Electrochemical methods are commonly used to treat heavy metal wastewater generated in the electroplating industry for the recovery of heavy metals and reduction of resource waste. This article primarily discusses the sources and classification of heavy m
Water resources play a crucial role in economic development and social production, and are also an indispensable part of people's daily lives. However, with the rapid development of indu
Unlike conventional oilfield wastewater, shale oil extraction effluent is a hybrid of artificial chemicals and natural formation pollutants. Explore the unique composition of this wastewater and how the industry is tackling its treatment via graded proces
Leveraging proprietary carbon-based and silica-alumina-based catalysts, Sinokle revolutionizes industrial wastewater treatment by accelerating ozone decomposition into reactive hydroxyl radicals, achieving oxidation efficiency 2–5 times higher than conven
1. What is Oily Wastewater? Oily wastewater refers to water containing fats (fatty acids, soaps, fats, waxes, etc.) and various oils (mineral oils, animal and plant oils). Its characteristics inc
For oil-water separation, commonly used technologies include: 1. Dissolved Air Flotation (DAF) Dissolved air flotation relies on the formation of tiny air bubbles in water, which carry
Petroleum is a crucial material for economic development and improving human living standards. It serves as a key energy source for industries like transportation, power, and machinery manufacturing,
Starting from the generation mechanism and environmental hazards of substation oily wastewater (especially under heavy rainfall), this article explores the limitations of traditional treatment methods and highlights the application value of latest technol
Sinokle's innovative "prefilter + KHC coalescing separator" system overcomes the limitations of traditional methods, delivering >95% oil removal efficiency without chemicals and in a footprint just 1/5 the size of conventional systems.
This article elaborates on the inevitable generation of oily wastewater during offshore oil exploitation, analyzes its hazardous composition and ecological impacts, and systematically discusses conventional and advanced treatment technologies for pollutio