Performance Analysis of CO2 Capture System by MEA Method Based on Solar Assisted Heat Pump Technology

Qian Ming Yang; Yong Guo Luo

doi:10.4028/www.scientific.net/AMR.236-238.518

Paper Titles

Effect of CO₂ Remover on Decomposition Rate of Glucose in Supercritical Water
p.501

Study on Desulfurization of with Solid Waste by Microwave
p.505

Application of Biomass Materials for Heat Insulation in Rural Buildings
p.510

Direct Convert Glycerol into Alcohols by Disproportionation Reaction
p.514

Performance Analysis of CO₂ Capture System by MEA Method Based on Solar Assisted Heat Pump Technology
p.518

Single Zone Simulation of Polycyclic Aromatic Hydrocarbon Formation in n-Heptane HCCI Combustion
p.525

Preparation of Phosphomolybdic Acid/Activated Semi-Coke Catalyst and its Application for Oxidative Desulfurization of Gasoline
p.530

Vaporization Kinetics and Vapor Pressures for Petroleum Fractions Using Thermogravimetry Analysis
p.534

Characterization of Spent Catalysts during Hydrodemetallization of Atmosphere Residue
p.538

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Performance Analysis of CO₂ Capture System by MEA Method Based on Solar Assisted Heat Pump Technology

Abstract:

The MEA method basic process and CO₂ capture system by the MEA method based on the lean solution source heat pump technology have been introduced. The desorption energy consumption of the system has been analyzed and caculated. The results show that heat pump technology combined with MEA method can reduce desorption energy consumption of system substantially. A new type of CO₂ capture system by the MEA method with the solar-lean solution compound source heat pump providing desorption heat is put forward，whose thermodynamic performance is analyzed and the result indicates that desorption energy consumption can be decreased further by applying the solar assisted heat pump technology in the MEA method.