAMCORP, Inc.
DCM Clean-Air Products, Inc.
Martin Engineering See our ad on p. 54
MikroPul
Nilfisk CFM
EARTH-MOVING EQUIPMENT
Emtrade Intrnational Ltd
ECONOMIZERS
1 Economizers - General 10 Nonsteaming 20 Steaming
Cain Industries, Inc.
Chanute Manufacturing (1)
E-Tech, Inc. (1,10,20)
Greens Power Equipment USA Inc. (1,10)
Indeck Power Equipment Company
EJECTORS
10 Vapor
Fox Venturi Eductors (10)
ELECTROSTATIC
PRECIPITATORS
Beltran Technologies, Inc.
Clyde Bergemann Power Group
Hitachi Power Systems America Ltd.
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Nol-Tec Systems, Inc. See our ad on p. 49
PECO
Southern Environmental
ELEVATORS
Alimak Hek, Inc
Tower Elevator Systems, Inc.
EMISSIONS-SAMPLING
SYSTEMS
10 Extractive 20 In-situ
Apex Instruments, Inc. (10,20)
Sentry Equipment Corp (10)
SICK MAIHAK, Inc. (10,20)
Universal Analyzers Inc.
ENCLOSURES
10 Acoustical 60 Switchgear
CDR Systems Group
Elma Electronic
Lectrus (60)
Reef Industries Inc, Griffolyn
Sound Technologies (10)
Span-O-Matic
Trachte Prefabricated Buildings
ENERGY MANAGEMENT
SYSTEMS/CONTROLS
1 Energy management systems/controls - General 10 Distribution automation equipment
International Business Systems (1,10)
Woodward GmbH
ENERGY STORAGE
Caldwell Energy/Caldwell Tanks
Energy Storage and Power
ENGINES (FUEL)
10 Dual-fuel 20 Full-diesel 30 Spark-ignitions gas
Iveco Motors Of North America
Wartsila North America, Inc. (10,20,30)
ENVIRONMENTAL
COMPLIANCE
1 Environmental compliance - General 30 NOx control 40 SOx control
Basic Concepts
Benetech
C.I.Agent Solutions, LLC (1)
Lenox Instrument Company, Inc. (1,30)
Plant Professionals
Southern Environmental (1,40)
StormwateRx
ENVIRONMENTAL PRODUCTS
1 Environmental products - General 10 Activated Carbon
ADA Carbon Solutions (10)
Babcock Power Inc.
Chesapeake Soda Clean, Inc.
Indigo Technologies
Industrial Solutions International
MET - Marsulex Environmental Technologies (1)
Stock Environmental Co.
Zequanox (by Marrone Bio Innovations)
EQUIPMENT (SURPLUS)
Commerce Lanes, Inc
EQUIPMENT PARTS (REPAIR/
REPLACE)
1 Equipment parts (repair/replace) - General 10 Ash-handling equipment 20 Coal-handling equipment 25 Pulverizer
Columbia Steel Casting Co, Inc (1,10,20,25)
Conforma Clad Inc
HR Power
EVAPORATORS
1 Evaporators - General 10 Distillation 20 Falling-film 30 Thin-film 40 Vapor-compression 50 Vertical-tube
Aston Evaporative Services
AVA Americas, LLC./AVA-Huep GmbH u. Co. KG (1,10,20,30,40,50)
LCI Corporation
EXPANSION JOINTS
4-STAR Hose & Supply
Advanced Flexible Systems Inc
Allegheny Industrial Sales Inc
Braden Mfg LLC
Custom Expansion Joints, Inc.
ESP/Energy Systems Products, Inc
Frenzelit North America
Garlock Sealing Technologies
Hose Master LLC
KE-Burgmann EJS
KE-Burgmann USA, Inc.
Multifab Inc. Fabricators
FABRIC FILTERS (DESIGN)
1 Fabric filters (design) - General 10 Pulse-jet
Clyde Bergemann Power Group
McGill AirClean LLC (1,10)
SEFAR AG
FABRIC FILTERS (MATERIALS)
Clyde Bergemann Power Group
Hitachi Power Systems America Ltd.
FABRICATION
10 Metal 20 Steel
CERREY SA de CV
Chanute Manufacturing (20)
CTI Industries, Inc.
Delta Mechcons India Ltd. (20)
Gill Manufacturing ltd
Gremp Steel Company
Johnson Bros Metal Forming Co. (10,20)
Liberty Steel Fabricators (10,20)
Moran Iron Works Inc. (20)
Myrex Industries
N.O.W. & Associates Inc
Process Equipment/Barron Industries
PTMW, INC
Redline Industries, Inc.
The Halvorsen Company
Tricor Metals (10)
FANS
Canadian Buffalo
FlaktWoods
Howden North America Inc.
Industrial Marketing Systems
TLT-Babcock
FASTENERS (ADHESIVES,
WASHERS, ETC)
NORD-LOCK
Nova Machine Products, Inc.
FEEDERS
1 Feeders - General
JVI Vibratory Equipment Inc
Sodimate, Inc. - Dry Chemical Feed System Specialist (1)
St. Lawrence Steel
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FEEDWATER HEATERS
(CLOSED)
10 High-pressure (downstream of feedpump) 20 Low-pressure (upstream of feedpump)
American Exchanger Services
Pick Heaters, Inc.
Thermal Engineering International (USA) Inc (10,20)
Yuba Heat Transfer
FIBERGLASS
Fibergrate Composite Structures
FILTER
Dollinger Filtration, an SPX Brand
GE Energy
Komline-Sanderson
FILTERS (PUMPS,
COMPRESSORS)
Reverso Pumps, Inc.
FILTERS (TURBINES, DIESELS)
1 Filters (turbines, diesels) - General 10 Fuel-oil 20 Intake-air 30 Lube-oil
ADVANCED FILTRATION CONCEPTS (1,20)
Braden Mfg LLC (20)
C.C. Jensen, Inc. Oil Maintenance
Camfil Farr Power Systems
DEFITEC (FILTRATION)
Filtration Advantage (1)
Freudenberg Filtration Technologies SE & Co. KG (20)
MB Oil Filters (1,10,30)
RCI Technologies
Solberg Filtration & Separation
Velcon Filters Inc
FILTERS, LIQUID
1 Filters, liquid - General 10 Activated-carbon 30 Polishing 50 Water intake
Clear Lake Filtration
Croll-Reynolds Engineering Company Inc
Filtration & Membrane Technology, Inc. (1,10,30,50)
Kaydon Filtration
King Filtration Technologies Inc
FILTERS, WATER
Orival Water Filters
FIRE-PROTECTION SYSTEMS
1 Fire-protection systems - General
American Fire Technologies Inc
Chemetron Fire Systems
DuraSystems Barriers, Inc.
Fireaway Inc. (1)
Hiller Systems, Inc.
SAFE Fire Detection, Inc.
FLOWMETERS
1 Flowmeters - General 10 DP (differential pressure: orifice, venturi) 20 Nonintrusive (magnetic, resonance, ultrasonic) 30 PD (positive displacement : Dighragm rortary vane) 40 Swirl, vortex-shedding 50 Totalizers 60 Turbine 70 Variable-area (plug, rotameter)
Control Plus Inc.
Emerson Process Management, Rosemount Div
FCI-Fluid Components International (1,20)
FLEXIM AMERICAS Corporation
FlowMeters.com
McCrometer
Phoenix Air Flow, Inc.
Photon Control
Siemens Industries, Inc. (1,10,20,30,40,50,60,70)
Sierra Instruments, Inc. (1,20,40)
Spirax Sarco, Inc.
Thermal Instrument Co
Universal Flow Monitors Inc
Yokogawa Corporation Of America
FLUE-GAS DESULFURIZATION
UNITS
40 Wet limestone
ANDRITZ Environmental Solutions Inc.
Babcock & Wilcox Company See our ad on p. 7
Hitachi Power Systems America Ltd. (40)
Nol-Tec Systems, Inc. See our ad on p. 49
Pick Heaters, Inc.
Powerspan Corp.
FUEL ANALYZERS
Lazar Scientific, Inc.
FUEL ECONOMIZERS
ALGAE-X International (AXI)
Kentube
FUEL MANAGMENT
Engineering Consultants Group, Inc.
Fuel Purification
FUEL-HANDLING EQUIPMENT
1 Fuel-handling equipment - General 10 Stacker/reclaimers
Benetech (1,10)
Roberts & Schaefer Company
Stock Fairfield Corporation
FUEL-OIL HANDLING
EQUIPMENT
seepex Inc.
