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　　Combination of membrane technology and Fenton method for treating coking wastewater 　　Membrane technology has become an important means of wastewater treatment due to its efficient separation ability and operational flexibility; And Fenton’s law, due to its strong oxidizing properties, can effectively degrade organic pollutants. By combining these two technologies, more efficient and economical wastewater treatment […]

　　How to control the reflux ratio? 　　Reflux ratio is a crucial parameter in chemical production and separation processes. The control of reflux ratio directly affects multiple aspects such as product purity, yield, and energy consumption. Understanding how to control the reflux ratio is of great significance for improving production efficiency and product quality. 　　The definition

　　Solution for oily wastewater treatment in oil product production enterprises 　　In modern industry, oil product production enterprises are also facing increasingly severe environmental pressure while meeting market demand. Especially the treatment of oily wastewater has become a major challenge for the sustainable development of enterprises. The solution for treating oily wastewater in oil product production

　　Multi dimensional analysis of Mabr film production enterprises 　　MABR (Membrane Bioreactor) technology has important application prospects in the fields of wastewater treatment and resource recovery. With the improvement of environmental awareness and technological progress, MABR membrane production enterprises have gradually risen in the market position. The article provides an in-depth analysis of the technical characteristics,

　　What is the material of Mabr film 　　Mabr membrane is a new type of membrane material widely used in the fields of water treatment and wastewater treatment. Its unique physical and chemical properties make it outstanding in improving water treatment efficiency. The article will elaborate on the material of Mabr film from six aspects, including

　　Catalytic ozonation method for treating coal chemical wastewater 　　Catalytic ozonation, as an emerging wastewater treatment technology, has received widespread attention in the field of coal chemical wastewater treatment in recent years. Coal chemical wastewater usually contains a large amount of organic pollutants and difficult to degrade substances, and traditional treatment methods often fail to achieve

　　Technical Scheme for Electroplating Cleaning Wastewater Treatment 　　The electroplating cleaning wastewater treatment technology scheme is an important method for effectively treating the wastewater generated in the electroplating industry. The wastewater generated during the electroplating process usually contains heavy metal ions, acidic and alkaline substances, and other pollutants. If not treated, it will pose a serious

　　Chemical Enterprise Maleic Anhydride Wastewater Treatment Project 　　The treatment project of maleic anhydride wastewater in chemical enterprises is an important environmental protection project aimed at effectively treating wastewater containing maleic anhydride and reducing environmental pollution. This article will elaborate in detail on engineering design, processing technology, equipment selection, operation management, effect evaluation, and future development.

　　What are the points to pay attention to in the treatment of coal mine wastewater 　　With the continuous increase of coal mining, the discharge of coal mine wastewater has also increased, causing serious impacts on the environment and ecology. The article elaborates on the current situation, technology, methods, effects, challenges, and future development directions of

　　Coal mine wastewater treatment methods 　　The treatment of coal mine wastewater is an important link in ensuring environmental safety and sustainable resource utilization. With the continuous deepening of coal mining, the problem of wastewater discharge is becoming increasingly serious, directly affecting the quality of water resources and the ecological environment. This article will explore in