1. CoalFleet for Tomorrow ® 2010 Program December 2009 Dr. Jeff Phillips ( [email_address] ) Sr. Program Manager Advanced Generation
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5. All Stakeholders at the same table in CoalFleet GENERATORS Technology/Fuel Users SUPPLIERS/OEMs Technology Developers/Suppliers EPCs/ENGINEERS Plant Designers/Integrators CONSTRUCTORS Plant Construction COAL/RAIL COMPANIES Coal Suppliers Government RD&D/Incentives
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7. CoalFleet Staff Jeff Phillips George Booras 66A Neville Holt 66B John Wheeldon 66C Rob Steele Adele Fowler Paul Huntzinger Andy Maxson Dave Thimsen Des Dillon Jack Parkes Ron Schoff Jose Marasigan
8. Project Set 66A Engineering and Economic Evaluations and Market Assessments of Advanced Coal Power Options
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11. EPRI PC and IGCC Cost of Electricity with and without CO 2 Capture (Illinois #6 Coal) ( All IGCC and CCS cases have +10% TPC contingency for 1 st of a kind) $100+/MWhr is the bottom line for new coal with CCS unless technology is improved
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15. Project Set 66B Gasification-Based Power Plant Development and Deployment Support
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23. Project Set 66C Combustion-Based Power Plant Development and Deployment Support
>60% of U.S. Coal-Based Generation Largest European Coal Generators All 5 Major IGCC-Scale Gasifier Suppliers Two Leading CT Suppliers Two Leading Boiler Suppliers Two Leading Engineer-Procure-Construct Companies Large Asian Equipment Suppliers Major Regional Rail Carrier U.S. DOE
Lifecycle CO2 footprint analysis: This project will examine what is currently known about the lifecycle greenhouse gas emissions of three types of fossil fuel power plants -- an NGCC fueled by domestic gas, an NGCC fueled by LNG from an offshore liquefaction facility, and an SCPC fueled by coal delivered by rail. Existing literature on this subject will be reviewed and a summary will be compiled. Recommendations for additional research to fill gaps in the existing information base will be made.
Advanced Concepts in Pre-Combustion CO2 Capture: A survey of new concepts for pre-combustion capture, such as improved solvents, membrane separation and novel approaches, will be conducted similar to the recent Technology Innovation project, which surveyed emerging post-combustion capture technologies. The technical readiness level (TRL) of each concept will be defined and the potential advantages of the concepts will be determined to the extent possible. Recommendations for additional work will then be developed.
Only Inco 740 has creep strength enough to operate above 760C(1400F)/35 MPa (5000psi) .When the pressure is lowered to 28MPa(4000 psig), IN 617, Haynes 230 and Inco 740 qualify. Typically, the best ferritic steel can go up to 620C(1150F),Developmental ferritics can reach 650C(1200F)Austenetics upto675C(1250F), Ni alloys above that. purely based on creep strength