GAS TURBINE AIR-INTAKE
SYSTEMS
Braden Mfg LLC
Dollinger
FAIST Anlagenbau GmbH
Pneumafil Corp, Gas Turbine Div
GAS TURBINE AUXILIARY
SYSTEMS
Braden Mfg LLC
Chromalox, Inc.
GAS TURBINE AUXILIARY
SYSTEM REPLACEMENT PARTS
Braden Mfg LLC
GAS TURBINE EXHAUST
SYSTEMS
Alloy Bellows and Precision Welding
ATCO Emissions Management
Braden Mfg LLC
SELKIRK CORPORATION
Sound Technologies
GAS-HANDLING EQUIPMENT
Advanced Specialty Gases
Clyde Bergemann Power Group
Scott Specialty Gases
GAUGE GLASSES
Ernst Flow Industries
Hindusthan Mica Mart
GAUGES
Quest-Tec Solutions
GAUGES PRESSURE
WIKA Instruments Canada Ltd.
Winters Instruments
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GAUGES, LIQUID-LEVEL
1 Gauges, liquid-level - General 10 Capacitance 30 Hydrostatic 40 Noncontact 50 Resistance
Automation Products, Inc. - DYNATROL® Divi-sion (1)
Diamond Power International Inc (1)
JOWA USA, Inc. (50)
Orion Instruments LLC
Pressure Systems, Inc
Qinhuangdao Huadian Survey Instrument and Controller Co.,Ltd.
VEGA Americas, Inc. (1,10,30,40)
GAUGES, STRAIN
Sensor Developments Inc
GEARS
1 Gears - General 10 Engineered gear drives
Allen Gears Ltd
Amarillo Gear Company
SCHMIDT INDUSTRIES
Voith Turbo BHS Getriebe GmbH (10)
Voith Turbo GmbH & Co. KG (1,10)
Voith Turbo Inc
GENERATOR, HYDRAULIC
Western Integrated Technologies
GENERATOR/ENGINE SETS, IC
Coffman Electrical Equipment Company
Mid America Engine
MWM GmbH
Tradewinds Power Corp
GENERATOR/TURBINE SETS,
GAS (GT)
Belyea Company Inc
Hitachi Power Systems America Ltd.
International Power Machinery Co
Kawasaki Gas Turbines - Americas
Rolls-Royce plc
Siemens Energy
Solar Turbines Incorporated
Vericor Power Systems
GENERATORS
BRUSH Turbogenerators
Caterpillar Inc.
EPG - Enginuity Portable Grid
Indeck Power Equipment Company
Mechanical Dynamics & Analysis, Ltd.
MTU Onsite Energy Corporation
SDS Power Company Ltd
Total Power Limited
Wabash Power Equipment Company
WINCO INC
GENERATORS, ELECTRIC
1 Generators, electric - General 10 Continuous-duty 20 Standby
APOYOTEC (Plantas de Energía)
ElectraWave Inc.
National Electric Coil (1,10)
Power Source International (1,10,20)
SUNRNR of Virginia, Inc (1,20)
GENERATORS, HOT-WATER
40 Watertube
Indeck Power Equipment Company
Rentech Boiler Systems, Inc (40)
GENERATORS, HYDROGEN
GAS
Proton OnSite
GENERATORS, STEAM
1 Generators, steam - General 10 Boilers 20 Firetube 30 Heat-recovery 50 Nuclear 90 Watertube, industrial 100 Watertube, special - design 110 Watertube, utility
ANSALDO CALDAIE SPA (1,10,30,110)
Greens Power Equipment USA Inc. (1,10,20,90,100)
Hitachi Power Systems America Ltd. (1,10,30,50)
Indeck Power Equipment Company
MACCHI - A DIVISION OF SOFINTER SPA (1,10,30,90)
Rentech Boiler Systems, Inc (1,10,30,90,100)
Wabash Power Equipment Company (10,20,90,110)
GENERATORS/ENGINES,
DIESEL
ABC - Diesel
Belyea Company Inc
Wabash Power Equipment Company
Walters Power International
GRADUATED STRAIGHTENING
GRID
Fuel Tech Inc.
GROUND CLAMPS/
CONNECTORS
Storm Copper Components
HEAT EXCHANGERS
1 Heat exchangers - General 10 Air coolers 20 All-welded plate 30 Bare-tube 40 Economizers 50 Fin & round tube 60 Finned-tube 80 Heat-recovery 130 Shell-and-tube 140 Straight-tube 190 U-tube
Alfa Laval
Babcock Power Inc.
Bowman (Birmingham) Ltd
Chanute Manufacturing (10,30,60,140,190)
Chromalox
Indeck Power Equipment Company
Joseph Oat Corporation
Munters Corporation (20)
Pick Heaters, Inc.
Sentry Equipment Corp (1,10,60,130)
Super Radiator Coils (1,40,50,80)
Tranter International AB
Vallourec Heat Exchanger Tubes, Inc. (60)
HEAT RECOVERY STEAM
GENERATORS (HRSGS)
Babcock Power Inc.
Vogt Power International Inc
HEATERS COAL THAWING
(INFRARED)
Advanced Detection Systems, LLC
HEATERS, AIR
1 Heaters, air - General 20 Tubular
Armstrong-Hunt, Inc. (1)
Greens Power Equipment USA Inc. (1,20)
Heatrex Inc
Tioga Air Heaters
HEATERS, ELECTRIC
Watlow
HEATERS, THERMAL-LIQUID
Pick Heaters, Inc.
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ProSonix
Struthers Wells
HOISTS
1 Hoists - General 20 Chain 30 Lever 40 Powered
Columbus McKinnon
Cornerstone Material Handling Inc.
Harrington Hoists, Inc.
Lifting Gear Hire Corporation (1,20,30,40)
Lisbon Hoist, Inc.
HUMIDIFIERS
Atomizing Systems Inc
AVA Americas, LLC./AVA-Huep GmbH u. Co. KG
INSPECTION EQUIPMENT
30 Infrared
AcousticEye
Aqua-Vu
Exact Metrology
FARO
Inuktun Services Ltd.
IRISS (30)
Karl Storz Endoscopy
RF System Lab
INSULATION ( ENERGY
MANAGMENT)
Advanced Industrial Systems Inc.
INSULATION (GENERAL)
10 Cable 20 Pipe 30 Valves and fittings 40 Vessel
AB Technology Group (10,20,30,40)
Triangle Enterprises, Inc.
INSULATION (MATERIAL)
10 High-temperature
AB Technology Group
Mid-Mountain Materials, Inc. (10)
INTERLOCKS
Unitech Power Technology Company, LTD
INVASIVE MUSSEL CONTROL
Zequanox (by Marrone Bio Innovations)
INVERTERS
10 DC/AC
MajorPower Corporation
SMA America (10) See our ad on p. 15
LIGHTNING (EQUIPMENT)
10 Protection
ERICO International Corporation (10)
Positron Inc (10)
LIGHTS
Genesis Lamp Corporation
GulfRim Navigation
LEDtronics, Inc.
Rig-A-Lite
TWR Lighting, Inc./Orga Aviation
Unimar, Inc.
LIME STONE SUPPLIERS
Palmetto Depot Service’s LLC
LIMESTONE-GRINDING
SYSTEMS
Polycorp Ltd.
LININGS
10 Duct 60 Stack
Ceilcote Products / International Paint LLC
Hadek Protective Systems (10,60)
LOAD MANAGEMENT
EQUIPMENT/SYSTEMS
AeroGo, Inc.
ALEASOFT
Cannon Technologies, Inc
Cooper Power Systems
LoadBanks of America
PICOR
LOCATORS/TRACERS
b3o enviroTek
LOCKS
Lockmasters USA
Superior Interlock Corporation
LUBRICANTS
ExxonMobil Lubricants & Petroleum Special-ties (Mobil Industrial Lubricants)
Phillips 66, Lubricants
Shell Lubricants
MARKERS/LABELS
1 Markers/labels - General 10 Bar codes 20 metal 30 Pipe marker tags 50 Self-adhesive
InfoSight Corporation (1,10,20,30,50)
Tech Products, Inc
MATERIALS-HANDLING
EQUIPMENT
1 Materials-handling equipment - General 10 Railcar hopper unloaders
AeroGo, Inc. (1)
Airfloat, LLC
Allen-Sherman-Hoff (1)
AUMUND Fördertechnik GmbH
B&W Mechanical Handling Ltd.
