How to reduce the failure of industrial small-scale EDI pure water treatment equipment-Ocpuritech-im

How to reduce the failure of industrial small-scale EDI pure water treatment equipment?

by:Ocpuritech     2021-05-05
How to reduce the failure of industrial small-scale EDI pure water treatment equipment? Author: Pure water production equipment using the world's most advanced energy-saving effect of membrane separation technology. The principle of permeation of the main semi-permeable membrane is to use a certain method, through which pressure is applied, the force in the direction of reverse natural osmosis, the water in the concentrated solution penetrates into the thin solution, this method is reverse osmosis. It is a reverse osmosis device composed of reverse osmosis elements. The diameter of the reverse osmosis membrane of the small industrial EDI pure water treatment equipment is very small, in order to effectively dissolve salts, colloids, microorganisms, and organic matter in the water (removal rate 97-98%). The system is characterized by good water quality, low energy, no fouling, simple process, and operation. Industrial small EDI pure water treatment equipment is most afraid of failure at work, which will affect the normal water use. We should try our best to ensure that the industrial small EDI pure water treatment equipment does not malfunction when using it. The following environmental protection will teach you How do you reduce the breakdown of industrial pure water equipment. 1. After obtaining the water quality, conduct a comprehensive water quality analysis and design a reverse osmosis system on this basis. 2. Determine the RO influent SDI value before designing. 3. If the influent water quality changes, corresponding design adjustments need to be made. 4. Adequate pretreatment must be ensured. 5. Choose membrane elements suitable for industrial pure water equipment. Cellulose acetate membranes or low-pollution membrane elements may be more suitable for the treatment of more complex surface water or sewage. 6. In the selection of water flux, try to use some commonly used data. 7. In terms of recovery rate, it is not necessarily required to be as beautiful as it is suitable. 8. The horizontal velocity and the concentrated water velocity should be as large as possible. 9. Every data of industrial small EDI pure water treatment equipment requires standardization. The above content is the introduction of the environmental protection editor to teach you how to reduce the failure of industrial small-scale EDI pure water treatment equipment. I believe you must have an understanding. Reducing the failure rate of industrial pure water equipment is also reducing the operating cost of ultra-pure water equipment. ,save resources.
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