Recoup Waste Water Heat Recovery Systems help offices, commercial buildings and industrial sites reduce energy use and operating costs.
Our systems recover heat from shower wastewater in changing rooms and staff facilities. The recovered energy is reused to reduce hot water demand and improve building efficiency.
Many workplaces have regular hot water demand from employee showers, changing rooms and welfare facilities.
By recovering heat that would otherwise be lost, Recoup systems help organisations lower energy costs, reduce carbon emissions and improve building performance.
Suitable applications include offices, factories, warehouses, distribution centres and staff accommodation.
Developers, building owners and facility managers across Europe use Recoup systems to reduce hot water energy demand and improve sustainability.
The result is lower operating costs, reduced emissions and more energy-efficient buildings.
Staff shower facilities can represent a significant part of a building’s hot water demand, especially during shift changes and peak operating periods.
Recoup WWHR systems help organisations:
By recovering heat from shower wastewater, Recoup systems improve the efficiency of hot water systems across commercial and industrial buildings.
Vertical WWHR systems provide the highest heat recovery efficiency and are preferred where building design allows.
Where vertical installation is not possible, horizontal WWHR systems provide an effective alternative.
Both solutions help reduce hot water energy demand and improve building efficiency.
Recoup systems are designed for easy installation, reliable performance and minimal maintenance.
Built from durable, high-quality materials, they provide a long-term solution for commercial and industrial applications.
Recoup WWHR systems are suitable for larger shower facilities in offices, industrial sites, commercial buildings and staff accommodation.
Our technical and sales team is available to answer any questions you may have and provide advice on products and installations
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