The semiconductor industry is an industry that heavily relies on water resources and is also a high water consuming industry. Especially in the current situation of limited water resources, water restrictions and shortages have put enormous pressure on the operation of semiconductor production enterprises.

Therefore, research and practice on water conservation in semiconductor production enterprises can help improve water efficiency and reduce water costs. At present, conserving water, reusing reclaimed water, and recycling wastewater have become important measures for semiconductor companies to cope with the water shortage crisis. Especially, wastewater recycling can reduce the demand for water resources, lower production costs for enterprises, and also reduce environmental pollution.

There are many methods for treating electronic semiconductor wastewater, such as biochemical, physical, physicochemical, chemical, etc., all of which can be treated according to the quality of semiconductor wastewater. However, adsorption method, freezing method, ion exchange resin method, ultrafiltration method, electrodialysis method have relatively high costs and relatively low discharge rates when treating wastewater.

The electronic semiconductor production wastewater generated varies slightly depending on the production process. For the electroplating wastewater, fluorine-containing wastewater, heavy metal wastewater, etc. generated, Literide chooses to use membrane treatment technology based on the pathway of electronic semiconductor wastewater generation and the recycling of semiconductor wastewater. Selecting high-quality and reliable accessories can ensure the continuous operation capability of the equipment. The design concept of system integration reduces investment costs. During system operation, it ensures low energy consumption and minimal consumables, greatly reducing operating costs. It is currently one of the widely used solutions in semiconductor wastewater treatment processes. Based on the characteristics of semiconductor wastewater, Literide has developed membrane wastewater treatment equipment to deeply treat and reuse semiconductor wastewater, and the effluent quality meets national discharge standards.

Using membrane treatment technology to treat semiconductor wastewater and ensure the quality of the treated effluent; High quality design concepts can reduce the investment costs of enterprises. In the future, the size of the semiconductor market will continue to increase significantly. I believe that the application of membrane technology will solve the problem of semiconductor wastewater recycling and treatment, and contribute to the development of the industry.