Most industrial wastes are hard in texture, with low recycling value and high technical requirements for treatment methods, so landfill is generally adopted as a treatment method. Although this method can ostensibly solve the wall of industrial solid wastes, it pollutes the environment. How does industrial hazardous waste become harmless in industrial waste disposal plants? Industrial waste disposal plants are usually equipped with storage, transportation, crushing, incineration, electricity, flue gas purification, heat, ash removal, water supply and

Most industrial wastes are hard in texture, with low recycling value and high technical requirements for treatment methods, so landfill is generally adopted as a treatment method. Although this method can ostensibly solve the wall of industrial solid wastes, it pollutes the environment. How does industrial hazardous waste become harmless in industrial waste disposal plants? Industrial waste disposal plants are usually equipped with storage, transportation, crushing, incineration, electricity, flue gas purification, heat, ash removal, water supply and

Waste percolate causes lack of oxygen in surface water and deterioration of water quality, which seriously affects drinking water sources. With the increase of stacking over years, fresh garbage gradually becomes stale garbage, with complex composition and reduced biodegradability, so it is very difficult to treat it. Developing new treatment technologies with high efficiency, low energy consumption and small occupied area has always been one of the important research topics of waste percolate treatment. The MVR evaporation and concentration equipment for waste

The treatment of petrochemical wastewater has always been a worldwide problem, because petrochemical wastewater has high concentration, which makes it difficult to dissolve and treat, and pollutes the environment seriously. With the continuous development of science, the treatment technology of petrochemical wastewater has gradually improved, and new treatment technologies and methods have emerged continuously. The correct selection of petrochemical wastewater treatment technology is related to the normal operation of the sewage treatment and

Organic wastewater produced in pharmaceutical process is the main pollution source, whose wastewater discharge accounts for 2% of the national wastewater discharge. Pharmaceutical industry wastewater mainly includes antibiotic, traditional Chinese medicine and chemical pharmaceutical wastewater. The main pollutants contained in pharmaceutical wastewater include suspended solids (SS), chemical oxygen demand (COD), biochemical oxygen demand (BOD), ammonia nitrogen (NH3-N), cyanide, volatile phenol and other toxic and harmful substances