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Drinking Water RO Plant

Drinking Water RO Plant Specification

Power Consumption
2-8 kW (Depending on Plant Capacity)

Noise Level
60 dB

Pump Type
High-Pressure Multistage Pump

Feature
Efficient membrane separation, corrosion resistant body, user-friendly control panel

Recycle Rate
Up to 75%

Frequency
50/60 Hz

Usage & Applications
Drinking Water, Industrial, Institutional and Commercial Water Supply

Flow Rate
500-10,000 LPH

Technology
Reverse Osmosis

Ph Level
6.5-8.5 (adjustable output)

Water in conductivity
< 2000 S/cm

Efficiency (%)
Up to 99%

Water Out Conductivity
< 10 S/cm

Voltage
220-380 V

Product Type
Reverse Osmosis (RO) Water Plant

Purity Level
Up to 99% removal of dissolved salts and contaminants

Power Source
Electric

Drive Type
Electric Motor

Volume
500-10000 L

Material
Stainless Steel / FRP

Automatic Grade
Automatic

Water Source
Borewell/Surface Water

Filter Type
Multi-Stage Filtration (Micron Filter, Carbon Filter, RO Membrane)

Capacity
500 to 10,000 LPH (Liters per hour)

Installation Type
Skid Mount

Outlet Water Storage
SS/HDPE Tanks (Optional)

Membrane Type
Polyamide Spiral Wound

Control System
PLC/Automatic

Connection Type
Flanged/Threaded/Push Fit

Recovery Rate
Up to 70%

Temperature Range
5°C to 45°C

Pre-treatment
Sand Filter, Activated Carbon Filter, Micron Cartridge

Inlet Pressure
1-2.5 kg/cm²

Cleaning System
Online/Manual Chemical Cleaning

Drinking Water RO Plant Trade Information

Payment Terms
Paypal, Cash on Delivery (COD), Delivery Point (DP), Western Union, Cash Against Delivery (CAD), Cash in Advance (CID), Cheque, Cash Advance (CA)

About Drinking Water RO Plant

With the assistance of our experienced professionals, we have been able to manufacture and export an extensive range of Drinking Water RO Plant. Offered plant is highly admired by our esteemed clients for its optimum performance and sturdy design. The plant offered by us is capable of effectively removing harmful substance like organisms, viruses, bacteria, and silicone gel from the drinking water. This range of Drinking Water RO Plant is made available in the market in a plethora of technical specifications at affordable prices.

Features:

High functionality
Enhanced working life
Trouble-free performance

Drinking-Water RO Plant

A.P.Engineers supplied many drinking water RO plants for garments, schools, company canteen, etc. our drinking water RO plant was designed with semi-automation and full automation with micro-processors controlled panel board. Our RO plant is controlled by microprocessors with float for raw water tank empty and treated water tank full, Low-pressure switch & high-pressure switch, conductivity meter, solenoid valve, dosing pump, high-pressure pump, feed pump, cleaning pump, etc.

By our design, the total system is free from operator requirements. It automatically stops with the raw water tank empty and the product water full. Similarly high-pressure pumps, membranes are safe by the low-pressure switch and high pressures witch. This switch keeps a safe high-pressure pump from dry running, avoids membrane damage due to high pressure, pressure rising due to scaling, etc. our solenoid valve flushes the RO plant periodically so that scaling and fouling are avoided.

In our microprocessors controlled panel board display, product TDS, feed pump current, high-pressure pump current, dry run cur-rent, flushing interval, etc are arranged and shown in the display. Our plant is suitable for high TDS (up to 5000TDS) and high scales (2500 ppm of total hardness) water.

Our design is created with membrane manufacturer software and designed with optimal flux, beta factor etc.

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Advanced Reverse Osmosis Technology

Engineered with polyamide spiral wound membranes, the RO Plant efficiently diminishes dissolved salts and contaminants, producing ultra-pure water with conductivity below 10 S/cm. The automatic PLC system enables consistent output and minimal manual intervention for hassle-free operation.

Flexible Capacity and Installation Options

With volumes spanning 500 to 10,000 liters per hour, this system caters to varied requirements across industrial, commercial, and institutional environments. Installation is simple due to the skid-mount design and multiple connection types, making it suitable for new setups and retrofits alike.

Multi-Stage Filtration and Purity Assurance

The included pre-treatment stagessand filter, activated carbon filter, and micron cartridgeensure optimal membrane protection and longevity. Dedicated online or manual cleaning systems facilitate routine maintenance, supporting prolonged efficiency and consistent water quality.

FAQs of Drinking Water RO Plant:

Q: How does the Drinking Water RO Plant achieve up to 99% removal of dissolved salts and contaminants?

A: The RO Plant utilizes a reverse osmosis process through polyamide spiral wound membranes, combined with multi-stage filtration (sand, activated carbon, micron cartridge), efficiently filtering out dissolved salts and contaminants for high purity water.

Q: What is the recommended water source for operating this RO plant?

A: This plant is designed to treat both borewell and surface water sources, provided the inlet water conductivity does not exceed 2000 S/cm and the input pressure falls between 1-2.5 kg/cm.

Q: When should chemical cleaning be performed on the RO membranes?

A: Chemical cleaning should be performed either online or manually, based on water quality variations or scheduled maintenance intervals, to prevent membrane fouling and maintain peak performance.

Q: Where can the purified water from this RO plant be stored?

A: Purified water may be stored in optional stainless steel (SS) or high-density polyethylene (HDPE) tanks, depending on site preferences and storage requirements.

Q: What is the process flow for water purification in this plant?

A: Raw water first passes through sand and activated carbon filters, followed by micron cartridge filtration. The pre-treated water is then pressurized and routed through the RO membrane, with the output directed to storage and recyclables managed to maximize efficiency.

Q: How can users benefit from the automatic PLC control system in this RO plant?

A: The integrated PLC control system streamlines operation, automates monitoring and regulation of key parameters, reducing manual oversight and enhancing reliability for efficient water purification.

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