RO Reverse Osmosis 2 Stages Water Filtration Plant Machine/Reverse Osmosis Drinking Water

• Customization: Available
• After-sales Service: 1 Year
• Warranty: 1 Year
• Model NO.: RO
• Type: Microfiltration Machine
• Method: Combined Treatment
• Usage: Industrial
• Transport Package: Wooden Case
• Specification: RO
• Trademark: ECOPRO
• Origin: Shanghai
• Production Capacity: 5000/Year

Product Description

Reverse Osmosis System
RO water treatment system, also known as reverse osmosis water treatment system, is based on the principle that raw water passes through a reverse osmosis membrane under high pressure, and the solvent in the water diffuses from high concentration to low concentration to achieve separation, purification, and concentration. Due to its opposite direction of permeation in nature, it is called reverse osmosis

Quartz Sand Filter
Quartz sand filter is used for pre-treatment of raw water, reducing the turbidity of the raw water to around 3 degrees and providing protection for subsequent equipment.

Activated Carbon Filter
Activated carbon filters are used for pre-treatment of raw water. The treated water flows through the activated carbon filter layer from top to bottom, utilizing the large specific surface area and pores of activated carbon as well as its strong adsorption capacity for organic matter to adsorb residual chlorine and organic matter in the water, providing good inlet conditions for subsequent equipment.

Resin Filter
Resin filters are used to soften raw water, allowing the resin to adsorb calcium and magnesium ions (the main components that form scale) in the water, reducing the hardness of the water

Precision Filter
Precision filters utilize the separation characteristics of membranes to remove substances from water, with a diameter of 0.03-15 μ m. Mainly removes fine particles, sub particles, and particulate matter.

Filter Element
Filter cartridge membrane filtration has a relatively neat and uniform porous structure, which is a development of deep filtration technology, transitioning filtration from generally having relatively rough relative properties to precise absolute properties.

Reverse Osmosis Membrane
The membrane of reverse osmosis is a composite structure, which consists of three layers: polyester reinforced non-woven fabric, polysulfone material porous intermediate support layer, and amide material ultra-thin separation layer. The ultra-thin separation layer is the truly functional layer with separation effect in reverse osmosis.

Quartz Sand Filte

Activated Carbon 

Resin Filter

Quartz Sand Filte
Activated Carbon 
Resin Filter
Quartz sand filter is used for pre-treatment of raw water, reducing the turbidity of the raw water to around 3 degrees and providing protection for subsequent equipment.

Activated carbon filters are used for pre-treatment of raw water. The treated water flows through the activated carbon filter layer from top to bottom, utilizing the large specific surface area and pores of activated carbon as well as its strong adsorption capacity for organic matter to adsorb residual chlorine and organic matter in the water, providing good inlet conditions for subsequent equipment.

Resin filters are used to soften raw water, allowing the resin to adsorb calcium and magnesium ions (the main components that form scale) in the water, reducing the hardness of the water

Filter Element

Advantages

Filter Element
Reverse Osmosis Membrane
Filter cartridge membrane filtration has a relatively neat and uniform porous structure, which is a development of deep filtration technology, transitioning filtration from generally having relatively rough relative properties to precise absolute properties.

The membrane of reverse osmosis is a composite structure, which consists of three layers: polyester reinforced non-woven fabric, polysulfone material porous intermediate support layer, and amide material ultra-thin separation layer. The ultra-thin separation layer is the truly functional layer with separation effect in reverse osmosis.

Advantages
(1) Low energy consumption;
(2) Low operating costs; 
(3) Simple design and operation, short construction cycle;
(4) High efficiency and environmentally friendly.