Sludge treatment has always been one of the popular research areas. Although traditional sludge treatment technologies such as filtration compression and centrifugation can dehydrate sludge, they have problems such as high energy consumption and incomplete sludge treatment. However, electro-osmosis sludge dewatering technology has become one of the most advanced sludge treatment technologies at present and has received more and more attention.

Electroosmally sludge dewatering technology uses membrane separation technology to transfer the moisture in the sludge into the cathode through the potential difference, achieving efficient dehydration. This technology has the characteristics of low energy consumption, high efficiency and easy operation. Compared with traditional sludge treatment technology, electro-osmelting sludge dewatering technology can more thoroughly dehydrate sludge, thereby reducing the volume of sludge, reducing treatment costs, and meeting environmental protection standards.

Electro-osmelting sludge dewatering technology is not only suitable for sewage treatment, but also for solid waste treatment, industrial waste liquid treatment and other fields. Through in-depth research on sludge dehydration, electro-osmosis sludge dehydration technology has achieved widespread application in different fields.

The electro-osmosis sludge dewatering technology introduced in this article can not only efficiently dehydrate sludge and reduce treatment costs, but also effectively protect the environment and reduce damage to natural resources. Therefore, electroosmosis sludge dewatering technology will play an increasingly important role in future development and application.