Complete Analytical & Monitoring SolutionsGas + Combustion Analysis / Liquid Analysis / Gas + Flame Detection

Visualize > Analyze > Optimize

TH E S I N G L E S OURC E FO R COMP L E T E ANA LY T I C A L S O LU T I ON S

THE EMERSON PLANTWEB DIFFERENCE

PlantWeb™ is the proven digital plant

architecture that uses the power of predictive

intelligence to improve plant performance.

While PlantWeb lowers capital and engineering

costs compared to traditional DCS-centered architectures, it provides even greater operational benefits

by enabling you to improve throughput, reduce conversion costs, and sustain the resulting

performance gains. Users report an average improvement of 2% or greater in plant efficiency.

See more at PlantWeb.com

EMERSON SOLUTIONS ENCOMPASS:

> Industry-Leading Analyzers

> System Design

> Project Coordination and Management

> Startup and Commissioning

> Ongoing Maintenance and Support

Solve your toughest analytical challenges

Whatever your goal – reduce installation and maintenance costs, maximize up-time, protect your

plant and personnel, or improve process quality – Emerson offers a complete range of Rosemount

Analytical products, services, and solutions, including:

CO

NT

EN

TS Product Solutions

> Gas Chromatography & Process Gas Analysis..............................16

> Emissions & Combustion Analysis .........18

> Flame and Gas Detection ......................20

> Hazardous Area Particle Monitoring............................................21

> Continuous Online Liquid Analysis ........22

Industry & Service Solutions

>Metals .....................................................3

> Chemical & Petrochemical.......................4

> Refining & Gas Processing .......................6

> Power Generation....................................8

>Water Treatment...................................10

> Life Science............................................12

> Food & Beverage ...................................13

> Pulp & Paper..........................................14

> Service, Training & Custom-engineered System Solutions................15

Optimize production withRosemount Analytical instrumentsand PlantWeb™ by monitoring solu-tions enabling feedback control ofimportant liquid parameters such aspH, electrical conductivity and ORP.Processes will vary depending onthe metal involved, the grade of ore,and the technology employed.

ExtractionDue to the rapid reactions takingplace in an agitated leach process,automatic pH control is stronglyrecommended.

Avoid toxic cyanide leaks into theenvironment, as they are a risk topersonnel and a future liability tothe mining company, with continu-ous pH control.

Concentration Copper sulfide ore processinginvolves flotation, in which coppersulfide particles are lifted on frothwhile iron and other common impu-rities are left behind. The efficiencyof this concentrating step is directlydependent on pH. The flow rate ofslurry is therefore regulated to keepthe pH within the acceptable range.

Alumina is refined from raw bauxiteusing a phase difference (such assolid to liquid) separating the prod-uct from the base metals. Emerson’sflow through toroidal conductivitysensor is used to monitor the digestion step, while the large boresubmersion sensor is used to optimize chemical recovery fromthe tailings.

FinishingStainless steel impurities can beremoved with a short soak in acid, acommon finishing technique forsteel rolls. Control of the acid concentration is crucial in removingjust the right amount of surfacecontamination and is frequentlycalled steel pickling. The concentra-tion of HCL acid can be monitoredusing Emerson’s rugged 228toroidal conductivity sensor.

Waste DisposalToxic chemical waste from miningand refining operations can be in theform of liquid, gas, and solids. Liquidanalysis helps minimize disposalcosts involved with chemicals adher-ing to tailings, toxic cyanide, noxiousgases, and acid mine runoff.

Emerson solutions include:> pH monitoring of cyanidedestruction – 3400 PERpH-X pHsensor

> Regulating feed of lime flotationcells – TUpH 396P pH sensor

>Monitoring caustic aluminaratio – Conductivity Sensors

>Monitoring concentrated acids –Toroidal Conductivity Sensor

> Safety Instrumentation forHazardous Areas –Millennium IISeries of Gas Detectors, O2

Deficiency, and Flame Detectors

Emerson mine safety monitoring

Common to mining operations is

the presence of methane, espe-

cially in coal mines. Methane is

lighter than air and will quickly fill

areas undetected posing a serious

threat of asphyxiation and explo-

sion if ignited. CO is a colorless,

odorless, tasteless gas that is

harmful at very small concentra-

tions. H2S is highly poisonous and

heavier than air so it accumulates

in poorly ventilated areas.

Hydrogen Cyanide is a by-product

of gold processing and is highly

toxic and must be monitored.

The Millennium II Series of gas

detectors provides dual-channels

to maximize coverage, low power

consumption to improve perform-

ance, and intuitive features to

simplify operation and mainte-

nance in these harsh conditions.

Optimize extraction and processing

ME TA L S & M I N I NG

Emerson’s analytical sensors respond quickly to changes in pH and ORP, helping to protect both theenvironment and the mine from thedangerous effects of these chemicals.

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> Compensate for variations in product feed composi-tion while measuring product impurities, thusminimizing product loss

Gas and combustion analyzers assist ammonia, ethylene,methanol, polyethylene and polypropylene plants:

> Measure feed purity

> Better control process units to minimize the wastefuel gas available for burning in boilers and furnaces

> Increase energy efficiency

> Obtain feedback on reactions

> Better control of pollutants

Fixed flame and gas detectors protect plant andpersonnel from:

> Dangerous toxic gas release

> Combustible gas concentrations

> Fast and accurate detection of potentially catastrophicflame events

Ammonia PlantsWith the ammonia process, efficient performance isdriven by the quality of analytical data that is available.Rosemount Analytical’s approach ensures real-time dataanalysis and communication to critical systems, resultingin reliable production accounting, optimized perform-ance, and efficient energy management. RosemountAnalytical offers these solutions throughout the plantprocesses, including:

> Feed purification

> Synthesis gas production / purification

> Ammonia synthesis

> Oxygen-Fired Heater Stacks

Methanol PlantsRosemount Analytical offers measurement and analysissolutions that:

> Monitor for unconverted carbons

> Minimize losses of methanol in acetone tower overhead

> Minimize impurities in the methanol product stream

> Minimize losses of methanol in methanol tower bottomstream

CHEM I C A L / P E T ROCHEM I C A L

I n d u s t r y s o l u t I o n s

Measurement analysis: the key to efficient operation

With Rosemount Analytical instrumentsand analyzers, chemical and petrochemical plants haveaccess to key measurements that keep them operatingefficiently. The precision measurements of our gas chro-matographs enable you to:

> Maintain proper chemical ratios

> Monitor for unconverted carbons, monitor purge gasrates and track BTU usage

Emerson plant safety monitoring gives you:

> Accurate monitoring for the presence of toxic andflammable gases in classified areas

> Fast, accurate flame detection

Ethylene PlantsRosemount Analytical uses a strategic approach to eth-ylene application solutions that features limiting initialcapital expenditures, minimizing ongoing operatingexpenses, and maximizing overall performance of youranalytical equipment. Rosemount Analytical ensuresmaximum product recovery while keeping product puri-ties within specification throughout the ethylene plant:

> Improve analysis times

> Reduce energy loss in cracking furnaces, fractionationprocesses, compressors, condenser and ethane sepa-ration processes, acetylene removal

Polyethylene / Polypropylene PlantsIn polyethylene and polypropylene plants, an efficient,accurate process is critical to maintain the quality of plas-tics. Any impurities will degrade the process. RosemountAnalytical offers an analytical solution that measures andtracks critical data to ensure an efficient process:

> Measure ethylene and comonomer feed purity

> Monitor impurities recycled with the diluent

> Attain feedback on reaction kinetics

> Ensure feed purity

> Send data to the control system about reaction kinetics

> Monitor impurities within the recycle streams

Process HeatersMany chemical processesrequire that the processliquids and gases be pre-heated to a designatedtemperature. Processheater and boilers are thebiggest consumers of energy and require O2 andCombustibles analyzers to control fuel/air ratios to optimize the combustion, and Continuous EmissionsMonitoring systems to measure NOX, SO2, CO and CO2.Analyzers are also increasingly being used to monitorthe emissions of greenhouse gases.

