Technology development of efficient carbon dioxide fixed utilization products
Triazinyl alcohol: Efficient fixation of CO2 and realization of emission reduction and resource utilization.
Type
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Solution maturity
Early adoption / Process verification
Cooperation methods
Applicable industry
Applications
Key innovations
The innovation of this technology lies in that CO2 produced by fossil fuel utilization is efficiently reacted with NH3 to produce a solid triazine alcohol product with a CO2 content of ≥87% and stable physical properties.
Potential economic benefits
Improving the utilization rate of fossil fuels, converting CO2 into valuable triazine alcohol products, achieving emission reduction and resource utilization, has significant comprehensive economic benefits.
Potential climate benefits
Directly solidify industrial waste gas CO2 into stable products, avoid emissions and realize resource utilization, while improving fossil fuel utilization efficiency and reducing carbon footprint.
Solution supplier
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Shandong University
Shandong University: A century-old institution with a complete range of disciplines. It is based in Qilu, serves the country, cultivates outstanding talents, and promotes scientific and technological innovation and cultural prosperity.
China
Solution details
At present, the fixed utilization of carbon dioxide is still a worldwide problem. Carbon dioxide is mainly emitted during the utilization of fossil fuels. Fossil fuels are a type of substances containing energy. Therefore, we have proposed a scientific and technological development route that efficiently utilizes the energy and substances of fossil fuels at the same time, which not only reduces emissions such as carbon dioxide, but also improves the overall utilization efficiency of fossil fuels and improves the comprehensive economic benefits. The efficient fixed utilization method of CO2 proposed by the project is: CO2 and NH3 generated in the utilization of fossil fuels react under certain process conditions to obtain a solid triazine alcohol product with a CO2 content of ≥87% and stable physical properties. The purpose of reducing emissions and resource utilization should be a technical approach to deal with the global climate crisis.
(This achievement was released by the Qingdao Joint Office of Technology Transfer of Universities and Institutions)
Last updated
22:44:10, Nov 04, 2025
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