Benetech (1,10)
Clyde Bergemann Power Group
E-ZLIFT Portable Conveyors (1,10)
Jeffrey Rader Corporation See our ad on p. 27
KEITH Mfg. Co. (1)
Martin Engineering See our ad on p. 54
Metalfab, Inc.
Nol-Tec Systems, Inc. See our ad on p. 49
Palfinger North America
Rotex Global
SAS Global Power (Divison of SAS Global Corp.)
SCHADE Lagertechnik GmbH
Wolf Material Handling Systems (1)
METALS
10 Non-ferrous, processing & manufacture
Chatham Steel Corporation
Columbia Steel Casting Co, Inc
LEECO STEEL, LLC
Lucifer Furnaces, Inc. (10)
SALEM STAINLESS STEEL SUPPLIERS PVT LTD
METER ACCESSORIES
Milbank Mfg Co
Watthour Engineering Co
METER-READING EQUIPMENT
K-II Enterprises
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METERS/INSTRUMENTS
30 Clamp-on 40 Demand 70 kWh, electronic 110 Panel 120 Power 130 Power-factor 140 Relative humidity 150 Revenue-meters 220 Watthour 480 Wattmeter
Ametek Power Instruments (150)
Continental Control Systems (30,40,70,120,130,150,220,480)
Hanover Technical Sales, Inc. (120)
HOYT ELECTRICAL INSTRUMENT WORKS INC.
moisttech (140)
Weschler Instruments (110)
Yokogawa Corporation of America
MIST ELIMINATORS
KIMRE, Inc.
Munters Corporation, Mist Eliminator & Tower Packing Div
MIXERS
AVA Americas, LLC./AVA-Huep GmbH u. Co. KG
Pugmill Systems, Inc
MONITORS/DETECTORS/
INDICATORS
1 Monitors/detectors/indicators - General 10 Air in-leak 20 Air-pollution ambient 30 Conductivity 40 Continuous emissions (CEMS) 50 Fault locators 70 Flame 80 Gas 90 Gas, sulfur hexafluoride (SF6) 100 Gases poisonous 110 Gases, combustible 160 pH monitors 200 Transformer 220 Vibration
Arizona Instrument LLC
Banner Engineering
CEC Vibration Products Inc. (220)
ENERGY EQUIPMENTS & PRODUCTS COMPANY
General Monitors
Heath Consultants Inc
Incon
IRIS Systems Inc
KCF Technologies (220)
K-TEK Corp
Meeco Inc
Metrix Instrument Co, A Roper Industries Company
Mil-Ram Technology, Inc. (1,10,20,40,70,80,90,100,110)
Morgan Schaffer Systems
Phenix Technologies Inc (50)
Schonstedt Instrument Company
Sentry Equipment Corp (1,30,160)
VibroSyst M
Weschler Instruments (200)
Xtralis
MOTOR CONTROL CENTERS
AZZ | N L I
MOTOR DRIVES (ADJUSTABLE-
FREQUENCY)
1 Motor drives (adjustable-frequency) - General
Galco Industrial Electronics
Toshiba International Corp.
Voith Turbo GmbH & Co. KG (1)
MOTORS
Baldor Electric Company See our ad on p. 21
Exlar Corporation
MOTORS, INDUCTION
(FRAMES)
Hyundai Heavy Industries Co.
NITROGEN-OXIDES CONTROL
1 Nitrogen-oxides control - General 5 Combustion modeling & NOx control 10 Low-NOx combustion systems 30 SCR catalysts 40 SCR systems 50 SNCR systems (urea, NH3)
Braden Mfg LLC (40)
Breen Energy Solutions
Fuel Tech Inc. (5,10,30,40,50)
Hitachi Power Systems America Ltd. (1,5,10,30,40)
Nol-Tec Systems, Inc. See our ad on p. 49
Wahlco, Inc.
NUCLEAR ANALYZERS
SABIA, Inc.
NUCLEAR CORE INTERNALS
SKODA JS a.s.
NUCLEAR FUEL ASSEMBLIES
Energy and Process Corp
NUCLEAR METERS/
INSTRUMENTS
1 Nuclear meters/instruments - General
Sentry Equipment Corp (1)
NUCLEAR MONITORS/
DETECTORS/INDICATORS
1 Nuclear monitors/detectors/indicators - General 30 Contamination
Sentry Equipment Corp (1,30)
NUCLEAR PRESSURE VESSELS
Hitachi Power Systems America Ltd.
NUCLEAR RADIATION
SHIELDING
CONTAINER, d.o.o.
NUCLEAR RADWASTE-
TREATMENT EQUIPMENT
Hitachi Power Systems America Ltd.
NUCLEAR REACTORS
AREVA Inc.
NUCLEAR REMOTE HANDLING
DEVICES
KTSDI LLC
NUTS
HYTORC
OEM
Alstom USA
OIL
Gas Depot S.A.
OIL SPILL/LEAK CONTROL
EQUIPMENT
Andax Industries LLC
InduMar Products, inc.
PS International, Inc
OIL-HANDLING EQUIPMENT
5 Filtration systems
Kleentek (5)
Oil Skimmers Inc
OILKLEEN, Inc.
OVERTORQUE PROTECTORS
Voith Turbo GmbH & Co. KG
PACKAGE WATERTUBE BOILER
Wabash Power Equipment Company
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PACKING
SCHMIDT INDUSTRIES
STAR & STAR Field Fit, Inc. (Steam Turbine Alternative Resources)
PIPE
1 Pipe - General 10 High-carbon steel 30 Ductile iron 60 Lined 70 Low-alloy steel I50 ron/steel
Allen-Sherman-Hoff (1,10,30,50,60,70)
Beetle Plastics, LLC
CBP Engineering Corp
EdgenMurray
Georg Fischer Piping Systems Ltd
PLANTKOREA COMPANY
Price Brothers Company
Tioga Pipe Supply Co. & Inc. (1,10,50,70)
Triple-S Steel Supply
U. S. Metals
YIEH CORP.
PIPE BENDS/FABRICATION
Chanute Manufacturing
Haberberger, Incorporated
Mechanical & Ceramic Solutions, Inc.
Muns Welding and Mechanical, Inc.
PIPE FITTINGS (MATERIALS)
DYLANGroup
PIPE FITTINGS (TYPE)
Anvil International
PIPE JOINTS, EXPANSION
PLANT SPECIALTIES INC
PIPE SUPPORTS
1 Pipe supports - General
Anvil Engineered Pipe Supports
Binder Group Pty Ltd
HALFEN GmbH
HALFEN USA Inc. (1)
PIPE TOOLS
E.H. Wachs
Metabo
PLUGS
Great Northern Products
POLE ACCESSORIES
Vandal Shields
POLES, DISTRIBUTION
Brown Wood Preserving Co., Inc.
POLES, STREETLIGHT
Valmont Industries, Structures Div
POLES, TRANSMISSION
Sabre Tubular Structures
POLYMERS
Interpolymer Corporation
Sidi Kerir Petrochemicals Company
POWER CENTERS
LEA International
Lectrus Corporation
POWER QUALITY EQUIPMENT
1 Power quality equipment - General
Electro Industries/GaugeTech (1)
POWER SUPPLIES
1 Power supplies - General 10 High voltage 20 Uninterruptible
Ametek, Solidstate Controls
APC by Schneider Electric
Computer Power Supply
Greencisco Industrial Co., Ltd (1,20)
MGE UPS Systems
Phenix Technologies Inc (10)
Reliance industries limited
PRECAST CONCRETE
Precast Specialties Corp
PRESSUE RELIEF
REMBE GmbH - Safety + Control
PRESSURE SEAL HEADS
SCHMIDT INDUSTRIES
PRESSURE VESSELS (CODE/
NON-CODE)
Benjamin Company
PROTECTORS, INTERFERENCE,
COMMUNICATION AND RELAY
ALSTOM PROJECTS INDIA LIMITED
Beckwith Electric Co., Inc.
PULVERIZERS
35 Parts, replacement wear 40 Roller-and-race
American Pulverizer Company
Columbia Steel Casting Co, Inc (35)
Hitachi Power Systems America Ltd. (40)
Wabash Power Equipment Company
PUMPS (GENERAL)
1 Pumps (general) - General 10 Ash-service 50 Dewatering 65 End suction 120 Metering 170 Rotary 190 Sewage/sludge 200 Slurry 205 Submersible 210 Sump 240 Vacuum 270 Water
Andritz AG - Pumps Division
CAT PUMPS
Dekker Vacuum Technologies, Inc.
