With the acceleration of urbanization and the improvement of sewage treatment capacity, the issue of municipal sludge treatment has become increasingly prominent. The high moisture content of sludge not only increases transportation and disposal costs, but also poses a potential threat to the environment. To address this challenge, the new ‌ sludge enhancer ‌ developed by our company has achieved remarkable results in municipal sludge treatment, significantly enhancing the dewatering efficiency and providing an efficient and economical solution for urban environmental protection.

The technical advantages of ‌ sludge enhancer ‌

Traditional sludge dewatering methods (such as mechanical filter press and centrifugal dewatering, etc.) often encounter problems such as low dewatering efficiency, high energy consumption and high treatment cost. The sludge enhancer developed by our company ‌ significantly improves the dewatering performance of sludge through a combination of ‌ chemical conditioning and physical modification ‌. Its core technologies include:

Youdaoplaceholder0 High-efficiency flocculation effect ‌ : By optimizing the molecular structure, it rapidly disrupts the stability of sludge colloids, promotes the aggregation of solid particles, and reduces the content of bound water.

Youdaoplaceholder0 Reduce specific resistance ‌ : Improve the filtration performance of sludge and increase the operational efficiency of mechanical dewatering equipment (such as plate and frame filter presses, centrifuges) by more than 30%.

Youdaoplaceholder0 environmentally friendly and harmless ‌ : The product complies with national environmental protection standards and poses no risk of secondary pollution. It is suitable for various types of municipal sludge (such as domestic sewage sludge, industrial mixed sludge, etc.).

The practical application effect of ‌ is remarkable ‌

In the experiment of a municipal sewage treatment plant, after using our company 's sludge enhancer ‌, the moisture content of the sludge was reduced from ‌98% to below 60% ‌, the dewatering time was shortened by 40%, and at the same time, the energy consumption cost of subsequent drying or incineration was decreased. This technology not only enhances the processing efficiency but also reduces the pressure on sludge transportation and landfill, providing a new technical path for the ‌ reduction, harmless treatment and resource utilization ‌ of municipal sludge.