Fourth International Conference on Advances in Materials ... · PDF fileCONFIRMATION Y ou will...
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Transcript of Fourth International Conference on Advances in Materials ... · PDF fileCONFIRMATION Y ou will...
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2004 CONFERENCE
The conference is the fourth in a series
of conferences held every three years
by EPRI, on the subject of materials for
advanced plants. Previous conferences were
held in London, San Sebastian (Spain), and
Swansea (Wales). The present conference is
intended to continue to promote
information exchange between scientists
and engineers on an international scale.
Invited keynote speeches by prominent
scientists, as well as submitted papers, are
scheduled. The conference is sponsored by
the U.S. Department of Energy, the Ohio
Coal Development Office, ASM, and EPRI
and endorsed by Alstom Power, Babcock &
Wilcox, Riley Power, Foster Wheeler, and
the Oak Ridge National Laboratory.
This conference is supported by the
following EPRI program areas:
• Fossil Materials and Repair
• Boiler Life and AvailabilityImprovement
• HRSG Dependability
• Boiler and Turbine Steamand Cycle Chemistry
• Steam Turbines, Generators,and Balance of Plant
• Future Coal Generation Options
• Strategic Science and Technology
BACKGROUND
Several factors have renewed worldwideinterest in advanced, high-efficiency
coal power plants during the last decade.These factors include the abundance ofcoal and the need to maintain a viablecoal option, to reduce fuel costs, and toreduce emissions and waste from powerplants. Net thermal efficiency of fossilplants has improved from 37% highheating value (HHV) in the case of “sub-critical plants” to nearly 42% HHV forplants operating under steam conditionsof 1100˚F/3600 psi (593˚C/25 MPa). Toboost efficiencies above 45% HHV, R&Dprojects have been carried out in Europe,the United States, and Japan that addresssteam conditions of 1300˚F/4000 psi(700˚C/28 MPa) and above.
The key enabling technology that driveshigh-efficiency power plants has been thedevelopment of advanced materials andcoatings with considerably increased creepstrength and corrosion resistance. Majorstrides have been made in 9–12%chromium (Cr) ferritic steels containingcobalt (Co), tungsten (W), and otherelements for both boilers and steamturbines that are capable of operating upto 1200˚F (650˚C). Vastly improvedaustenitic steels for tubing applicationsuch as HR3C, NF 709, Super 304 H, 347HFG, and many others have also beendeveloped. For temperatures exceeding1200˚F (650˚C), nickel-based alloys suchas Inconel 740, Haynes 230, a modifiedversion of IN 617, HR6W, and others havebeen developed.
CONFERENCE OFFICIAL
LANGUAGE
The official language of this conference
will be English.
Please visit http://inter.viewcentral.com/reg/epri/2036 for the latestnews and information on this conference.
CONFIRMATION
You will receive written confirmation of
your registration within 14 business
days upon receipt of your registration. If
you do not receive a confirmation letter,
contact an EPRI Registration Specialist to
confirm receipt of your registration. An
EPRI Registration Specialist may be reached
at 925.609.9169 or 800.313.3774, option
#2, or by e-mail at [email protected].
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ACCOMMODATIONS
Attendees will be responsiblefor making their own hotel
reservations at the followingconference hotel. Ask for the EPRI rateof $139 when making your reservation.
Hilton Oceanfront Resort23 Ocean LaneHilton Head Island, SC 29928843.842.8000 or 800.845.8001$139.00/night, single or doubleoccupancy
Reservations must be made bySeptember 25, 2004, to guaranteethis rate.
Located in the exclusive resortcommunity of Palmetto Dunes onHilton Head Island, the award-winningHilton Oceanfront Resort is abeachfront paradise. The hotel is set intropical gardens, including meanderingpathways, peaceful lagoons, andsparkling pools. All rooms featurekitchenettes with a microwave andrefrigerator, along with sitting areas.Oversized balconies provide wonderfulviews of the island. The Hilton has 22nearby lighted tennis courts, threeadjacent championship golf courses,and the Shelter Cove Marina for allwater sports. In addition to the privatebeach, two swimming pools areavailable—one for families to enjoyand the other for adults. PicturesqueHarbor Town with its boats, excellentshopping, and many restaurants is onlya few minutes away.
RESORT WEB SITE
www.hiltonheadhilton.com
CONTACT INFORMATION
TECHNICAL
David [email protected]
Kent [email protected]
CONFERENCE MANAGER
Brent Lancaster, CCM, [email protected]
REGISTRATION FEES
Registration fees include all continental
breakfasts, breaks, one evening reception,
one dinner, and conference proceedings.
