When a large number of enterprises use plate and frame machines to treat sludge, they often encounter capacity bottlenecks such as slow sludge intake, thin sludge cakes, and low output per batch. The rated filtration area of the equipment cannot be fully utilized, and production efficiency cannot be improved. The root cause lies in the loose structure of the flocs formed by traditional calcium, iron, and aluminum salt conditioning, which has poor water permeability. During the sludge intake stage, water cannot be quickly discharged, the filling speed of the filter frames is slow, and the single press-filtration cycle is significantly prolonged. The loose flocs have weak compressive strength and are prone to breakage after high-pressure pressing, the filter frames cannot be filled completely, and the thickness of the produced sludge cakes is thin. Under the conditions of papermaking sludge containing a large amount of fibers and municipal sludge with large fluctuations in organic matter, the floc formation effect is even worse, and the capacity decline problem is particularly prominent.

Insufficient production capacity directly leads to a series of problems: enterprises can only extend the operating time of the equipment, resulting in an increase in electricity costs and equipment wear and tear; if the peak period of sludge production occurs, the accumulated sludge cannot be disposed of in time, posing a risk of environmental pollution exceeding standards. Many enterprises have attempted to increase the dosage of chemicals to improve the flocs, but this actually leads to an increase in sludge volume, providing only a temporary solution rather than addressing the root cause.

The sludge enhancer relies on a triple synergy mechanism to reshape the flocs at the microscopic level, specifically addressing the capacity shortcomings. The agent incorporates active additives to break the cell walls and release water. The high-molecular chains build high-strength hydrophobic flocs. The combined rigid components construct stable water-permeable channels within the flocs. During the sludge intake stage, water quickly seeps out and the sludge flow rate significantly increases. The flocs are strong and resistant to shear force, and are not prone to breaking under high pressure pressing. They can completely fill the filter frames, resulting in uniform thickening of the sludge cake. The single batch sludge treatment capacity is increased by approximately 40%, significantly shortening the pressing cycle.

Sludge enhancer is widely used in various sludges such as municipal, papermaking, dyeing, and pharmaceutical industries. When the organic matter and fiber content of the sludge fluctuate, the dewatering effect remains stable, and there is no need to frequently adjust the process. Enterprises do not need to renovate the existing plate and frame equipment; simply adding it directly will show results. The company provides free on-site communication, on-site debugging technical services to optimize the dosing process, maximize the capacity of the plate and frame equipment, and solve the problems of sludge accumulation and low production efficiency.