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Product Description

Equipment overview.
Reverse osmosis is a membrane process that uses semi-permeable spiral rolled membranes to separate and remove soluble solids, organic matter, colloidal substances and bacteria from water. It can effectively remove inorganic ions and small organic molecules of 0.**2nm in water. The raw water is sent to and through the reverse osmosis membrane at a certain pressure and the water is collected through microscopic pores on the membrane to obtain pure water. RO can remove more than *5% of dissolved solids, *9% of organic matter and colloids in the feed water, and almost **0% of bacteria.
RO equipment is currently one of the world's most advanced water treatment equipment to produce pure water, its low operating costs, economic, easy to operate, reliable operation, is the business preferred to produce pure water equipment. ro equipment production capacity is in the raw water at *5 ℃, the value of the standard production conditions. Changes in water temperature and production conditions will affect the production capacity of the equipment.
Industrial reverse osmosis equipment needs to be configured according to the actual water requirements of different processes, different water standards in various industries, such as resistance is divided into *8MΩ.cm, *5MΩ.cm, *0MΩ.cm, 2MΩ.cm, 0.5MΩ.cm and other standards, conductivity from *0uS/cm*0.1uS/cm, so the need for different standards for the configuration of different pretreatment systems, the Single-stage double-stage reverse osmosis process, post-treatment system (EDI electric desalination system, polishing mixed bed system, ultraviolet sterilisation, ozone generator, chlorine dioxide, etc.). Equipment overview.
Reverse Osmosis (abbreviation: RO) is a membrane process that removes soluble solids, organic matter, colloidal substances and bacteria from water using semi-permeable spiral rolled membranes. It can effectively remove inorganic ions and small organic molecules of 0.**2nm in water. The raw water is sent to and through the reverse osmosis membrane at a certain pressure and the water is collected through microscopic pores on the membrane to obtain pure water. RO can remove more than *5% of dissolved solids, *9% of organic matter and colloids in the feed water and almost **0% of bacteria.
RO equipment is currently one of the world's most advanced water treatment equipment to produce pure water, its low operating costs, economic, easy to operate, reliable operation, is the business preferred to produce pure water equipment. ro equipment production capacity is in the raw water at *5 ℃, the value of the standard production conditions. Changes in water temperature and production conditions will affect the production capacity of the equipment.
Industrial reverse osmosis equipment needs to be configured according to the actual water requirements of different processes, different water standards in various industries, such as resistance is divided into *8MΩ.cm, *5MΩ.cm, *0MΩ.cm, 2MΩ.cm, 0.5MΩ.cm and other standards, conductivity from *0uS/cm*0.1uS/cm, so the need for different standards for the configuration of different pretreatment systems, the Single-stage double-stage reverse osmosis process, post-treatment system (EDI electric desalination system, polishing mixed bed system, ultraviolet sterilisation, ozone generator, chlorine dioxide, etc.).
Introduction of advantages.
Wide range of impurities removal, not only can remove inorganic salt ions from water, but also all kinds of organic impurities.
No phase change in the water separation process, with a high desalination rate (up to *9.7% desalination rate).
Large water production, small equipment size, to achieve skid-mounted or according to the actual size of the site processing.
Low energy consumption, self-controlled operation and low investment costs.
Strong adaptability, wide range of applications, no environmental pollution and other advantages.
Application range.
Reverse osmosis equipment as the core processing equipment among water desalination equipment, with pretreatment and subsequent desalination system has been widely used in water treatment, electronics, chemical, pharmaceutical, food, beverage, metallurgy and environmental protection fields.