AbstractIn the present paper, we report the result of cost analysis associated with the operation of CO2 capture pilot facility using aqueous ammonia. The facility treating 1,000 Nm3/hr of BFG (blast furnace gas) is in operation with the production capacity of 10 t-CO2/d. From the pilot plant operation we found that the CO2 recovery was 90% and the purity of product CO2 was over 98%. Waste heat recovery system for steam generation was installed and integrated with the CO2 capture facility successfully. Operating cost analysis based on the running data of the facility has been performed based on the consumptions of steam, electricity, water, and chemical. Since the process uses waste heat recovery system, the majority of operating cost is th...
Abstract This paper deals with post-combustion CO 2 capture by aqueous ammonia in air-blown gasifica...
AbstractThis paper deals with post-combustion CO2 capture by aqueous ammonia in air-blown gasificati...
This paper focuses on carbon capture in an Ultra Super Critical power plant. The technology selected...
AbstractIn the present paper, we report the result of cost analysis associated with the operation of...
AbstractIn this work, low concentrated ammonia solution (up to ∼10 wt.%) was used to capture from bl...
AbstractIn this work, low concentrated ammonia solution (up to ∼10 wt.%) was used to capture from bl...
Using a rigorous, rate-based model and a validated economic model, we investigated the technoeconomi...
AbstractThis paper presents the results of ASPEN simulations of a carbon-dioxide (CO2) removal and r...
AbstractThe performance and cost of two ammonia-based post-combustion CO2 capture systems operating ...
AbstractCarbon dioxide capture and storage by mineralization (CCSM), also known as ex-situ mineraliz...
<p>In an effort to lower future CO<sub>2</sub> emissions, a wide range of technologies are being dev...
AbstractA rate-based model for CO2 regeneration in an ammonia-based CO2 capture process was develope...
AbstractThis paper presents the results of ASPEN simulations of a carbon-dioxide (CO2) removal and r...
In this work, we have developed advanced process configurations for solvent-based CO2 capture proces...
AbstractThe most pressing challenges regarding the use of ammonia for CO2 capture are the precipitat...
Abstract This paper deals with post-combustion CO 2 capture by aqueous ammonia in air-blown gasifica...
AbstractThis paper deals with post-combustion CO2 capture by aqueous ammonia in air-blown gasificati...
This paper focuses on carbon capture in an Ultra Super Critical power plant. The technology selected...
AbstractIn the present paper, we report the result of cost analysis associated with the operation of...
AbstractIn this work, low concentrated ammonia solution (up to ∼10 wt.%) was used to capture from bl...
AbstractIn this work, low concentrated ammonia solution (up to ∼10 wt.%) was used to capture from bl...
Using a rigorous, rate-based model and a validated economic model, we investigated the technoeconomi...
AbstractThis paper presents the results of ASPEN simulations of a carbon-dioxide (CO2) removal and r...
AbstractThe performance and cost of two ammonia-based post-combustion CO2 capture systems operating ...
AbstractCarbon dioxide capture and storage by mineralization (CCSM), also known as ex-situ mineraliz...
<p>In an effort to lower future CO<sub>2</sub> emissions, a wide range of technologies are being dev...
AbstractA rate-based model for CO2 regeneration in an ammonia-based CO2 capture process was develope...
AbstractThis paper presents the results of ASPEN simulations of a carbon-dioxide (CO2) removal and r...
In this work, we have developed advanced process configurations for solvent-based CO2 capture proces...
AbstractThe most pressing challenges regarding the use of ammonia for CO2 capture are the precipitat...
Abstract This paper deals with post-combustion CO 2 capture by aqueous ammonia in air-blown gasifica...
AbstractThis paper deals with post-combustion CO2 capture by aqueous ammonia in air-blown gasificati...
This paper focuses on carbon capture in an Ultra Super Critical power plant. The technology selected...