Reverse Osmosis Ultrafiltration Equipment Customized 600 to 32,000 GDP Daily RO System Water Purifier;

Reverse osmosis, also known as reverse osmosis, is a membrane separation operation that uses pressure difference as a driving force to separate solvents from solutions.
Pressure is applied to the liquid on one side of the membrane. When the pressure exceeds its osmotic pressure, the solvent will reversely osmosis in the direction of natural osmosis. Thus, the permeated solvent, i.e., the permeate, is obtained on the low-pressure side of the membrane; the concentrated solution, i.e., the concentrate, is obtained on the high-pressure side. If reverse osmosis is used to treat seawater, fresh water is obtained on the low-pressure side of the membrane and brine is obtained on the high-pressure side.
Because it is in the opposite direction of natural osmosis, it is called reverse osmosis. According to the different osmotic pressures of various materials, a reverse osmosis pressure greater than the osmotic pressure can be used, i.e., reverse osmosis, to achieve the purpose of separation, extraction, purification and concentration.

The pollutants in water that can be removed by reverse osmosis equipment r o plant are

1. Reverse osmosis membrane can effectively remove suspended solids in water.
This type of pollutant is commonly found in surface water and sewage sources, and its particle size is generally above 1 micron. In the RO pretreatment system
Adding flocculant process can effectively solve this problem.

2. Reverse osmosis membrane can effectively remove organic pollutants.
Because there are many organic pollutants in raw water and the composition is complex, it is necessary to attach great importance to the organic matter in raw water.

3. Colloidal pollutants.
Due to the complex composition of certain industrial wastewater, the water source of surface water and wastewater contains inorganic and monomer compounds,
and it may also be a complex composed of multiple compounds.

4. Microbial pollution.
Wastewater is mainly found in surface water or wastewater, usually bacteria, biofilm, algae and fungi.

Product Parameters

Product Features

1.The Industrial water filter should have a high desalination rate at high flow rate
2. The commercial water purification machine has high mechanical strength and service life.
3. It can function at a lower operating pressure.
4. It can withstand the influence of chemical or biochemical effects.
5. It is less affected by factors such as pH value and temperature.
6. The raw materials for membrane production are easy to obtain, the processing is simple, and the cost is low.

Flow Chart

Here’s a simplified flow chart for reverse osmosis (RO) ultrafiltration equipment:

Raw Water Intake:
Raw water (feedwater) is collected from a source such as a river, well, or reservoir. Pre-treatment steps remove large particles, sediment, and chlorine.

Pre-Treatment:
Filtration: Water passes through filters to remove suspended solids.
Chemical Conditioning: Adjust pH and add coagulants or flocculants to enhance particle removal.

High-Pressure Pump:
Raw water is pressurized using a high-pressure pump.
Pressure forces water through the RO membrane.

Reverse Osmosis Membrane:
Semi-permeable membrane with tiny pores allows water molecules to pass through. Rejects dissolved salts, ions, and impurities.
Clean water (permeate) flows through the membrane.

Concentrate Disposal:
Concentrate (reject stream) contains concentrated impurities.
It is discharged or further treated.

Product Water Collection:
Permeate is collected as purified water.
It can be stored or distributed for various uses.
Specific designs may include additional components, monitoring systems, and post-treatment steps

Application

RO is commonly used:

Drinking Water Purification:
RO is most well-known for its use in purifying seawater, removing salt and other impurities to produce clean drinking water1.
It’s also effective for treating brackish water and improving the quality of tap water.

Wastewater Treatment Plants:
RO plays a role in treating wastewater by removing contaminants and producing reusable water.
It contributes to environmental sustainability and water resource management.

Concentration of Fruit Juices and Syrups:
In the food industry, RO concentrates fruit juices and syrups without compromising the functionality of proteins and enzymes2.
It ensures flavor retention while reducing volume.

Desalination of Seawater:
RO is essential for large-scale desalination projects, converting seawater into fresh water.
Notably, the world’s largest RO desalination plant is in Sorek, Israel, producing 624,000 cubic meters per day1.

Medical and Health Applications:
RO systems are used in medical equipment, laboratories, and dialysis centers to provide high-purity water.
They ensure safe water for patients and medical procedures.
RO technology continues to evolve, and its applications extend beyond these examples