Common process flow of semiconductor pure water equipment:

Ion exchange process: raw water+quartz sand filter+activated carbon filter+precision filter+raw water tank+cation bed+anion bed+mixed bed (compound bed)+pure water tank+pure water pump+rear precision filter+water consumption point.

Reverse osmosis process: raw water+quartz sand filter+activated carbon filter+precision filter+raw water tank+reverse osmosis equipment+mixed bed (compound bed)+pure water tank+pure water pump+rear precision filter+water point.

Reverse osmosis+edi process: raw water+quartz sand filter+activated carbon filter+precision filter+raw water tank+reverse osmosis equipment+electrodeionization (EDI)+pure water tank+pure water pump+rear precision filter+water point.

Semiconductor pure water equipment also uses a combination of pre-treatment, reverse osmosis technology, and EDI modules to almost completely remove conductive media from water, and to remove insoluble colloidal substances, gases, and organic matter to a very low level in water treatment equipment. The core component of desalination in ultra pure water system equipment is the reverse osmosis membrane.

Ultra pure water EDI equipment is a new type of water treatment technology that can convert ordinary water into ultra pure water, with advantages such as high effluent quality, low energy consumption, and low operating costs. The principle of EDI ultra pure water equipment is to use an electric field to purify water. Through electric field and ion exchange technology, ions and organic substances in water are gradually removed to meet the requirements of ultra pure water.

EDI ultra pure water equipment comes in various specifications to meet the needs of different users,

Its effluent quality is high, with a resistivity of 10-18 M Ω. cm, organic matter and trace element content in the water. The operating cost of EDI ultra pure water equipment is also very low, requiring only a small amount of energy and chemical agents to meet the requirements of ultra pure water.

Semiconductor pure water equipment adopts pre-treatment and reverse osmosis technology, which can almost completely remove conductive media in water, and also remove non dissociative colloidal substances, gases, and organic substances in water to a very low degree. The core component of desalination in ultra pure water system equipment is the reverse osmosis membrane.

Semiconductor pure water equipment has also been widely used in electronics, power, electroplating, lighting appliances, laboratories, food, papermaking, daily chemical, building materials, paint making, batteries, laboratory, biology, pharmaceuticals, petroleum, steel, glass cleaning water, semiconductor industry, fine chemicals, optics, pharmaceutical water, dialysis medical water. In other fields.

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