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AIMS WATER MANAGEMENT
GST : 33BICPA2274H1ZS

Industrial Water Treatment Plant

Name: Industrial Water Treatment Plant
Brand: AIMS WATER MANAGEMENT

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MOQ : 1 Unit

Industrial Water Treatment Plant Specification

Water Out Conductivity
< 10 S/cm

Usage & Applications
Industrial process water, Boiler feed, ETP/STP reuse

Noise Level
<70 dB

Technology
Reverse Osmosis, Ultrafiltration, UV Disinfection

Recycle Rate
Up to 75%

Power Consumption
Dependent on capacity, typically 5-50 kW

Ph Level
6.5 - 8.5

Water in conductivity
2000 S/cm

Efficiency (%)
Up to 98%

Pump Type
Centrifugal / Dosing Pump

Frequency
50 Hz

Feature
Low maintenance, High recovery, Environment friendly

Flow Rate
As per requirement

Power Source
Electric

Water Source
Borewell, Surface Water, Municipal Supply

Voltage
380-415V AC, 3 Phase

Automatic Grade
Automatic

Purity Level
Up to 99%

Material
Stainless Steel / FRP

Volume
Customizable as per plant size

Product Type
Industrial Water Treatment Plant

Drive Type
Electric Motor

Filter Type
Multi Grade / Activated Carbon / Micron

Capacity
500 LPH - 10000 LPH

Installation Type
Containerized / Skid Mounted / Onsite

Operating Pressure
6-18 bar (RO module)

Pre-Treatment Modules
Sand filter, Carbon filter, Softener, Cartridge filter

Safety Features
Low pressure, High pressure trip, Overload protection

Membrane Type
Spiral Wound Composite Polyamide

Plant Footprint
Compact design, area optimized

Discharge Compliance
Meets CPCB/BIS standards

Product Water Storage
Available as optional

Residual Chlorine Reduction
Included in pre-treatment

Operating Temperature
5C - 45C

Desalination Rate
Up to 99.5% (for RO module)

Monitoring
Online TDS, pH, Flow meters

Cleaning System
CIP (Clean-in-Place) compatible

Controller Type
PLC based control panel with HMI

Service Availability
Onsite technical support

Piping
UPVC / SS 316 as per water chemistry

Industrial Water Treatment Plant Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
30 Days

Main Domestic Market
All India

About Industrial Water Treatment Plant

Industrial Water Treatment Plant is used to process water thoroughly and eliminate sediment, bacteria and other impurity. It is suitable for filtration of various kinds of contaminates from wastewater to assure safe discharge in environment. This plant is manufactured using optimum grade components and sophisticated techniques by our adept professionals. It is known for its optimum performance, power efficiency, high durability and longer functional life. Furthermore, we offer this Industrial Water Treatment Plant to our clients at the lowest prices.

Comprehensive Pre-Treatment

Boasting sand, carbon, softener, and cartridge filters, the pre-treatment setup ensures quality feed water for the RO and ultrafiltration modules. This multi-stage arrangement eliminates sediment, chlorine, hardness, and organic impurities, safeguarding downstream membranes and maximizing plant longevity.

Intelligent Automation and Monitoring

A PLC-based control panel with HMI offers real-time monitoring and automated process management. Online TDS, pH, and flow meters, alongside safety features like pressure trip and overload protection, ensure operational reliability and compliance with quality standards at every stage.

High Efficiency, Recovery, and Purity

The plant achieves up to 99.5% desalination and 98% overall efficiency, recycles up to 75% of incoming water, and ensures product water with <10 S/cm conductivity. The compact design allows space optimization, with customizable footprint and capacity to suit varying industrial needs.

FAQ's of Industrial Water Treatment Plant:

Q: How does the pre-treatment system improve the water purification process?

A: The pre-treatment system-which includes sand, carbon, softener, and cartridge filters-removes suspended solids, chlorine, hardness, and organic matter, resulting in optimal water conditions for subsequent RO or ultrafiltration. This step reduces fouling, extends membrane lifespan, and maintains high system performance.

Q: What are the primary applications for this water treatment plant in industrial settings?

A: This water treatment plant is ideal for industrial process water, boiler feed, recycling treated wastewater (ETP/STP reuse), and facilities requiring reliable, high-quality water. It handles diverse sources, such as borewell, municipal, or surface water, and is customizable per operational needs.

Q: When is it necessary to opt for optional product water storage?

A: Optional product water storage is recommended in cases where there is a fluctuating demand for purified water or intermittent plant operation. Storage ensures a steady supply and allows for buffer capacity during periods of routine maintenance or peak usage.

Q: Where can the plant be installed, and how is its footprint optimized?

A: This treatment plant can be installed onsite, containerized, or as a skid-mounted unit. Its compact and area-optimized design makes it suitable for locations with space constraints, ensuring maximum efficiency without compromising on operational capacity.

Q: What is the process for maintaining and cleaning the RO system?

A: The plant supports Clean-in-Place (CIP) cleaning, which allows for automated flushing and chemical cleaning of membranes without disassembly. Routine maintenance includes filter replacement, monitoring performance, and ensuring safety protocols, all supported by onsite technical service.

Q: How does the plant ensure compliance with discharge and water quality standards?

A: Designed to meet CPCB/BIS standards, the system incorporates real-time monitoring of TDS, pH, and flow parameters, and employs advanced filtration to achieve product water within specified purity and conductivity limits. Safety and control features provide additional assurance for regulatory compliance.

Q: What benefits does the system offer regarding energy consumption and operational efficiency?

A: Energy consumption is dependent on plant capacity, typically ranging from 5 to 50 kW. With centrifugal and dosing pumps, the plant delivers high efficiency, up to 98% recovery, and recycles water, making it both cost-effective and environmentally friendly, with low maintenance requirements.