EPRI Members...........................$600
Presenters (one per paper)/Panelists ....................................$450
Others .......................................$650
Late Registration Fee .................$150(added to the above fee after 9/24/04)
INTERNATIONAL VISITORS
If you are traveling to the United States
from another country, please make sure
you have the proper documents when going
through customs. Because of increased
security, the United States has changed
some entry and exit requirements that may
affect you. For more information, please
consult the US-Visit Program at
http://www.dhs.gov/dhspublic/interapp/
editorial/editorial_0333.xml or your local
consulate.
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R. ViswanathanEPRI, United States – ChairmanKent ColemanEPRI, United StatesMasafumi FukudaToshiba, JapanDavid GandyEPRI, United StatesFred GlaserU.S. Department of Energy, United StatesHoward JohnsonOCDO, United StatesJeff HenryAlstom Power, United StatesCarlos KoenekeMitsubishi Heavy Industries, JapanToshitsugu NakaoHitachi, JapanJonathan ParkerStructural Integrity Associates, United States
Bob PurgertEnergy Industries of Ohio, United StatesUdaya RaoU.S. Department of Energy, United StatesRobert RomanoskyU.S. Department of Energy, United StatesBrendon ScarlinAlstom Power, SwitzerlandBrij SethSiemens Westinghouse, United StatesGreg StankoFoster Wheeler, United StatesRobert SwindemannOak Ridge National Laboratory, United StatesYasuhiko TanakaJapan Steel Works, JapanJim TanzoshBabcock & Wilcox, United StatesBrian VitalisRiley Power, United States
CONFERENCE ORGANIZING COMMITTEE
INTERNATIONAL ADVISORY BOARD
Fujio AbeNational Institute for Materials Science, JapanDavid AllenPower Gen, United KingdomPertti AuerkariVTT, FinlandChristina BergerTU Darmstadt, GermanyValerio BicegoCESI, ItalyRudolph BlumElsam Elkraft, DenmarkFiorenzo BreganiCESI, ItalySteve BrettInnogy, United KingdomBrian CaneThe British Welding Institute, United KingdomHorst CerjakTU Graz, AustriaDavide D’AngeloENEL, ItalyBilal DoganGKSS, GermanyPhil EnnisFZ Julich, GermanyJose Antonio Tagle GonzalesIberdrola, SpainJohn HaldTU Denmark, DenmarkMasaaki IgarashiSumitomo Metals, JapanTetsuya IwasakiIHI Ltd, JapanYoshikuni KadoyaMitsubishi Heavy Industries, Japan
Karl MaileMPA Stuttgart, GermanyFujimitsu MasuyamaKyushu Institute of Technology, JapanKarl-Heinz MayerAlstom Energy, Germany (retd.)Taro MurakiNippon Steels Company, JapanBirendra NathInternational Power, United KingdomAkito NittaCRIEPI, JapanYouri NozhnitskyCentral Institution of Aviation Motors, MoscowJohn OakeyCranfield University, United KingdomJohn PriceMonash University, AustraliaBhanu Shankar RaoIGCAR, IndiaBaldev RajIGCAR, IndiaBrendon ScarlinAlstom Power, SwitzerlandAhmed ShibliETD, United KingdomFred StarrETD, United KingdomMarc StaubliAlstom Power, SwitzerlandAndrew StrangGEC Alstom, United Kingdom (retd.)Yasuhiko TanakaJapan Steel Works, JapanBrian WilshireUniversity of Swansea, United Kingdom
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GETTING TO HILTON HEAD
Planning to arrive via air? You have twochoices: US Airways Express serves
Hilton Head Island Airport (HHH) fromCharlotte. Once you land, you are onlyminutes from the hotel via taxi, shuttleservice, or rental car. Alternatively, you mayfly into Hilton Head-SavannahInternational Airport (SAV). This airport isserved by Continental Express, Delta/DeltaExpress, Air Tran, US Airways, UnitedExpress, and American Eagle. Driving timefrom Savannah to Hilton Head isapproximately 45 minutes.
If you prefer not to rent a car, shuttleservice is available via Low CountryAdventures, which has agreed to offer adiscounted EPRI rate. To take advantage ofthis discount and to arrange service, callLow Country Adventures at 800.845.5582or visit their web site atwww.lowcountryadventures.com and entercode 4954 at least 24 hours prior to arrival.The preferred rates are $22/person roundtrip from Hilton Head Island Airport or$54/person from Savannah InternationalAirport. Be sure to mention EPRI whenbooking with Low Country Adventures,and kindly note that service is not availableafter 11:30 PM.