Edwards Industrial Equipment Corp
Edwards Vacuum Inc
Eliminator Slurry Pumps (1,10,50,65,190,200,205,210,270)
Fairbanks Morse Pump, Pentair Water
Flowrox Inc. (1,120,170,190,200,240,270)
GIW Industries Inc (1,10,50,190,200,205,210,270)
Gorman-Rupp Co.
Hayward Tyler
Highpoint Sales, Inc.
Hydro, Inc.
Indeck Power Equipment Company
ITT Flygt Corporation
Nash, A Gardner Denver Product
ProMinent Dosiertechnik GmbH
Pumping Solutions, Inc.
Vooner FloGard Corporation
Weir Slurry North America
Yeomans Pump - Div. Yeomans Chicago Corp.
RADIOGRAPHIC EQUIPMENT
FreeWave Technologies, Inc.
RAILROAD/RAILCAR
EQUIPMENT
20 Railcar dumpers (rotary)
Albert Products
Heyl & Patterson,Inc. (20)
Martin Engineering See our ad on p. 54
TITAN Rail, Inc.
RECTIFIERS
Corrosion Control Inc.
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REFRACTORY
Saint-Gobain Ceramics & Plastics, Inc
RELAYS
Basler Electric
Gas Turbine Efficiency
RENTAL BOILER
Indeck Power Equipment Company
Wabash Power Equipment Company
RESINS, ION EXCHANGE
1 Resins, ion exchange - General 10 Beaded
Pick Heaters, Inc.
Sentry Equipment Corp (1,10)
REVERSE-OSMOSIS
EQUIPMENT
Pick Heaters, Inc.
RIGGING EQUIPMENT
Aeris Corp
Lifting Gear Hire Corporation
Sterling Lumber Company
SAMPLERS
1 Samplers - General 10 Coal 20 Liquid 30 Trace elements 40 Wastewater
Jonas, Inc
Mission Instruments
Sentry Equipment Corp (1,10,20,30,40)
SCADA
1 SCADA - General 10 Data acquisition systems 20 Remote terminal units 30 Supervisory control systems
Elecsys Corp. (1,10,20,30)
Metric Systems Corporation
MSE-Tetragenics
Open Systems International (OSI)
SUBNET Solutions Inc
Vista Control Systems, Inc. (1)
SCAFFOLDING
Atlantic Plant Services
BHI Energy See our ad on p. 1
Brand Energy & Infrastructure Services
Randall Industries
Safway Services, LLC
SCALES, WEIGHING
Berthold Technologies USA, LLC
Hardy Process Solutions
SCR BYPASS SYSTEMS
Clyde Bergemann Power Group
Silicon Power Corporation
SCREENS, LIQUID
1 Screens, liquid - General 10 Bar 20 Rotating-disc 30 Traveling
Beaudrey A.S. (1,10,20,30)
Superior Water Screen Company, Inc
SCRUBBERS & AUXILIARIES
1 Scrubbers & auxiliaries - General 10 Dry 20 In-duct sorbent injection 50 Spray-tower 80 Venturi
Clyde Bergemann Power Group
Hitachi Power Systems America Ltd. (1,20,50,80)
Komline-Sanderson (10)
Process Engineering & Manufacturing
SEALS (TYPE)
1 Seals (type) - General 10 Mechanical 20 Steam turbine
Hitachi Power Systems America Ltd. (1,10,20)
John Crane Inc, Mechanical Seals Div
Mechanical Dynamics & Analysis, Ltd. (1,10,20)
Paragon Airheater Technologies
SECURITY EQUIPMENT/
SYSTEMS
EK Ekcessories
INNER-TITE Corp
Southwest Microwave, Inc.
Winsted Corporation
SEISMIC EQUIPMENT
Syscom Instruments S.A.
SELECTIVE CATALYTIC
REDUCTION
Indeck Power Equipment Company
SENSORS, CURRENT AND
VOLTAGE
epro GmbH
Sohre Turbomachinery Inc
Spinwave Systems, Inc
SENSORS, TEMPERATURE
1 Sensors, temperature - General 30 RTDs (resistance temperature detectors) 40 Thermistors 50 Thermocouples
ILLICA Group
LumaSense Technologies
RdF Corporation
Temp-Pro Inc. (1,30,40,50)
WIKA Instrument Corporation - Electrical Temperature Division
Williamson Corporation
SEPARATORS
Industrial Magnetics, Inc.
Penn Separator Corp
UBE
SHAFT GROUNDING
Sohre Turbomachinery Inc
SIGNAL CONDITIONERS
Acromag, Inc.
SIGNS/FLAGS
B & H Engineering
William Frick & Company
SILENCERS (GENERAL)
1 Silencers (general) - General 10 Duct 20 Exhaust 30 Piping
Braden Mfg LLC (20)
CU Services LLC (1,30)
Sound Technologies (1,10,20,30)
SILENCERS (HEAT RECOVERY)
Sound Technologies
SILOS
10 Concrete
Hoffmann, Inc (10)
SIMULATORS
10 System
RTDS Technologies Inc. (10)
TRAX LLC
SLAG REMOVAL SYSTEMS
Clyde Bergemann Power Group
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SLINGS
1 Slings - General 10 Web 20 Wire-rope
Lifting Gear Hire Corporation (1,10,20)
SLUDGE-CONTROL
EQUIPMENT
Entech Design, Inc
Matec In America
SOIL TESTERS
WPC, Inc.
SOLAR BOILERS
Aalborg CSP A/S
SOLAR COLLECTOR SYSTEMS
SkyFuel, Inc.
SolarDock
SOLAR PV
Patriot Solar Group
REW Solar USA
SolarBOS, Inc.
SOLID-WASTE-HANDLING
EQUIPMENT (INDUSTRIAL/
MUNICIPAL)
1 Solid-waste-handling equipment (indus-trial/municipal - General)
Corrosion Engineering
Magnetics Division, Global Equipment Mktg Inc
Warren & Baerg Manufacturing, Inc. (1)
SOOTBLOWERS
1 Sootblowers - General 10 Acoustic 20 Air 30 Detonation 40 Steam 50 Water
Advanced Acoustic Technologies, LLC
Analytec Corp
Clyde Bergemann Power Group (1,10,20,40,50)
Diamond Power International Inc (1,20,30,40,50)
SS Power Systems
SORBENT INJECTION
Breen Energy Solutions
Clyde Bergemann Power Group
Fuel Tech Inc.
NatronX Technologies, LLC
Nol-Tec Systems, Inc. See our ad on p. 49
Novinda Corporation
United Conveyor Corporation
SPACERS
10 Cable
Enerscan Engineering Inc. (10)
SPARGERS
Mott Corporation
SPRAY NOZZLES
Spraying Systems Co.
STACKS
1 Stacks - General
Hadek Protective Systems (1)
Hoffmann, Inc (1)
STOKERS, MASS-BURNING
10 Chaingrate 20 Water-cooled vibrating grate
Detroit Stoker Company (10,20) See our ad on p. 51
Indeck Power Equipment Company
STOKERS, SPREADER
50 Traveling grate 60 Vibrating grate
Detroit Stoker Company (50,60) See our ad on p. 51
Indeck Power Equipment Company
STOKERS, UNDERFEED
10 Multiple retort 20 Single retort
Detroit Stoker Company (10,20) See our ad on p. 51
Indeck Power Equipment Company
STORAGE
1 Storage - General 20 Hazardous materials 30 Units
Big Top Manufacturing
ClearSpan Fabric Structures
Transocean Equipment Management, LLC (1,20,30)
STRAINERS
Jamison Products, LP
SUBSTATIONS (GENERAL)
1 Substations (general) - General 10 Outdoor 20 Packaged
Belyea Company Inc (1)
Beta Engineering
DIS-TRAN Packaged Substations
Parkline, Inc. See our ad on p. 38
SUBNET Solutions Inc.
Tatman Associates Inc (1,10,20)
SUBSTATIONS (MATERIALS)
DIS-TRAN Packaged Substations
SULFUR HEXAFLUORIDE
RH Systems
SUPPORT EQUIPMENT
(GENERAL)
Chromium Corporation
SURGE PROTECTORS
Carzoli Engineering Sales
Transtector Systems
SWITCHBOARDS
Keystone Electrical Manufacturing Company
SWITCHES
1 Switches - General 50 Vacuum
CORIMPEX USA, Inc.
