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How to read the water quality indicators of tailwater from sewage treatment plants?

  How to read the water quality indicators of tailwater from sewage treatment plants?   In today’s era of increasing environmental awareness, the water quality of tailwater from sewage treatment plants has become a hot topic of concern. The tailwater of sewage treatment plants, that is, the water that is finally discharged after a series of treatment […]

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Coal chemical industry tail water treatment technology

  Coal chemical industry tail water treatment technology   Today, with the vigorous development of coal chemical industry, coal chemical tail water treatment has become a key link that cannot be ignored in the industry. Coal chemical industry is a process that uses coal as raw material and converts it into various chemical products through chemical processing.

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Analysis and Treatment Process of Coal Chemical Wastewater

  Analysis and Treatment Process of Coal Chemical Wastewater   Wastewater sources: Coal chemical wastewater mainly comes from gas condensation water during coking process, washing wastewater during gas purification process, and wastewater generated during the recovery and processing of by-products such as tar and primary benzene, such as ammonia nitrogen containing wastewater generated during ammonia distillation process

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Complete Analysis of Lithium Battery Wastewater Treatment Process

  Complete Analysis of Lithium Battery Wastewater Treatment Process   In today’s era where lithium batteries are widely used and the industry is thriving, the treatment of lithium battery wastewater has become an urgent and highly challenging issue that requires attention. Properly handling lithium battery wastewater is not only a necessary requirement for fulfilling environmental protection responsibilities,

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Complete Analysis of Lithium Battery Wastewater Treatment Process

  Complete Analysis of Lithium Battery Wastewater Treatment Process   In today’s era where lithium batteries are widely used and the industry is thriving, the treatment of lithium battery wastewater has become an urgent and highly challenging issue that requires attention. Properly handling lithium battery wastewater is not only a necessary requirement for fulfilling environmental protection responsibilities,

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Petrochemical wastewater treatment process

  Petrochemical wastewater treatment process   (1) Physical processing method   Gravity separation method   Gravity separation method utilizes the density difference between oil and water to make oil droplets in wastewater float to the surface under the action of gravity, thereby achieving oil-water separation. Common facilities include oil separators, such as horizontal flow oil separators, inclined plate oil

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Biochemical treatment of printing and dyeing wastewater

  Biochemical treatment of printing and dyeing wastewater   Biochemical treatment of printing and dyeing wastewater is a commonly used and effective technology, which mainly relies on the metabolic action of microorganisms to degrade organic matter and pollutants in the wastewater. This method has the advantages of good treatment effect and relatively low cost, and is suitable

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Analysis of the Sources and Characteristics of Chemical Fiber Wastewater

  Analysis of the Sources and Characteristics of Chemical Fiber Wastewater   Chemical fiber wastewater refers to various types of wastewater generated during the production process of chemical fibers, mainly including wastewater generated during the production of polyester (PET), terephthalic acid (PTA), adhesives, etc. The composition of these wastewater is complex, containing various toxic substances and pollutants,

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Ozone technology in wastewater treatment

  Ozone technology in wastewater treatment   With the acceleration of industrialization, wastewater treatment has become an important task for environmental protection. Ozone technology has gradually become a popular choice in the field of wastewater treatment due to its high efficiency and environmental friendliness. This article will delve into the application and advantages of ozone technology in

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Wastewater treatment technology in electroplating industry

  Wastewater treatment technology in electroplating industry   The electroplating production process usually includes three stages: pre-treatment, electroplating, and post-treatment, each of which generates wastewater. The electroplating industry in China generally faces problems of high resource consumption and extensive business models, resulting in poor wastewater treatment efficiency. Many substandard wastewater is discharged into rivers, seriously polluting the

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