DESTINATION HILTON
HEAD ISLAND
Located off the southern tip of South
Carolina, Hilton Head Island—warmed
by the tropical breezes of the Gulf Stream,
lapped by the Atlantic’s azure waters, and
framed by 12 miles of ivory sand
beaches—has long been the destination of
choice for travelers worldwide. More than
40 world-class golf courses grace the
island, along with more than 300 tennis
courts. Other available activities include
balloon rentals, bicycle rides, dolphin
watching, dinner cruises, and fine dining.
Volumes of information about Hilton Head
may be found at www.hiltonheadisland.org.
TRAVELING
COMPANION PROGRAM
Bringing someone with to you HiltonHead Island? Planned activities for
spouses/partners/significant others ofattendees are being considered. Pleaseindicate your interest in these programs onthe registration form.
SOCIAL ACTIVITIES
Several extracurricular activities areplanned for evening relaxation. We will
start with a welcome reception the eveningof Monday, October 25, 2004. Good foodand beverages as well as great networkingwith old acquaintances and new friendswill make this an event not to be missed.We will also have a banquet the evening ofWednesday, October 27, 2004. Admissionto these events is included in theregistration fee for conference attendees,and a small fee will allow you to bring aguest to the October 27 banquet. Pleaseindicate your interest in these events on theregistration form.
ATTIRE
The dress code for this meeting will be
business/smart casual. Keep in mind
that meeting room temperatures and
personal comfort ranges vary widely. Please
plan to bring a jacket or sweater in the event
that you find the meeting room too cold.
PROCEEDINGS
CD proceedings are planned to be handed
out at the conference. A formal, bound
proceedings will be issued and mailed to
attendees after the conference.
CANCELLATION POLICY
Cancellations must be received by the
conference manager no later than COB,
September 24, 2004. No refunds will be
processed for cancellations or no-shows
after this date.
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FOURTH INTERNATIONAL CONFERENCE ON ADVANCES INMATERIALS TECHNOLOGY FOR FOSSIL POWER PLANTS
October 25–28, 2004 • Agenda (Tentative)
SUNDAY, OCTOBER 24, 20044 PM – 6 PM PRE-REGISTRATION
MONDAY, OCTOBER 25, 200412 NOON – 1 PM REGISTRATION
1 PM – 3 PMPLENARY SESSION 1Keynote Address, Guy Pipitone, Senior Vice-President Operations, First Energy CorporationKeynote Address, Joseph Strakey, Associate Director, Office of Coal & Environmental Systems,NETL/DOEU.S. Program on Materials Technology for USC Power Plants, R. Viswanathan, EPRIMaterial and Design Solutions for Advanced Steam Power Plants, T.U. Kern, H. Kirchner,K. Wieghardt, Siemens Power GenerationAlloy Development and Material Issues with Increasing Steam Temperature, F. Masuyama, Kyushu Instituteof TechnologyMaterials Developments for Ultrasupercritical Steam Turbines, B. Scarlin, R. Vanstone, R. Gerdes,Alstom (Switzerland) Ltd.
3:20 PM – 5:30 PMPLENARY SESSION 2Construction Planning of 600/620°C USC Boiler in Japan, T. Iwasaki, Ishikawajima-Harima HeavyIndustries Co, Ltd.
The European Efforts in Materials Development for 650°C USC Power Plants – COST522, T.U. Kern,Siemens Power Generation, M. Staubli, B. Scarlin, AlstomEconomic Analysis of New Coal-Fired Generation Options, G. Booras, EPRISupercritical Fossil Steam Power Plants: Operational Issues and Design Needs for Advanced Plants, A.F. Armor, R. Viswanathan, EPRIAdvanced Supercritical Technology: Back to the Future, J.F. Henry, J.D. Fishburn, I.J. Perrin, E.S. Sadlon, C.T. Ward, Alstom Power, Inc.
