New VOCs purifying agent that can be quickly treated and recycled
High-efficiency VOCs purifier at room temperature is non-toxic and recyclable, helping exhaust gas management reduce costs and increase efficiency.
Type
Solution maturity
Mass promotion / Mass production
Cooperation methods
Applicable industry
Applications
Key innovations
The new VOCs purifier is catalytically oxidized at room temperature, combined with active oxygen, and achieves selective adsorption through adjustable pore channels. It is non-toxic and recyclable. It efficiently decomposes pollutants into harmless products, significantly reducing operation and maintenance costs and safety hazards.
Potential economic benefits
This new purifier can significantly reduce investment and operation and maintenance costs for VOCs treatment, improve purification efficiency and safety, and bring considerable benefits through technology transfer.
Potential climate benefits
The purifier efficiently removes VOCs and reduces its greenhouse effect. Catalytic oxidation at room temperature significantly reduces energy consumption and reduces carbon emissions. It can be recycled to reduce the carbon footprint of waste and the production of new materials.
Solution supplier
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Shanghai Research Institute of Chemical industry
The center focuses on the research and promotion of high-efficiency separation tower fillers and equipment technologies to help improve industrial separation efficiency.
Shanghai，China
Solution details
Problems in VOCs governance
For most environmental protection companies, there are four main difficulties:
- Weak R & D capabilities
There is little investment in equipment research and development, insufficient understanding of organic waste gases in different industries, insufficient understanding of various technical states, and lack of pertinence in the use of technology, resulting in poor use of waste gas treatment facilities. - Poor design capabilities
The company only focuses on the design and manufacturing of terminal treatment facilities, which do not match the ventilation and exhaust systems of the production workshop. Not only is the project scale small and the benefits are poor, but it is also difficult to ensure the treatment effect. - Security performance is not guaranteed
Poor performance design of purification equipment may easily lead to safety hazards in facilities and cause production losses to customers and enterprises. - high investment cost
The technical consumables used are many, the energy consumption is large, and manual operation and maintenance costs are high.
The new VOCs purifier can catalyze the oxidation of volatile organic waste gas in conjunction with active oxygen at room temperature. By adjusting the pore characteristics, its selectivity in adsorbing pollutants can be controlled. Not only is it non-toxic, but it can also be recycled.
The new VOCs purifier has a particle size of 0.4 cm and an adsorption channel of about 400 feet. Its unique properties can effectively gather specific pollutants in the environment and reduce the concentration of pollutants in the air in a timely manner. Its channels contain a large number of transition metal catalysts. Transition metals have catalytic properties and can greatly increase the decomposition rate of gas pollutants; the active oxygen generated by the system can oxidize gas pollutants into harmless water molecules and carbon dioxide. In addition, these harmless products leave the purifier, making room for the purifier to continue to adsorb pollutants.
The new VOCs purifier has a significant removal effect on volatile waste gas, and the treatment effect reaches more than 98% under a specific process design
This new VOCs purifier technology has completed small and pilot trials, and is currently actively promoting industrial operations
This new VOCs purifier technology has entered the biological trial stage and can be mass produced.
Looking forward to cooperating with exhaust gas controllers with engineering experience
Carry out a long-term cooperation model of technology transfer + technical guidance with exhaust gas controllers with engineering experience.
Last updated
08:36:12, Nov 05, 2025
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