Drinking water ro system is raw water by reverse osmosis system precision filter, granular activated carbon filter, activated carbon filter, compression, and then through the pressure of the pump, the use of reverse osmosis membrane pore size 1/10000 microns to make relatively high concentrations of water into the low concentration of water, and industrial pollutants, heavy metals, bacteria, viruses and other impurities mixed in the water of a large number of sufficient isolation, In order to achieve the physical and chemical indicators of drinking water and sanitation standards, pure water is the best choice for the body to replenish water quality.

Technical specifications of Drinking Water RO System

Model	JFRO-500L
Host Size	800x600x1600mm (can be customized)
Power	1.5KW
Power Supply	220V /380V/460V - 50Hz/60Hz,220V 50Hz can be customized
Operating Pressure	0.8-1.2MPa
Recovery Rate	50%
Designed Water Inlet	1000L/h
Outlet Flow	500L/h
Desalination Rate	≥99.5%
RO Frame	SUS304
Membrane Size	4040
Membrane Elements	DOW /Hydranautics/Troy/ Vontron (Optional)
Number of Membranes	2
Raw Water Pump	CNP/NYP/GRUNDFOS (Optional)
Raw Water Pump	CNP/NYP/GRUNDFOS (Optional)
Tank Material	SS/FRP (Optional)
Control Valve	Manual/Automatic
Control Valve Brand	FLECK/RUNXIN
Membrane Housing	SS/FRP (Optional)
Pipe Material	U-PVC, Stainless steel (Optional)

The working process of Drinking Water RO System

1. Preprocessing
2. Reverse osmosis
3. Post-processing
4. Cleaning
5. Electrical control

The separation capacity of drinking water ro system membrane technology?

Reverse osmosis is currently a relatively accurate liquid filtration technology. RO reverse osmosis membrane can retain inorganic molecules such as dissolved salts and organic compounds with molecular weight greater than 100. On the other hand, water molecules can freely pass through the RO membrane, and the removal rate of typical soluble salts is high.

RO system failure analysis table:

possible reason	possible location	pressure drop	Product water flow	salt permeability
Metal oxide	The first section	usually increases	decline	usually increases
colloid fouling	The first section	usually increases	decline	usually increases
fouling	The last section	increases	decline	increases
Biofouling	any section	usually decline	increases	Increase
organic fouling	all sections	normal	decline	usually increases
Oxidizing agent (eg: Cl2)	The first part is the most serious	usually decline	increases	Increase
Surface wear (carbon particles,sludge)	The first part is the most serious	decline	increases	Increase
Cracks in O-rings or glued	random	usually decline	usually decline	Increase
The recovery rate is too high	all parts	decline	usually decline	Increase