Energy efficiency has gained renewed importance inprocess industries. Better control of process units hasminimized the amount of waste fuel gas available forburning in boilers and furnaces.

Pressures from local and national environmental regula-tory agencies to reduce NOX and other pollutantsrequire better control for all combustion processes, suchas process heater furnaces, boilers, incinerators, spentacid furnaces and catalyst regeneration processes.

Emerson offers solutions for all of these applicationsincluding emissions monitoring systems. Outstandingreliability and durability of Rosemount Analytical analyz-ers will keep you operating at maximum throughput.

Emerson solutionsinclude:> Emissions detection –700XA gas chromatograph

> Burner efficiencymonitoring – OCX8800oxygen and combustibletransmitter

> Solution concentrationsmeasurement – 228Toroidal Conductivity Sensor

> Complete Safety Coverage –UVS and UV/IRS FlameDetectors and Millennium IISeries of Gas Detectors

> Operational costreduction – PlantWebArchitecture with FOUNDATION®

fieldbus technology

> Fine tuning the process –X-Stream gas analyzer

Emerson’s Rosemount Analytical processgas analyzers, liquid analytical instruments, gas chro-matographs, and fixed point detection solutions areuniquely designed to provide extended analysis andcoverage in the most extreme plant conditions.Regardless of process complexity, Emerson offers:

> Better process control

> Environmental monitoring

> Billing and cost accounting for product transfers

With fast measurement of keycomponents, accurate qualitativeand quantitative analysis enablesbetter, faster decisions that couldimpact operational performance.

More accurate data alsoimproves the safety andenvironmental monitoringcapabilities of the refinery andchemical process. Throughprecise measurement of harmful

Count on Emersonanalytical solutions to helpyour business:

> Decrease energy consumptionby 5-15%

> Increase through-put (reducebottlenecking) by 5-15%

> Increase product purity orreduce product giveaway

> Recycle less off-spec productback to process

> Recover more valuableproducts

> Improve the performance ofdownstream units 6

contaminants and ambient air monitoring, Emersonsolutions keep plant employees safe and help the plantmeet government compliance requirements.

Bottom-line goals can be more easily achieved withanalytical solutions from Emerson. With precise productanalysis, you’ll be able to produce a final product thatmore closely meets specification requirements.

Fuel & Flare Gas AnalysisRosemount Analytical gas chromatographs are ideal formeasuring H2S and heating value in fuel and flare gaswithin refinery applications.

Sulfur Recovery Unit Incinerator/Tail Gas Stack> Sulfur Dioxide (SO2)

> Oxygen (O2)

Gas Processing UnitEmerson's process gas chromatograph (GC) significantlyimproves the operation of a refinery gas processing unitby measuring real-time chemical composition measure-ments of the feed stream and sending those measurementsto the plant's control system.

Isomerization UnitIn a refinery isomerization unit, a Rosemount Analyticalprocess gas analyzer monitors hydrogen to control theproper feed ratios and measure CO2 to avoid impuritieswithin the product stream.

Hydrotreater UnitIn a refinery hydrotreater unit, a Rosemount Analyticalprocess GC monitors the impurities in the hydrogenrecycle stream so additional hydrogen can be infusedwithin the makeup stream as needed and improvequality by minimizing the C3 and lighter content in thefinished product.

Catalytic ReformerThe Rosemount Analytical family of process gas analyzersand gas chromatographs analyze byproduct hydrogengases in the catalytic reformer, such as methane, ethane,propane, and butanes, helping to manage gas ratios,increase availability, reduce maintenance costs, andimprove overall control of the unit.

Fluid Catalytic Cracking and CatalystRegenerationCarbon monoxide and oxygen need to be monitored inthe waste slipstream regenerator gas as it is directed tothe carbon monoxide boiler for energy recovery. AnAnalytical process gas analyzer monitors carbon dioxide

I n d u s t r y s o l u t I o n s

Better data means a better process

R E F I N I NG

Emerson solutions include:> Improving burner efficiency andreducing NOX – OCX8800combustible analyzer

> High solids pH applications insulfides and oil – PERpH-X pHsensor

> Environmental regulationcompliance – CEMS systemsmonitoring multiple streams

> Flue and flame gas monitoring –700XA gas chromatograph

> Hydrogen/Hydrocarbons in CCRNitrogen Header Gas – X-STREAMgas analyzers with web browsing

> Fixed Point SafetyInstrumentation –Millennium IISeries of Gas Detectors, UltrasonicGas Leak Detectors and completeline of Optical Flame Detectors

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within the range of 0 to 500 ppm, and oxygen within arange of 0-25%.

Alkylation UnitAnalytical process gas analyzers and gas chromatographsmeasure the isobutane-to-olefin ratio ultimatelyincreasing both availability and throughput.

Emissions MonitoringRefinery process equipment – such as boilers, processheaters, thermal oxidizers, furnaces, selective catalyticreduction units, incinerators, and stacks – must meetlocal and national environmental regulations foremissions. Rosemount Analytical performs the exactmeasurements necessary to maintain compliance withthese regulations, including:

> Nitrogen Oxides (NOX)

> Sulfur Dioxides (SO2)

> Carbon Monoxides (CO)

> Oxygen (O2)

Process HeatersMany refining processes require O2 and Combustiblesanalyzers to control fuel/air ratios to optimize thecombustion, and Continuous Emissions Monitoringsystems to measure NOX, SO2, CO and CO2. Analyzersare also increasingly being used to monitor theemissions of greenhouse gases.

Energy efficiency has gained renewed importance inprocess industries. Better control has minimized theamount of waste fuel gas available for burning in boilersand furnaces.

Crude Unit Overhead Corrosion ControlDistillation columns separate light components such asgasoline and heavy components such as lubricants fromcrude oil. Impurities cause the separated water tobecome quite acidic and maintaining the proper pH is ofparamount importance in preventing corrosion.

Wastewater TreatmentAPI (American Petroleum Institute) Separators arefrequently used in the treatment of refinery wastewaterthat has been contaminated by oil and oil-bearingsludge. Separators use the difference in specific gravityto allow heavier liquids to settle below lighter liquids.pH is measured at the discharge from the API Separatorto enhance the removal of suspended solids.

Toxic Gas DetectionHydrogen sulfide content in feedstock requires continu-ous monitoring of working areas to protect personnelfrom dangerous H2S concentrations, limit potential corrosion damage, and prevent any regulatory violations.

