AbstractIn this study, the concentrated piperazine (PZ) and mixed PZ + diethylenetriamine aqueous solutions were used as the absorbents to capture CO2 from a nitrogen gas stream containing 10% of CO2 in a rotating packed bed (RPB). To reduce the heat of vaporization of absorbent in regeneration, diethylene glycol was added into the concentrated PZ aqueous solution. The higher gas-liquid contact area and mass transfer rate as well as the smaller size were observed in a RPB as compared with a packed bed to achieve the same CO2 capture efficiency
Carbondioxide (CO2) content in natural gas must be removed because it inhibits liquefication process...
Formulation of efficient absorbing solutions for carbon dioxide capture is essential to reduce the o...
AbstractIn the present paper, we investigated five synthetic amine based absorbents, including three...
AbstractIn this study, the concentrated piperazine (PZ) and mixed PZ + diethylenetriamine aqueous so...
AbstractIn this study, an effective absorbent, 23.5% diethylenetriamine (DETA)/19.6% piperazine (PZ)...
This study investigates the removal efficiency of carbon dioxide by aqueous absorbents containing mo...
[[abstract]]©2006 Elsevier - The removal efficiency of carbon dioxide from gases containing 10% CO 2...
The removal of carbon dioxide from process gas streams is an important step in many industrial proce...
This study investigates the feasibility of applying a cross-flow rotating packed bed (RPB) to absorb...
AbstractA novel blend of piperazine (PZ) with N-(2-aminoethyl) piperazine (AEP) has been proposed as...
AbstractThe purpose of our work was to evaluate separately the absorption and regeneration performan...
[[abstract]]©2006 Elsevier - The reduction of CO2 concentration in a gas stream containing 500 ppm o...
Carbondioxide (CO2) content in natural gas must be removed because it inhibits liquefication process...
Absorption of CO2 in aqueous amine solvents is the most widely used method and efforts are ongoing t...
AbstractConcentrated, aqueous piperazine (PZ) has been investigated as a novel amine solvent for car...
Carbondioxide (CO2) content in natural gas must be removed because it inhibits liquefication process...
Formulation of efficient absorbing solutions for carbon dioxide capture is essential to reduce the o...
AbstractIn the present paper, we investigated five synthetic amine based absorbents, including three...
AbstractIn this study, the concentrated piperazine (PZ) and mixed PZ + diethylenetriamine aqueous so...
AbstractIn this study, an effective absorbent, 23.5% diethylenetriamine (DETA)/19.6% piperazine (PZ)...
This study investigates the removal efficiency of carbon dioxide by aqueous absorbents containing mo...
[[abstract]]©2006 Elsevier - The removal efficiency of carbon dioxide from gases containing 10% CO 2...
The removal of carbon dioxide from process gas streams is an important step in many industrial proce...
This study investigates the feasibility of applying a cross-flow rotating packed bed (RPB) to absorb...
AbstractA novel blend of piperazine (PZ) with N-(2-aminoethyl) piperazine (AEP) has been proposed as...
AbstractThe purpose of our work was to evaluate separately the absorption and regeneration performan...
[[abstract]]©2006 Elsevier - The reduction of CO2 concentration in a gas stream containing 500 ppm o...
Carbondioxide (CO2) content in natural gas must be removed because it inhibits liquefication process...
Absorption of CO2 in aqueous amine solvents is the most widely used method and efforts are ongoing t...
AbstractConcentrated, aqueous piperazine (PZ) has been investigated as a novel amine solvent for car...
Carbondioxide (CO2) content in natural gas must be removed because it inhibits liquefication process...
Formulation of efficient absorbing solutions for carbon dioxide capture is essential to reduce the o...
AbstractIn the present paper, we investigated five synthetic amine based absorbents, including three...