Auteur William J. Koros
Documents disponibles écrits par cet auteur (6)
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Diana M. Pacheco, Auteur ; J.R. Johnson, Auteur ; William J. Koros, Auteur |Improvement in the efficiency of CO2 separation from flue gases is a high-priority research area to reduce the total energy cost of carbon capture and sequestration technologies in coal-fired power plants. Efficient CO2 removal from flue gases b[...]
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Madhava R. Kosuri, Auteur ; William J. Koros, Auteur |Separation of high-pressure carbon dioxide from fluorocarbons is important for the production of fluoropolymers such as poly(tetrafluoroethylene). Typical polymeric membranes plasticize under high CO2 partial pressure conditions and fail to prov[...]
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Ryan P. Lively, Auteur ; Ronald R. Chance, Auteur ; William J. Koros, Auteur |Hollow fiber sorbents in rapid thermal swing mode, packed bed solid sorbents in thermal swing mode, hollow fiber membranes, monoethanolamine-based liquid amines, and chilled ammonia CO2 sorption systems are compared on an energetic basis for CO2[...]
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Mita Das, Auteur ; John D. Perry, Auteur ; William J. Koros, Auteur |High-performance hybrid materials using carbon molecular sieve materials and 6FDA−6FpDA were produced. A detailed analysis of the effects of casting processes and the annealing temperature is reported. Two existing major obstacles, sieve agglome[...]
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Dhaval A. Bhandari, Auteur ; Naoki Bessho, Auteur ; William J. Koros, Auteur |Pipeline natural gas is the primary fuel of choice for distributed fuel cell-based applications due to its well-developed infrastructure. The concentration of sulfur in odorized pipeline natural gas is about 30 ppm, with the acceptable level being
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James D. Noel, Auteur ; William J. Koros, Auteur ; Benjamin A. McCool, Auteur |Photoautotrophs, such as microalgae and cyanobacteria, use sunlight to convert inorganic carbon, especially dissolved CO2 and bicarbonates, to organic materials, commonly biofuels or biofuel precursors. For large-scale biofuel production, the CO[...]