Namco (1)
United Electric Controls (1,50)
SWITCHES, TRANSFER
Lake Shore Electric Corp
SWITCHES CONTROL
Tapeswitch Corporation
SWITCHGEAR
1 Switchgear - General
Belyea Company Inc (1)
Gilbert Electrical Systems & Products
Russelectric Inc
TANKS
1 Tanks - General 10 Reaction 20 Settling 30 Storage 40 Storage thermal energy
Allegheny Industrial Sales Inc (30)
Columbian TecTank Inc
CONVAULT INC
Fisher Tank Company (1,10,20,40,40)
Gas Corporation of America
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Paul Mueller Company (1,10,30,40)
Pittsburg Tank & Tower Maintenance Co.
Trinity Industries, Inc.
TELEMETERING SYSTEMS/
EQUIPMENT
Sohre Turbomachinery Inc
TENSIONERS
P&S Vorspannsysteme AG
Superbolt, Inc.
TERMINAL BLOCKS
HOPPY Industrial Co., Ltd.
TEST EQUIPMENT
1 Test equipment - General 20 Circuit breaker 30 Communications 50 Ground resistance 60 High current 70 HV impulse 80 HV test sets 90 Insulation 100 Load banks 110 Oil 130 Reclosers 170 Testing standards
American Aerospace Controls, Inc
AMREL/AMERICAN RELIANCE
Doble Engineering Company
Eagle Eye Power Solutions (1,30,50,100,170)
Fluke Corporation
Haefely Test AG
Highland Technology, Inc.
Iris Power-Qualitrol
Laser Imaging Systems
Megger
Newport Electronics, Inc.
Nol-Tec Systems, Inc. See our ad on p. 49
Phenix Technologies Inc (1,20,60,70,80,90,110,130)
Rotek Instrument Corp (170)
Teseq
Zensol Automation Inc
TEST EQUIPMENT,
NONDESTRUCTIVE
1 Test equipment, nondestructive - General 10 Borescopes 20 Remote visual 30 Videoimagescopes
Advanced Inspection Technologies Inc. (1,10,20,30)
Phenix Technologies Inc (1)
TOOLS
10 Battery powered 20 Hand 50 Portable
Associated Electric Products,Inc
Atlas Copco Tools and Assembly Systems
C.S. Osborne & Co
Daniels Manufacturing Corp
Metabo Corporation (10,20,50)
The Ripley Company
TORQUE CONVERTERS
Voith Turbo GmbH & Co. KG
TOWERS, TRANSMISSION
DIS-TRAN Steel, LLC
TRAILERS/PRE-FAB
BUILDINGS/SHELTERS
ThermaSteel Corp
TRAINING MATERIALS –
TEXTBOOKS, WORKBOOKS,
MEDIA, ONLINE LEARNING
PORTAL
1 Training - General 10 Environmental 20 Equipment 30 Fossil 40 Management and Supervisory 50 Online LMS – Educator supported and Self Directed 60 Safety
Energy Providers Coalition for Education (EPCE) (1,50)
Global Training Solutions Inc (1,10,20,30,40,50,60)
Martin Engineering See our ad on p. 54
Panglobal Training Systems Ltd. (1,10,20,30,40,50,60)
Simutech Multimedia (50,60)
Technology Transfer Services (1,20,30,50)
TRANSDUCERS
Kistler Instrument Corp
Measurement Specialties Inc
TRANSFORMER PADS
Highline Products
TRANSFORMERS,
DISTRIBUTION
Belyea Company Inc
Jefferson Electric
TRANSFORMERS,
TRANSMISSION/SUBSTATION
JSHP Trasnformer
TRANSMISSION MECHANICAL
10 Gears gear boxes 20 Couplings
NORD Drivesystems - Getriebebau NORD GmbH & Co. KG
Voith Turbo GmbH & Co. KG (10,20)
TRANSMITTERS
Magnetrol International, Inc See our ad on p. 5
TRASH RACKS
Linita Design & Mfg. Corp.
TRUCK DUMPERS
Airoflex Equipment
TUBE CLEANERS
Conco Systems Inc.
TUBE SHIELDS
Indeck Power Equipment Company
TUBES
Fine Tubes Ltd.
Vallourec Heat Exchanger Tubes, Inc.
TUBES, MATERIALS
1 Tubes, materials - General 50 Stainless steel 60 Titanium
Vallourec Heat Exchanger Tubes, Inc. (1,50,60)
TUBES, REPLACEMENT
1 Tubes, replacement - General 10 Boilers 20 Condensers 30 Heat exchangers
Chanute Manufacturing (1,10)
Indeck Power Equipment Company
Knotts & Co
Minnotte Manufacturing Corp. (10)
Plymouth Tube Co
Vallourec Heat Exchanger Tubes, Inc. (1,20,30)
TUBING
1 Tubing - General 10 Copper 20 Stainless-steel
Boiler Tube Co of America (1,20)
Olin Brass - Fineweld Tube (10)
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Plymouth Tube Company (1,20)
Trent Tube
Vallourec Heat Exchanger Tubes, Inc. (1,20)
TURBINE
Alstom Thermal Services
Capstone Turbine Corporation
ConocoPhillips
SCHMIDT INDUSTRIES
Wabash Power Equipment Company
TURBINE BLADES
1 Turbine blades - General 20 Steam turbine
Hitachi Power Systems America Ltd.
Mechanical Dynamics & Analysis, Ltd. (1,20)
Stork H&E Turbo Blading Inc
TURBINE COMPONENTS
Turbo Parts, LLC
Sohre Turbomachinery Inc
TURBINE/ROTOR/SHELL
REPAIR
SCHMIDT INDUSTRIES
TURBINES, GAS
1 Turbines, gas - General
ap+m
Applied Gas Turbines (1)
Ares Technology, LLC
Capstone Turbine Corporation
Chromalloy (1)
E.D.I, Inc
Hitachi Power Systems America Ltd. (1)
Turbine Energy Solutions, LLC
Wabash Power Equipment Company (1)
TURBINES, HYDRAULIC
Dongfang Electric Corp / DSI
TURBINES, STEAM
1 Turbines, steam - General 10 Spare
Dresser-Rand
Hitachi Power Systems America Ltd. (1)
Mechanical Dynamics & Analysis, Ltd. (1,10)
Wabash Power Equipment Company (1)
VALVE ACTUATORS/
POSITIONERS
1 Valve actuators/positioners - General 10 Electric, motor 30 Electrohydraulic 40 Pneumatic, cylinder
Alcon Solenoid Valves
Beck, Harold Beck & Sons Inc (1,10)
DREHMO GmbH
Flowserve (1,10,30,40)
Midland-ACS
Rotork Controls Inc
VALVES
10 Abrasion-resistant 20 Airlocks 40 Control 60 Diaphragm 70 Corrosion-resistant 80 Test equipment 90 Vacuum 180 Nuclear
Allen-Sherman-Hoff (10,20,40,60,80,90)
American Industrial Supply
Asco Valve Inc
Bonetti, S.p.A.
CCI (Control Component Inc)
Champion Valves, Inc.
Clyde Bergemann Power Group
Conval, Inc
Copes-Vulcan, An SPX Brand
DFT Inc. (40)
Emerson Process Management, Fisher
Everlasting Valve Company
Flowrox Oy (former Larox Flowsys Oy) (10,40)
Flowserve (20,40,70,)
GESTRA AG
JoshiJampala Engineering Pvt Ltd
Leslie Controls, Inc. (40)
Mogas Industries (40,90)
Parker Fluid Control Division
Pentair Valves & Controls (formerly known as Tyco Valves & Controls)
Petro-Valve
PSB Industries
SCHMIDT INDUSTRIES
SIGMA, INC
SOUTHWELL INDUSTRIES
SPX Flow Technology
Tyco Flow Control
VEHICLES/TRUCKS/TRUCK
BODIES
Omaha Standard PALFINGER
VENTILATORS
Dresser-Rand, COPPUS Portable Ventilators
General Equipment Co.
Moffitt Corporation
VIBRATION ISOLATORS
Enidine Inc
Fabreeka International, Inc.
