Under the general trend of upgrading the deep sludge dewatering process, the outdated technology of using traditional common dewatering agents combined with lime conditioning is no longer suitable for the current high environmental standards and high production efficiency requirements. The problems such as cumbersome process, poor adaptability, secondary pollution, and damage to the original properties of the sludge frequently occur, becoming the main obstacle to the production upgrade of enterprises. Meanwhile, the sludge enhancer can directly replace the complex conditioning process of traditional methods, achieving simple and efficient operation and maintenance.

The core pain points of the traditional general dehydration agent matching process are quite significant. Firstly, the process is cumbersome and the operation is complex. The traditional process requires multiple combinations of "PAC + PAM + lime + inorganic salts" for conditioning, with numerous types of agents, multiple dosing steps, and a long reaction period. The entire process is time-consuming and labor-intensive, seriously affecting the capacity of sludge treatment. Secondly, it damages the original properties of the sludge and restricts the resource utilization of the sludge. Ordinary agents, especially alkaline agents such as lime, will significantly change the pH value of the sludge, damage the organic matter structure, making it impossible to carry out composting, incineration, or resource recovery in the future, and only allow for simple landfill, resulting in extremely low resource utilization. Thirdly, it is prone to secondary pollution and has high environmental risks. Excessive addition of ordinary inorganic agents will cause excessive salt content and residual agents in sludge and filtrate, not only causing secondary pollution of water bodies but also increasing the risk of determining the hazardous waste attribute of the sludge. Fourthly, it is limited in scenario adaptation and cannot meet the requirements of deep dehydration. The old process can only meet basic shallow dehydration, and for high organic matter, high viscosity, and complex industrial sludge, it completely fails to meet the deep dehydration standards and cannot adapt to the current efficient production demand of plate and frame filtration.

Sludge Enhancer, as a new type of modified polymer multi-functional agent, can directly replace the traditional multiple-agent combination process, simplify the operation procedure, and meet the needs of all scenarios for sludge treatment. The product operation is extremely simple; it does not require the combination of lime, iron salts, etc. as auxiliary agents. A single agent can complete the entire process of sludge disintegration, flocculation, and dewatering, significantly shortening the reaction cycle and improving the overall treatment capacity. At the same time, the product formula is mild. Its core advantage is that it does not change the original pH value of the sludge, does not damage the organic matter structure of the sludge, has no secondary pollution residue, and the filtrate can be returned for use after reaching the standard, and the dewatered sludge cake can be normally used for resource utilization, greatly increasing the value of the sludge.

In terms of scene adaptability, the sludge enhancer is compatible with plate and frame filter press equipment and can be applied to all types of sludge, including municipal domestic sludge, dyeing, pharmaceutical, electroplating, and chemical industries. Regardless of the sludge concentration or fluctuations in organic matter, it can achieve stable deep dewatering and completely solve the problems of poor adaptability and unstable effect of traditional processes. Compared with ordinary dewatering agents that only have single flocculation and have limited processes, the sludge enhancer integrates multiple functions such as conditioning, flocculation, dewatering, equipment protection, and water quality preservation. It also takes into account efficient treatment, environmental protection, and simple operation and maintenance. It is the optimal solution for upgrading the sludge treatment process of enterprises at present.