AbstractThe effect of combinations of advanced amine solvents, processes and packing was evaluated at a 20 t-CO2/d pilot plant. The absorption performance of the advanced packing in the absorber improved significantly. However, the improvement rate of the performance was different depending on solvents and operating conditions. Compared to the conventional process, the latent heat loss with the advanced process was reduced by half.We have achieved regeneration energy of 2.5-2.6 GJ/t-CO2. Further reduction of the regeneration energy can be expected through full replacement to the advanced packing and the selection of solvents suited for high absorption performance packing
AbstractFrom solvent screening for new, amine based solvents for CO2 recovery from flue gas, two mos...
AbstractReductions of capital cost and energy consumption are the key challenges for the development...
Solvent selection is an important element to enable low energy requirement in post combustion CO2 ca...
AbstractThe effect of combinations of advanced amine solvents, processes and packing was evaluated a...
AbstractToshiba has developed amine based aqueous solution (Toshiba solvent 1, TS-1) that can signif...
AbstractThe main challenge for CO2 post combustion capture from power plant flue gases is reducing t...
AbstractIn the present paper, we investigated five synthetic amine based absorbents, including three...
AbstractIn this work, a number of different process upgrades have been implemented at a 1 ton/h CO2 ...
AbstractThe purpose of our work was to evaluate separately the absorption and regeneration performan...
AbstractIn the present paper we investigated seven synthetic and eleven commercial amine based absor...
Chemical absorption using amine-based solvents have proven to be the most studied, as well as the mo...
Chemical absorption is widely regarded as the most promising technology for post-combustion CO2 capt...
Chemical absorption is widely regarded as the most promising technology for post-combustion CO2 capt...
AbstractIn the framework of the COCS (Cost Saving CO2 Capture System) project we continue to develop...
AbstractGas scrubbing using aqueous amine solutions is the most promising retrofit option for post c...
AbstractFrom solvent screening for new, amine based solvents for CO2 recovery from flue gas, two mos...
AbstractReductions of capital cost and energy consumption are the key challenges for the development...
Solvent selection is an important element to enable low energy requirement in post combustion CO2 ca...
AbstractThe effect of combinations of advanced amine solvents, processes and packing was evaluated a...
AbstractToshiba has developed amine based aqueous solution (Toshiba solvent 1, TS-1) that can signif...
AbstractThe main challenge for CO2 post combustion capture from power plant flue gases is reducing t...
AbstractIn the present paper, we investigated five synthetic amine based absorbents, including three...
AbstractIn this work, a number of different process upgrades have been implemented at a 1 ton/h CO2 ...
AbstractThe purpose of our work was to evaluate separately the absorption and regeneration performan...
AbstractIn the present paper we investigated seven synthetic and eleven commercial amine based absor...
Chemical absorption using amine-based solvents have proven to be the most studied, as well as the mo...
Chemical absorption is widely regarded as the most promising technology for post-combustion CO2 capt...
Chemical absorption is widely regarded as the most promising technology for post-combustion CO2 capt...
AbstractIn the framework of the COCS (Cost Saving CO2 Capture System) project we continue to develop...
AbstractGas scrubbing using aqueous amine solutions is the most promising retrofit option for post c...
AbstractFrom solvent screening for new, amine based solvents for CO2 recovery from flue gas, two mos...
AbstractReductions of capital cost and energy consumption are the key challenges for the development...
Solvent selection is an important element to enable low energy requirement in post combustion CO2 ca...