VIBRATORS
Martin Engineering See our ad on p. 54
VOLTAGE REGULATORS
ABB Switzerland Ltd
Phenix Technologies Inc
WASHERS
1 Washers - General
Solon Manufacturing Company (1)
Wheelwash USA
WASTE-MANAGEMENT
GTI
WASTE-TO-ENERGY SYSTEMS
ElectraTherm
Proe Power Systems, LLC
PWR - Plasma Waste Recycling
WASTEWATER TREATMENT
SYSTEMS
Amiad Filtration Systems
Aquatech International Corporation
GEA Process Engineering
Mercer International Oil Water Separators
Pick Heaters, Inc.
Sera ProDos GmbH
Siemens Industry, Inc. - Water Technologies Business Unit
Smith & Loveless Inc.
WesTech Engineering
WATER TREATMENT SYSTEMS
1 Water treatment systems - General 5 Electrodeionization
NAB
eNPure Process Systems, Inc.
H2O Innovation USA, Inc
Ionics Incorporated
MacroTech, Inc.
MPW Industrial Services
OVIVO USA LLC (1,5)
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Parkson Corporation (1)
Zinkan Enterprises, Inc.
WEB-BASED PRODUCTS
Atlas Business Solutions, Inc. (ABS)
Inspectech, Corporation
Viryanet
WELDING EQUIPMENT
Arc Machines, Inc.
Astro Arc Polysoude Inc
ESAB Welding & Cutting Products
Eutectic Corporation
Liburdi Dimetrics Corporation
Magnatech LLC
Pemamek Oy Ltd
Weldstar Company
WET ELECTROSTATIC
PRECIPITATORS
Southern Environmental
WINCHES
10 Portable
Lifting Gear Hire Corporation (10)
WIND TURBINES USED
SRC Greenpower pvt ltd
WINDINGS
10 Generator/motor
Mechanical Dynamics & Analysis, Ltd. (10)
National Electric Coil (10)
WIRE
Anixter
Stainless & Nickel Alloys, LLC
WIRE SUPER CONDUCTING
SuperPower Inc.
WIRING PRODUCTS
BMC P. Ltd.
SERVICES
DIRECTORY
ADVANCED TECHNOLOGY
GAS TURBINE REBUILDING
Sulzer Turbo Services
AERIAL LIFTS
Utility Equipment Leasing Corp
AERIAL SURVEY
Topographic Imaging Inc
AIR-PREHEATER CLEANING
Breen Energy Solutions
Corrosion Monitoring Services
ALIGNMENT
1 Alignment - General 10 Shaft 20 Turbine component
Mechanical Dynamics & Analysis, Ltd. (1,10,20)
ASH POND MAINTENANCE
Encore Dredging, Inc.
ASSET RECOVERY
SRP
ASSOCIATION,
PROFESSIONAL AND/OR
TRADE
American Wind Energy Association
Signal-X-Press Concept
Ukraine Partnership Bureau
BALANCING
Mechanical Dynamics & Analysis, Ltd.
Schenck Trebel Corporation
BOILER OPTIMIZATION
Clyde Bergemann Power Group
Diamond Power International Inc
Fuel Tech Inc.
BOILERS
1 Boilers - General
Babcock Power Services Inc (1)
BORSIG GmbH
Cleaver-Brooks
Expro Services Inc.
George H. Bodman Inc.
Industrial Engineering, S.A.
Nationwide Boiler Incorporated
Rentech Boiler Systems, Inc (1)
CABLE RESTORATION AND
CONDITION ASSESSMENT
Novinium
UTILX Corp
CALL PROCESSING
WRB Communications
CERTIFICATION & TESTING
American Association of Boiler Assessors, Inc.
Laboratory Testing Inc.
CLEANING (EQUIPMENT)
1 Cleaning (equipment) - General
AIMS LLC
Cryogenic Institute of New England, Inc.
MinTech Enterprises
React 365 Inc.
Specialized Safety Products, Inc. (1)
COMMUNICATIONS SERVICES
1 Communications services - General
Crystal Communication Ltd.
Political Robo Calls. GOTV Robocalls
Virtual Phone System (1)
COMPRESSORS
CECO Compressor Engineering Corp
Fluor Enterprises, Inc.
Gardner Denver
K&G Power Systems
MAN Turbo Inc USA
Sullair
COMPUTING SERVICES/
SOFTWARE
1 Computing services/software - General 5 Computer modeling 20 Database services 40 Information management 50 Software design
EcoSys
Engineering Software (1,5,20,40,50)
KUKA Real-Time Products
Navigant Consulting Inc.
OpenLink
Sword CTSpace
WebLayers, Inc.
CONDENSERS
10 Inspection
Curran International
Graham Corp
Intek, Inc.
RetubeCo, Inc. (10)
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Data Systems & Solutions LLC
Drennen Engineering, Inc. (37)
Exponential Engineering Company (30,37,60,75,80)
Fern Engineering
GSE Consulting, LP
HGP Inc.
Interliance LLC
JR ASSOCIATES CONSTRUCTION SERVICES INC.
Lanier Consulting, LLC
LAP Power Engineering
Lockwood Greene
M+P Labs, Inc. (50)
MBDi (Mastering Business Development, Inc)
MECS Inc
National Technical Systems
PB Power, a division of Parsons Brinckerhoff Quade & Douglas
People and Processes, Inc
R. W. Beck, Inc
Sargent & Lundy LLC (10,20,30,35,37,45,50,60,70,75,80,90)
Securicon, LLC
SUN Technical Services
The Stellar Group
The Utility FPE Group, Inc. (Plant Risk Engi-neering)
URS, Power Business Unit
CONSULTING/SERVICES,
ENVIRONMENTAL
1 Consulting/services, environmental - Gen-eral 10 Emissions control 30 Continuous emissions monitoring
Airflow Sciences Corporation
Albemarle Environmental Division (1)
Alchemy Consultants, Inc.
Benetech
Ellison Consultants
ENV Environmental
S.M. Stoller Corp. (1)
Sargent & Lundy LLC (1,10,30)
URS, Power Business Unit (1)
Weston Solutions Inc
COOLING TOWERS
Cooling Tower Consulting, LLC
Cooling Tower Technologies, Inc.
SPX Cooling Technoogies
Universal Utility Services, LLC
CRANES/DERRICKS
Barnhart
DESIGN SERVICES
1 Design services - General
Bibb EAC
Sargent & Lundy LLC (1)
URS, Power Business Unit (1)
ELECTRIC SERVICES
Flight Systems Industrial Products
ELECTROSTATIC
PRECIPITATORS
Beltran Technologies, Inc.
Clyde Bergemann Power Group
Nol-Tec Systems, Inc. See our ad on p. 49
ENERGY EFFICIENCY
SERVICES
1 Energy efficiency services - General 10 Energy audits 40 Equipment sale and or lease
earth energy Solutions GROUP (40)
Energy Concepts Company (1,10,40)
ENERGY SERVICES
1 Energy services - General 10 Consulting 20 Plant or system operations 30 Plant or system maintenance & other 40 Products & Installation
3Degrees
Aptech Engineering Services Inc
Dubai Electricity and Water Authority
Eren Energy Power Plant (1)
FMC Technologies, Inc.
GP Strategies Corporation, Energy Services Group (1,10,20,40)
PIC Group, Inc. (1,10,20,30,40) See our ad on p. 19
ENERGY SYSTEM
MANAGEMENT
Calpine Corp
Performance Consulting Services
PFBC Environmental Energy Technology Inc
ENGINEERING SERVICES
Ampirical Solutions, LLC
BARTEC GmbH
Bechtel
BHI Energy See our ad on p. 1
CONSTRUCTION EQUIPMENT
RENTAL/LEASING
Bulldog Erectors, Inc. - Crane Division
Lifting Gear Hire Corporation
CONSTRUCTION SERVICES
1 Construction services - General 10 Buildings/shelters 20 Distribution line
BE&K Construction Company, LLC
Cambria Contracting, Inc.
Casey Industrial, Inc.
CB&I See our ad on p. 3
CIANBRO
Conomos Industrial Services
Construction Business Associates, LLC (1)
Industrial Contract Services Inc (10)
Kiewit Power
NAES Power Contractors, Inc. (1,20)
Quanta Services
S & B Engineers and Constructors, Ltd. (1)
SW Funk Industrial Contractors, Inc. (1,10)
TEi Construction Services, Inc. (1)
The Solid Waste Authority of Palm Beach County
URS, Power Business Unit (1)
CONSULTANT
GSI - Generator Services Int, Inc
Hurst Technologies Corp.
