Perfect Circulation for Community Pool

The primary pump that provides pool circulation at our Council Customer’s community pool had failed. This meant that only one other pump was running and a third pump was missing, resulting in no backup. The end-of-life and outdated pump technology that the failed pump employed consumed a higher kilowattage. This led to increased power consumption, elevated operational costs and ultimately the pump failed. This was particularly concerning for a busy local pool.

Swimming pool pumps play a crucial role in maintaining an effective circulation system, which, in turn, governs the cleaning, filtration, and distribution of heat and chemicals within the pool. The pump is the heart of the circulation system, generating suction and pressure to keep the water in constant flow.

In addressing the challenges faced by our customer, we introduced a new 18.5kW suction pump featuring a bronze impeller. This new pump system delivered updated technology, cost savings and peace of mind that the pump would continue to operate uninterrupted.

Reliability is paramount for a pool pump, and swift replacement in the event of failure is essential. An efficient pump typically achieves optimal circulation within 8 to 10 hours. Matching the flow rate to the water volume is critical to ensuring the circulation system’s effectiveness.

We also took the old pump back to the workshop for dismantling and inspection. We repaired the old pump and used it to replace the missing pump.

This strategic upgrade ensured not only enhanced reliability but also improved efficiency in the pool’s circulation system.

To learn more about what we can do to help local authorities, click here https://www.durapump.co.uk/sectors/local-authorities/

Some further information on pool pumps can be found here https://www.durapump.co.uk/product/pool-pumps/#view-item-btn-link

Click here to an interesting article from the BBC on the future of our swimming pools Almost 2,000 swimming pools could be lost by 2030, says Swim England report – BBC Sport