High-salinity industrial wastewater comes from multiple industrial production processes that generate wastewater containing high concentrations of salts. The salts in these wastewaters primarily come
This technical document introduces the KHC Coalescing Oil - Water Separator, a cutting - edge device that integrates multiple separation technologies to efficiently remove emulsified oil from wastewater, with detailed elaboration on its core advantages an
The SINOKLE's full-scale landfill leachate treatment process was applied to the leachate from a landfill in Hubei, China. The leachate from this landfill had high color, COD exceeding 10
The Shenzhen Clear Science & Technology Co., Ltd (SINOKLE) has developed a comprehensive treatment process for landfill leachate, centered around the CDFU technology, to address the chal
Chemical Processes: Precipitation This process involves adding soluble chemical reagents to water, causing them to react with dissolved pollutants to form insoluble solid precipitates. These
Physical treatment processes are the most direct approach to managing landfill leachate, with significant effectiveness. These processes utilize a series of methods such as physical adsorption, gas st
This cutting-edge catalytic oxidation technology integrates advanced principles with proven reliability, offering a one-stop solution for treating refractory, high-toxicity organic wastewater.
1. Organic Pollutants In urban landfills, household waste constitutes the majority. This waste contains a high proportion of kitchen waste, which is mostly made up of organic mat
As urbanization continues to advance and develop in many countries around the world, the population is increasingly concentrated in cities. This has led to a significant rise in the amount of municipa
By leveraging the unique physicochemical properties of ultra-fine nanobubbles, Sinokle delivers a robust, efficient, and sustainable solution for treating even the most challenging industrial effluents—without catalysts or secondary pollution.