6 PM – 8 PM RECEPTION AND POSTER SESSION
TUESDAY, OCTOBER 26, 20047 AM – 8 AM CONTINENTAL BREAKFAST
8 AM – 10 AMSESSION 1A SESSION 1BBOILERS, GENERAL STEAM TURBINES
Development and Qualification of New Boiler and Materials and Design for Advanced High-Piping Materials for High-Efficiency USC Temperature Steam Turbines, Y. Tsuda, Plants, A. Helmrich, Alstom Power Boiler, K. Yamasita, Y. Shinozaki, M. Fukuda,R.U. Husemann, Babcock Hitachi Europe, T. Takahashi, ToshibaK. Maile, A. Klenk, MPA University of StuttgartConsiderations in Fabricating USC Boiler Experiences in Manufacturing and Long-TermComponents from High-Temperature Materials, Mechanical and Microstructural Testing onW.R. Mohn, Babcock & Wilcox Company 9–12% Chromium Steel Forgings for Power
Generation Plants, G. Zeiler, W. Meyer, BöhlerEdelstahl GmbH & Co. KG, K. Spiradek,J. Wosik, ARC Seibersdorf Research GmbH
The Practical Application and Long-Term Development of Steam Turbine Rotor Forging for Experience of New Heat-Resistant Steels for High-Temperature Application, Y. Tanaka,Large-Scale USC Boilers, T. Sata, Y. Fukuda, The Japan Steel Works, Ltd.K. Mitsuhata, K. Sakai, Babcock-Hitachi K.K.
TUESDAY, OCTOBER 26, 2004 - CONTINUED
Innovative Research and Development of Review of Turbine Materials for Use in USCHeat-Resistant Structural Materials for USC Steam Cycles, F. Ellis, Tordonato EnergyPower Plants, S. Muneki, H. Okubo, F. Abe, Consultants, Inc., I.G. Wright, P.J. Maziasz,National Institute for Materials Science (NIMS) Oak Ridge National LaboratoryDesign and Life Assessment of Ultrasupercritical Superalloy Forgings for AdvancedCoal-Fired Boilers, I.J. Perrin, J.D. Fishburn, High-Temperature Power Plants, K.H. Schonfeld,Alstom Power N. Blaes, D. Bokelmann, Saarschmiede GmbH
10:20 AM – 12 NOONSESSION 2A SESSION 2BBOILERS, GENERAL STEAM TURBINES
Alloy Design of Creep and Oxidation Resistant EDF Participation in the Thermie European 9Cr Steels for Thick Section Components at 650°C, Project, C. Messelier-Gouze, EDFF. Abe, National Institute for Materials Science (NIMS)Creep Rupture Properties of Grade 91 Weldments, High-Temperature Steel Forgings for Power Generation,M. Cohn, S. Paterson, APTECH Engineering N. Blaes, B. Donth, K.H. Schonfeld, Services, Inc., K. Coleman, EPRI D. Bokelmann, Saarschmiede GmbHPractical Experience with Advanced Steels (P91), Modification of Ni-Fe Based SuperalloyJ. Parker, Structural Integrity Associates for Steam Turbine Applications, S. Imano,
H. Doi, E. Saitou, K. Iijima, Hitachi JapanExperimental Work to Validate Alternative Design Wrought Ni-Based Alloys for Rotorshafts inMethodologies for USC Steam Boiler Components, Advanced USC Power Plants, F. Schubert,R.W. Swindeman, J.P. Shingledecker, R.L. Battiste, H.J. Penkalla, FJ-IWV2, J. Rosler,R.L. Martin, Oak Ridge National Laboratory TU-Braunschweig, IfW
12 NOON – 1 PM LUNCH
1 PM – 3 PMSESSION 3A SESSION 3B BOILER TUBING DEVELOPMENT STEAM TURBINES
The Development of Inconel Alloy 740 for Use Defining the Materials Issues and Research for as Superheater Tubing in Coal-Fired Ultrasupercritical Ultrasupercritical Steam Turbines, P.J. Maziasz,Boilers, G. D. Smith, B.A. Baker, Special Metals I.G. Wright, J.P. Shingeldecker, Oak Ridge Corporation, R. Smith, Special Metals Wiggins, Ltd. National Laboratory, T.B. Gibbons, F.V. Ellis,
D.A. Woodford, Consultants, R.R. Romanosky,DOE-NETL
Sandvik Sanicro 25, A New Material for Development of Wrought Ni-Based SuperalloyUltrasupercritical Coal-Fired Power Boilers, R. Rautio, with Low Thermal Expansion for 700°C Steam S. Bruce, Sandvik Materials Technology Turbines, Y. Kadoya, R. Yamamoto, R. Magoshi,
S. Nishimoto, T. Nakano, Mitsubishi HeavyIndustries, Ltd., S. Ueta, T. Noda, DaidoSteel Corporation, Ltd.
Properties of a Newly Developed 18Cr-9Ni-Nb- Advanced 9–12% Cr Cast Steel Grades,V-W-N Austenitic Boiler Tube, T. Ishitsuka, Research – Foundry Process Development,H. Mimura, H. Morimoto, M. Matsumoto, Quality, and Experience, R. Hanus, voestalpineNippon Steel Corporation Giesserei Linz GmbHTempering Effect of X20CrMoV12.1 Tube Steels The Development of Allvac 718Plus™ for for Fossil Power Plants, D.S. Kim, B.S. Kim, Applications Requiring High-Temperature StrengthS.H. Lee, Korea Electric Power Research Institute and Stress Rupture Capability at 1300°F
Operating Temperatures, R. Kennedy, W.D. Cao,R. Jeniski, Allvac
Influence of the Tungsten Addition and Content on the Properties of the High-Temperature, High-Strength Ni-Based Alloy 617, D.C. Agarwal, U. Brill, ThyssenKrupp VDM USA, Inc.
