Poster: High Performance Solvent for NGCC Flue Gas CO2 Capture
Poster for project in progress
Engineering topics
Publications and source records attributed to Zhou, S. James.
Poster for project in progress
Presentation of project in progress (DE-FE0032216) and Sustenol(TM) solvent
Explore the source record for details and available documents.
Ethylene and propylene are critical pillars of the petrochemical and plastics industry. The current industrial route for producing these olefins, which is via steam cracking process, is extremely endothermic and highly CO 2 -intensive. In this work, Susteon, in partnership with the North Carolina State University (NCSU), New Castle University (NU), and SoCalGas, has investigate catalytic materials and process designs to produce propylene from propane by utilizing CO 2 as a soft oxidant in the presence of low temperature dielectric barrier discharge plasma. This route integrates the effect of catalysis and the presence of a plasma environment to intensify the production of the important three carbon olefin from propane at a lower temperature and near atmospheric pressure. This CO 2 oxidative dehydrogenation (CO 2 -ODH) process coproduces CO, which is a valuable by-product, critical for the petrochemical sector. Through this work, Susteon and the team have made significant progress in developing catalysts and gaining insights on the plasma-assisted CO 2 -ODH process.
Presentation of project in progress (DE-FE0032216) High Performance Solvent for Natural Gas Combined Cycle (NGCC) Flue Gas CO2 Capture