TY - JOUR
T1 - Recent progress and new developments in post-combustion carbon-capture technology with amine based solvents
AU - Liang, Zhiwu (Henry)
AU - Rongwong, Wichitpan
AU - Liu, Helei
AU - Fu, Kaiyun
AU - Gao, Hongxia
AU - Cao, Fan
AU - Zhang, Rui
AU - Sema, Teerawat
AU - Henni, Amr
AU - Sumon, Kazi
AU - Nath, Devjyoti
AU - Gelowitz, Don
AU - Srisang, Wayuta
AU - Saiwan, Chintana
AU - Benamor, Abdelbaki
AU - Al-Marri, Mohammed
AU - Shi, Huancong
AU - Supap, Teeradet
AU - Chan, Christine
AU - Zhou, Qing
AU - Abu-Zahra, Mohammad
AU - Wilson, Malcolm
AU - Olson, Wilfred
AU - Idem, Raphael
AU - Tontiwachwuthikul, Paitoon (PT)
N1 - Publisher Copyright:
© 2015 Elsevier Ltd
PY - 2015/9
Y1 - 2015/9
N2 - Currently, post-combustion carbon capture (PCC) is the only industrial CO2 capture technology that is already demonstrated at full commercial scale in the TMC Mongstad in Norway (300,000 tonnes per year CO2 captured) and BD3 SaskPower in Canada (1 million tonnes per year CO2 captured). This paper presents a comprehensive review of the most recent information available on all aspects of the PCC processes. It provides designers and operators of amine solvent-based CO2 capture plants with an in-depth understanding of the most up-to-date fundamental chemistry and physics of the CO2 absorption technologies using amine-based reactive solvents. Topics covered include chemical analysis, reaction kinetics, CO2 solubility, and innovative configurations of absorption and stripping columns as well as information on technology applications. The paper also covers in detail the post build operational issues of corrosion prevention and control, solvent management, solvent stability, solvent recycling and reclaiming, intelligent monitoring and plant control including process automation. In addition, the review discusses the most up-to-date insights related to the theoretical basis of plant operation in terms of thermodynamics, transport phenomena, chemical reaction kinetics/engineering, interfacial phenomena, and materials. The insights will assist engineers, scientists, and decision makers working in academia, industry and government, to gain a better appreciation of the post combustion carbon capture technology.
AB - Currently, post-combustion carbon capture (PCC) is the only industrial CO2 capture technology that is already demonstrated at full commercial scale in the TMC Mongstad in Norway (300,000 tonnes per year CO2 captured) and BD3 SaskPower in Canada (1 million tonnes per year CO2 captured). This paper presents a comprehensive review of the most recent information available on all aspects of the PCC processes. It provides designers and operators of amine solvent-based CO2 capture plants with an in-depth understanding of the most up-to-date fundamental chemistry and physics of the CO2 absorption technologies using amine-based reactive solvents. Topics covered include chemical analysis, reaction kinetics, CO2 solubility, and innovative configurations of absorption and stripping columns as well as information on technology applications. The paper also covers in detail the post build operational issues of corrosion prevention and control, solvent management, solvent stability, solvent recycling and reclaiming, intelligent monitoring and plant control including process automation. In addition, the review discusses the most up-to-date insights related to the theoretical basis of plant operation in terms of thermodynamics, transport phenomena, chemical reaction kinetics/engineering, interfacial phenomena, and materials. The insights will assist engineers, scientists, and decision makers working in academia, industry and government, to gain a better appreciation of the post combustion carbon capture technology.
KW - Design and modeling
KW - Mass transfer with reaction
KW - Post Build Operations
KW - Recent development of PCC process
KW - Solvent chemistry
KW - Solvent development
KW - Solvent management
UR - http://www.scopus.com/inward/record.url?scp=84937899343&partnerID=8YFLogxK
U2 - 10.1016/j.ijggc.2015.06.017
DO - 10.1016/j.ijggc.2015.06.017
M3 - Review article
AN - SCOPUS:84937899343
SN - 1750-5836
VL - 40
SP - 26
EP - 54
JO - International Journal of Greenhouse Gas Control
JF - International Journal of Greenhouse Gas Control
ER -