Combustible Gas DetectionFlammable gas leaks from crude desalting, thermalcracking, coking, catalytic cracking, hydrogengeneration, isomerization, and sweetening as well ascatalytic dust pose serious safety hazards and requirefast, accurate detection.

Flame DetectionDue to the hazardous nature of the plant environmentwith several flammable gas generation points andnumerous ignition sources, advanced optical flamedetection is necessary throughout any facility.

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Rosemount Analytical process gasanalyzers, liquid analytical instruments, gaschromatographs, and fixed point detection solutionsprovide extended analysis and coverage in the powerplant. Regardless of process complexity, Emerson offers:

Boiler water treatment> Waterside chemistry monitoring: condensate,feedwater, and boiler water measurement

> Monitoring of reverse osmosis and ion exchangedemineralizers

> Concentration of regeneration chemicals

> Boiler drum water conductivity

Gas TurbineEmerson offers reliable analytical packages withcomprehensive application capabilities for gas-firedsimple cycle and combined cycle power plants, including:

> Fuel gas BTU and Wobbe Index

> Continuous Emissions Monitoring

With our complete lines of gas chromatograph andprocess gas analyzer solutions, Rosemount Analyticalanalyzes and communicates the analytical data youneed for tight process control.

Fuel Gas BTU and Wobbe IndexWith gas chromatography from Emerson, combustionplants can obtain three key gas measurements:

> Measuring Composition - Accurate determination offuel gas composition allows for optimal adjustments of

the air-to-fuel ratio, enabling the turbine to operate atits most cost-effective, efficient point, where NOXemissions are minimized. In the power industry, whereemissions are closely regulated, operating cleaner andmore efficiently could mean avoiding costly fines.

> Measuring Wobbe Index - Turbine damage can resultfrom high dynamics from variations in the WobbeIndex. A process gas chromatograph provides theaccurate, reliable data required to ensure no damageto the equipment results from operating on low- ormid-range Wobbe gas.

> Measuring Hydrocarbon Dewpoint – Measuring helpsavoid turbine damage due to flashback. When higherhydrocarbons or hydrocarbon liquids are present,movement of flame upstream could occur, resulting incatastrophic damage to the turbine. An Emerson gaschromatograph provides an accurate hydrocarbondewpoint calculation, which indicates when riskincreases and attention is required.

Combustion Flue Gas AnalysisHeat rate improvement in any large boiler combustionprocess has never been more critical. RosemountAnalytical oxygen probes help you control the fuel/airratios for the best efficiency and reduce NOX levels.Careful probe placement can also provide a diagnostictool for balancing burners and/or coal feed. Trust yourprocess optimization to Emerson – the inventors of theoriginal zirconium oxide technology that is still theindustry standard for performance.

> In-situ O2

> CO/Combustibles

POWER G EN ERAT ION

I n d u s t r y s o l u t I o n s

Peak performance / minimal environmental impact

Cooling TowersCorrosion and scale formation are treated primarily bycontrolling dissolved solids by blow down, reducingalkalinity, and adding inhibitors and biocides.Conductivity monitoring with a toroidal sensor is ideal,while pH controls acid injection.

> Corrosion prevention with cooling water monitoring

> Waste processing for meeting discharge regulations

Continuous Emissions MonitoringSystems (CEMs)With our continuous emissions monitoring systems,Emerson designs and engineers the right system foryour specific needs and provides startup andcommissioning support, training, and ongoingmaintenance contracts. CEMs systems can be installedto provide data on the following power processes.

> Selective Catalytic Reduction (SCR) Systems --With ourCEMS solution, a NOXmeasurement is used upstreamof the SCR to control the feed rate and downstream ofthe SCR for NOX emissions compliance.

> Gas Turbines – Our CEMS are ideal for the low emis-sions requirements of gas turbines.

> Cogeneration Facilities – Depending upon the geo-graphic location, type of fuel burned, and plant size,any or all of the following parameters may be moni-tored: CO, O2, CO2, SO2, NOX, THC, NH3, and opacity.

Plant-wide Safety MonitoringPower plants utilize hydrogen as a coolant in manyareas and methane is a common by-product of coaltransportation and processing. Both must beaccurately monitored in areas where potentialcombustion is a concern. Toxic levels of carbonmonoxide are also present as well as O2 deficiencyfrom airborne contaminants. Our Millennium II Seriesof fixed gas detectors provides a safety solution whichstands alone in its performance, versatility, andefficiency. Only Emerson offers this unique blend oftechnologies which result in more uptime, lessconsumption, and enhanced coverage.

Combustible by-products from fuel sources andhydrogen for cooling during various processes isconstantly present within power generation facilities.Advanced optical flame detection that is robustenough to perform within these difficult operatingconditions is an absolute necessity. The UVS andUV/IRS flame detectors are specifically engineered forthese conditions with features that lower maintenanceand improve performance.

Emerson solutions include:

>Monitoring steam electric power plant waste streams – 400series of conductivity sensors

>Monitoring combustion turbines and measure on-line BTUvalues – 700XA Gas Chromatograph

> Establish efficient fuel/air ratios to yield the best efficiencywhile reducing NOX levels – 6888 in-situ Oxygen Probe andOCX8800 Oxygen and Combustible Transmitter

> Leak detection and scrubber performance analysis – 6081Wireless transmitter or any Rosemount Analytical instrument withwireless THUM and either a pH or conductivity sensor

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Emerson makes reliable measurements thatare easy and convenient; decreasing maintenance timeand cost while complying with stringent regulations.

To better define the dynamics of the raw water sourcebeing used by a water plant, a number of liquid analyticalmeasurements are made prior to entering the treatmentprocess. Influent monitoring measurements include pH,conductivity, temperature, turbidity, and dissolvedoxygen. Some plants also keep a permanent record ofeach of these measurements for future reference or fordetecting seasonal changes in the source water.

Drinking Water TreatmentContinuous analyzers monitor the process from start tofinish ensuring processes are as efficient as possible anddisinfection levels meet regulations.

PretreatmentMunicipal water treatment facilities use caustic soda forpH adjustment, ion exchange regeneration, and on-sitegeneration of sodium hypochlorite. This is one of thefirst steps to water treatment and is prior to the filterbed at the mixing tank. Measuring whether caustic sodais in the stream, which indicates if the feed pumps areworking, can be achieved with toroidal conductivity.

Filter Performance / ClarifiersThe filtration stage removes residual solids resulting from

the oxidation of organic chemicals and microorganisms inthe primary disinfection stage. Periodically, the filter mustbe back washed to remove the fine suspended matterand sediment that collects in the filter media. As an indi-cation of filter performance, the effluent from the filterbeds is continuously monitored with a turbidimeter.Turbidimeters also monitor clarifier performance.

Disinfection Free chlorine, chloramine, or total chlorine sensorsmeasure disinfection residuals, allowing plant operators tocalculate the CT (concentration and time) values used todocument the disinfection procedure.

Chlorine or ozone sensors monitor primary disinfectantlevels, while pH sensors measure the acidic or basicnature of the water, which can impact the effectivenessof the disinfection chemicals used.

DesalinationDesalination refers to the water treatment process ofremoving salts from water, Thermal techniques, such asmultistage flash (MSF) distillation, and membrane tech-nologies, such as reverse osmosis (RO), are the twomajor processes.

