AbstractThe COCS (Cost Saving CO2 Capture System) Project had been carried out by RITE in collaboration with four Japanese companies from April 2004 to March 2009. It was the R&D project to reduce CO2 capture cost by half compared to the cost of a conventional technology for CO2 removal from a blast furnace gas in an integrated steel works. One of the main research issues in this project was to develop a novel absorbent which could be regenerated with a low thermal energy. RITE especially led the development of new absorbents. Initially amine solvents were investigated through laboratory-scale experiments, and then some selected solvents were evaluated at the 1t-CO2/d test plant. RITE successfully developed innovative amine absorbents, whic...
AbstractToshiba has developed amine based aqueous solution (Toshiba solvent 1, TS-1) that can signif...
International audienceA method to fight against global warming consists in reducing CO 2 emissions. ...
AbstractThe feasible study for retrofitting CCS to the natural gas combined cycle (NGCC) was carried...
AbstractThe COCS (Cost Saving CO2 Capture System) Project had been carried out by RITE in collaborat...
AbstractIn the framework of the COCS (Cost Saving CO2 Capture System) project we continue to develop...
AbstractThe COCS (Cost Saving CO2 Capture System) Project is concerned with the R&D of CO2 capture f...
AbstractIn the present paper, we investigated five synthetic amine based absorbents, including three...
AbstractChemical absorption method using amine based absorbents is the most applicable to post-combu...
AbstractThe Kansai Electric Power Co., Inc. (KEPCO) has developed energy efficient chemical absorben...
AbstractPost-combustion carbon dioxide capture is the technique that can be rapidly and safely emplo...
AbstractIn the present paper we investigated seven synthetic and eleven commercial amine based absor...
This research project is mainly focused on the reduction of carbon dioxide emissions from fossil fue...
AbstractHighly efficient absorbents for CO2 capture from the flue gas of power station were develope...
AbstractA quarter of the carbon dioxide emissions all over the world are exhausted from the thermal ...
AbstractThe Kansai Electric Power Co., Inc. (KEPCO), in collaboration with Mitsubishi Heavy Industri...
AbstractToshiba has developed amine based aqueous solution (Toshiba solvent 1, TS-1) that can signif...
International audienceA method to fight against global warming consists in reducing CO 2 emissions. ...
AbstractThe feasible study for retrofitting CCS to the natural gas combined cycle (NGCC) was carried...
AbstractThe COCS (Cost Saving CO2 Capture System) Project had been carried out by RITE in collaborat...
AbstractIn the framework of the COCS (Cost Saving CO2 Capture System) project we continue to develop...
AbstractThe COCS (Cost Saving CO2 Capture System) Project is concerned with the R&D of CO2 capture f...
AbstractIn the present paper, we investigated five synthetic amine based absorbents, including three...
AbstractChemical absorption method using amine based absorbents is the most applicable to post-combu...
AbstractThe Kansai Electric Power Co., Inc. (KEPCO) has developed energy efficient chemical absorben...
AbstractPost-combustion carbon dioxide capture is the technique that can be rapidly and safely emplo...
AbstractIn the present paper we investigated seven synthetic and eleven commercial amine based absor...
This research project is mainly focused on the reduction of carbon dioxide emissions from fossil fue...
AbstractHighly efficient absorbents for CO2 capture from the flue gas of power station were develope...
AbstractA quarter of the carbon dioxide emissions all over the world are exhausted from the thermal ...
AbstractThe Kansai Electric Power Co., Inc. (KEPCO), in collaboration with Mitsubishi Heavy Industri...
AbstractToshiba has developed amine based aqueous solution (Toshiba solvent 1, TS-1) that can signif...
International audienceA method to fight against global warming consists in reducing CO 2 emissions. ...
AbstractThe feasible study for retrofitting CCS to the natural gas combined cycle (NGCC) was carried...