生物质化学工程
生物質化學工程
생물질화학공정
BIOMASS CHEMICAL ENGINEERING
2012年
3期
20-26
,共7页
活性炭%CO2%吸附%解吸
活性炭%CO2%吸附%解吸
활성탄%CO2%흡부%해흡
activated carbon%carbon dioxide%adsorption%desorption
本文介绍了工业上CO2的主要来源及应用,以及工业上分离、回收CO2的常用方法。同时介绍了活性炭在变压吸附分离气体领域的应用,以及变压吸附过程中吸附剂再生的常用方法。详细综述了活性炭的孔结构、表面化学结构等因素对CO2的吸附及解吸性能影响的研究进展。
本文介紹瞭工業上CO2的主要來源及應用,以及工業上分離、迴收CO2的常用方法。同時介紹瞭活性炭在變壓吸附分離氣體領域的應用,以及變壓吸附過程中吸附劑再生的常用方法。詳細綜述瞭活性炭的孔結構、錶麵化學結構等因素對CO2的吸附及解吸性能影響的研究進展。
본문개소료공업상CO2적주요래원급응용,이급공업상분리、회수CO2적상용방법。동시개소료활성탄재변압흡부분리기체영역적응용,이급변압흡부과정중흡부제재생적상용방법。상세종술료활성탄적공결구、표면화학결구등인소대CO2적흡부급해흡성능영향적연구진전。
In this paper, the main source and application of C02, the common methods of industrial separation and recovery of CO2 were introduced. The application of activated carbons in separating gas used PSA technology, and the common methods of adsorbents regeneration in process of PSA were also discussed. Factors including pore structure and surface chemical structure of activated carbons that influenced the performance of adsorption and recovery of CO2 on activated carbons were reviewed.
