Franklin

a| 1-280-63289-5

a| 9786610632893

a| 0-08-045748-7

a| (CKB)1000000000365260

a| (EBL)269621

a| (OCoLC)475998253

a| (SSID)ssj0000117733

a| (PQKBManifestationID)11138897

a| (PQKBTitleCode)TC0000117733

a| (PQKBWorkID)10049917

a| (PQKB)10399379

a| (MiAaPQ)EBC269621

a| (EXLCZ)991000000000365260

a| AU-PeEL b| eng c| AU-PeEL d| AU-PeEL

a| eng

a| TD883 .C37 2005

a| 628.53

a| Thomas, David.

a| Carbon Dioxide Capture for Storage in Deep Geologic Formations h| [electronic resource] : b| Results from the CO2 Capture Project

a| Burlington : b| Elsevier Science, c| 2005.

a| 1 online resource (1358 p.)

a| text b| txt

a| computer b| c

a| online resource b| cr

a| Description based upon print version of record.

a| Cover; Preface; Acknowledgements; table of contents; Introduction; 1. Policies And Incentives Developments In Co2 Capture And Storage Technology: A Focused Survey By The Co2 Capture Project; 2. Review And Evaluation Of The Co2 Capture Project By The Technology Advisory Board; 3. Economic And Cost Analysis For Co2 Capture Costs In The Co2 Capture Project Scenarios; 4. Post-combustion Co2 Separation Technology Summary; 5. Co2 Removal From Power Plant Flue Gas-cost Efficient Design And Integration Study; 6. Post-combustion Separation And Capture Baseline Studies For The Ccp Industrial Scenarios

a| 7. Kps Membrane Contactor Module Combined With Kansai/mhi Advanced Solvent, Ks-1 For Co2 Separation From Combustion Flue Gases8. Removal Of Co2 From Low Pressure Flue Gas Streams Using Carbon Fibre Composite Molecular Sieves And Electric Swing Adsorption; 9. Self-assembled Nanoporous Materials For Co2 Capture Part 1: Theoretical Considerations; 9. Self-assembled Nanoporous Materials For Co2 Capture Part 2: Experimental Studies; 10. Creative Chemical Approaches For Carbon Dioxide Removal From Flue Gas; 11. Pre-combustion Decarbonisation Technology Summary

a| 12. Generation Of Hydrogen Fuels For A Thermal Power Plant With Integrated Co2 -capture Using A Cao-caco3 Cycle13. Development Of The Sorption Enhanced Water Gas Shift Process; 14. Coke Gasification: Advanced Technology For Separation And Capture Of Co2 From Gasifier Process Producing Electrical Power...; 15. Development Of A Hydrogen Mixed Conducting Membrane Based Co2 Capture Process; 16. Hydrogen Transport Membrane Technology For Simultaneous Carbon Dioxide Capture And Hydrogen Separation...

a| 17. Silica Membranes For Hydrogen Fuel Production By Membrane Water Gas Shift Reaction And Development Of A Mathematical...18. Design, Scale Up And Cost Assessment Of A Membrane Shift Reactor; 19. Grace: Development Of Pd-zeolite Composite Membranes For Hydrogen Production By Membrane Reactor; 20. Grace: Development Of Silica Membranes For Gas Separation At Higher Temperatures; 21. Grace: Development Of Supported Palladium Alloy Membranes; 22. Grace: Experimental Evaluation Of Hydrogen Production By Membrane Reaction; 23. Grace: Pre-combustion De-carbonisation Hydrogen Membrane Study

a| 24. An Evaluation Of Conversion Of Gas Turbines To Hydrogen Fuel25. Oxyfuel Combustion For Co2 Capture Technology Summary; 26. The Oxyfuel Baseline: Revamping Heaters And Boilers To Oxyfiring By Cryogenic Air Separation...; 27. Zero Recycle Oxyfuel Boiler Plant With Co2 Capture; 28. Zero Or Low Recycle In-duct Burner Oxyfuel Boiler Feasibility Study; 29. A Comparison Of The Efficiencies Of The Oxy-fuel Power Cycles Water-cycle, Graz-cycle And Matiant-cycle; 30. Revamping Heaters And Boilers To Oxyfiring-producing Oxygen By Itm Technology

a| 31. Techno-economic Evaluation Of An Oxyfuel Power Plant Using Mixed Conducting Membranes

a| Over the past decade, the prospect of climate change resulting from anthropogenic CO2 has become a matter of growing public concern. Not only is the reduction of CO2 emissions extremely important, but keeping the cost at a manageable level is a prime priority for companies and the public, alike.The CO2 capture project (CCP) came together with a common goal in mind: find a technological process to capture CO2 emissions that is relatively low-cost and able be to be expanded to industrial applications. The Carbon Dioxide Capture and Storage P

a| English

a| Atmospheric carbon dioxide -- Environmental aspects.

a| Atmospheric carbon dioxide -- Storage.

a| Carbon dioxide mitigation.

a| Environmental geochemistry.

a| Electronic books.

a| Civil & Environmental Engineering 2| HILCC

a| Engineering & Applied Sciences 2| HILCC

a| Environmental Engineering 2| HILCC

a| Benson, Sally.

z| 0-08-044570-5

a| BOOK