JLCE  >> Vol. 6 No. 3 (August 2017)

    Making Use of the Capture CO2 for the Energy Storage and Carbon Reduction Emission

  • 全文下载: PDF(1167KB) HTML   XML   PP.25-30   DOI: 10.12677/JLCE.2017.63004  
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捕碳碳气化贮能减排Carbon Capture Gasification Energy Storage Carbon Reduction Emission


根据碳气化反应(CO2+C=2CO)能够吸收大量热量和消耗许多二氧化碳的性质, 文中阐述了利用捕捉的CO2和碳作为生产CO的原材料, 把电能转变为化学能, 并加以贮藏和减排的理论依据、生产流程、主要生产设备、贮能减排和节能减排效果, 经济效益、能耗等. 结果认为这个方法贮能减排显著、能耗低、经济效益明显、生产技术可行。但是这是一个特大的工程项目,要多方面协作,要由国家统一安排实施。

According to the nature of the carbon gasification reaction(CO2 + C = 2CO) that it can absorb a lot of calories and consume many CO2, this paper describes making use of the capture CO2 and carbon as raw material for CO production, converting electrical energy into chemical energy, and the theory basis of the energy storage and carbon reduction emission , production process, the main production equipment, the effect of the energy storage and the carbon reduction emission, economic benefit and energy consumption, etc. The results show that this method has significant energy storage and carbon reduction emission, low energy consumption, obvious economic benefit and feasible production technology. Compared with carbon capture and storage (CCS), it is a feasible and better way. But this is a big project, and requires multiple collaboration and unified arrangement by the country to carry out.

金家敏. 利用捕捉的CO2贮能减排[J]. 低碳经济, 2017, 6(3): 25-30.


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