Yes. In many cases, repairing and overhauling an industrial pump can be a more cost effective and sustainable option than replacing it.

Our engineers inspect the pump, identify the cause of failure and assess the condition of key components such as bearings, seals, shafts, impellers and casings. Where practical, worn or damaged components can be repaired or replaced before the pump is rebuilt and tested.

The right repair can get your existing equipment back into service without the cost, lead time or disruption of sourcing a completely new pump.

Industrial pumps come in many different designs, and the repair requirements can vary significantly between applications.

We can assess and repair a wide range of industrial and process pumps, including centrifugal pumps, positive displacement pumps, circulation pumps and specialist process pumps, subject to their design and condition.

Whether the problem is mechanical wear, bearing failure, seal damage, shaft wear or another fault, our engineers can assess the pump and recommend the most appropriate repair.

Industrial pumps can fail for a number of reasons, but common causes include bearing failure, mechanical seal failure, cavitation, misalignment, dry running, contamination and excessive vibration.

Simply replacing the failed component doesn't always solve the problem.

Understanding why the pump failed in the first place is just as important as carrying out the repair. Identifying the root cause can help prevent the same failure from bringing your production equipment down again.

A pump will often give you warning signs before it fails completely.

Look out for increased vibration, unusual noise, overheating, leaking seals, reduced flow or pressure, changes in energy consumption or repeated bearing failures.

These symptoms shouldn't be ignored. Early investigation can identify developing problems before they become a major failure, potentially reducing repair costs and avoiding unplanned production downtime.

Not necessarily replace it.

The decision should be based on the condition of the pump, the cost of repair, availability of replacement equipment, lead times and the expected service life after overhaul.

A well engineered repair can often return an existing pump to reliable service for considerably less than the cost and disruption associated with replacement.

Our approach is simple: assess the equipment first, then make the right decision based on its condition and your application.

There isn't a single price for industrial pump repairs because every pump and failure is different.

The cost can depend on the type and size of pump, extent of damage, condition of components, replacement parts required and any machining or specialist work involved.

Rather than replacing components unnecessarily, we assess the pump and provide a repair recommendation based on its actual condition.

That means you can make an informed decision before committing to the repair.

Repair times depend on the type of pump, the extent of the damage and whether replacement or specialist components are required.

For critical equipment, speed matters. That's why our repair process is focused on getting equipment assessed quickly and identifying the work required as early as possible.

Where components are obsolete or unavailable, our precision engineering and component supply capabilities can also provide options that may otherwise involve waiting for a new pump.

An industrial pump overhaul starts with a detailed inspection rather than simply replacing parts.

The pump is stripped down and its components assessed for wear, damage and dimensional accuracy. Depending on its condition, the overhaul may include bearing and seal replacement, shaft repair, component refurbishment, precision machining, reassembly and testing.

The aim isn't simply to make the pump work again. It's to return it to reliable service and address the issues that contributed to its failure.

Yes.

Fletcher Moorland is an IECEx Certified repair facility authorised to repair explosion-protected electric motors used within hazardous environments.

These repairs follow strict international standards to ensure the integrity of the explosion protection is maintained throughout the repair process.

The best pump repair is the one you don't need to make twice.

Regular inspection and preventative maintenance can identify developing problems before they become failures. Vibration monitoring, temperature monitoring, alignment checks and routine inspections can all provide valuable information about pump condition.

Condition monitoring can be particularly useful on critical assets, allowing maintenance teams to move from reacting to failures to planning maintenance around the actual condition of their equipment.