WATER PURIFIER EUROPOLO-GROUP CO.LTD.

8040 reverse osmosis membrane is a key component widely used in the field of water treatment. Its core func

tion is to purify and separate water through reverse osmosis technology, which is specifically reflected in the

 following aspects:

1. Core function: efficient desalination and impurity removal

Desalination capacity: The desalination rate of 8040 reverse osmosis membrane can usually reach more than

 99%, which can effectively remove soluble salts (such as sodium chloride, calcium and magnesium ions, etc

.) in water, and is suitable for seawater desalination, brackish water desalination and other scenarios.

Impurity interception: It can intercept organic matter, colloids, microorganisms and particulate matter with a

 molecular weight greater than 100 Daltons to ensure the purity of the produced water quality.

2. Diversified coverage of application scenarios

Drinking water production: Through deep purification, heavy metals, pesticide residues and other harmful su

bstances in water are removed to ensure the safety of drinking water.

Industrial water treatment: Provide ultrapure water for electronics, medicine, chemical and other industries 

to meet high-precision production needs.

Wastewater reuse: Treat industrial wastewater or municipal sewage to achieve water resource recycling and 

reduce environmental load.

Special separation: Achieve process goals such as concentration and purification in the fields of food, pharm

aceuticals, etc.

3. Technical advantages: Dual guarantee of performance and stability

High-throughput design: 8040 specifications (8 inches in diameter and 40 inches in length) provide a large me

mbrane area to ensure efficient water production.

Anti-pollution performance: Reduce the attachment of organic matter and microorganisms through surface 

modification or flow channel optimization, and extend the service life of the membrane.

Chemical resistance: Adapt to the short-term impact of a wide pH range (usually 2-11) and oxidants (such as r

esidual chlorine), and improve operational stability.

Energy saving and consumption reduction: Achieve efficient desalination under low pressure conditions, red

uce system energy consumption and operating costs.

4. Synergistic improvement of environmental and economic benefits

Resource conservation: Alleviate the shortage of fresh water resources through wastewater reuse and seawa

ter desalination.

Cost optimization: Reduce industrial water costs, reduce wastewater discharge costs, and improve corporate

 economic benefits.

Environmental protection contribution: Reduce pollutant emissions and support sustainable development g

oals.