Sludge dewatering conditioner is a chemical agent used to treat sludge, its main role is to improve the physical and chemical properties of sludge, improve its cohesion and sedimentation, so as to achieve dehydration treatment. The main components of sludge dewatering conditioner are inorganic compounds, sludge surface structure modifier, degreaser, wall breaking agent, sludge surface treatment agent, sludge stripping agent, etc.

The combination of sludge dewatering conditioner and plate and frame mud press can make the moisture content of sludge from more than 90% to 40%-60%, which can fully realize the reduction of sludge.

Sludge dewatering conditioner suitable for the following industries:

Municipal sewage treatment plant: The domestic sewage treated by municipal sewage treatment plant contains a large number of organic matter and solid particles, and the use of sludge dewatering conditioner can accelerate the sedimentation, separation and dehydration of sludge to achieve efficient and stable treatment effect.

Industrial wastewater treatment: industrial wastewater contains a variety of organic matter and impurities, after chemical pretreatment, the use of sludge dewatering conditioner can improve the dewatering performance of sludge, thereby reducing treatment costs and environmental risks.

Coal mining, electric power and other industries: the sludge produced by these industries contains high solid concentration and fine particle size, and the use of sludge dehydration conditioner can quickly dehydrate the sludge, reducing the difficulty and cost of treatment.

Food, pharmaceutical and other industries: the sludge produced by these industries contains a lot of protein and polymer substances, and the use of sludge dehydration conditioner can improve its cohesion and settling performance, so as to improve the dehydration efficiency and treatment quality.

In short, sludge dewatering conditioner is a multi-functional, wide range of chemicals, can be applied to a variety of industries in the sludge treatment and dehydration process, improve treatment efficiency, reduce costs, reduce environmental risks.