Industrial production water, rinse water, washing water, 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, lakes, and oceans. However, many times we are unable to clearly determine the properties of wastewater, such as its composition and TDS composition. Moreover, the economic value of the components in wastewater is not high, and recycling is not economical. Alternatively, if highly concentrated wastewater is required, thermal separation technology is undoubtedly the best choice for treating wastewater. When designing evaporation and crystallization equipment, we need to consider many factors, such as the composition of raw materials, the purpose of concentrated products, energy conditions, local conditions, the price of electricity or steam, the site, the layout planning of the enterprise, and so on.

Industrial production water, flushing water, washing water, and other industrial production processes all generate large amounts of wastewater containing various high concentration pollutants. These wastewater need to undergo internal system treatment before being discharged into public sewage systems or rivers, lakes, and oceans. However, many times we cannot clearly determine the properties of wastewater, such as its composition and TDS composition. In addition, the economic value of the components in wastewater is not high, and recycling is also uneconomical. Alternatively, if high concentration wastewater is required, thermal separation technology is undoubtedly the best choice for treating wastewater. When designing evaporation and crystallization equipment, we need to consider many factors, such as the composition of raw materials, the purpose of concentrated products, energy conditions, local conditions, the price of electricity or steam, the site, and the layout planning of the enterprise.

This is a zero discharge solution for industrial waste liquids applicable to various industries such as electroplating, coating production, pharmaceuticals and pesticides, metal processing, papermaking, and crude oil production. Through the comprehensive utilization of membrane technology, biochemistry, oxidation, evaporators, and other technologies, useful substances in wastewater are resourceful. Distilled water can be directly reused or discharged in compliance with standards, greatly reducing the cost of waste liquid treatment.