Scaling is one of the biggest problems in multi-stagedistillation applications. Maintaining a pH balance of 5.7or less is crucial to minimize scaling. Monitoring can beachieved using a 3900 pH sensor.

Contacting conductivity sensors placed in the feed-water and permeate let operators monitor the overallwater quality and efficiency of the RO treatment.

DR INK I NG WAT ER T R E ATMENT

I n d u s t r y s o l u t I o n s

Emerson solutions include:

>Measuring ozone dosing for primarydisinfection – 499AOZ

>Monitor and report turbidity of the filtereffluent – Clarity II On-Line Turbidimeter

>Monitor and control the addition ofchemicals for pH adjustment – 3900 pHSensor

> Continuous monitoring of water qualitywithin the distribution system – FCL freechlorine monitoring system

Safe water is our top priority

WAST EWAT ER T R E ATMENT

Emerson solutions include:

> Effluent pH monitoring – coating resistantTUpH™ 396P

> Chlorine measurement in finaltreatment – TCL Total Chlorine System

>Monitoring and controllingoxygen in activated sludgeprocess – Dissolved Oxygensensors

>Monitoring conductivity atinfluent and outfall – 228Toroidal Sensor

> Combustible and Toxic GasMonitoring –Millennium II andMillennium II BASIC

Reliable treatment solutions

Homes, industry, schoolsand businesses all generate sanitarywastewater, or sewage. Onlineanalytical solutions reduce laborwith rugged instruments andsensors provide data for increasedregulation compliance and reducedmaintenance costs. Monitor yourwastewater streams to meet localand federal laws that safeguardwater quality, while optimizing yourmulti-stage wastewater process tospeed up the natural processes ofwater purification.

Influent TreatmentIn many wastewater plants, theinfluent pH and conductivity aremeasured. These measurements areused for monitoring purposes, andwill alert the plant operator of apossible upset condition. A sudden

change in influent conductivity, forexample, may indicate an unusualdischarge upstream from anindustrial plant.

Preliminary Treatment Analytical measurements in thishostile environment are ideallymade using the Model 5081 FamilyTransmitter, which is both corrosionresistant (NEMA 4X) and suitable forexplosion proof and intrinsically safeenvironments (NEMA 7B).

Secondary Treatment Secondary treatment relies uponbiological processes to further purifythe wastewater. Maintaining properdissolved oxygen (DO) levels is criticalto the activated sludge process.

Final Treatment Final treatment consists of chlorina-tion and dechlorination. Water

quality systems monitor the finaleffluent for compliance and report-ing purposes, and can include pH,turbidity and chlorine measurements.

H2S, CH4, CI2, NH3, and O3 Detection Wastewater treatment processesuse and produce a variety of highlytoxic and combustible gases thatrequire close monitoring to ensurethe safety of personnel, equipment,and the environment. HydrogenSulfide and Methane are present inlarge quantities during the process-ing stages.

Ammonia, Ozone, and Chlorine areutilized during the decontaminationand purification stages and must beclosely monitored during processand in storage areas.

Emerson solutions include:> In-line conductivity measurement to ensurewater quality of WFI – 403 Endurance™

conductivity sensor helps meet federalguidelines for sanitary standards

> Fermentation monitoring to ensure stablereadings throughout the batch and meetspec – Steam sterilizable Hx338 pH sensor andHx438 DO sensor

>Monitoring acid strength with a CIP-resistant,sanitary inductive conductivity probe –PUR-Sense 225 with USP Class VI materialtraceability

> pH measurement to control acid addition anddosing, while ORP indicates the extent of areaction – PUR-Sense™ 3800 sensor

> Residual chlorine measurement ensuring finalwater disinfection – 499ACL chlorine sensor

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Pharmaceutical Significant process optimization,improved cycle time, repeatability,as well as quality and yieldimprovements can be realized whenthe proper sensors and instrumentsare utilized. Fit for purpose pH andconductivity sensors play criticalroles in the operation’s controlstrategy. Choose them when youhave a requirement for sanitarysensors fit for your purpose.

Fermentation & Cell CultureOne of the most critical processchallenges in fermentation and cellculture is to maintain the optimalpH level. This is due to the processutilizing a living organism such as ayeast, bacteria, or fungus strain toproduce an active ingredient.

Another big challenge for the pHmeasurement is the cleaningprocess. The fermenter or bioreac-tor has to be sterilized prior to thestart of either process to ensure nocross batch contamination or anyunwanted growths are present.

Emerson’s pH sensors assist thisprocess by:

> Minimizing off line calibration

> Reducing pH drift

> Reducing off-spec product

> Maximizing on-line pH controluptime

All of which save maintenance time,and minimize lost batches from con-tamination.

Water-for-injection Conductivity is the proven andaccepted in-line indication used toensure water quality for water-for-injection and purified water.Emerson conductivity sensors meetUSP guidelines, can be calibrated toNIST standards and have surfacefinishes better than 16 μinch Ra.Rosemount Analytical analyzersprovide alarms for raw,uncompensated conductivity basedon the water temperature.

Steam-in-PlaceDissolved Oxygen and pH are critical

measurements in the bioreactor.Tight control parameters affectproduct yields and speed of reac-tion. Emerson sensors withstandsteam-in-place (SIP) cleaning sinceresidual buffer solutions may affectthe drug harvest campaign. The3800 pH sensor and the Hx438Dissolved Oxygen sensor withstandfrequent SIP cleaning cycles, provid-ing highly accurate measurementswith fast response.

Chromatography & Purification SystemsBiopharmaceutical ChromatographySystems are designed for separatingand purifying proteins and bioengi-neered products. The systems mustmaintain a hygienic design withwetted surface finish < 20 μinch Raand material traceability to maintainsystem integrity.

Conductivity measurement plays animportant role in the purificationprocess. Conductivity is one of thedeterminants of when to start andwhen to end the collection process.Tighter conductivity control willimprove purity as well as:

> Improve secondary collection processing

> Ensure thorough cleaning validation

> Validate cleaning regimen

Hazardous Gas MonitoringCatalytic hydrogenation, fluid-beddrying and granulation, combustiblesolvents and dust can produce dan-gerous levels of combustible gasesthat must be closely monitored.Solvent vapors and fugitive emis-sions in the process area, mixing anddrying areas, drainage and pipingcorridors, and storage areas alsogenerate both toxic and combustiblegases that pose a serious threat tofacilities and personnel.

L I F E S C I ENC E

I n d u s t r y s o l u t I o n s

The industry standard for critical pharma measurements

BeveragesAs the largest ingredient in bever-ages, water requires liquid analyticalinstruments. The analyzers and sen-sors play a critical role in producinga consistently high quality productand maximizing production uptime. Water purification of sourcewater must be done and conductivitymonitors the effectiveness of filter-ing technologies.

Clean-in-PlaceProcess piping and vessels used inthe food and beverage industriesrequire periodic cleaning without dis-assembly. Clean in place (CIP) is usedto remove residue from previousbatches and to sanitize the processpiping and vessels. Since the variouscleaning solutions used are moreconductive than the water used forflushing and final rinsing, conductivitycan be used to monitor the variouscleaning steps and final rinse.