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3:20 PM – 5 PMSESSION 4A SESSION 4BFIRESIDE CORROSION LIFE MANAGEMENT
Coal Ash Corrosion Resistant Materials Testing Perspectives on Improved Life AssessmentProgram, Evaluation of the Second Section Removed Methods for New Plants, C. Berger, A. Scholz,in August 2003, D.K. McDonald, Babcock & Wilcox, Darmstadt University of TechnologyE.S. Robitz, Babcock & Wilcox Research CenterEngineering Design and Fabrication of Assessing the Longitudinal Weld SeamUltrasupercritical Test Loops, J.M. Tanzosh, Failure of the Texas Genco W.A. Parish CoalD.J. Devault, Babcock & Wilcox Company Reheat Line, C. Alexander, Stress Engineering
Services, Inc., J. Frey, Reliant EnergyDevelopment of FeCrAl Weld Overlay Coatings Life Management of High-Energy Piping Systems –for Corrosion Protection in Boilers with Low NOx An Integrated Maintenance and OperationsBurners, J.N. Dupont, R. Deacon, J.R. Regina, Approach, R. Tilley, EPRIA.R. Marder, Lehigh UniversityCorrosion Behavior of Fe3Al Coatings in an Small Punch Test Method: Results from aOxidizing/Sulfidizing Environment, B.S. Covino, Jr., European Creep Testing Round Robin, V. Bicego,S.J. Bullard, S.D. Cramer, G.R. Holcomb, CESI, Milan, F. Di Persio, R.C. Hurst, M. Ziomek-Moroz,U.S. Department of Energy, J.H. Rantala, JRC, Petten, G. Stratford,S. Shrestha, D. Harvey, TWI Ltd. University of Wales Swansea, J. Klaput,
Krakow University of Technology
WEDNESDAY, OCTOBER 27, 20047 AM – 8 AM CONTINENTAL BREAKFAST
8 AM – 10 AMSESSION 5A SESSION 5BSTEAMSIDE OXIDATION LIFE MANAGEMENT
Oxidation and Exfoliation of Oxides in Ferritic Creep Damage Evolution and Life Assessmentand Austenitic Steels, B. Dooley, EPRI, for Welded 9% Cr Steels, P. Auerkari,S.R. Paterson, APTECH Engineering Services, Inc., S. Holmstrom, J. Veivo, VTT Industrial SystemsI. Wright, Oak Ridge National LaboratoryOxidation Behaviour of Ferritic Steels in Life Extension of Main Steam Line,Simulated Steam Environments, J. Zurek, B. Erenburg, The Israel Electric Corp.L. Nieto-Hierro, P.J. Ennis, L. Singheiser,W.J. Quadakkers, Research Centre JülichAssessment of the Steam Oxidation Behaviour of Evaluation of Seam Welded Hot Reheat Piping: High-Temperature Plant Materials, S. Osgerby, Results of a Study at Xcel, R. Hellner, Xcel Energy,A. Fry, NPL Materials Centre J.F. Henry, Alstom Power, M. Lytal, Xcel EnergyAn Evaluation of the Steamside Oxidation of Temperature-Dependent Variability in Life Candidate USC Materials at 650°C and 800°C, Prediction of Thermally Activated Systems,J.M. Sarver, Babcock & Wilcox Research Center, R. Raj, University of Colorado, BoulderJ.M. Tanzosh, The Babcock & Wilcox CompanyCharacterization of Multi-Scale Structures Revealing Creep-Associated Flaws in Operatingfor a Creep-Fatigued Ferritic Heat-Resisting Steel, High-Energy Piping by Quantitative AcousticM. Hayakawa, K. Yamaguchi, M. Kimura, Emission Method, G. Muravin, Margan PhysicalK. Kobayashi, National Institute for Materials Diagnostics Ltd., IsraelScience (NIMS)
10:20 AM – 12 NOONSESSION 6A SESSION 6BSTEAMSIDE OXIDATION WELD BEHAVIOR
