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作 者:龙雨秋 吕越 董文峰[1] 贾文广[1] Long Yuqiu;Lv Yue;Dong Wenfeng;Jia Wenguang(School of Mechanical and Electrical Engineering,Qingdao University of Science and Technology,Shandong,266061)
出 处:《当代化工研究》2025年第5期39-41,共3页Modern Chemical Research
摘 要:航运业CO_(2)的排放目前受到国内外重视,船舶烟气CO_(2)浓度低导致现有捕集装置体积巨大,低浓度CO_(2)捕集技术研究对于遏制温室效应所带来的气候变化具有重大意义。单一醇胺很难全面满足碳捕集要求,为改善醇胺体系对低浓度CO_(2)的吸收和解吸性能,自主搭建吸收、解吸性能评估试验台,对MEA、DETA、AMP为主吸收剂的体系进行改性研究。The CO_(2) emissions from the shipping industry have currently attracted significant attention both domestically and internationally.The low CO_(2) concentration in ship exhaust gases leads to the large volume of existing capture devices.Research on low-concentration CO_(2) capture technology is of great significance in mitigating climate change caused by the greenhouse effect.Single amines are often insufficient to fully meet the requirements of carbon capture.To improve the absorption and desorption performance of amine systems for low-concentration CO_(2),a self-built per-formance evaluation experimental platform for absorption and desorption was established.The system modification research was conducted mainly on MEA,DETA,and AMP as absorbents.
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