DairyDairy producers have unique analyt-ical requirements for monitoringphases of product, as well as com-plying with 3A standards. Thefollowing measurements helpensure the processes run optimally:

> Conductivity for flavor additions,cleaning, and cheese production

> pH in yogurt processing, cheesemaking, and fresh milk

> Ozone for sterilization

DisinfectionOzone has excellent cleaning char-acteristics and disinfects morepowerfully than other chemical dis-infectants. For bottle disinfection,the Emerson chlorine sensor isrugged and reliable.

BrewingBrewing has traditionally been anart, but brewers now approach pro-duction with an eye on consistentquality; long shelf life and efficientproduction. Modern brewers usethe following analytical measure-ments to achieve these goals.

> Dissolved oxygen in hot wort,fermentation, aging tanks,filtering, and packaging

> Conductivity for cleaning-in-place,and phase separation

> pH in water purification, wort, andfermentation

WastewaterFood-processing wastewater con-sists of wash down of products(fruits and vegetables), run-off fromequipment and tank cleaning, chem-ical cleaning solutions, and otherfood byproducts such as spentgrains. Critical analytical measure-ments in wastewater treatmentinclude residual chlorine or ozone,pH, dissolved oxygen, and conduc-tivity. Waste water treatment plantsmust be optimally managed androbust sensors must be used to max-imize up time. Diagnosticinformation determines sensorhealth and ensures the sensors per-form optimally.

Hazardous Gas MonitoringThe food and beverage industryinvolves many processes that utilizeflammable and toxic materials thatcould be detrimental to the healthand safety of your equipment andpersonnel if left to accumulate.These include natural gas in processof baking, drying, and industrialsteam generation, ammonia (NH3)in refrigeration units, and Chlorine(Cl2) as a bleaching agent and disin-fectant. By-products include CO2 incarbonation and fermentation,Hydrogen Sulfide H2S and Methanein wastewater treatment ponds.

Boilers + Emissions MonitoringBoilers provide steam for cooking,sterilization, and other needs, andare the largest energy users in manyfacilities. Reliable combustionanalyzers optimize fuel/air ratios,maximizing efficiency, minimizingthermal NOX, and minimizing theamount of greenhouse gases thatare generated.

Many states require a suite of gasanalyzers mounted at the smoke-stack, or a Continuous EmissionsMonitoring System (CEMS). Our X-STREAM™ process gas analyzersprovide accurate analysis to ensurecompliance.

Emerson solutionsinclude:> Fermentation pH monitoring –PUR-Sense pH Sensors

> pH measurement for separation of starch – TUpH396R Retractable pH sensor

> Clean in place applications fortanks and vessels – PUR-SenseConductivity Sensors

> Fermentation dissolved oxygenmonitoring – HX438 Sensor

>Monitoring hot wort pH andwort pH – PERpH-X 3400Retractable pH Sensor

> Flammable and Poisonous Gas –Millennium II Gas Detectors

FOOD & B E V E RAGE

Monitoring for the highest batch quality and consistency

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PU L P & PA P E R

Emerson solutions include:

> Combustion analysis to optimizeblack liquor conversion – 6888 insitu O2 Analyzer

> pH control in the headbox toassure consistent quality –TUpH™ 396 and 398R pH Sensors

> Increasing net bleachingefficiency and lowering cleanupcosts – TUpH 398R pH Sensor

>Monitoring condensate toprevent boiler damage –retractable ENDURANCE™

Conductivity Sensor

> Continuous toxic gas and flamemonitoring – XChem gas sensorscombined with optical flamedetection

Tighter control in every facet of manufacturing

There are many processing steps used to turn wood intopaper products. Liquid analytical measurements providesubstantial control solutions that can reduce costs witha typical payback time of less than one year.

Chemical PulpingStrong liquors are used to delignify the wood chips andthe spent liquors are constantly collected and regener-ated. Conductivity measurement is used to monitor thestrength of these liquors and control the pulping process.

Measuring white liquor alkali concentration allows opti-mization of cooking time and product pulp properties.With a toroidal conductivity sensor, measuring the alkaliconcentration entering the digester allows fine controlof the liquor flow rate to match the wood loading,improving throughput and minimizing variability.

The pulp slurry undergoes bleaching, blending, andrefining prior to being run in the paper machine. pHcontrol during these stages is essential for consistentquality. pH is measured in the wet end of the headboxand in bleach lines with the TUpH™ line of pH sensors.

Stock Filtrate MonitoringConductivity indicates the cook is complete and the pulpis released from the digester and further processed.

BleachingPulp stock from the digesters is washed; screened; andput through the bleaching process, which brightens thepulp. Toxic chemicals used in this process include CI2and CIO2 with sulfur dioxide produced as by-product.Exposure to these toxic gases can be deadly and leaksmust be quickly detected and contained.

Boilers + Emissions MonitoringCombustion analysis is used to optimize black liquorconversion and energy extraction in the furnace withoutcompromising the safety and reliability of boiler tubes.The furnace is also optimized by controlling excesscombustion air levels to maximize smelt recovery,prevent corrosion and maximize steam production.

Pulp and paper facilities may be required to measureSO2, O2, CO, NOX, and opacity in the recovery boiler.

Gas DetectionChlorine (Cl2) and Hydrogen Sulfide (H2S) along withother volatile sulfur compounds are characteristic ofthese processes and must be closely monitored withfast and accurate fixed gas detection using Net SafetyMillennium series of detectors.

I n d u s t r y s o l u t I o n s

SureService™ Customer Support ModulesRosemount Analytical’s SureService modules enableyou to build a custom support agreement to meet yourspecific needs.

Startup & Commissioning Services Error-free startup and commissioning is important tothe overall success of any project, and SureServiceStartup and Commissioning services offer the fastest,safest way to get your new instruments and analyzersup and running. With SureService Startup &Commissioning Service, customers enjoy fast, seamlessservices conducted by dedicated analytical experts,coupled with informal, on-the-spot training for the cus-tomer’s service team.

Emergency Onsite Support With the SureService Emergency On-site Servicemodule, a factory-trained and certified field serviceengineer will be dispatched to your plant on a prioritybasis. The immediate availability of one of ourRosemount Analytical analyzer and instrument fieldservice experts can help you reduce or eliminatedowntime and unplanned outages.

Scheduled Maintenance Contract Contracts are a proactive approach for maintainingsystem integrity. Designed to help keep yourRosemount Analytical analyzers and instrumentsoperating at optimum performance, this SureServicemodule helps you ensure critical maintenance andbackup services are performed regularly.

Training Programs Maximize your investment in training through acustomized SureService training package. RosemountAnalytical training experts work with the customer todevelop a comprehensive training program that uses acombination of classroom training and on-site training.

