The approach utilizes carbon gasification reaction and water gas reaction to reduce CO2 emissions, indicating a potential for significant energy production.
Cement and steel production, it released a large number of CO2 (about 4.5-5 billion tons/year), serious air pollution. The making use of Carbon Gasification Reaction-CGR (CO2 + C = 2 CO - 162.4 kj/mol) to convert the CO2 into gas CO, can get 4.581- 5.09 trillion M3 CO gas, It is equivalent to 1,6 to 1,8 Billion M3 energy of natural gas, which is equivalent to the annual transportation capacity of about 30 Nord Stream No2 lines. Abundant reserves of limestone and iron ore have become raw materials for fuel production. The Water Gas Reaction-WGR ( C+H2O=H2+CO - 118.82kj/mol) can be utilized to produce gas using green energy sources such as firewood, plastics, and rubber etc.,Due to its abundant resources, low cost and significant reduction in CO2 emissions, the author believes that this reaction can save the Earth and humanity.
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J. Jin (2025) studied this question.
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