Water Systems (RO & Multi Column Distillation Plant)

Product Overview

Water Treatment Designed Around Process Requirements

Water systems are an important part of pharmaceutical and life-science manufacturing infrastructure. The treatment train is selected according to the quality of incoming water and the intended application.

Singh Lifescience provides water-system solutions incorporating treatment stages such as pre-filtration, reverse osmosis (RO) and electrodeionization (EDI), depending on the project requirement.

Key Features

Engineered for Controlled Water Treatment

The system approach focuses on selecting appropriate treatment stages and integrating them into the overall facility water infrastructure.

Multi-Stage Treatment

Multiple treatment stages can be combined according to feed-water and application requirements.

Water Quality Improvement

Treatment processes work progressively to improve the quality of water supplied to downstream applications.

Process Compatibility

The system can be planned as part of a wider pharmaceutical water infrastructure.

Application-Based Design

System configuration can be developed around the required treatment objective and process arrangement.

Downstream Equipment Support

Appropriate pre-treatment can help protect subsequent treatment stages from unwanted feed-water conditions.

Project Integration

Water treatment can be coordinated with the facility's broader engineering and utility requirements.

Working Principle

How the Water System Works

Water passes through selected treatment stages in a controlled sequence. Each stage performs a specific treatment function before the water proceeds to the next stage.

1
Feed Water
Incoming water enters the treatment system as the initial feed.
2
Pre-Filtration
Initial filtration helps reduce suspended matter before downstream treatment.
3
RO Treatment
Reverse osmosis provides membrane-based reduction of dissolved impurities.
4
EDI
Electrodeionization can provide further deionization of treated water.
5
Multi-Column Distillation Plant to Generate the Water for Injection (WFI)
Multi-column distillation produces high-purity WFI by removing endotoxins and microbes.
6
Process Supply
The WFI generated is supplied to the intended downstream a manufacturing application.
Working Principle

How the Water System Works

1
Feed Water
Incoming water enters the treatment system as the initial feed.
2
Pre-Filtration
Initial filtration helps reduce suspended matter before downstream treatment.
3
RO Treatment
Reverse osmosis provides membrane-based reduction of dissolved impurities.
4
EDI
Electrodeionization can provide further deionization of treated water.
5
Multi-Column Distillation Plant to Generate the Water for Injection (WFI)
Multi-column distillation produces high-purity WFI by removing endotoxins and microbes.
6
Process Supply
The WFI generated is supplied to the intended downstream a manufacturing application.

Water passes through selected treatment stages in a controlled sequence. Each stage performs a specific treatment function before the water proceeds to the next stage.

Looking for a Water System for Your Facility?

Share your water-treatment requirement, application and project details with Singh Lifescience for an appropriate system configuration.

  +91 96919 53593

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