Systems Engineering & Project ManagementRosemount Analytical world-area dedicated analyticalsystems experts manage and implement full-scaleanalytical systems projects of all sizes and scope. Weuse detailed work processes to ensure that systems aredelivered on time and on budget, including:

> Project Identification & Scope

> Initial Engineering & Design

> Implementation & Testing

> Commissioning & Startup

> Training

> Maintenance

> SureService Contracts

Custom-Engineered Sample Handling SystemsA sample handling system is critical for an accurate andreliable analysis because it removes contaminants fromthe sample stream; ensuring samples are dry and free ofsolids. Rosemount Analytical builds each samplehandling system to meet the unique needs of each gasstream composition. Our modular sample handlingsystems combine moisture removal, sample andcalibration valuing, flow regulation and powerdistribution in a compact, wall-mounted or freestanding enclosure. Common features of samplehandling systems include:

> Heated and open-panel designs

> Area-rated classification of all components

> Automatic calibration and validation available as anoption

> Variety of sample probes to extract a reliable andstable sample from the process

S YS T EMS & S E RV I C E S

t o t A l s o l u t I o n s

DEPEND ON EMERSON’S WORLDWIDE STRENGTH

Emerson Process Management is part of

Emerson, a global company that brings

together technology and engineering to

provide innovative solutions for our customers

in a wide range of industrial, commercial and

consumer markets. Our priority is to design,

produce and deliver products, systems and

solutions that make people's lives better.

Sure ™Service

16

The 700XA process gas chromato-graph offers increased analyticalcapability, reliability, andmaintainability, combined with awide range of analysis options in afield-mounted gas chromatograph(GC). The 700XA is designed for avariety of refining, petrochemical,power, and environmentalapplications where selected

Precise component analysismakes the differenceRosemount Analytical is known for best-in-classanalyzers that redefine industry standards. Withour customer-proven gas chromatographs andprocess gas analyzers, we offer reliable, simple,user-friendly gas stream analysis.

What makes Rosemount Analytical analyzersstand out from the rest?

> Lowest total cost of ownership

> Most reliable, rugged designs

> Designed specifically for the needs of the processindustries

> Best service and support

Why field-mounted analytical equipment?

> Bring your analyzer as close as possible to theprocess

> Eliminate the need for analyzer houses

> Reduce measurement time lag

> Keep it simple

MON Series GasChromatograph SoftwareMON2020 and MON2000 softwarecollects and organizes the analyzeddata from Rosemount Analytical gaschromatographs. With the ability tocommunicate to the enterprisenetwork or export to numerous filetypes, MON is a powerful softwaretool that ensures operators,engineers, maintenance personnel,and management haveaccess to critical data suchas current and archivedchromatograms, alarmhistory, event logs, andmaintenance logs.MON2020 is used withthe XA platform GCs, andMON2000 is used withthe 500.

components in gaseous or liquidstreams must be precisely monitoredon a continuous basis.

Fully compatible with modernEthernet networks and DCScommunication, this FOUNDATIONfieldbus-approved gas chromatographis designed specifically to be fieldmounted without the protection ofexpensive shelters.

GA S CHROMATOGRAPHY + P ROC E SS G A S ANA LYS I S

P r o d u C t s o l u t I o n s

700XA Process Gas Chromatograph

370XA Natural GasChromatographThe latest analyzer to join the XASeries of Emerson gas chromato-graphs, the 370XA is designed toprovide greater ease of use andincreased measurement perform-ance for your C6+ BTU/CV analysis.

The 370XA features a MaintainableModuleT technology, which allowsyou to easily replace the GC modulein the field in under two hours,including warm-up time and purge,greatly reducing downtime andoverall operating costs.

See our product data sheet for moreinformation: 370XA Natural GasChromatograph NGC_PDS_370XA.

17

1500XA Process Gas ChromatographWith the proven analytical components of a field-mounted GC combined with the large oven capacity ofa traditional air-bath oven design, the 1500XA gaschromatograph is specifically designed for trace sulfur,trace hydrocarbon, and other complex, high-tempera-ture applications requiring short analysis time andmaximum sensitivity.

Model 500 Gas ChromatographThe Model 500 gas chromatograph is an ideal choicefor compositional analysis, including C1-C6+, N2, andCO2, when separate electronics and oven are desired.It provides optional hydrocarbon dewpoint calcula-tions and C6+ with trace H2S analysis. The Model 500is available in one- or two-oven configurations.

Rugged enough to maintain repeatability over a com-plete operating temperature range, the Model 500can handle up to 12 streams with a wide variety of gasand liquid applications in a single unit. In addition, theModel 500 can be assembled with an additional oven,further extending its analysis capabilities.

Simplify analysis through a web-based user interface and a host ofnew features and capabilities withthe X-STREAM Enhanced. It’s easy tooperate and performs better thanany other process gas analyzer avail-able and features:

> Lowest span drift at less than 1%per week

> Lowest temperature dependency,specified at 0.5%/10 Kelvin

> Broadest total operating tempera-ture range

Environmental Chamber TestingEvery Rosemount Analytical process gas analyzerand gas chromatograph undergoes climatetesting in an environmental chamber to optimizethe analyzers for temperature drift (PGAs) andrepeatability (GCs). Our environmental chambersoffer insight into the behavior of the analyzers toensure on-spec performance at installation.

> Highest protection classes withIP66 and NEMA 4x certifications

> Tight repeatability and zero drift

> Best warranty available (3 years)

The X-STREAM Enhanced offers auser-friendly web interface thatallows users to securely log in toperform remote diagnostics, includ-ing alarm management andparameter calibration, from anyEthernet connection.

X-STREAM™ Enhanced Process Gas Analyzer

PRODUCT S

OLU

TIO

NS

18

Continuous Emissions Monitoring SolutionsEmerson offers a variety of environmental emissionsanalysis through out continuous emissions monitoringsolutions (CEMS). Our CEMS options range from pre-engineered, packaged systems to more complexcustom-engineered systems that measure multiplegases using data acquisition and handling. They aredesigned to perform the required daily zero and spanchecks automatically and unattended. Automaticcalibration makes it less costly and time consuming tomeet the environmental requirements for dailyvalidation of the system.

Rosemount Analytical CEMS monitor:

> Sulfur Dioxide (SO2)

> Nitrogen Monoxide (NO) / NitrogenDioxide (NO2)

> Carbon Dioxide (CO2) / Carbon Monoxide(CO)

> Oxygen (O2)

> Total Hydrocarbon (THC)

> Hydrogen Sulfide (H2S)

> Opacity

For true process optimization, you need

Emissions and combustion analysis needs to beaccurate and dependable – all day, every day – oryour operation suffers. With the largest installed baseof combustion analyzers worldwide, Emerson ProcessManagement delivers provable, worry-freeRosemount Analytical combustion analysis solutions.

We supply key capabilities needed for optimizingcombustion performance: measurement, analysisand integration.

When you rely on Emerson, you can:

> Improve boiler efficiency and uptime

> Lower fuel costs

> Increase safety

> Minimize flue gas emissions

> Reduce installation and maintenance costs

> Meet regulatory requirements

> Update existing equipment seamlessly

direct, in-line, in-process measurements. WithRosemount Analytical instruments, you can operate atthe optimum fuel/air ratio, minimize NOX production,and balance large furnaces. While there is increasingfocus on the production of greenhouse gases, betterfurnace efficiency ensures that the minimum CO2possible is produced.

Designed in consideration of CEMS regulations asspecified in clean air laws around the world, theRosemount Analytical CEMS assist with meetingdata reporting requirements and emissions lawsand ensures certification and compliance withlocal regulatory agencies.

