Sewage plant sludge production is relatively large, and contains a large number of microorganisms, pathogens, heavy metals and organic pollutants, reasonable treatment, disposal of sludge is a very important work, currently mainly rely on the sludge concentration, dehydration, to achieve the initial requirements of reduction, and then landfill or incineration treatment. In the process of reduction, mechanical dehydration is generally used for dehydration, and the sludge efficient dehydration conditioner is added to improve the dehydration effect. Works Chemical sludge efficient dehydration conditioner plays an important role in sludge dehydration.
Works Chemical- Sludge conditioner, sludge dewatering synergist manufacturer
In sludge dewatering process, the selection of highly efficient dewatering conditioner is the key problem that affects the dewatering effect of sludge. The type of sludge efficient dehydration conditioner is different, so its dehydration effect will also be very different. Sludge high-efficiency dewatering conditioner is a chemical agent that can change the surface structure of sludge, reduce the surface load of sludge solid, reduce the specific surface area of sludge and destroy the structure of bacteria.
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. Sludge efficient dewatering conditioner has the advantages of less dosage, low cost, breaking the bottleneck of sludge dewatering, achieving efficient concentration and dewatering, good treatment effect and high cost performance.
Sludge high-efficiency dewatering conditioner is widely used in the dewatering treatment of sludge in various industries such as living, printing and dyeing, paper making, electroplating, chemical industry, leather and so on. Combined with the plate and frame mud press, the sludge moisture content can be reduced from more than 90% to 40%-60%, and the sludge reduction can be fully realized.