Effect of Shot Peening and Pre-Oxidation Treatment High-Temperature Cross-Weld Characterisation in Air-on-Steam Oxidation Resistance of Mod.9Cr-1 of P91 and P22 Welds by Micro-Tensile Testing,Mo Steel, H. Haruyama, H. Kutsumi, S. Kuroda, B. Dogan, U. Ceyhan, GKSS Research CentreF. Abe, National Institute for Materials Science (NIMS)Dependence of High-Temperature Steam Oxidation Applicability of Ni-Based Welding Consumableson the Stability of the Chromium Sulfide on High- for Boiler Tubes and Pipings in the Temperature Chromium, Heat-Resistant Steels, M. Nakai, Range up to 720°C, A. Helmrich, Alstom PowerY. Murata, M. Morinaga, Nagoya University, Boiler, J. Heinemann, UTP-Schweißmaterial GmbH,R. Hashizume, The Kansai Electric Power R.U. Husemann, Babcock-Hitachi Europe,Company, Inc. K. Maile, A. Klenk, MPA University of Stuttgart
TUESDAY, OCTOBER 26, 2004 - CONTINUED
Use of Surface Modification of Alloys for P91 Pipe Welding Breakthrough, C. Patrick, Ultrasupercritical Coal-Fired Boilers, S.L. Goodstine, T.E. Ferguson, Fluor CorporationJ.C. Nava, Alstom Power, Inc.Steam Oxidation Property of Valuable Stainless New Technology for Submerged Arc WeldingSteels, H. Matsuo, Sumitomo Metal Ind., Ltd. Boosts Productivity and Quality, P.J. Niklas,
Hobart Brothers
12 NOON – 1 PM LUNCH
1 PM – 3 PMSESSION 7A SESSION 7BSTEAMSIDE OXIDATION WELD BEHAVIOR
Ultrasupercritical Steamside Oxidation, Weldability of Materials for Ultrasupercritical G.R. Holcomb, S.D. Cramer, B.S. Covino, Jr., Boiler Applications, M.P. Borden, Alstom PowerS.J. Bullard, M. Ziomek-Moroz, U.S. Department of EnergyApplication of the Pre-Oxidation Treatment Alternative Filler Materials for DMWs Involving in Ar Gas to the NIMS High-Strength Steels, P91 Materials, K. Coleman, D. Gandy, EPRIH. Kutsumi, H. Haruyama, F. Abe, National Institute for Materials Science (NIMS)High-Temperature Oxidation Behavior of High Chromium Nickel Based Weld OverlaysX20CrMoV12.1 Boiler Tube Material, J.S. Jung, Extend Boiler Life, S. Kiser, Special Metals, Inc.D.S. Kim, B.S. Kim, E.H. Kim, S.H. Lee,Korea Electric Power CorporationRole of Alloy Microstructure in Oxide Scaling Extended Run Time of Dirty Gas Fans with and Further Microstructural Degradation Steam Advanced Wear Protection Technologies, D. Gray,Generator Steels and Their Weldments, TVA, K.S. Trunkett, Conforma Clad, Inc.R.K. Singh Raman, Monash University (Melbourne)
3 PM – 5 PMPANEL SESSIONMATERIALS ISSUES IN ULTRASUPERCRITICAL STEAM POWER PLANTS
Chair: Ian Wright, ORNLPanelistsR. Romanosky, NETL/DOE US/DOE Perspective on Advanced Coal-Combustion
SystemsT.U. Kern, Westinghouse Turbine Manufacturer Perspective (U.S. and Europe)S. Sakurai, Hitachi Ltd. Turbine Manufacturer Perspective (Japan)K. Schonfield, N. Blaes, Saarschmiede Forge Master Perspective (Europe)Y. Tanaka, Japan Steel Works Forge Master Perspective (Japan)J. Tanzosh, B&W Boiler-Related IssuesF. Masuyama, Kyushu Institute of Technology Boiler-Related Issues (Japan)A. Helmrich, Alstom Power Boiler Materials Issues (Europe)I. Wright, ORNL Corrosion Issues
6 PM – 9 PM EPRI BANQUET
THURSDAY, OCTOBER 28, 20047 AM – 8 AM CONTINENTAL BREAKFAST
8 AM – 10 AMSESSION 8A SESSION 8BMICROSTRUCTURE WELD BEHAVIOR
Z-Phase in 9–12% Cr Steels, J. Hald, Stability of Similar and Dissimilar WeldedH. Danielsen, Elsam/Energy, E2/IPL-MPT Joints, High-Temperature Creep Resistant
Martensitic Steels Containing 9% Cr,J. Pasternak, Boiler Engineering Factory,RAFAKO S.A., A. Kielbus, Silesian Universityof Technology
WEDNESDAY, OCTOBER 27, 2004 - CONTINUED
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Microstructural Modeling for Creep Strength A New 12% Cr Steel for Boiler Tubes, Prediction in Ferritic Steels, R.G. Faulkner, Y. Yi, Headers, and Steam Pipes in USC Power Plants,IPTME, Loughborough University W. Bendick, J.C. Vailant et al., Valourec-