EM I S S I ONS & COMBUS T ION ANA LYS I S

P r o d u C t s o l u t I o n s

Tight analysis means maximum optimization of your process

19

6888 In Situ Flue Gas Oxygen TransmitterThe Oxymitter 4000 measures post-combustion oxygen in the flue gasesof large boilers, industrial furnaces,process heater furnaces, kilns, andany large combustion process. TheO2 measurements can be used by acontrol system or a boiler operatorto improve efficiency by:

> Optimizing fuel/air ratio meansbest efficiency, and minimumgreenhouse gas production.

> Tight O2 control produces lessNOX emissions, and also mini-mizes the production ofgreenhouse gases.

> An array of O2 analyzers reducesflue gas stratification, achievingbetter balance in large furnaces.

Hagan Fan/Damper ActuatorsIndustry needs muscle to control fans and dampersaccurately and reliably. Rosemount Analytical’spneumatic power positioners have been satisfying theseexacting control requirements for many years incountless applications – from power plants to steel millsto refineries – where positioning speed and accuracy aretaken for granted.

> A family of sizes provides torque from 240 ft./Lbs. to7200 Ft./Lbs.

> Options available include electric position transmissionand/or contact closure for remote use and positionlock up upon power air supply failure.

> Optional Fisher FieldVUE DVC 6000 provides moreaccurate positioning, and full Valve link diagnostics.

> For more information, refer to PDS 102-201.A01

OCX8800 O2 / CombustiblesTransmitterThis rugged, compact unit offersthe ability to measure both oxygenand combustibles in flue gases withtemperatures up to 2400°F. TheOCX 8800 has either HART orFOUNDATION fieldbus communicationprotocols, and is available in generalpurpose or hazardous area versions.

> Rapid and accurate measure-ments of excess oxygen andcombustibles mean significantfuel savings

> Close-coupled extractive systemminimizes complexity and main-tenance

> Optional integrated sensor and

Reduces hot spots and tubewastage.

> O2 probes placed burner columnby burner column help balancemany burners in a large furnace.They can also identify foul burnersand coal mills, minimizingdowntime.

> O2 probes placed burner columnby burner column.

> Accessories are available forprocess temperatures above700°C to 1050°C.

> For more information, refer to PDS106.6888.

The 6888 in situ analyzer offers thebest accuracy and long termstability in the industry, providingreliable measurements that allowyou to operate with confidence.

electronics simplifies and reducescost of installation

> Thru-glass IR pushbuttons permitfull interface with the electronicswithout opening the covers. Nohot work permit required.

> Field replaceable sensors, temper-ature elements and heatersincrease ease-of-maintenance

> 316LSS, Inconel 600 and ceramicmaterials resist corrosion and hightemperatures, increasing probe life

> Acid service cells are available

> Sample blowback and sensorcleaning cycles minimize mainte-nance

> For more information refer to PDS106-880.A01

20

SA F E T Y & R E L I A B I L I T Y MON I TOR I NG

P r o d u C t s o l u t I o n s

Millennium II Series — Fixed Gas DetectionThe Millennium II Series has beenengineered from the ground-up toinclude the innovative features thatengineers and operators in the fielddemand, while providing rock solidday-to-day operation in even themost challenging applications. TheMillennium II pushes the boundariesof what you can expect from yourdetectors.

> Single, multi-channel, or BASICcontroller configurations.

> Extremely low power consump-tion increases uptime, and lowersoverall costs.

> Wide voltage range allows forgreater stability and systemcompatibility.

> SMART universal toxic and LEL gassensors are completely inter-changeable with controller.

> Highly robust construction andreliable performance designed forextreme conditions.

> Advanced NE-MOS solid state,catalytic bead, electrochemical,and infrared sensor technologies.

> Superior OLED display functionsdown to -55°C and up to +85°C.

> Simple to use intuitive menus andcontrols with field selectableranges and multiplelanguages.

> Fast digital commu-nications betweensensor and con-troller.

> Global hazardousarea approvals andperformance certifi-cations.

GDU-Incus — Ultrasonic Gas Leak DetectionThe GDU-Incus is an advanced gasleak detection system. Providinginstantaneous detection of deadlygas leaks with-out requiring any gasconcentration, the GDU-Incus is notaffected by inclement weather, winddirection, leak direction, or anypotential gas dilution.

> Wide area coverage, up to 40meter three dimensional radius

> -40°C — +85°C operatingtemperature range

> Does not require calibration

> Piezo-electric sensors never expire

> Monitors for both toxic and com-bustible gas leaks simultaneously

> Field-proven acoustic sensors areextremely robust and sealed in aceramic housing against moistureand contaminants.

Our fixed toxic and combustible gas detection,flame detection, ultrasonic gas detection andairborne particle detection solutions are designedfor the most challenging industrial environments.Our unique blend of technologies deliver moreuptime, less consumption, and the most

comprehensive safety coverage for your application.No matter how difficult the conditions, no matterwhere you're operating around the globe, your plantand personnel can operate with the confidence thatEmerson safety instrumentation will provide theprotection they need.

Reliable protection against adverse safety situations

> Analog, Relay, RS485 Modbus®,and HART® outputs available.

> Full event data logging of over980 sequential events.

> Wide range of accessoriesincluding duct mounts andenvironmental protection.

21

Oil Mist Detector & Air Particle MonitorThe Millennium Oil Mist Detector & Air ParticleMonitor (APM) is an explosion-proof, infrared detectordesigned to monitor ambient air for particulatematter such as smoke, oil mist, carbon, dust or ash.This unique product is the only detector of its kindthat is certified explosion proof – Class 1, Division 1.

The APM is suitable formonitoring air ducts,battery rooms, enginerooms, compressorstations, high pressurehydraulic lines, and gasturbine enclosures.

UVS Flame DetectorReacting to a single spectrum of ultraviolet radiationfound in flame, the UVS delivers the fastest responseand widest field of view available. The UVS does notreact when exposed to incandescent or fluorescentlighting, heaters or sunlight. Hydrocarbon andhydrogen based flame detection.

SafeGuard ControllerThe SafeGuard is a multi-channel Modbus® masterdisplay with alarm monitoring and control. It is widelyused for centralizing the display and alarm processingfunctions in critical flame and gas detectionapplications. The SafeGuard comes standard with anintutively designed LCD providing simultaneous statuson all channel inputs plus severalexpansion options including MimicDisplay capabilities and HMIpackages. The SafeGuard isversatile, expandable, and offers awide range of system configurationoptions allowing it to seamlesslyintegrate.

UV/IRS Flame DetectorTwo spectra of radiation must be recognized andconfirmed by precisely tuned sensors for the UV/IRS toinitiate a fire condition, greatly reducing false alarms whileproviding critical safety performance to your site personnel.Hydrocarbon and hydrogen based flame detection.

22

Proven accuracy and reliabilityEmerson offers a complete range of RosemountAnalytical analyzers, transmitters, sensors andsystems for the continuous online measurement ofpH, conductivity, dissolved oxygen, ozone, chlorine,and turbidity. Whether you need two-wire, four-wire, or wireless instrumentation, we have the right

product solution for your application – for generalpurpose or hazardous area installations.

Quick start programming gets you up and runningwithin one minute, saving valuable time at commis-sioning. A variety of digital communication optionsand 4-20 mA outputs deliver rich diagnostic data onboth the process and the health of the instrument,saving time and money diagnosing possible problems.

