In the field of sludge treatment, the improvement of dewatering performance has always been a key point, and sludge enhancers have demonstrated outstanding advantages in this regard.
In terms of the effect of reducing moisture content, the sludge efficiency enhancer performs extremely well. When used in conjunction with a plate and frame filter press, it can significantly reduce the moisture content of sludge. Sludge with a moisture content originally exceeding 90% can be successfully reduced to 40%-60%, truly achieving the reduction of sludge volume. This data directly reflects the remarkable effect of sludge enhancers in reducing moisture content, greatly reducing the burden on subsequent sludge treatment work.
Sludge enhancers also play a significant role in enhancing the efficiency of sludge pressing. After using the sludge enhancer, the sludge pressing efficiency can be increased by 100% to 500%, which means that the sludge pressing cycle is significantly shortened and the efficiency of the entire sludge treatment process is greatly enhanced. The sludge pressing work that used to take a lot of time can now be completed more quickly with the help of sludge enhancers, greatly improving production efficiency.
Cost savings are also a major highlight of sludge enhancers. On the one hand, its usage is relatively small and the cost is low; On the other hand, due to its excellent dehydration effect, the energy consumption and cost in subsequent processing procedures such as incineration, brick-making, and composting are correspondingly reduced. In the incineration process, the sludge with a reduced moisture content requires less fuel, thereby lowering the incineration cost. During the brick-making and composting processes, the improvement of sludge conditions has also enhanced production efficiency and reduced cost expenditures.
Compared with traditional sludge dewatering agents such as polyacrylamide and polyaluminium chloride, sludge enhancers have obvious advantages in equipment protection. It will not cause severe corrosion to the sludge dewatering equipment, nor will it clog the filter cloth, which is of great significance for extending the service life of the equipment and maintaining the filtration effect. The stable operation of the equipment not only reduces maintenance costs but also ensures the continuity of production. Moreover, in terms of filter cloth maintenance, the sludge efficiency enhancement agent enables the automatic unloading and reverse blowing of the filter medium (filter cloth) to be completed simultaneously. This not only reduces the labor intensity of workers, improves the efficiency of operation completion, but also maintains the effect of the filter cloth in intercepting sludge and permeating, further ensuring the smooth progress of dewatering work.
The application scope of sludge enhancers is extremely wide, covering sludge dewatering treatment in multiple industries such as daily life, printing and dyeing, papermaking, electroplating, chemical engineering, and leather, demonstrating excellent versatility and adaptability. The properties of sludge produced by different industries vary, but sludge enhancers can all play their roles and effectively enhance the dewatering performance. Moreover, the sludge enhancer has a fast reaction speed, does not change the properties of the sludge, has no impact on pH value and organic matter, and has no side effects at all, demonstrating its excellent stability and environmental friendliness. In the current era that emphasizes environmental protection, this feature makes sludge enhancers more competitive in the field of sludge treatment.
Sludge enhancers have many advantages in improving dewatering performance, such as significantly reducing moisture content, enhancing sludge pressing efficiency, saving costs, preventing equipment corrosion and filter cloth clogging, maintaining filter cloth effectiveness, wide application, fast reaction speed, and not changing the properties of sludge. These advantages make it a powerful tool for enhancing the performance of sludge dewatering and it is playing an increasingly important role in the sludge treatment industry.