Mannesman TubesThermodynamic Databases: Useful Tools in the Fracture Behaviors of the Welded Joints in P92,Development of Advanced Materials, F. Zhang, P122, and P23 Pipe Steels for Fossil PowerS.L. Chen, F.Y. Xie, CompuTherm, LLC, Plants, S.H. Ryu, Y.S. Lee, B.W. Kong, Y.A. Chang, University of Wisconsin, Madison, J.T. Kim, J.W. Back, S.W. Ham, B.J. Kim,W.A. Oates, University of Salford, B.S. Lim, Doosan Heavy Industries & R. Schmid-Fetzer, University of Clausthal Construction Co., Ltd.A Comprehensive Approach to Predicting Microstructural Stability in Creep Resistant Steels, H. Cerjak, E. Kozeschnik, C. Pein, J. Rajek,B. Sonderegger, Graz University of TechnologyModeling of Precipitation in a Complex 9–12% Cr Steel for Modern Steam Power Plants, J. Rajek,E. Kozeschnik, H. Cerjak, Graz University of Technology
10:20 AM – 12 NOONSESSION 9A SESSION 9BMICROSTRUCTURE AND CREEP PROPERTIES MISCELLANEOUS
Long-Term Creep Behavior and Microstructural Why It Is Possible to Reveal, Recognize, andEvolution of ASTM 91 Steel Grade, G. Cumino, Assess Creep Stage in Operating High EnergyTenarisDalmine, L. Cipolla, A. Di Gianfrancesco, Piping by Quantitative Acoustic Emission Method,O. Tassa, Centro Sviluppo Materiali S.p.A. V. Finkel, L. Lezvinsky, G. Muravin,
B. Muravin, Margan Physical Diagnostics Ltd.Degradation Processes in Creep of 9–12% Cr Effects of Silicon on the Oxidation Behavior Ferritic Steels, V. Sklenicka, K. Kucharova, of Ni-Based Alloys, B. Li, B. Gleeson,M. Svoboda, A. Kroupa, J. Bursik, L. Kloc, Iowa State UniversityInstitute of Physics of Materials, Academy of Sciences of the Czech RepublicRole of Boron in Modified 12% Chromium Steels Tensile, Impact, and Creep Properties offor Steam Power Plants, A. Golpayegani, Service-Exposed 2.25 Cr-Mo Steel, H.O. Andrén, Chalmers University of Technology M.D. Mathew, G. Shastry, P.R. Sreenivasan,
K. Bhanu Sankara Rao, S.L. Mannan,Indira Gandhi Centre for Atomic Research
Optimization of Cr Content for Long-Term Creep Characterization of Boiler Materials for USCStrength in High Cr Heat Resistant Steel, K. Miki, Coal Power Plants, Q. Wu, V.K. Vasudevan,T. Azuma, Y. Tanaka, T. Ishiguro, The Japan Steel University of Cincinnati, J. Shingledecker, Works, Ltd., R. Hashizume, The Kansai Electric Power R. Swindeman, ORNLCo., Inc., Y. Murata, M. Morinaga, Nagoya UniversityForecasting of a Resource of Welded Connections Electrochemical Corrosion Rate Probes for High-Heat Resisting Steels by Crack Criteria, Temperature Energy Applications, B.S. Covino, Jr.,Y.K. Petrenya, A.A. Lanin, S.J. Bullard, S.D. Cramer, G.R. Holcomb, M.N. Komissarchich, OAO M. Ziomek-Moroz, U.S. Department of Energy,
D. Eden, M. Cayard, InterCorr International
12 NOON – 1 PM LUNCH
1 PM – 3 PMSESSION 10A SESSION 10BMICROSTRUCTURE AND CREEP PROPERTIES WELD BEHAVIOR
Long-Term Creep Deformation Characteristics of Experience with the Behavior of AdvancedAdvanced Ferritic Steels for USC Power Plants, Materials P911 and P92 As Well As the M. Igarashi, M. Yoshizawa, Sumitomo Metal Weldments of These Steels, W. Bendick,Industries, Ltd. Salzgitter Mannesmann Research Institute,
B. Hahn, Vallourec & Mannesman Tubes,H. Heuser, Böhler Thyssen Schweisstechnik,R. Fuchs, Böhler Thyssen Welding
THURSDAY, OCTOBER 28, 2004 - CONTINUED
