A Chemical Reaction Can Save Mankind -A Review of Experiment Research on CO2+C=2CO and Application

Jiahui Jin
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引用次数: 1

Abstract

There are two contents of this article. The first is briefly to review the experiment research on the catalysis mechanism of Carbon Gasification Reaction-CGR(C+CO2=2CO) from 60s -90s. The results show that the catalytic phenomenon is physical phenomenon rather than chemical, and the catalyst does not participate in the chemical reaction. The catalytic activity and selectivity of catalyst are related to the electronegativity or energy level of the catalyst. The second is to clarify the applications of CGR for save mankind. The lime is first proposed to capture CO2 in flue gas of power plant. The lime can be recycled. The coal is used to convert CO2 from cement steel produce into CO, producing both energy and lime and iron. The capture CO2 is used to treat waste such as firewood and plastic, eliminate white pollution. The author considers that using the CGR which has been used for a long time can solve the three problems which people worry about: energy exhaustion, environmental pollution and climate crisis.
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一种能拯救人类的化学反应——CO2+C=2CO实验研究及应用综述
这篇文章有两个内容。首先简要综述了60 ~ 90年代碳气化反应- cgr (C+CO2=2CO)催化机理的实验研究。结果表明,催化现象是物理现象而非化学现象,催化剂不参与化学反应。催化剂的催化活性和选择性与催化剂的电负性或能级有关。二是阐明CGR在拯救人类中的应用。首次提出用石灰捕集电厂烟气中的CO2。石灰可以回收利用。煤用于将水泥炼钢产品中的二氧化碳转化为CO,从而生产能源、石灰和铁。捕获的二氧化碳用于处理柴火、塑料等废弃物,消除白色污染。作者认为,利用已经使用了很长时间的CGR可以解决人们担心的三个问题:能源枯竭、环境污染和气候危机。
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