Industrial production water, rinse water, deep washing, and other industrial production processes all generate a large amount of wastewater containing various high concentration pollutants. These wastewater need to undergo internal system treatment before being discharged into public sewage systems or rivers. In lakes and oceans.

The treatment of petrochemical wastewater has always been a global challenge due to its high concentration, difficulty in dissolution, and significant environmental pollution.

High salt wastewater is mainly divided into high salt organic wastewater and high salt inorganic wastewater. High salt wastewater is generated through a wide range of pathways, and the amount of water is increasing year by year. The discharge of high salt wastewater has a huge impact on the environment, so the pollutants in the wastewater must be removed first before discharge

Garbage leachate causes oxygen deficiency in surface water bodies, deteriorates water quality, and seriously affects drinking water sources. With the increase of storage years, fresh garbage gradually turns into stale garbage, with complex components and reduced biodegradability, making the treatment very difficult.

Evaporation equipment is widely used in industrial industries such as chemical, pharmaceutical, and food fermentation. There are various types of evaporators, and their classification methods are also diverse. According to the purpose of use, there are evaporative concentration type and evaporative crystallization type; According to the material flow method, it can be divided into rising film type, falling film type, lifting film type, etc. Although the classification methods are different, their common feature is the transfer of heat to the material to evaporate the solution.

The domestic mechanical processing industry extensively uses emulsions, and their waste liquid has always been a serious environmental pollution problem that has not been effectively solved. In the past, domestic research on the treatment of waste liquids mainly focused on oil-based emulsions, with a focus on addressing COD and oil discharge pollution issues.

In the fertilizer industry, rare earth and many other chemical production processes, a certain amount of ammonium chloride wastewater is generated. Due to the high content of ammonia nitrogen and the presence of chloride ions in ammonium chloride wastewater, direct discharge will cause certain pollution to the water body. As the discharge volume continues to increase, the degree of pollution also increases, and the treatment of ammonium chloride wastewater is a major challenge. The use of evaporation concentration process results in high steam consumption and severe corrosion of the material by ammonium chloride solution.

New energy wastewater (lithium battery/photovoltaic) has the characteristics of high salt content, high toxicity, heavy metal/fluoride content, difficult biochemistry, strong corrosion, and easy scaling. Conventional processes cannot stably meet standards and achieve zero emissions. Jiaqiang Machinery's titanium MVR+forced circulation crystallization complete set of equipment fully matches the needs of new energy wastewater treatment in terms of corrosion resistance, scale prevention, energy conservation, and resource utilization, and is a mainstream mature solution in the industry.

Wastewater from the new materials industry generally has characteristics such as high salt content, high COD, heavy metal and fluoride content, complex water composition, strong corrosiveness, and extremely poor biodegradability. Conventional biochemical processes are difficult to degrade and meet standards.

The overall organic content of wastewater in the food industry is high, rich in biodegradable substances such as starch, sugars, proteins, and oils. The COD and BOD concentrations are high, and the water is prone to decay and odor. At the same time, the water contains a high amount of suspended impurities, fruit pulp residue, and production debris, which can easily deposit and block pipeline facilities;