---
title: Ageing Water Treatment Equipment I Veolia
description: Explore how ageing water treatment equipment can affect plant reliability and how a targeted upgrade supported a UK biomass energy producer.
---

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# Could ageing water treatment equipment be putting your plant reliability at risk?

 

Many industrial plant operations depend on a consistent supply of high-quality treated water to protect critical equipment and maintain reliable operation.

As water treatment systems age, obsolete components, increasing maintenance requirements and continued reliance on inefficient or costly processes can place growing pressure on system reliability and operating costs.

## When ageing assets become an operational constraint

Water treatment equipment may continue to operate even after it has moved beyond its most efficient and reliable working life.

Obsolete components, changing production demands and continued reliance on costly treatment processes can gradually increase operational risk. For industrial operators, this can affect the dependable supply of treated water needed to protect critical equipment and maintain production.

Recognising these pressures early creates an opportunity to modernise the system before declining performance develops into unplanned downtime or higher long-term costs.

## Modernising without disrupting operations

Upgrading a demineralised water system does not have to mean replacing every element of the existing infrastructure.

By reviewing the condition of the current equipment, required water quality and production demand, a targeted upgrade can focus investment on obsolete and higher-risk components while retaining equipment that remains suitable for continued use. 

Veolia combines standardised water treatment technology with site-specific customisation, helping industrial operators improve reliability and efficiency while maintaining continuity throughout installation and commissioning.

## Upgrading demineralised water production for a UK biomass energy producer

When obsolete reverse osmosis units and increasingly difficult-to-source components created a growing risk of downtime, a major UK biomass wood pellet manufacturer needed a more reliable and cost-effective approach to demineralised water production.

The project required a targeted upgrade that could accommodate increased demand, integrate with the site's existing water infrastructure and support the continued performance of its biomass-powered CHP plant.

The full case study explores:

- What was driving recurring reliability and maintenance concerns
- How a condition-based review identified which equipment should be retained or replaced
- How the obsolete RO equipment was upgraded within an operational CHP environment
- How the solution improved resilience, operational flexibility and water treatment performance
- How reduced reactive maintenance and digital support contribute to long-term plant reliability

![industrial3](https://campaign.veoliawatertechnologies.co.uk/hs-fs/hubfs/VWT%20UK/113956-4utjooqdbx.jpg?width=2000&height=1336&name=113956-4utjooqdbx.jpg "industrial3")

## Download the full case study

For more detail on how Veolia delivered a targeted demineralised water system upgrade while supporting reliable CHP operation, please fill in the form to access the full case study.

 

## Ready to review your industrial water treatment assets?

A complimentary Plant Asset Health Check can help you understand how your existing equipment is performing, identify emerging reliability or efficiency risks, and establish practical next steps for maintenance and modernisation. There is no cost and no obligation.

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