Active Member
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[China]
Address: 8 Suyuanzhuang, Junhe Street, Baiyun District, Guangzhou, China
Contact name:Jessie LI
Guangzhou Chunke Environmental Technology Co., Ltd. |
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EDI Water Treatment Plant Ultra-pure Water System For Industrial Plant
Water Treatment Equipment Description.
The methods of water treatment include physical treatment and chemical treatment.
The physical method includes the use of various filter materials
with different pore sizes, and the impurities in the water are
excluded by adsorption or blocking. The most important adsorption
method is adsorption by activated carbon, and the blocking method
is to pass water through the filter material to make the volume.
Larger impurities cannot pass, resulting in cleaner water.
The chemical method uses various chemicals to convert impurities in water into substances that are less harmful to the human body, or concentrates impurities. After the impurities in the water are collected, the volume becomes larger, and the impurities can be removed by filtration.
1, electronics, electricity, electroplating, lighting appliances, laboratories, food, paper, daily chemicals, building materials, paint, batteries, laboratory, biological, pharmaceutical, petroleum, chemical, steel, glass and other fields.
2. Pure water for chemical process water, chemical agents,
cosmetics, etc.
1-Single crystal silicon, semiconductor wafer dicing, semiconductor
chip, semiconductor package, lead frame, integrated circuit, liquid
crystal display, conductive glass, picture tube, circuit board,
optical communication, computer components, capacitor cleaning
products and various components, etc. The production process uses
pure water.
2- Water for food industry: drinking pure water, mineral water,
materials, beer, dairy, etc.
3- Seawater, brackish water desalination: improvement of domestic
water use in islands, ships, and high salinity areas.
4-Building, community quality water supply: star hotel, airport,
real estate property pure water network system, etc.
5-Chemical industry process water: chemical cooling, fertilizer,
chemical manufacturing.
6-Industrial product manufacturing water: automotive, home
appliance coating, paint, paint, fine processing and cleaning, etc.
7-Boiler make-up water in power industry: thermal power, thermal
power boiler, medium and low pressure boiler power system, fine
chemical industry, sophisticated water use.
The ultrapure water system refers to the production system in which the system is completely produced from raw water to ultrapure water. Generally, the ultrapure water system is ultrapure water produced by multiple filtration, ion exchange, degassing, reverse osmosis, ultraviolet, ultrafiltration, nanometer rate, and ion adsorption filtration.
1: pretreatment - reverse osmosis - purification tank - ion exchanger - UV lamp - pure water pump - water point
2: Pretreatment - primary reverse osmosis - secondary reverse
osmosis (positive charge reverse osmosis membrane) - purification
tank - pure water pump - UV lamp - water point
3: Pretreatment - reverse osmosis - intermediate tank -
intermediate pump - EDI unit - purification tank - pure water pump
- UV lamp - water point
4: pretreatment→ultraviolet sterilizing device→first-level RO
device→secondary RO device→intermediate water tank→EDI
device→deoxidation device→nitrogen sealed pure water tank→except
TOC UV device→polishing mixed bed→ultrafiltration device→water
point
The water quality meets the American ASTM standard, the ultra-pure
water quality standard of the electronic department (18MΩ*cm,
15MΩ*cm, 2MΩ*cm and 0.5MΩ*cm four levels)
Ultrapure water system reverse osmosis (membrane separation) method
ultrapure water manufacturing technology
Reverse osmosis is the separation of the solvent (usually referred
to as water) in the solution through a reverse osmosis membrane (a
semi-permeable membrane) with sufficient pressure in the opposite
direction to the permeation direction. Separation can be carried
out using a reverse osmosis method that is greater than the osmotic
pressure. , purification and concentration of the solution. The
primary separation target for reverse osmosis membranes is the
range of ions in the solution.