SMS Energy-Engineering Inc.
CONSULTING
1 Consulting - General 10 Computer/software 20 Consulting services information systems 30 Energy management 35 Independent system operators 37 Inspection 45 Market structures 50 Materials 55 Organization/Industrial Development 60 Power generation systems 70 Soil mechanics 75 Substation automation 80 System engineering 90 T&D economics 100 Telecommunications 125 Psychological
Allegro
Asia Carbon Energy (30,45,50,55,60,80,90,125)
Belgrave Management Ltd
Cogen Power Inc
Commodities Consulting & Asset Management COMCAM
Construction Business Associates, LLC
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Bilfinger Berger Power Services GmbH
Design Analysis Services
Energy Associates, P.C.
Intertek AIM
Kiewit Power
Knight Piésold Consulting
Mead & Hunt, Inc.
Mechanical Dynamics & Analysis, Ltd.
POWER Engineers, Inc.
Pure Technologies Ltd.
Richmond Engineering Works
Sega Inc.
Structural Integrity Associates, Inc. See our ad on p. 13
Synergy
Tech Center
Thaker Simulation Technologies
Thielsch Engineering
Turnell Corp.
Xdot Engineering and Analysis, pLLc
ENGINEERING STUDIES
Alden
Nuclear Systems Associates, Inc.
ENGINEERING, DESIGN
SERVICES
1 Engineering, design services - General 10 Distribution systems 20 Environmental 30 Field Service 40 Noise abatement 50 Protective systems 60 Stacks 70 Substations 80 Transmission line
Abengoa
Aquatic Sciences L.P.
Benetech (1,20,30)
Beu-Math Engineering, Inc.
BICE Engineering and Consulting
CCC Group Inc., Air Control Science Division
CCC Group, Inc. Engineering & Design Division
CE Power Solutions
CH2M HILL
Concepts NREC (20)
CRC Engineering, P.C.
Doosan Engineering & Services, LLC ( A Burns & Roe - Doosan Projects Alliance)
ESI Inc of Tennessee
GAI Consultants, Inc.
KnightHawk Engineering
M+W Group
MAVEN POWER, LLC
Processes Unlimited International Inc. (1,70,80)
Prochaska & Associates
Quietly Making Noise
River Consulting, LLC (1)
Sargent & Lundy LLC (1,10,20,30,40,50,60,70,80)
Sega Inc
Southern Research
Stanley Consultants, Inc. (1)
STEAG Energy Services LLC (1,20,30)
STYL&TECH
URS, Power Business Unit (1)
Utility Consultants Inc
Valdes Engineering Company
Weidmann Systems International
Zachry Engineering Corporation (1,20,70)
ENVIRONMENTAL
CONSULTING
Sargent & Lundy LLC
EXECUTIVE SEARCH
CONSULTANTS
Barry Persky & Company, Inc.
Sanford Rose Opportunity Center
FANS
Boldrocchi Srl
FEEDWATER HEATER &
CONDENSER SERVICES
TEi Services
FEEDWATER HEATERS
(CLOSED)
1 Feedwater heaters (closed) - General 10 Rebuilding 40 Removal/Installation 50 Repair 60 Retubing/Rebundle 70 Tube plugging 80 Tube sleeving 90 Welding
Hydro Dyne Inc. (1,10,40,50,60,70,80,90)
FILTERS, FABRIC
1 Filters, fabric - General
K-Flow Engineering Co., Ltd. (1)
Southern Environmental
FINANCIAL SERVICES
Altec Capital Services, LLC
Interdevelopment, Inc.
FLOW MEASUREMENT/
CALIBRATION SERVICES
1 Flow measurement/calibration services - General
Sentry Equipment Corp (1)
FLOW MODELING
Braden Mfg LLC
FLUE-GAS CONDITIONING
SYSTEM SERVICES
Fuel Tech Inc.
FUEL SUPPLY SERVICES
1 Fuel supply services - General 10 Brokering 20 Fuel cost minimization 30 Procurement, delivery or management
Advanced Remediation LLC (1,10,20,30)
Bannerstone Energy
FUEL-HANDLING SERVICES
Benetech
FULL-INSTALLATION SERVICES
URS, Power Business Unit
GALVANIZING
American Galvanizers Association
Imbibitive Technologies America, Inc.
GAS SERVICES
Phillips 66, E-Gas Technology for Gasification
GENERATORS, STEAM
1 Generators, steam - General 10 Fluidized bed 20 Rebuilding 30 Upgrading
Foster Wheeler Ltd, Foster Wheeler North America Corp
Nooter/Eriksen, Inc
Premier Energy Services Inc
Rentech Boiler Systems, Inc (1,10,20,30)
GENERATORS/MOTORS
AGT Services Inc
Equipment Maintenance Services, Inc.
KEPCO/KPS
HEAT EXCHANGERS
Colmac Coil Manufacturing, Inc.
Condenser & Chiller Services, Inc.
Hydropro Incorporated
Krueger Engr & Mfg Co, Inc
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O’Donnell Consulting Engineers, Inc.
Tranter
HELICOPTERS, HELICOPTER
SERVICES
Erickson Air-Crane Inc
INFORMATION SERVICES
Platts UDI
INSPECTION SERVICES
1 Inspection services - General 20 Eddy current testing 40 Infrared
Express Integrated Technologies LLC
GE Inspection Technologies
GKS Inspection Services & Laser Design
Jamko Technical Solutions, Inc.
Laboratory Testing Inc. (1)
Look Technologies, llc (1)
MHT Access Services, Inc.
National Chimney and Stack (1)
National Electric Coil
National Inspection & Consultants, Inc. (1)
Pure Technologies Ltd.
ThirdPartyInspections.com
U.S. Underwater Services, LLC
UNITED DYNAMICS CORPORATION (1,20,40)
URS, Power Business Unit (1)
INSTRUMENTATION/CONTROL
SYSTEM SERVICES
1 Instrumentation/control system services - Gene 10 Calibration 20 Component replacement 30 Diagnostics 40 Installation
AquatiPro™
Coritech Services
HC Controls Inc.
Phenix Technologies Inc (10)
Process Automation and Control, Inc.
Scheck Industries (1,10,20,30,40)
SOR Inc.
Zolo Technologies, Inc.
INVASIVE MUSSEL CONTROL
Zequanox (by Marrone Bio Innovations)
INVENTORY SERVICES
Dynamic Systems, Inc.
LAGAL SERVICES
Polsinelli Shughart, PC
LONG TERM SERVICE
AGREEMENTS
Clyde Bergemann Power Group
LUBE OIL
Analysts, Inc.
MAINTENANCE SERVICES/
PRODUCTS
A.J. Weller Corporation
ASB Industries, Inc.
Benetech
BHI Energy See our ad on p. 1
CGV Engineering Services Ltd
ClearView Monitoring Solutions
Construction Techniques, Inc
Day & Zimmermann ECM
EHC Field Services, Inc.
Field Works Inc
Iris Power LP
Kafko Intl. Ltd.
Lanj Tools LLC
Mechanical Dynamics & Analysis, Ltd.
National Electric Coil
R&G Laboratories, Inc.
TurboCare Inc
MAPS/MAPPING SERVICES
Geospatial Corporation
Lasermap Image Plus/GPR
MARKETERS
Allied Union Inc.
ILT-RES, LLC
PGH Marketing
TURNER BUSINESS SERVICES LLC
MATERIALS HANDLING
MANAGEMENT
10 Materials flow modeling 20 Materials quality tracking
Benetech (10,20)
Martin Engineering See our ad on p. 54
MERCURY CONTROL
Fuel Tech Inc.
Nalco Air Protection Technologies
MODELING
Fuel Tech Inc.
MULTI-POLLUTANT CONTROL
Babcock Power Environmental Inc
Breen Energy Solutions
Fuel Tech Inc.
Nol-Tec Systems, Inc. See our ad on p. 49
Siemens Energy Inc. - Environmental Systems & Services
NUCLEAR FUEL SERVICES
Westinghouse Electric Company
NUCLEAR POWERPLANT
1 Nuclear power plant - General 10 Component replacement
BHI Energy (1,10) See our ad on p. 1
HydraTight / D.L. Ricci
Neptune Underwater Services(USA)LLC.
