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Thermodynamic cycles / Fuel gas / Gasification / Thermal treatment / Coal / Combined cycle / Hydrogen production / Integrated gasification combined cycle / Energy / Technology / Energy conversion


Co-Production of Hydrogen and Electricity from Fossil Fuels with CO2 Capture Robert H. Williams, Robert H. Socolow, Thomas Kreutz, Stefano Consonni, and Paolo Chiesa Princeton Environmental Institute Princeton University
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Document Date: 2009-07-22 09:07:04


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City

Washington / DC / Gasification / /

Company

Selexol CO / O2 (95% pure) CO / CO2 Capture Coal / CO2 / CC Coal / O2 Air Steam (for blade cooling) CO / O2 CO / /

Country

China / India / /

Currency

USD / cent / /

Facility

bar Gasifier / Fossil Fuels Four Related Papers Prepared Under Princeton University / Membrane WGS reactor Raffinate CO-rich / CO2 Capture Plant / WGS reactor H2 / bar Coal Gasifiers / WGS reactor Low temp. / /

IndustryTerm

gas competition / electricity coproduct value / coproduct electricity / electricity coproduction systems / electricity / electricity prices / energy carrier / electricity cost / membrane technology / dense metal membrane systems / microporous membrane/dense metal membrane / coal systems / coal energy infrastructure / natural gas / energy systems / net electricity / electricity value / membrane systems / conventional technology / electricity coproduct / chemical/refining industries / chemicals / coal mining / high electricity prices / dense metal / geological media / chemical/refining industry needs / gas separation / synthesis gas coolers / energy / /

Organization

Princeton University / /

Person

Robert H. Williams / Robert H. Socolow / Thomas Kreutz / /

Position

Major / /

Product

N2 GHGT-6 / /

ProgrammingLanguage

DC / /

Technology

Co-Capture/Co-Storage Conventional technology Pd/Cu membrane technology / /

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