Waste Water Heat Recovery for Showers

Recoup wwhrs on display at newport Sustainability Centre

Apr 21, 2026 | Decarbonisation, Housing Associations, Recoup WWHRS, Social Housing, Suppliers

Recoup WWHRS solutions are now on display at the Robert Price Sustainability Centre in Newport, supporting knowledge sharing and engagement with Welsh housing associations on low-carbon technologies.

Robert Price Sustainability Centre in Newport Recoup WWHRS Display

Recoup Energy Solutions has installed a range of Waste Water Heat Recovery for Showers (WWHRS) systems at the Robert Price Sustainability Centre in Newport, creating a dedicated space to demonstrate how these technologies can support energy efficiency and decarbonisation in housing.

The installation includes a selection of Recoup solutions designed for different applications and property types, showcasing how WWHRS can be integrated into both new build and retrofit projects. Systems on display include the Easyfit+, HeatDeck™ and Pipe HEX, each paired with compatible showering solutions, Mira Showers TMV mixers and Mira Advance Heatloop™ to demonstrate practical, real-world installation scenarios.

The Sustainability Centre provides an opportunity for housing professionals to explore these technologies first-hand, supporting informed decision-making around specification and delivery.

As part of this initiative, Robert Price is hosting a series of bespoke innovation sessions for Welsh housing associations. The first session, taking place on 24th April, will welcome representatives from United Welsh and Celtic Horizons to learn more about the latest sustainable solutions available and how they can be applied across housing programmes.

Recoup will be supporting the session by providing insight into how WWHRS can contribute to reducing hot water energy demand, while offering a simple, low-disruption solution that can be implemented at scale.

These sessions form part of a wider effort to help housing providers better understand the technologies available to them, and how they can be used to deliver energy-efficient, future-ready homes.

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