国闪久久久久久久,蜜臀久久精品久久久久,少妇精品一区二,中文字幕一区在线欧美日韩,久久艹一区视频,久久91精品同性二区,人成午夜视频久久久,亚洲色图五月天日韩无码,96精品国产

Carbon capture and storage (CCS) is considered a leading technology for reducing CO₂ emissions from fossil-fuelled electricity generation plants. We our company has been paying attention to the development and innovation of this field and already did joint research in the filed of CO₂ Capture by Chemical Absorption with Department of Chemical Engineering, Tsinghua University and State Key Laboratory of Clean Energy Utilization, Zhejiang University have deep involvement in the research and development of  863 program named "CO₂ Capture by Chemical Absorption", we also  has built one pilot-scale device with stable operation  in Tianjin  Suburb Northeast Thermal Power Plant.

Laboratory Study
Molecular-Designed Solvents:  around 40% higher absorption ability for CO₂ and around 30% lower energy consumption for solvent regeneration than MEA. 
High-efficiency Packing: ≥20％ higher mass transfer efficiency than common Pall ring packing, means lower cost on facility and operation. 
New Solvent Regeneration Process: The absorbent is regenerated in some kind of hollow-fibre membrane at vacuum state, which can save >30% energy than the traditional thermal regeneration method. 
Process Simulation and Pilot Test: Better processes and lower total capture cost were achieved by the help of process simulation and has been testified in the pilot experimental device, the total energy consumption of which is more than 20% lower than the usual MEA method.

Pilot-Scale Device