In the actual operation of sludge treatment, what causes the most headaches for enterprises is the phenomenon where the sludge cake produced by the filter press is "dry on the surface but wet inside", which is commonly referred to as "soft core" in the industry. This sludge cake not only has an excessively high moisture content, but also directly leads to a sharp increase in transportation and disposal costs, becoming the biggest "obstacle" on the path of enterprises to reduce costs and increase efficiency.

At its root cause, traditional conditioning agents such as lime and iron salts can only act on the surface of the sludge particles and are unable to penetrate and destroy the cell walls of microorganisms. The water inside the cells is tightly locked and even under high pressure, it is difficult to be completely released. This is the core problem that leads to the persistent occurrence of the "soft core" phenomenon.

The sludge enhancer launched by Qingdao Shijun New Materials Co., Ltd. was specifically developed to address this persistent problem in the industry. It breaks through the limitation of traditional chemicals having only a single function, and is an innovative product that integrates the three functions of flocculation, dewatering and conditioning.

The sludge enhancer, a multifunctional modified polymer, can penetrate deep into the sludge, effectively breaking down the cell walls and releasing the bound water that is otherwise trapped. At the same time, it can reshape the sludge flocs structure, making them denser and more permeable, ensuring that the water cannot escape during the filtration process. The resulting sludge cake is uniform in texture, completely eliminating the "soft center" phenomenon and significantly reducing the moisture content.

Choosing a sludge enhancer means choosing a lower moisture content, less sludge increase and lower overall disposal costs. It uses the power of technology to set a new benchmark for deep sludge dehydration, enabling enterprises to truly achieve reduction and cost reduction while increasing efficiency from the very source.