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  • stainless steel magnetic pump
    TMC Series Stainless Steel Magnetic Pump

    The TMC series stainless steel magnetic pump operates on the principle of magnetic drive, eliminating the need for seals to achieve a leak-free performance. Constructed from stainless steel materials, it is particularly well-suited for transporting corrosive substances such as acids, alkalis, and organic solvents. This pump conforms to API 685 standards.

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  • MIP Slurry Pump
    MIP Series Lined Plastic Slurry Pump

    The MIP Series Lined Plastic Slurry Pump is suitable for conveying various types of slurries, such as phosphoric acid slurry, fluorosilicic acid containing silica gel, mother liquor, etc. It is also suitable for wet-process metallurgical operations involving acids, corrosive mineral slurries, and electrolytes. Additionally, it can be used in acid pickling systems, wastewater with impurities, and other industries. This pump is suitable for both clear liquids and slurries.

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  • FZB self-priming pump
    FZB fluorine plastic self-priming pump

    FZB fluorine plastic self-priming pump, according to international standards, overflow parts are fluorine plastic, load-bearing parts are made of metal materials, can be equipped with external single-end machine seal, external assembly machine seal and flushing water, can be customized.

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  • stainless steel centrifugal pump
    IH stainless steel single stage seawater salt water centrifugal pump

    IH stainless steel single stage seawater salt water centrifugal pump can be made of 304.316.316L and super dual phase steel stainless steel. It is an excellent transfer pump and unloading pump for transporting various concentrations of seawater, salt water and organic solvents.

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Selection strategy for wastewater treatment pumps in the electronics and semiconductor industry

2025/04/23

In the electronic semiconductor manufacturing industry, wastewater treatment is of vital importance. The selection of wastewater treatment pumps not only ensures efficient wastewater treatment, but also involves cost-effectiveness and environmental protection. This article will take you to understand the selection strategy of wastewater treatment pumps in the electronic semiconductor industry to meet specific industry needs.

1.Wastewater characteristics analysis: Before selecting a wastewater treatment pump, it is necessary to first analyze the characteristics of the wastewater being treated in detail. In the electronic semiconductor industry, wastewater may include various chemicals, solid particles, acidity and alkalinity, etc. Understanding the chemical composition and pH value of the wastewater is crucial to selecting the appropriate pump.

2.Corrosion resistance: Since the wastewater of the electronic semiconductor industry may contain corrosive chemicals, the selected pump must have excellent corrosion resistance. The material of the pump should be selected to resist the corrosion of specific chemicals in the wastewater, such as acid-resistant plastic or stainless steel.

3.Flow and head requirements: Select the appropriate pump model and specifications based on the flow and requirements of wastewater treatment. Ensure that the pump flow and head match the requirements of the wastewater treatment system to ensure efficient water treatment.

4.Pump design and sealing: The electronic semiconductor industry often requires highly corrosion-resistant pumps, while also considering the pump's sealing performance. Magnetic pumps and centrifugal pumps are common choices because they provide superior sealing and reduce the risk of leakage.

5.Automation and monitoring: Consider integrating wastewater treatment pumps into automation systems to enable remote monitoring and operation. This helps detect and resolve problems in a timely manner, improving system reliability.

6.Cost-effectiveness and sustainability: Consider the purchase cost, maintenance cost and energy efficiency of the pump. Choose a pump that will reduce operating costs in the long term, while also considering its impact on the environment.

7.Comply with regulations: The electronic semiconductor industry needs to comply with strict environmental regulations and standards. Make sure the selected pump meets the relevant regulations to avoid possible non-compliance issues.

In the electronics and semiconductor industry, the selection of wastewater treatment pumps needs to comprehensively consider factors such as wastewater characteristics, corrosion resistance, flow and head requirements, design and sealing, automation and monitoring, cost-effectiveness, and regulatory compliance. The correct pump selection strategy will help improve the efficiency of wastewater treatment, reduce environmental impact, and ensure corporate compliance operations.


   

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