CONT I NUOUS ON L I N E L I QU I D ANA LYS I S

P r o d u C t s o l u t I o n s

Water Panel SolutionsChlorine packaged systems arereagentless systems that reducecost and hassle.

> The FCL measures free chlorine

> The MCL measures monochlo-ramine

The WQS is a customizable “Plug and Plumb” system for thedistribution environment to monitorwater safety.

Clarity II™ Turbidimeter System forthe determination of turbidity inwater. It is compliant with both theUS EPA Method 180.1 and ISO 7027.

Online Wet Chemistry Analyzersmeasure hydrazine, sodium, silicaand phosphate in boiler feed water.

Ion Selective Dual Ammonium/Monochloramine or Ammonium/Fluoride measuring systems meas-ure ammonium, fluoride andmonochloramine levels for drinkingwater treatment.

Amperometric sensors Amperometric sensors measuredissolved oxygen, ozone andchlorine. These membrane sensorsare rugged and easy to maintain.

pH Sensors Emerson sets the industry standardby offering solutions for a variety ofapplications ranging from low tovery high temperatures, foulingapplications and processes withharsh chemicals.

> 3900 general purpose sensor withrugged body and AccuGlass pHglass.

> For high performance / high tem-perature applications, depend onthe PERpH-X pH sensor

> For life science and food and

beverage, the PUR-Sense, 3800steam sterilizable sensorwithstands 140° C temperaturesfor 50 steam cycles.

> 3200HP pH sensor is for the accu-rate measurement of pH in lowconductivity water. Suited for con-densate, boiler water, andfeedwater in power plants or anyindustrial boiler.

> TUpH sensors are designed forimproved life in harsh, dirty, andabrasive applications.

23

Conductivity SensorsEmerson’s wide selection of stable and accurate conductivity sensorsincludes toroidal, contacting and four-electrode.

> ENDURANCE™ sensors are suitable for the conductivity measurementof ultra-pure water to cooling water.

> Toroidal sensors are used in corrosive liquids and in liquids containingsuspended solids.

> PUR-Sense™ four-electrode conductivity sensor monitors CIPapplications for food and beverage industries.

SMART InstrumentsSMART analyzers and sensors eliminate one of the largest problemswith measuring pH – field calibration. Now with Rosemount AnalyticalSMART technology, calibration is truly plug and play. Each SMART pHsensor comes with factory calibration embedded in the sensor’smemory. Simply connect the sensor to a Rosemount AnalyticalSMART analyzer and automatically upload the latest settings - nomuss, no fuss calibration.

TWO-WIRE INSTRUMENTS

5081 TransmitterFeatures a rugged, weatherproof,corrosion-resistant enclosure.

> Digital communication protocols:HART® and FOUNDATION® fieldbus,allowing access to AMS (AssetManagement Systems)

1066 TransmitterBroad range of measurements,advanced communications capability, and unique ease-of-use.

> Uses HART version 7 andFOUNDATION fieldbus digital communication protocols.

> User-definable measurement diagnostic parameters.

WIRELESS INSTRUMENTATION

6081Remote locations and installationcosts are no longer barriers to gettinginformation you require for criticalapplications.

> 6081-C measures contacting conductivity

> 6081-P measures pH

> Self-organizing network forhigh data reliability and network stability

> Industry leading wireless security

Smart Wireless THUM AdapterEnables wireless communications withEmerson’s Smart Wireless Gateway forany HART-enabled 2-wire or 4-wireanalytical instrument.

FOUR-WIRE INSTRUMENTS

56 Analyzer> High resolution screen shows faults and warnings incolor for immediate recognition of an out of rangeparameter.

> Extensive help screens for rapid start up.

> Process disruptions can be pinpointed in the colortrending graphs.

> Information can be downloaded in Excel format to aUSB drive.

> Proportional, Integral and Derivative (PID) control.

> TPC (Duty Cycle Control/Pulse Width Modulation).

1056 Analyzer> Single or dual input analyzer.

> Large, easy-to-read display allows operators know at aglance if the process is within allowable parameters.

> Easy to install and wire.

1057 Analyzer> Three-input analyzer.

> Choose from pH/ORP/ISE or Contacting Conductivity/Resistivity, in any combination.

GAS CHROMATOGRAPH CENTER OF EXCELLENCEEmerson Process ManagementRosemount Analytical10241 West Little York Suite 200Houston TX 77040 USAT 1.713.396.8880T 866.422.3683F 1.713.466.8175gc.csc@emerson.com

LATIN AMERICACENTER OF EXCELLENCEEmerson Process ManagementRosemount Analytical10241 West Little YorkSuite 200Houston, TX 77040 USAT 1.713.396.8759F 1.713.827.3328

FLAME AND GAS DETECTIONCENTER OF EXCELLENCEEmerson Process ManagementNet Safety Monitoring2721 Hopewell Place N.E.Calgary, AB T1Y 7J7 CanadaT 1.403.219.0688T 866.347.3427F 1.403.219.0694safety.csc@emerson.com

ASIA- PACIFICCENTER OF EXCELLENCEEmerson Process ManagementAsia Pacific Private Ltd.1 Pandan CrescentSingapore 0512Republic of SingaporePhone: +65.777.8211Fax: +65.777.0947

ANALYTICALHEADQUARTERSEmerson Process ManagementRosemount Analytical2400 Barranca ParkwayIrvine, CA 92606 USAT 1.949.757.8500T 800.854.8257F 1.949.474.7250liquid.csc@emerson.com

MIDDLE EAST AND AFRICACENTER OF EXCELLENCEEmerson Process ManagementEPM BuildingP. O. Box 17033Jebel Ali Free ZoneDubai, United Arab EmiratesT 971.4.8835235F 971.4.8835312

COMBUSTION CENTER OF EXCELLENCEEmerson Process ManagementRosemount Analytical6565 P Davis Industrial PkwySolon, OH 44139 USAT 1.440.914.1261T 800.433.6076F 1.440.914.1262gas.csc@emerson.com

EUROPECENTER OF EXCELLENCEEmerson ProcessManagement AG Blegistrasse 21 CH-6341 Baar-Walterswil Switzerland T 41.41.768.6111 T 41.41.761.8740

Emerson Process Management

2400 Barranca ParkwayIrvine, CA 92606 USATel: (949) 757-8500Fax: (949) 474-7250

rosemountanalytical.com

© Rosemount Analytical Inc. 2014

©2014 Rosemount Analytical, Inc. All rights reserved.

The Emerson logo is a trademark and service mark of Emerson Electric Co. Brand name is a markof one of the Emerson Process Management family of companies. All other marks are the propertyof their respective owners.

The contents of this publication are presented for information purposes only, and while effort hasbeen made to ensure their accuracy, they are not to be construed as warranties or guarantees,express or implied, regarding the products or services described herein or their use or applicability.All sales are governed by our terms and conditions, which are available on request. We reserve theright to modify or improve the designs or specifications of our products at any time without notice.

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COMPLE TE ANALY T IC AL + MON ITOR ING SOLUT IONS WORLDWIDE

PROCESS GAS ANALYZERCENTER OF EXCELLENCEEmerson Process ManagementGmbH & Co. OHGIndustriestrasse 163594 HasselrothGermanyT 49.6055.884-211/-0F 49.6055.884.209gas.csc@emerson.com

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