Molten salt oxidation technology and equipment for volatile organic compound waste gas
Molten salt oxidation technology achieves ultra-low emissions of VOCs and meets strict environmental protection standards.
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Key innovations
The innovation of this technology is reflected in the use of the core technology of "molten salt oxidation" to break through the bottleneck of existing VOCs purification rates. Through independent research and development, it is expected that the emission concentration of non-methane total hydrocarbons will be lower than 5 mg/m³, achieving ultra-low emissions of VOCs.
Potential economic benefits
This technology can meet more stringent environmental standards, avoid corporate fines, and seize future markets. The patented technology that has been authorized and applied for is expected to bring license fees and sales revenue and enhance market competitiveness.
Potential climate benefits
This technology efficiently oxidizes volatile organic compounds (VOCs) and reduces their direct or indirect greenhouse gas effects. More importantly, if the molten salt oxidation process can achieve energy recovery (such as heat energy), it will replace other energy consumption, thereby reducing carbon emissions generated by electricity or fuels.
Solution supplier
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Wang Bo
Wang Bo: Through professional services and innovative technologies, solve specific problems and create sustainable value.
China
Solution details
The team is currently independently conducting research on molten salt oxidation technology and equipment for volatile organic compound waste gas. It has authorized 1 invention patent for electronic waste molten salt gasification technology and applied for 1 invention patent for organic compound waste gas molten salt oxidation technology. This technical research aims at the bottleneck problem encountered in further improving the removal rate of VOCs in current volatile organic waste gas purification technology. It is expected that after successful technology development, the emission concentration of non-methane total hydrocarbons after organic waste gas purification can be lower than 5 mg/m.<sup>3</sup>, achieve ultra-low emissions of VOCs and form a new generation of VOCs management technology that can meet more stringent environmental standards in the future.
Last updated
09:14:04, Oct 12, 2025
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