Aqueous ammonia (NH3) is an emerging, promising and challenging solvent for capture of CO2 emitted from coal and gas fired power stations and other industrial sources. Over the last few years, intensive research activities have been carried out to understand the thermo-chemical and physical properties of the CO2-NH3-H2O system and the chemistry/kinetics involved, to obtain information on absorption rate, ammonia loss, regeneration energies, and practical issues, and to assess the technical and economical feasibility of the aqueous ammonia based post combustion capture technologies. This paper reviews these research activities, makes comparisons with MonoEthanolAmine (MEA, the benchmark solvent) and identifies the research opportunities for ...
In this work, we have developed advanced process configurations for solvent-based CO2 capture proces...
In this work, we have developed advanced process configurations for solvent-based CO2 capture proces...
AbstractCarbon dioxide capture using aqueous ammonia is a post-combustion technology that has shown ...
Aqueous ammonia (NH3) is an emerging, promising and challenging solvent for capture of CO2 emitted f...
Carbon capture and storage is vital to facilitating the transition from our current fossil fuel-base...
The present work evaluates ammonia as a carbon dioxide (CO2) solvent for post-combustion carbon capt...
The present work evaluates ammonia as a carbon dioxide (CO2) solvent for post-combustion carbon capt...
Extensive research works on CO2 capture process using MEA have been carried out and showed promising...
AbstractCO2 is among the primary greenhouse gases in thr earth's atmosphere. This capture and seques...
AbstractThis paper presents the results of ASPEN simulations of a carbon-dioxide (CO2) removal and r...
ISBN: 978-081691065-6International audienceThis work presents a comparison of CO 2 absorption by amm...
Extensive research works on CO2 capture process using MEA have been carried out and showed promising...
Special Issues: Minimising emissions and energy wastage by improved industrial processes and integra...
CD-Rom, ISBN : 978-081691065-6International audienceCurrent and future developments in world economi...
International audienceAqueous ammonia is well known to be a substitute of MEA solvent for absorbing ...
In this work, we have developed advanced process configurations for solvent-based CO2 capture proces...
In this work, we have developed advanced process configurations for solvent-based CO2 capture proces...
AbstractCarbon dioxide capture using aqueous ammonia is a post-combustion technology that has shown ...
Aqueous ammonia (NH3) is an emerging, promising and challenging solvent for capture of CO2 emitted f...
Carbon capture and storage is vital to facilitating the transition from our current fossil fuel-base...
The present work evaluates ammonia as a carbon dioxide (CO2) solvent for post-combustion carbon capt...
The present work evaluates ammonia as a carbon dioxide (CO2) solvent for post-combustion carbon capt...
Extensive research works on CO2 capture process using MEA have been carried out and showed promising...
AbstractCO2 is among the primary greenhouse gases in thr earth's atmosphere. This capture and seques...
AbstractThis paper presents the results of ASPEN simulations of a carbon-dioxide (CO2) removal and r...
ISBN: 978-081691065-6International audienceThis work presents a comparison of CO 2 absorption by amm...
Extensive research works on CO2 capture process using MEA have been carried out and showed promising...
Special Issues: Minimising emissions and energy wastage by improved industrial processes and integra...
CD-Rom, ISBN : 978-081691065-6International audienceCurrent and future developments in world economi...
International audienceAqueous ammonia is well known to be a substitute of MEA solvent for absorbing ...
In this work, we have developed advanced process configurations for solvent-based CO2 capture proces...
In this work, we have developed advanced process configurations for solvent-based CO2 capture proces...
AbstractCarbon dioxide capture using aqueous ammonia is a post-combustion technology that has shown ...