JXBW4040
JX
4040
Availability: | |
---|---|
Reverse osmosis is the process of applying a pressure greater than the osmotic pressure of the solution on the side of the concentrated solution, forcing the water molecules to enter the dilute solution through the semi-permeable membrane in the reverse direction (opposite to the direction of natural osmosis). The semipermeable membrane flows to dilute solutions, while most of the solutes (dissolved solids) cannot pass through the membrane and are trapped. What is reverse osmosis? The two solutions with concentration are separated by a semi-permeable membrane (Membrane). After a certain period of time, the solution with lower concentration will move to the side with higher concentration. The difference in water level that occurs is called 'osmotic pressure', and the reverse osmosis pressure is The osmotic pressure, reverse loading, is a water purification method in which only water molecules can pass through a semipermeable membrane. |
Reverse osmosis is the process of applying a pressure greater than the osmotic pressure of the solution on the side of the concentrated solution, forcing the water molecules to enter the dilute solution through the semi-permeable membrane in the reverse direction (opposite to the direction of natural osmosis). The semipermeable membrane flows to dilute solutions, while most of the solutes (dissolved solids) cannot pass through the membrane and are trapped. What is reverse osmosis? The two solutions with concentration are separated by a semi-permeable membrane (Membrane). After a certain period of time, the solution with lower concentration will move to the side with higher concentration. The difference in water level that occurs is called 'osmotic pressure', and the reverse osmosis pressure is The osmotic pressure, reverse loading, is a water purification method in which only water molecules can pass through a semipermeable membrane. |
The target water source is low to medium salinity surface water/groundwater, etc., it can achieve the same high water flux and high salt rejection rate as conventional low pressure membranes under extremely low operating pressure conditions. Its operating pressure is about 2/3 of the conventional low-pressure membrane operating pressure, and the desalination rate reaches 99.5%. Because the operating pressure is low and the salt rejection rate is high, the economic benefits are obvious. LP is suitable for desalination treatment of drinking water sources such as surface water/groundwater/tap water/municipal water with a salt content below 2000ppm. Main uses: drinking water, purified water production, boiler feed water, food processing and pharmaceutical production water. |
FR series of fouling resistant aromatic polyamide composite membrane element is developed by JX for complex water quality. FR series element with special membrane preparation process, it improved the hydrophilicity, charge characteristic and roughness, can effectively reduce the breeding of bio-fouling and adsorption of pollutants in the membrane surface. The element is applied a special 34 mil spacer design, which effectively reduced fouling and pressure drop, with more durable on cleaning can extent the service life. FR series of fouling resistant membranes normally suitable for treatment of complex water source with TDS less than 10000 ppm. It is mainly used for purification of surface water, mining waste water, municipal reclaimed water, industrial waste water, RO brackish water. |
SW is suitable for reverse osmosis membrane elements installed at sea and on land. It has the characteristics of high pressure resistance (up to 6.9Mpa), low operating cost, good desalination performance, and stable desalination effect. Drinking water from seawater can be guaranteed under high recovery conditions. SW series membrane elements are suitable for various industrial water treatment such as seawater desalination, high-concentration brackish water desalination, power plant boiler make-up water, etc., and can also be used in various fields such as concentration and recovery of wastewater reuse. Main uses: seawater desalination, high concentration brackish water desalination, industrial water treatment, waste water reuse. |
The target water source is low to medium salinity surface water/groundwater, etc., it can achieve the same high water flux and high salt rejection rate as conventional low pressure membranes under extremely low operating pressure conditions. Its operating pressure is about 2/3 of the conventional low-pressure membrane operating pressure, and the desalination rate reaches 99.5%. Because the operating pressure is low and the salt rejection rate is high, the economic benefits are obvious. LP is suitable for desalination treatment of drinking water sources such as surface water/groundwater/tap water/municipal water with a salt content below 2000ppm. Main uses: drinking water, purified water production, boiler feed water, food processing and pharmaceutical production water. |
FR series of fouling resistant aromatic polyamide composite membrane element is developed by JX for complex water quality. FR series element with special membrane preparation process, it improved the hydrophilicity, charge characteristic and roughness, can effectively reduce the breeding of bio-fouling and adsorption of pollutants in the membrane surface. The element is applied a special 34 mil spacer design, which effectively reduced fouling and pressure drop, with more durable on cleaning can extent the service life. FR series of fouling resistant membranes normally suitable for treatment of complex water source with TDS less than 10000 ppm. It is mainly used for purification of surface water, mining waste water, municipal reclaimed water, industrial waste water, RO brackish water. |
SW is suitable for reverse osmosis membrane elements installed at sea and on land. It has the characteristics of high pressure resistance (up to 6.9Mpa), low operating cost, good desalination performance, and stable desalination effect. Drinking water from seawater can be guaranteed under high recovery conditions. SW series membrane elements are suitable for various industrial water treatment such as seawater desalination, high-concentration brackish water desalination, power plant boiler make-up water, etc., and can also be used in various fields such as concentration and recovery of wastewater reuse. Main uses: seawater desalination, high concentration brackish water desalination, industrial water treatment, waste water reuse. |
Advantages of Reverse Osmosis |
Some of the advantages of the reverse osmosis process are as follows.
The best method for water softening.
The semipermeable membrane will block all ion particles.
The maintenance of the system is very simple.
It gives us clean and pure water by blocking all contaminants.
The available RO systems are very compact, and it requires little space.
The useful life of the full system, including the membrane, is over two years.
This system does not require any use of chemicals to purify water.
The energy requirement for the RO system is very low.
RO systems are totally automated and are designed to start and stop on their own.
Advantages of Reverse Osmosis |
Some of the advantages of the reverse osmosis process are as follows.
The best method for water softening.
The semipermeable membrane will block all ion particles.
The maintenance of the system is very simple.
It gives us clean and pure water by blocking all contaminants.
The available RO systems are very compact, and it requires little space.
The useful life of the full system, including the membrane, is over two years.
This system does not require any use of chemicals to purify water.
The energy requirement for the RO system is very low.
RO systems are totally automated and are designed to start and stop on their own.
Applications |
Reverse osmosis is widely used in residential and commercial water filtration systems. Other than that, it has plenty of applications in various industries. Some of them are mentioned below.
Reverse osmosis is a type of process that is used to remove dissolved chemical particles from water.
Reverse osmosis is a type of process that is used to remove dissolved biological entities from water.
It is highly used in desalinating seawater.
It has crucial applications in the medical field.
It is used to purify water to prevent any diseases.
It has a wide application in water treatment and water purification.
It is used in food industries, and it is applied for the concentration of juices, milk, and other beverages.
It is used to provide clean water for the community water supply.
Applications |
Reverse osmosis is widely used in residential and commercial water filtration systems. Other than that, it has plenty of applications in various industries. Some of them are mentioned below.
Reverse osmosis is a type of process that is used to remove dissolved chemical particles from water.
Reverse osmosis is a type of process that is used to remove dissolved biological entities from water.
It is highly used in desalinating seawater.
It has crucial applications in the medical field.
It is used to purify water to prevent any diseases.
It has a wide application in water treatment and water purification.
It is used in food industries, and it is applied for the concentration of juices, milk, and other beverages.
It is used to provide clean water for the community water supply.