Hydrophilic high-throughput MBR
MBR membrane is efficient in pollution control, has high throughput and low cost, and is suitable for industrial and municipal manure.
Type
Tags
Solution maturity
Early adoption / Process verification
Cooperation methods
Applicable industry
Applications
Key innovations
The MBR membrane adopts PTFE stretching technology and special hydrophilic treatment to achieve high porosity and permanent hydrophilicity, effectively improve membrane flux and reduce costs, and solve market pain points.
Potential economic benefits
Significant cost advantages, high membrane flux, improve treatment efficiency, reduce clogging, and effectively reduce sewage treatment operation and maintenance costs.
Potential climate benefits
High-efficiency and hydrophilic MBR membranes can significantly reduce sewage treatment energy consumption and sludge disposal volume, and facilitate water reuse, thereby reducing carbon emissions.
Solution supplier
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Shanghai Jingwei Environment Technology Company
Shanghai Jingwei Environment Technology Co., Ltd. focuses on industrial pollution control and provides one-stop environmental protection solutions for wastewater, waste gas, solid waste and other products.
Solution details
MBR membrane bioreactor treatment technology can effectively solve sewage treatment in most scenarios
MBR membrane bioreactors are mainly used in three aspects:
- Treatment of high-concentration, toxic and refractory industrial wastewater. Such as papermaking, sugar, alcohol, leather, synthetic fatty acids and other industries.
- Urban sewage treatment and water reuse in buildings.
- In the field of feces and sewage treatment, it is suitable for small public toilets and family environments.
Similar products in the market have low membrane flux and high prices
The MBR membrane produced by this technology is highly hydrophilic and has certain advantages in membrane flux and cost
The MBR membrane produced by this technology is a stretched membrane made of PTFE, which has the characteristics of high porosity (>85%) and uniform pore size. It is subjected to special hydrophilic treatment to make it a permanent hydrophilic membrane. Hydrophilic membranes can improve the efficiency of water passage, make the membrane less likely to clog, and improve the processing efficiency of the entire equipment.
This technology has been certified in small trials
At present, the preparation of small-scale sample films has been completed, and a prototype has been made for testing in Changzhou. The partners we are currently looking for need resources from government channels to jointly expand the application market of this technology.
Last updated
11:23:01, Nov 05, 2025
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