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Reverse osmosis equipment
Filtration accuracy(μm):0.0001
Desalination rate: >99.8%
Inlet water pressure:0.2-4Mpa
Water production:0.5-50(m3/H)
Raw water hardness:< 10mmol/L
Water hardness:≤0.03mmol/L
Equipment Type: Engineering, Industrial, Commercial
Draft selection: single-stage reverse osmosis, double-stage reverse osmosis, stainless steel reverse osmosis
Can be customized according to different working conditions
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Reverse osmosis equipment
The reverse osmosis equipment is a high-quality water purification equipment,which pretreats,finely filters and softens the raw water etc.,and then pressurized by a pump,and then us the reverse osmosis membrane,which can effectively remove industrial pollutants,heavy metals,viruses,bacteria,organic matter,inorganic matter and radioactive substances in water are purified to crystal clear, sweet glycol.
Application：Mainly used for reverse osmosis treatment
Filter media：Industrial pollutants,heavy metals,bacteria,viruses, etc.
Filtration accuracy(μm):0.0001
Desalination rate: >99.8%
Inlet water pressure:0.2-4Mpa
Water production:0.5-50(m3/H)
Raw water hardness:< 10mmol/L
Water hardness:≤0.03mmol/L
Equipment Type: Engineering, Industrial, Commercial
Draft selection: single-stage reverse osmosis, double-stage reverse osmosis, stainless steel reverse osmosis
Can be customized according to different working conditions
| P/N. | Water production m3/H | Product water salt content mg/g | Recovery rate % | Reference device size m |
|---|---|---|---|---|
| LF-TW-0.5 | 0.5 | Incoming water 300TDS，Water production 10TDS | 50%-60% | 1.4*0.55*1.5 |
| LF-TW-1 | 1 | Incoming water 300TDS，Water production 10TDS | 50%-60% | 1.7*0.65*1.6 |
| LF-TW-2 | 2 | Incoming water 300TDS，Water production 10TDS | 50%-70% | 2.5*0.75*1.4(Host) |
| LF-TW-3 | 3 | Incoming water 300TDS，Water production 10TDS | 60%-70% | 1.6*0.9*1.6(Host) |
| LF-TW-4 | 4 | Incoming water 300TDS， Water production 10TDS | 60%-70% | 2.8*0.9*1.4(Host) |
| LF-TW-5 | 5 | Incoming water 300TDS，Water production 10TDS | 60%-70% | 2.8*0.9*1.6(Host) |
| LF-TW-6 | 6 | Incoming water 300TDS，Water production 10TDS | 65%-75% | 2.8*0.9*1.6(Host) |
| LF-TW-10 | 10 | Incoming water 300TDS，Water production 10TDS | 65%-75% | 2.8*0.9*2(Host) |
| LF-TW-15 | 15 | Incoming water 300TDS，Water production 10TDS | 65%-75% | 4*0.9*2(Host) |
| LF-TW-20 | 20 | Incoming water 300TDS， Water production 10TDS | 65%-75% | 5*0.9*2(Host) |
| LF-TW-25 | 25 | Incoming water 300TDS，Water production 10TDS | 65%-75% | 6*0.9*2(Host) |
| LF-TW-30 | 30 | Incoming water 300TDS，Water production 10TDS | 65%-75% | 7*0.9*2(Host) |
| LF-TW-40 | 40 | Incoming water 300TDS，Water production 10TDS | 65%-75% | 6*1.4*1.8(Host) |
| LF-TW-50 | 50 | Incoming water 300TDS，Water production 10TDS | 65%-75% | 6*1.4*2(Host) |
Reverse osmosis equipment
The desalination rate can reach 99%, the desalination rate of the primary reverse osmosis system can be stabilized above 90%, and the desalination rate.
High automation degree:
Reverse osmosis equipment can work for a long time without interruption,and has the characteristics of high automation degree,convenient operation,stable effluent quality,and no pollutant discharge.
Save costs:
It reduces the cost of chemicals consumed by resin regeneration,labor costs and waste water treatment costs caused by regeneration,and reduces environmental pollution.
Product Durability:
Rack pipes and fittings are made of stainless steel and corrosion-resistant materials to ensure the durability of the system and low maintenance costs;
Working principle
Reverse osmosis is a modern and new type of pure water treatment technology.Reverse osmosis elements are used to improve the purity of water and remove impurities and salts contained in the water.The pressure on both sides of the reverse osmosis membrane is different.By forcing the raw water to pass through the reverse osmosis membrane,the salt with a low concentration will permeate in the direction of the salt with a high concentration.The equilibrium state that can be achieved is the osmotic pressure of the liquid.When the pressure on one side of the brine contained is opposite to the osmotic pressure on the other side,flow in the opposite direction occurs,resulting in a reverse osmosis process.
