Automatic pure water treatment equipment

Automatic pure water treatment equipmentProduct Introduction:

The pure water equipment mainly adopts reverse osmosis membrane technology. Its working principle is to apply pressure to water, allowing water molecules and ionized mineral elements to pass through the reverse osmosis membrane, while the vast majority of inorganic salts (including heavy metals), organic matter, viruses, etc. dissolved in water cannot pass through the reverse osmosis membrane, thus strictly separating the purified water that has passed through and the concentrated water that cannot pass through; The pore size on the reverse osmosis membrane is only 0.0001 micrometers, while the diameter of the virus is generally 0.02-0.4 micrometers, and the normal diameter is 0.4-1 micrometers.

Automatic pure water treatment equipmentProduct Features:

1. Reverse osmosis is a physical method that uses a phase free approach to desalinate and desalinate saltwater at room temperature. The desalination rate of composite membrane components can reach about 99%, and at the same time remove colloids, organic matter, viruses, etc. from water;

2. Fully automatic electronic control program, with optional touch screen operation, easy to use;

3. Personalized design based on local water quality to meet demand;

4. The equipment occupies a small area and requires less space;

5. The reverse osmosis device has a high degree of automation and requires less workload for operation, maintenance, and equipment maintenance;

6. The treatment of water relies on the pressure of water as a driving force, and its energy consumption is low in many treatment processes;

7. No need for large amounts of chemical agents and acid/alkali treatment, no discharge of chemical waste liquid, and no environmental pollution;

8. Reverse osmosis can operate continuously to produce water, with a simple system, easy operation, and stable product water quality.

Scope of application:

1. Drinking water for daily life: People's admiration for the physical health of drinking water has led to pure water becoming a fashion trend in modern society;

2. Swimming Pool Facilities: The swimming pool, swimming pool, and some outdoor landscape pools have high requirements for water quality and also require purified water equipment to produce purified water;

3. Food factory water: used in industries that require high water quality, such as precision processing of fresh vegetables, refrigeration of food, production of cold drinks and canned foods, and meat processing of livestock and poultry;

4. Circulating cooling water: Water cooled air conditioners commonly used in industry and daily life are involved, and metallurgical engineering also requires high water quality and a large amount of purified water;

5. Public places: places where we work and study, such as residential areas and hotels, corporate and public institutions, airports, schools, military units, hospitals, etc., have high requirements for drinking water quality and require purified water equipment to produce purified water to meet the market needs of this group of people