Introduction to the characteristics of deionized water equipment

1. The overall design of the equipment should be simple, reliable, and easy to disassemble.

2. To facilitate disassembly, replacement, and cleaning of parts, the design scheme of the actuator should adopt standardized, integrated, and specialized components as much as possible.

3. The equipment for producing pure water systems should use low-carbon and environmentally friendly stainless steel plates or other materials that have been verified to not pollute water bodies. The equipment for producing pure water systems should be cleaned on time and the actual cleaning effect should be certified.

4. The raw materials touched by injection water must be high-quality low-carbon and environmentally friendly stainless steel plates or other materials that have been verified to not cause environmental pollution to water bodies. The equipment for producing injection water should be cleaned on time and the actual cleaning effect should be certified.

5. The storage cycle time of pure water systems is not suitable for more than 24 hours. The storage tanks should be made of stainless steel plates or other raw materials that have been proven to be non-toxic, corrosion-resistant, and do not contaminate the environment with positive ions. A hydrophobic sterilization and filtration device that prevents chemical fibers from falling off should be installed to maintain its ventilation holes. The inner chamber of the storage tank should be smooth and clean, and there should be no blind spots or sand holes in the docking and welding. Sensors that indicate the main parameters such as liquid level, temperature, and working pressure that are not prone to causing stagnant water pollution should be used. The storage tanks should be cleaned, disinfected and sterilized on time, and the actual cleaning and sterilization effects should be certified.

6. Transportation of tap water in the pharmaceutical industry

7. The surface of the inner and outer walls of the deionized water equipment is specified to be smooth and flat without dead corners, making it very easy to clean and sterilize. The surface of the parts should be treated with stainless steel or other metal surfaces to resist corrosion and avoid rusting. Prevent the use of paint on the outside of the equipment to prevent detachment.

1) Pure water systems and pharmaceutical tap water should be transported using stainless steel pumps that are easy to disassemble, clean, disinfect, and sterilize. In pure water systems and injection water places that require air compression or N2 compression, air compression and N2 must be cleaned and resolved.

2) The pure water system should use a circulating system pipeline for transportation. The pipeline design scheme should be concise and prevent blind pipes and blind spots. The pipeline should be made of stainless steel pipes or other fittings that have been proven to be non-toxic, corrosion-resistant, and do not leak positive ions into the environment. Gate valves should be sanitary grade valves with no dead corners, and the pure water delivery system should indicate the inflow.

3) The pipelines and pumps for transporting pure water systems and injection water should be cleaned, disinfected and sterilized on time, and funds can only be invested after certification and compliance

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