AbstractToshiba has developed amine based aqueous solution (Toshiba solvent 1, TS-1) that can significantly reduce CO2 regeneration energy compared with general 30 wt% monoethanolamine (MEA) aqueous solution and reported the results of the pilot plant of 10 t- CO2/day recovery from the flue gas of a coal- fired power plant. In order to reduce the CO2 regeneration energy further, we have developed new hindered amine based absorbent, Absorbent-A.In the present work, Absorbent-A was evaluated for CO2 absorption properties by laboratory scale apparatus. Absorbent-A was found to have the high CO2 absorption capacity and the low reaction heat. Furthermore, the CO2 regeneration energy of Absorbent-A was 45% less than that of general 30 wt% MEA aqu...
AbstractThe purpose of our work was to evaluate separately the absorption and regeneration performan...
AbstractThe main challenge for CO2 post combustion capture from power plant flue gases is reducing t...
AbstractPower plants, except the nuclear ones, release relatively high amounts of carbon dioxide. Th...
AbstractToshiba has developed amine based aqueous solution (Toshiba solvent 1, TS-1) that can signif...
AbstractPost-combustion carbon dioxide capture is the technique that can be rapidly and safely emplo...
AbstractChemical absorption method using amine based absorbents is the most applicable to post-combu...
AbstractIn the present paper we investigated seven synthetic and eleven commercial amine based absor...
AbstractIn the present paper, we investigated five synthetic amine based absorbents, including three...
AbstractDecreasing CO2 Emissions from coal fired thermal power plants is a critical issue in the wor...
AbstractThis work focuses on synthesizing and selecting hindered new amine absorbents to reduce the ...
AbstractIn the framework of the COCS (Cost Saving CO2 Capture System) project we continue to develop...
AbstractFrom solvent screening for new, amine based solvents for CO2 recovery from flue gas, two mos...
AbstractBabcock Hitachi has been developing a new amine-based scrubbing technology for capturing car...
CO2 capture from gaseous effluents is one of the great challenges faced by chemical and environmenta...
AbstractThe effect of combinations of advanced amine solvents, processes and packing was evaluated a...
AbstractThe purpose of our work was to evaluate separately the absorption and regeneration performan...
AbstractThe main challenge for CO2 post combustion capture from power plant flue gases is reducing t...
AbstractPower plants, except the nuclear ones, release relatively high amounts of carbon dioxide. Th...
AbstractToshiba has developed amine based aqueous solution (Toshiba solvent 1, TS-1) that can signif...
AbstractPost-combustion carbon dioxide capture is the technique that can be rapidly and safely emplo...
AbstractChemical absorption method using amine based absorbents is the most applicable to post-combu...
AbstractIn the present paper we investigated seven synthetic and eleven commercial amine based absor...
AbstractIn the present paper, we investigated five synthetic amine based absorbents, including three...
AbstractDecreasing CO2 Emissions from coal fired thermal power plants is a critical issue in the wor...
AbstractThis work focuses on synthesizing and selecting hindered new amine absorbents to reduce the ...
AbstractIn the framework of the COCS (Cost Saving CO2 Capture System) project we continue to develop...
AbstractFrom solvent screening for new, amine based solvents for CO2 recovery from flue gas, two mos...
AbstractBabcock Hitachi has been developing a new amine-based scrubbing technology for capturing car...
CO2 capture from gaseous effluents is one of the great challenges faced by chemical and environmenta...
AbstractThe effect of combinations of advanced amine solvents, processes and packing was evaluated a...
AbstractThe purpose of our work was to evaluate separately the absorption and regeneration performan...
AbstractThe main challenge for CO2 post combustion capture from power plant flue gases is reducing t...
AbstractPower plants, except the nuclear ones, release relatively high amounts of carbon dioxide. Th...