Generation IV Economic Modeling Working Group / Urbana-Champaign 127 Talbot Laboratory / Generation IV Nuclear Energy Systems / E. Shropshire 1 1 Idaho National Laboratory / /
Continent
Europe / /
Country
Switzerland / Venezuela / Sweden / Belgium / France / Japan / United States / Canada / /
Facility
Fort St. Vrain / Beznau Nuclear Power Plant / Bugey power plant / University of Illinois / Nuclear Reactor / Pebble Bed Modular Reactor / Carbon Dioxide-Emission Transportation System / Ågesta Nuclear Power Plant / Reactor Type Capacity / Very High Temperature Gas-Cooled Reactor / /
IndustryTerm
electricity resource allocation / process heat applications / oil recovery / heat exchanger systems / Low-temperature process systems / electricity producing reactor / chemical process model / sands oil recovery / transportation / oil refining / tar sands oil recovery ranges / reactor technology / generation site / external electricity purchase / heat carrier / electricity supply / pressurization equipment / energy security / process application product / non-electric product / thermo chemical process / chemical transient effects / largescale computing resources / use helium gas / electricity generation elements / natural gas / far-term applications / Assessment tools / dual-purpose nuclear reactor systems / electricity-generating plants / energy intensive technique / nuclear energy / tar sands oil recovery process applications / energy supply / constant energy / oil / supply electricity / integration systems / electric energy / chemical and nuclear processes / metal catalyst / chemical behavior model / non-electricity products / alternate modeling tools / energy / metal / cohesive study using available modeling tools / plastics / chemical process plants / heat energy / oil sands / electricity / electricity creation / electricity residual heat / electricity generation / crude oil / process applications / representative applications / market electricity costs / chemical transient analysis / electricity source / bank / non-electric applications / chemical industry / medium-sized liquid metal / Heat exchange systems / liquid metal / chemical processing plants / chemical process / technology properties / Electricity production / nuclear systems / reactor systems / variable electricity/heat / chemical process system / shale oil recovery / sulfur-iodine chemical process / electricity sale / summarized process applications / potential process applications / potential technologies / /
Organization
U.S. Department of Energy / Alberta Research Council / International Atomic Energy Agency / United States Government / University of Illinois / /
Person
Tia Patrice Taylor / David E. Shropshire / Tia Patrice Taylor David / /
Position
producer / author / representative / /
Product
Desalination Economic Evaluation Program / /
ProgrammingLanguage
J / /
ProvinceOrState
Alberta / Illinois / Idaho / Lyon / /
PublishedMedium
International Journal of Hydrogen Energy / Physics Today / /
Technology
3-D / High Temperature Reactor Technology / heat transfer / GIF / developing reactor technology / condensation / Simulation / flash / /
INL/CON[removed]PREPRINT