Water Reverse Osmosis Plants

Name: Water Reverse Osmosis Plants
Brand: ANUJ ENTERPRISES
Price: 10000 INR
Availability: InStock

10000 INR/Bag

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Product Details:

Noise Level <65 dB
Pump Type Centrifugal / High Pressure Pump
Feature High Efficiency, Low Maintenance, Compact Design
Ph Level 6.5 - 8.5
Frequency 50/60 Hz
Water in conductivity 300 - 700 S/cm
Efficiency (%) 95 - 98%
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Water Reverse Osmosis Plants Price And Quantity

Minimum Order Quantity 1 Plant
Price 10000 INR/Bag

Cleaning System CIP (Clean-In-Place)
Skid Material Powder Coated MS/ SS
Pre-Treatment Sand Filter, Carbon Filter, Micron Filter
Feed Water TDS Up to 5000 ppm
Membrane Brand Dow/ Hydranautics/ Toray/ Equivalent
Product Water TDS <50 ppm
Operating Pressure 10-20 Bar
Control System PLC Controlled Panel
Temperature Range 5°C to 45°C
Discharge Standard Meets IS 10500:2012 & WHO Water Quality Guidelines
Recovery Rate 50-70%

Water Reverse Osmosis Plants Product Specifications

Product Type Reverse Osmosis Plant
Usage & Applications Industrial, Commercial, Drinking Water, Pharmaceutical, Food Processing
Water Out Conductivity <10 S/cm
Capacity 250 LPH to 50000 LPH
Flow Rate Variable as per plant capacity
Recycle Rate 60-70%
Power Consumption 2 - 7.5 kW
Filter Type Multi Media, Cartridge, Activated Carbon Filters
Volume 500 LPH to 10,000 LPH
Purity Level Up to 99.5%
Installation Type Containerized / Skid Mounted / Floor Mounted
Power Source Electric
Automatic Grade Automatic / Semi-Automatic
Material Stainless Steel / FRP
Technology Reverse Osmosis (RO)
Efficiency (%) 95 - 98%
Water Source Borewell Water, Municipal Water, River Water, Brackish Water, Sea Water
Voltage 220V / 380V
Noise Level <65 dB
Pump Type Centrifugal / High Pressure Pump
Drive Type Electric Motor
Feature High Efficiency, Low Maintenance, Compact Design
Ph Level 6.5 - 8.5
Frequency 50/60 Hz
Water in conductivity 300 - 700 S/cm

Cleaning System CIP (Clean-In-Place)
Skid Material Powder Coated MS/ SS
Pre-Treatment Sand Filter, Carbon Filter, Micron Filter
Feed Water TDS Up to 5000 ppm
Membrane Brand Dow/ Hydranautics/ Toray/ Equivalent
Product Water TDS <50 ppm
Operating Pressure 10-20 Bar
Control System PLC Controlled Panel
Temperature Range 5°C to 45°C
Discharge Standard Meets IS 10500:2012 & WHO Water Quality Guidelines
Recovery Rate 50-70%

Water Reverse Osmosis Plants Trade Information

Supply Ability 1 Plant Per Day
Delivery Time 1 Days

Product Description

To set new benchmarks in our sphere of operations, we are engaged in manufacturing Water Reverse Osmosis Plants. The plant is manufactured in compliance with the changing market demands, using optimum quality materials. These plants are used to separate organic substances from water and make the water pure. Available in different specifications our Water Reverse Osmosis Plants are highly utilized in waste water systems. We offer the plants at the cost effective prices.

Features:

Longer service life
Hassle free operation
Requires less maintenance

Advanced Control & Membrane Technology

Equipped with a PLC-controlled panel and membranes from leading brands, our RO plants ensure automated, precise operation and consistent water quality. The integrated Clean-In-Place system enables effortless maintenance, optimizing downtime and operational costs while maintaining peak efficiency every cycle.

Versatile Installation & Applications

Available in containerized, skid-mounted, or floor-mounted formats and built from powder coated MS or stainless steel, our RO plants adapt to a variety of industrial, commercial, and municipal scenarios. The wide range of capacities (250 LPH to 50,000 LPH) supports diverse uses, from drinking water supply to food processing and pharmaceuticals.

Efficient Pre-Treatment and High Recovery

A multi-stage pre-treatment sequence with sand, carbon, and micron filters maximizes membrane longevity and performance. Recovery rates of up to 70% ensure resource efficiency, while discharge meets national and international water quality standards for safety and compliance.

FAQs of Water Reverse Osmosis Plants:

Q: How does the PLC-controlled panel improve the performance of the reverse osmosis plant?

A: The PLC-controlled panel automates key processes, monitors system parameters, and enables precise adjustments. This results in consistent water quality, reduced manual intervention, and enhanced operational safety.

Q: What types of feed water sources can be treated by this RO plant?

A: Our RO plants are designed to treat various feed water sources, including borewell water, municipal supplies, river water, brackish water, and seawater, with TDS levels up to 5000 ppm.

Q: When is it necessary to use the Clean-In-Place (CIP) cleaning system?

A: The CIP system should be used periodically, especially when a decline in performance is noticed (such as reduced permeate flow or increased pressure drop), or as recommended in the maintenance schedule to ensure membrane longevity.

Q: Where can these reverse osmosis plants be installed?

A: Reverse osmosis plants can be installed in a range of settings: industrial facilities, commercial estates, municipal water treatment plants, pharmaceutical production, or food processing units, thanks to multiple mounting options like containerized, skid-mounted, or floor-mounted configurations.

Q: What is the process for achieving water quality that meets IS 10500:2012 and WHO guidelines?

A: The plant combines multi-stage pre-treatment (sand, carbon, and micron filtration) with advanced reverse osmosis membranes to remove contaminants. This results in product water with TDS below 50 ppm and conductivity under 10 S/cm, compliant with strict quality standards.

Q: How is the variable flow rate maintained in these systems?

A: Variable flow rates are managed by adjusting system parameters and pump speeds, allowing flexibility to match the plants capacity requirementsranging from 500 LPH to 10,000 LPH or as specified on larger units.

Q: What are the primary benefits of this reverse osmosis plant for users?

A: Key benefits include high efficiency (up to 98%), low maintenance due to CIP technology, compact design for space optimization, compliance with major water standards, and significant reduction in operating costs through resource recovery and energy-saving features.

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