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Improvement in Creep Strength and Impact Toughness High-Temperature Behavior of Similar andof High Cr Heat Resistant Steel Based on Ferrite Matrix, Dissimilar Weldments, B. Dogan, GKSS Y. Toda, H. Kushima, K. Kimura, F. Abe, ResearchCentreNational Institute for Materials Science (NIMS)Creep Strengthening Mechanisms in 9–12% Weldability Evaluation of Martensitic HeatChromium Steels, P.J. Ennis, Research Centre Jülich Resisting Chromium Steels with Tungsten Additions,
J. Pasternack, Boiler Engg Factory, RAFCOEffects of a New Thermomechanical Heat Treatment Suppression of Type IV Failure in High-B Low-NProcess on Creep Properties of High Chromium Ferritic 9Cr-3Wco-NbV Steel Welded Joints, M. Kondo,Steels, H. Okubdo, National Institute for Materials M. Tabuchi, S. Tsukamoto, F. Yin, F. Abe,Science (NIMS) National Institute for Materials Science (NIMS)Creep Response of Advanced Martensitic Steels to Stress and Temperature Changes After Long Times, M.J. Swindeman, Stress Engineering Services, Inc.,R.W. Swindeman, Oak Ridge National Laboratory Aluminum Nitride Precipitation in Low Strength Grade91 Power Plant Steel, S. Brett, RWE Innogy
3:20 PM – 5:30 PMSESSION 11A SESSION 11 BMICROSTRUCTURE AND CREEP MICROSTRUCTURE AND CREEP BEHAVIOR
Creep Strength of High-Temperature Alloys for Improvement of Creep Strength of Heat-ResistantUltrasupercritical Steam Boilers, J. Shingledecker, Martensitic/Ferritic 12% Cr Steels, V. Knezevic,R. Swindeman, Oak Ridge National Laboratory, G. Sauthoff, Max Planck Institute for Iron ResearchV. Vasudevan, Q. Wu, University of CincinnatiDeformation Behavior of P92 at Temperatures Above Coarse Size BN Type Inclusions Formed in Boron620°C and Under Simulated Firing Accident Bearing High Cr Ferritic Heat-Resistant Steel,Conditions, L. Makhele-Lekala, H. Reiners, K. Sakuraya, H. Okada, F. Abe,F. Schubert, Research Centre Jülich National Institute for Materials Science (NIMS)High-Temperature Low Cycle Fatigue and Creep- Effects of Carbon and Austenite StabilizingFatigue Behavior of a Modified 9Cr-1Mo Ferritic Elements (Co, Cu, Ni, and Mn) on the Steel, A. Nagesha, M. Valsan, V.S. Srinivasan, Microstructural Changes and the Creep RuptureK.Bhanu Shankara Rao, Indira Gandhi Strength in 9–12% Cr Ferritic Heat-Resistant Steels, Centre for Atomic Research S.H. Ryu, M.S. Kim, Y.S. Lee, J.T. Kim, J. Yu,
B.J. Lee, Doosan Heavy Industries & Construction Co., Ltd.
Creep Deformation Behavior and Microstructure in Transmission Electron Microscopy and BoronHigh Boron Containing 9% Cr Ferritic Heat Resistant Trace Autoradiography Investigation of PrecipitatesSteels, H. Semba, F. Abe, National Institute in Creep Deformed 9% Cr Steels, A. Czyrska-for Materials Science (NIMS) Filemonowicz, A. Zielinska-Lipiec, AGH
University of Science and Technology, K. Spiradek-Hahn, ARC Seibersdorf Research GmbH, H. Firganek, Institute of Ferrous Metallurgy, P.J. Ennis, Research Centre Jülich
Creep Strength Evaluation of Service Aged and Guidelines for Acceptance of Thermal ShockRejuvenated T91 Using the Stress Relaxation Method, Cracking, J.W.H. Price, B. Kerezsi, M. Chang,D.A. Woodford, Materials Performance Analysis, Inc., Monash UniversityR.W. Swindeman, Oak Ridge National LaboratoryEffects of Austenization Temperature on the Microstructure and Strength of 9% and 12% Cr Ferritic-Martensitic Steels, T.C. Totemeier, Idaho National Engineering and Environmental Laboratory5:30 PM CLOSING REMARKS AND
CONFERENCE ADJOURNS
THURSDAY, OCTOBER 28, 2004 - CONTINUED
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