Sargent & Lundy LLC (1)
TRC - Nuclear Generation Services (1)
URS, Power Business Unit (1,10)
OPERATIONS AND
MAINTENANCE SERVICES
BHI Energy See our ad on p. 1
Delta Power Services
NAES Corporation See our ad on p. 44
OMSCO
Primesouth Inc.
PRO Solutions, Inc
Sargent & Lundy LLC
Sterling Energy International
URS, Power Business Unit
PERSONNEL SUPPORT
SERVICES
1 Personnel support services - General 10 Consultants 20 Craft labor 25 Recruitment/employment 30 Technical/professional
Aerotek Energy Services
BHI Energy (1,10,20,25,30) See our ad on p. 1
Lineal Recruiting Services
The David Wood Co
UnseenHeroes
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PIPE
Beetle Plastics, LLC
CBP Engineering Corp
EdgenMurray
Georg Fischer
Price Brothers Company
PIPELINE REHABILITATION
HydraTech Engineered Products
POWER QUALITY SERVICES
1 Power quality services - General 10 Assessment and/or monitoring 20 Management 30 Upgrades and/or improvements
Allied Industrial Marketing, Inc. (1)
Sargent & Lundy LLC (1,10,20,30)
URS, Power Business Unit (1,30)
POWER/BROKERS/
MARKETERS/SUPPLIERS
Advanta Energy Corp.
eMpasys
PROJECT DEVELOPMENT
SERVICES
ILT-RES, LLC
Benetech
Canasia Power Corp.
CarrierClass Green Infrastructure
Engineers India Limited
F.E. Moran Special Hazard Systems
Sargent & Lundy LLC
PUMPS
Miller Engineering-ANM Equipment
RENEWABLE ENERGY
The Tata Power Company Limited
SAFETY PROGRAMS
Belt Conveyor Guarding
COSS
Martin Engineering See our ad on p. 54
Summit Training Source
SERVICES, MISCELLANEOUS
American Efficiency Services, LLC
Bianchi Industrial Services, LLC
Bierlein Companies
Brandenburg Industrial Service Co.
Enertech, a business unit of Curtiss-Wright Flow Control Company
Magellan Professional Solutions, Inc.
MOPAC Plant & Building Service
Precision Blasting Inc
ProEnergy Services See our ad on Cover 4
URS, Power Business Unit
SIMULATORS TRAINING
GSE Systems, Inc
SITING SERVICES
20 Environmental studies
Sargent & Lundy LLC (20)
SPARE PARTS
Beumer Kansas City LLC
BRUKS Rockwood
Clyde Bergemann Power Group
Mechanical Dynamics & Analysis, Ltd.
STACKS
1 Stacks - General
Hoffmann, Inc (1)
STEAM TURBINE AND
COMPRESSOR OVERHAUL
Dresser-Rand Company Ltd
Mechanical Dynamics & Analysis, Ltd.
SCHMIDT INDUSTRIES
STOKERS
Detroit Stoker Company See our ad on p. 51
TELECOMMUNICATIONS
SERVICES
Automated Appointment Reminders
Verizon
TESTING
1 Testing - General 10 Motors (electric) 20 Oil 30 Switchgear 40 Vibration analysis
American Electrical Testing Co., Inc.
Breen Energy Solutions
ComRent International, LLC
Gearhart Mckee Inc.
Laboratory Testing Inc. (1)
Mechanical Dynamics & Analysis, Ltd. (1,40)
Microbeam Technologies Inc. (1)
Phenix Technologies Inc (10,20,30)
POLARIS Laboratories
RoMaDyn
The Avogadro Group, LLC
THERMOGRAPHIC
EQUIPMENT/SERVICES
Xenics
TRAINING
1 Training - General 10 Automation 20 Environmental 40 Maintenance 50 Management and Supervisory 60 Nuclear 80 Safety
360training.com and LKItraining.com
Automation Training Inc. (1,10,40,50,80)
AVO Training Institute, Inc.
EITI - Electrical Industry Training Institute USA Inc.
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COMMENTARY
The global energy environment is increasing in complexity and uncertainty. We are in a much more challenging world than previously envisaged. The World Energy Council’s (WEC)
analysis has exposed a number of myths that have influenced our understanding of the global energy landscape:
■ Myth 1: Global energy demand will flatten out. Reality: Energy demand will continue to increase and double by 2050.
■ Myth 2: Peak oil. Reality: There is no shortage in sight for fos-sil fuel resources.
■ Myth 3: Demand growth will be fully met by new clean energy sources. Reality: According to our scenarios, the contribution of fossil fuels to global energy demand is still growing in ab-solute terms.
■ Myth 4: We can reduce global greenhouse gas (GHG) emissions by 50% by 2050. Reality: Even in the best case we will see a near doubling of GHG emissions compared to 1990 levels.
■ Myth 5: Current business models and markets are delivering. Reality: Current designs are unable to cope with the increasing renewable shares, decentralized systems, or growing informa-tion architecture.
■ Myth 6: Current programs will deliver universal access to en-ergy within the next 10 to 15 years. Reality: WEC’s analysis shows that on current paths, between 320 million and 530 million people will still be without electricity in 2050.
■ Myth 7: On a global scale capital is cheap and abundant. Real-ity: Capital is extremely sensitive to perceived political and regulatory risks. Moreover, due to the growing pressures on public finances in most countries, public funds will not be available to augment private energy financing.
Our studies reveal that current pathways fall short of deliver-ing on the global aspirations of energy access, energy security, and environmental sustainability—the three pillars for balanc-ing the “energy trilemma.”
Busting these myths helps set us on the right path toward agreeing on the actions for the future we need.
De� ning the FutureEnergy leaders in both the public and private sectors need to make inspired decisions. Action is needed now. Energy leaders agree on many of the actions necessary, but significantly, they are not aligned on the nature, value, and importance of political and institutional risks and their critical impact on investment. Here’s a brief look at the mismatch and how we can secure the future we need.
We are looking in the wrong place. The focus of current thinking about the energy system is biased and inadequate. The focus must shift from the supply mix to demand efficiency. We need more demand-side investments, innovation, incentives, and stronger technical standards to reduce energy intensity. Price controls, subsidies, trade barriers, and absolute targets for indi-
vidual technologies distort the market and can have unintended consequences, so policymakers must only use them sparingly.
In order to attract the needed investment, national policy and regulatory frameworks have to be balanced. The “en-ergy trilemma” provides a solid framework for every country to assess its own political risk and work towards balanced, pre-dictable, and stable policy and institutional frameworks. There is little agreement between investors and governments on the nature, price, and value of risks. Without an understanding about risks, investment will not flow.
We need significant investments in research, develop-ment, and demonstration. We urgently need to realize the potential of breakthrough technologies such as electricity stor-age and carbon capture, use, and storage (CCUS). WEC analysis shows that the 450 parts per million CO
2 goal cannot be achieved
without CCUS. It is essential that there are clear and unambigu-ous policy and institutional frameworks to support investment in this technology.
The energy map is changing, and our institutions need to change to keep pace with developments. The center of gravity in energy has moved outside Organisation for Economic Co-operation and Development countries—and so have interac-tions between countries and regions. Existing multilateral and plurilateral energy institutions need to reflect these changes, be more inclusive and responsive, or risk becoming obsolete.
To ensure universal access to energy, we need to de-risk and support entrepreneurial approaches. The WEC rec-ognizes the need for urgent additional action and supports the objectives of the UN Secretary General’s Sustainable Energy for All initiative. The WEC further supports the inclusion of universal energy access as a key and distinct element in the post-2015 Millennium Development Goals. However, we caution that with-out supporting mechanisms and suitable funding, this goal will be extremely difficult to achieve.
It’s no longer just about mitigation. Risks from the energy/water nexus, extreme weather events, or cyber attacks (to name but a few) expose our energy infrastructure to potential disas-ters. We need to urgently adapt, rethink, and redefine the resil-ience for energy infrastructure.
Action Is Needed NowHow we can tackle these issues to secure tomorrow’s energy to-day was on top of the discussion agenda in October at the World Energy Congress, the World Energy Council’s flagship triennial event. There, energy leaders—ministers, company chief execu-tives, and key decision-makers—were in agreement that if we are to derive the full economic and social benefits from energy resources, we must take incisive and urgent action to modify our approach to energy solutions.
It’s time to get real in defining our future. ■
—Christoph Frei, secretary general, World Energy Council, www.worldenergy.org, @WECouncil
Defining the Future: Time to Get RealChristoph Frei
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