ISO Drinking Water RO Plant One Stage RO Filter System Water Treatment Plant

• Certification: ISO9001, CE
• Salt Rejection Rate: 99.5%
• Application: Industry
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: JFRO-1000L
• RO Frame: SUS304/Carbon Steel (Optional)
• Warranty: 12 Months Warranty and Lifetime Service
• Power: 110kw
• Function: Water Purification
• Operating Pressure: 1.2-1.5MPa
• Membrane Size: 8040
• NBR of Membrane: 108
• NBR of Membrane Housing: 18
• Desalination Rate: 99.5%
• Recovery Rate: 50%
• Type: Reverse Osmosis
• Product Name: RO Water Treatment System
• Voltage: 110V/220V/380V Can Be Customized
• Materials: FRP, Stainless Steel, UPVC
• Transport Package: Wooden Packing
• Specification: 6m3
• Trademark: Jufu
• Origin: China
• HS Code: 8421219990
• Production Capacity: 2000pieces/Year
• Package Size: 190.00cm * 95.00cm * 220.00cm
• Package Gross Weight: 700.000kg

Product Description

ISO Drinking Water RO Plant One Stage RO Filter System water treatment plant
 

What contaminants do drinking water reverse osmosis systems remove from water?

 

Drinking water reverse osmosis systems can remove up to 99% more dissolved salts (ions), particles, colloids, organics, bacteria and pyrogens from feed water (although RO systems should not be relied on to remove 100% of bacteria and viruses). Reverse osmosis membranes filter contaminants according to their size and charge. Any contaminant with a molecular weight greater than 200 is likely to be rejected by a properly functioning reverse osmosis system (water, by contrast, has a molecular weight of 18). Similarly, the higher the ionic charge of the pollutant, the more likely it is not to pass through the RO membrane. For example, sodium ions have only one charge (univalent) and are not repelled by RO membranes like calcium ions, which have two charges. Again, this is why RO systems do not remove gases such as CO2 very well, as they are not highly ionized (charged) and have very low molecular weight in solution. Because the RO system does not remove gases, the pH of the percolated water may be slightly lower than normal as CO2 is converted to carbonic acid, depending on the level of CO2 in the influent.

Flow chart of Ro Water Treatment System

 

Source water tank → source water booster pump → multi-media filter → activated carbon filter → cation resin softener → precision filter → primary RO reverse osmosis pure water system → secondary RO reverse osmosis pure water system → water gas mixer →Ozone sterilizer→Stainless steel pure water tank→Automatic filling line
 

Technical details of RO Water Treatment System
 

Model	JFRO-1000L
Host Size	1000x600x1600mm (can be customized)
Power	2.2KW
Power Supply	220V /380V/460V - 50Hz/60Hz,220V 50Hz can be customized
Operating Pressure	0.8-1.2MPa
Recovery Rate	50%
Designed Water Inlet	2000L/h
Outlet Flow	1000L/h
Desalination Rate	≥99.5%
RO Frame	SUS304
Membrane Size	4040
Membrane Elements	DOW /Hydranautics/Troy/ Vontron (Optional)
Number of Membranes	4
Raw Water Pump	CNP/NYP/(Optional)
High Pressure Pump	CNP/NYP/ (Optional)
Tank Material	SS/FRP(Optional)
Control Valve	Manual/Automatic
Control Valve Brand	FLECK/RUNXIN
Membrane Housing	SS/FRP
Pipe Material	U-PVC/ Stainless steel (Optional)

 

Reverse osmosis water treatment system has poor filtration effect:

 

There are many reasons for the poor filtering effect, such as: the selection of filter material variety, filling amount is unreasonable, filter cycle backwash scrubbing time control is unreasonable, will lead to high SDI.

 

Low removal rate of organic matter

1. Improve the pretreatment process and improve the measures of COD reduction in the system

2. Try to replace other non-oxidizing fungicides for COD removal.

3. Replace or regenerate when the COD adsorption of the filter material of activated carbon filter is full.

Manufacturing, installation and commissioning of reverse osmosis water treatment equipment:

 

Users should monitor the whole process quality and process of manufacturing process equipment according to the design requirements, and grasp the quality assurance of selected materials and components.

 

In the process of equipment installation, the installation position and physical and chemical indexes of instruments and filling materials (filter media, resin, hollow balls, etc.) are strictly located and inspected.

 

In the debugging process, the additives and consumables used in the operation process should be tested qualitatively and quantitatively. Special attention should be paid to the compatibility of PAC, PAM, scale inhibitor, etc., and the suitable operating consumables for the system should be selected through tests.