Xinxiang Lifeierte Filter Corp., Ltd.
Reverse osmosis water treatment equipment

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Reverse osmosis water treatment equipment

Reverse osmosis water treatment equipment

Introduction:Reverse osmosis equipment is a high-quality water purification equipment, the raw water through pretreatment, fine filter, softening treatment, etc., and then through the pump pressure, the use of pore size reverse osmosis membrane (RO membrane), reverse osmosis membrane can effectively remove industrial pollutants, heavy metals, viruses, bacteria, organic matter, inorganic matter and radioactive substances in the water, after purification of the water crystal clear, sweet and sweet.

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Product parameter:

Model NumberWater production m³/HSalt content of produced water mg/gRecovery rate %Reference equipment size m
LF-TW-0.50.5300 TDS influent, 10 TDS produced water50%-60%1.4*0.55*1.5
LF-TW-11300 TDS influent, 10 TDS produced water50%-60%1.7*0.65*1.6
LF-TW-22300 TDS influent, 10 TDS produced water50%-70%2.5*0.75*1.4(Host)
LF-TW-33300 TDS influent, 10 TDS produced water60%-70%1.6*0.9*1.6(Host)
LF-TW-44300 TDS influent, 10 TDS produced water60%-70%2.8*0.9*1.4(Host)
LF-TW-55300 TDS influent, 10 TDS produced water60%-70%2.8*0.9*1.6(Host)
LF-TW-66300 TDS influent, 10 TDS produced water65%-75%2.8*0.9*1.6(Host)
LF-TW-1010300 TDS influent, 10 TDS produced water65%-75%2.8*0.9*2(Host)
LF-TW-1515300 TDS influent, 10 TDS produced water65%-75%4*0.9*2(Host)
LF-TW-2020300 TDS influent, 10 TDS produced water65%-75%5*0.9*2(Host)
LF-TW-2525300 TDS influent, 10 TDS produced water65%-75%6*0.9*2(Host)
LF-TW-3030300 TDS influent, 10 TDS produced water65%-75%7*0.9*2(Host)
LF-TW-4040300 TDS influent, 10 TDS produced water65%-75%6*1.4*1.8(Host)
LF-TW-5050300 TDS influent, 10 TDS produced water65%-75%6*1.4*2(Host)

Features

1. High - purity Water Production: Reverse osmosis water treatment equipment can produce water with extremely high purity. It is highly effective in removing various contaminants, including dissolved salts (such as sodium, calcium, and magnesium ions), heavy metals (lead, mercury, etc.), bacteria, viruses, and organic matter. For example, in the semiconductor manufacturing industry, where ultra - pure water is required, this equipment can meet the strict quality standards by reducing the impurity content to an extremely low level.

2. Energy - efficient Operation: Modern reverse osmosis systems are designed to be energy - efficient. Through advanced membrane materials and optimized system designs, the energy consumption for water treatment is minimized. High - pressure pumps are carefully selected to provide the appropriate pressure for reverse osmosis while consuming less electricity. Some systems also incorporate energy - recovery devices, which can recycle the pressure energy from the concentrated water, further reducing overall energy consumption.

3. Compact and Modular Design: These devices often feature a compact and modular structure. The compact design allows for easy installation in limited - space environments, such as in small - scale industrial plants or residential buildings. The modular design enables flexibility in system expansion. If the water treatment capacity needs to be increased in the future, additional membrane modules can be easily added to the existing system without major reconstruction.

4. Stable and Reliable Performance: Reverse osmosis water treatment equipment offers stable and reliable performance over an extended period. With proper pre - treatment and regular maintenance, the membranes and other components can maintain their functionality. The equipment can operate continuously with consistent water production quality, ensuring a stable water supply for various applications, such as in power plants for boiler feed water or in the food and beverage industry for product processing.

5. Wide Applicability: It has a wide range of applications. Whether it is for desalinating seawater to obtain fresh water in coastal areas, treating industrial wastewater for recycling and reuse, or providing high - quality drinking water in municipal water treatment plants, reverse osmosis equipment can be effectively used. Different configurations and membrane types can be selected according to specific water quality requirements and treatment objectives.


Working Principle 

  1. Osmosis Basis: The working principle of reverse osmosis is based on the natural osmosis phenomenon. Osmosis is a process where water molecules pass through a semi - permeable membrane from a region of lower solute concentration to a region of higher solute concentration until the chemical potential on both sides of the membrane reaches equilibrium. For example, if a semi - permeable membrane separates pure water and salt water, water molecules will flow from the pure - water side to the salt - water side.

  2. Reverse Osmosis Process: Reverse osmosis is the opposite of the normal osmosis process. In reverse osmosis water treatment equipment, a pressure greater than the osmotic pressure of the feed water is applied to the side with a high - solute concentration (the raw water side). Under this pressure, water molecules are forced to flow through the reverse osmosis membrane from the high - solute - concentration side to the low - solute - concentration side (the permeate side). The reverse osmosis membrane has extremely small pores, typically on the order of 0.0001 to 0.001 micrometers. These pores are so small that they can effectively block the passage of most dissolved substances, such as salts, heavy metals, and large - molecular - weight organic compounds, while allowing water molecules to pass through.

  3. Separation and Purification: As the water molecules pass through the membrane, contaminants are left behind on the feed - water side. The water that passes through the membrane is called permeate water, which is the purified water product. The remaining water on the feed - water side, containing concentrated contaminants, is called concentrate or brine. This separation process enables the removal of various impurities from the raw water, achieving the goal of water purification. For example, in a seawater desalination plant, the reverse osmosis membrane can separate the high - concentration salts in seawater, producing fresh water on the permeate side and discharging the concentrated brine.

Xinxiang Lifeierte Filter Corp.,Ltd （Stock code：837936）is specialized in manufacture of filters ,filter equipment,and environment system . Located in Xinxiang City-the center of Filtration in China.Lefilter has superior R & D team, professional technical team,experienced overseas sales team and perfect after-sales service system.We Lefilter people will try our best to satisfy customers' requirements.The develop philosophy of LEFILTER is “To purify environment,To serve society,To manage faithfully and To oyrsye excellence”!What’s more,there're advanced production line,test machine and R & D department.They also obtained certification like ISO9001, IQNet & CQM,SGS,CNEX etc.

 

Contact at:

Attn:Linda Lu

Email: export06@xxfilter.com

Wechat:+86 15517350275(Whats App)

Web.:www.xxfilter.com




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