High-Quality 500L/Hour - 5000L/Hour Water Treatment Plant industrial stainless steel/PVC Reverse Osmosis Water Purification One-stage and Two-stage Supplier, Factories

Reverse osmosis technology is a modern high technology developed recently in China. Reverse osmosis is to separate water from solution after it permeates the specially-made semi-transparent membrane through exerting a pressure that is higher than the osmosis pressure on the solution, As this process is reverse to the natural permeation direction, it is called reverse osmosis. According to different osmosis pressures of various materials, the process of reverse osmosis with a pressure higher than the osmosis pressure can be used to reach the purposes of separation, extraction, purification and concentration of a certain solution it does not need heating and there is no phase changing process; therefore, it saves more energy than traditional process.

Product Description

This system occupies little space, is easy to operate, and has a wide application range. When used for disposing industrial water, the reverse osmosis device does not consume large amounts of acids and alkalis, eliminating secondary pollution while maintaining a low operating cost.

Reverse Osmosis System Detail
Reverse Osmosis System Structure
Key Performance & Features
Compact & Versatile: Small volume, simple operation, and wide application range.
Eco-Friendly & Low Cost: Treats industrial water without large amounts of acid and alkali, producing no secondary pollution.
High Desalination Efficiency: Reverse osmosis desalination rate ≥ 99%, whole machine desalination rate ≥ 97%. Removes 98% of organic matters, colloids, and bacteria.
Excellent Water Quality: One-stage conductivity ≤ 10 μs/cm, two-stage around 2-3 μs/cm, EDI ≤ 0.5 μs/cm (based on raw water ≤ 300 μs/cm).
High Automation: Automated start/stop based on water levels, timed pre-filtration washing, automatic IC microcomputer RO membrane flushing, and online conductivity display.
Quality Components: Imported parts account for over 90% of the system.
DUBAI Project - 2000L/Hour
DUBAI Project - 2000L/Hour
Application Industries
Electronic Industry Water: Integrated circuits, silicon wafers, display tubes, and other electronic components.
Pharmaceutical Industry Water: Large infusions, injections, tablets, biochemical products, equipment cleaning, etc.
Chemical Process Water: Chemical circulating water, chemical products manufacturing, etc.
Electric Industry Water: Thermal power generation boilers, low pressure boiler power systems in factories and mines.
Food Industry Water: Purified drinking water, beverages, beer, alcohol, health products, etc.
Desalination Systems: Seawater and saline water desalination for islands, ships, marine drilling platforms, and saline water areas.
Purified Drinking Water: Housing properties, residential communities, enterprises, etc.
Other Process Water: Automobiles, home appliance painting, coated glass, cosmetics, fine chemicals, etc.
Two-Stage Process Flowchart
Raw water Raw water tank Raw water pump Sand filter Carbon filter Safety filter (High pressure pump) One stage RO Middle water tank (High pressure pump) Two stage RO Stainless steel pure water tank Pure water pump Using pure water point
SRI LANKA Project - 1000L/Hour
SRI LANKA Project - 1000L/Hour
Global Projects Showcase
UK Project
UK Project
1000L/Hour
South Africa Project
SOUTH AFRICA
2000L/Hour
Dubai Project
DUBAI Project
3000L/Hour
Middle East Projects
SYRIA & KUWAIT PROJECTS
500L/Hour & 1000L/Hour Configurations
Anion Cation Mixing Bed Left Anion Cation Mixing Bed Right
CG-Anion Cation Mixing Bed
Advanced Ion Exchange Unit
Auxiliary System Components
Ozone Generator
Ozone Generator
Disinfection & Oxidation
Current Passing Type Ultraviolet Sterilizer
Ultraviolet Sterilizer
Current Passing Type UV
CG-EDI-6000L/Hour
CG-EDI System
6000L/Hour Capacity
Technical Specifications & Parameters
Model Capacity (T/H) Power (kW) Recovery (%) One-stage Finished Water Conductivity (μs/cm) Two-stage Finished Water Conductivity (μs/cm) EDI Finished Water Conductivity (μs/cm) Raw Water Conductivity (μs/cm)
RO-500 0.5 0.75 55-75 ≤ 10 2-3 ≤ 0.5 ≤ 300
RO-1000 1.0 2.2 55-75
RO-2000 2.0 4.0 55-75
RO-3000 3.0 5.5 55-75
RO-5000 5.0 7.5 55-75
RO-6000 6.0 7.5 55-75
RO-10000 10.0 11.0 55-75
RO-20000 20.0 15.0 55-75
No Item Data
1 Description Pure water treatment purifying machine
2 Voltage AC380V-3phase
3 Component Sand filter + carbon filter + soften filter + precision filter + RO filter
4 Pure water production capacity 500L/H (500 - 5000L/H can be customized)
5 Filter principle Physical filtration + reverse osmosis filtration
6 Control Button or PLC + Touch screen
Frequently Asked Questions
Q: What is the purification and desalination efficiency of the RO system?
The system achieves a reverse osmosis desalination rate of ≥ 99% and a machine-level desalination rate of ≥ 97%. It can effectively eliminate up to 98% of organic matters, colloids, and bacteria from feed water.
Q: Does the treatment of industrial water require chemical additives?
No, when used for disposing industrial water, this reverse osmosis device does not consume large amounts of acid or alkali. This keeps operating costs low and prevents secondary pollution.
Q: What output water conductivity can this system achieve?
Based on raw feed water of ≤ 300 μs/cm, the system delivers one-stage finished water at ≤ 10 μs/cm, two-stage finished water at approximately 2-3 μs/cm, and integrated EDI filtration at ≤ 0.5 μs/cm.
Q: How automated is the reverse osmosis machine?
The system features a high degree of automation and can run completely unattended. It starts automatically when water levels drop, stops when water is sufficient, monitors conductivity online in real time, and automatically performs timed flushing of the front filter materials and reverse osmosis membranes.
Q: What standard filter stages are configured inside the unit?
The standard system consists of a sand filter, a carbon filter, a soften filter, a precision safety filter, and a high-performance reverse osmosis (RO) filter. It can also be integrated with EDI and UV sterilizers based on capacity and target conductivity requirements.

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