Case Study: Sand Washing Plant Wastewater Treatment
Pollution Issue: A mixture of water and fine mud particles that does not settle or separate into layers when left standing for a short period.
Solution: Application of polyacrylamide (PAM) specifically designed for sand washing plants.
Treatment Outcome: The water becomes clear and meets the standards for recycling.
Detailed Description:
The polyacrylamide (PAM) used for wastewater treatment in sand washing plants exhibits excellent flocculation, adsorption, and high molecular weight properties, along with superior stability. The molecular chains of this product can bridge and adsorb suspended particles dispersed in the wastewater, demonstrating strong flocculation capabilities. During the operation of sand washing production lines, a significant amount of slurry wastewater is generated. Traditional treatment methods typically rely on natural sedimentation, which not only requires large areas of land and results in low production efficiency but also fails to effectively settle many fine sand and soil particles. This leads to substantial wastage of water resources and pollution of groundwater and other environments. Such methods not only increase production costs but also fail to achieve resource recycling, which is particularly critical in regions with water scarcity.
The polyacrylamide (PAM) produced by PAMFOB Polymer is used as a mud-water separation agent in production processes. It enables rapid flocculation and sedimentation of suspended particles in sand washing wastewater, achieving effective mud-water separation and clarifying the water. This allows for the recycling of sand washing water, enhancing production efficiency and significantly reducing production costs.
Benefits:
The use of PAM in sand washing wastewater treatment not only improves water clarity and meets recycling standards but also enhances production efficiency and reduces operational costs. This approach is particularly beneficial in areas where water resources are scarce, emphasizing the importance of sustainable water management practices in the sand washing industry.
