The ultra pure water equipment system adopts quartz sand filters, activated carbon filters, and security filters as pre-treatment, which can effectively remove suspended solids, mud and sand, particles, organic silicon colloids, organic matter, odors, residual chlorine and other impurities in the raw water. After passing through the back-end precision treatment system (mixed bed system), the produced water quality meets the requirements of production water.

Most ultrapure water equipment utilizes the exchange adsorption performance of anion and cation exchange resins to remove various anions and cations from water, achieving the goal of desalination; In water treatment applications, multiple desalination systems are formed in various combinations to meet design requirements; It is an essential device for preparing ultra pure water for industrial production, widely used in fields such as medicine, chemical industry, electronics, electroplating, boilers, etc. After combined with reverse osmosis and electrodialysis, the water quality resistivity can reach 1-18M CM.

Ultra pure water equipment - Industrial pure water

Ultra pure water equipment, as a secondary desalination equipment after reverse osmosis equipment, can be used in conjunction with edi to produce ultra pure water up to 10-18.2 megaohms. Therefore, it is widely used in the microelectronics industry, semiconductor industry, power generation industry, pharmaceutical industry, and laboratories. The edi system for industrial ultrapure water equipment has been accepted by almost all companies and end-users who require high-purity water. EDI has been proven to be used by more and more users.

Over a decade ago, reverse osmosis was already accepted in industry as a replacement for cation and anion beds. At present, the edi system has also replaced the mixed bed in the refining field, and the edi and ro reverse osmosis systems are used together to achieve continuous operation without chemical treatment. This is EDI ultra pure water equipment. With the demand for industrial development, many industries have increasingly high requirements for water use,

Early ultra pure water equipment used ion exchange technology, mainly applied in the papermaking industry, pharmaceutical and chemical industries, and power generation. These fields did not have high requirements for water use. Previously used industrial water treatment equipment would have the situation of chemical agent regeneration, and the efficiency of resin in removing some organic molecules was poor

Ultra pure water equipment - Industrial pure water

The ultra pure water equipment is composed of pre-treatment reverse osmosis technology and edi system, 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.

Characteristics of industrial pure water for ultra pure water equipment:

1: Efficient and energy-saving, due to the combination of reverse osmosis technology and efficient ozone disinfection method, the entire system operates at room temperature and low pressure, with low equipment investment, low operation and maintenance costs, and reliable and energy-saving. The operating cost of membrane treatment method is only 12-15% of that of distillation method, which is very economical and highly competitive.

2: Stable and reliable. Adopting membrane process and multi-media filter for pretreatment; The principle of microporous permeation in reverse osmosis membranes ensures the removal of all larger ions and molecules in water, making it easy to remove volatile organic pollutants with larger molecular diameters.

Ultra pure water equipment industrial pure water process:

1: Adopting ion exchange method: the raw water pump, quartz sand filter, activated carbon filter, precision filter, cation bed, anion bed, mixed bed (compound bed), pure water tank, pure water pump, and precision filter water consumption point are installed behind the pump.

2: The reverse osmosis water treatment equipment and ion exchange method are used as follows: raw water pump, quartz sand filter, activated carbon filter, precision filter, reverse osmosis equipment, pure water tank, mixed bed (compound bed), ultra pure water tank, ultra pure water pump, and precision filter water consumption point behind the ultra pure water pump.

3: The process of using reverse osmosis EDI method is as follows: raw water pump, quartz sand filter, activated carbon filter, precision filter, reverse osmosis equipment, pure water tank, electro deionization (EDI), ultra pure water tank, ultra pure water pump, with a tight filter water point located behind it.

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

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