Torry Heat Network

Torry Heat Network

Executive summary

The Torry Heat Network will not only improve the day-to-day lives of the residents and organisations connected to it, but it will also have a significant impact on the low-carbon infrastructure of Scotland. Whilst the primary drivers of Aberdeen City Council are to reduce fuel poverty, insulate residents from volatile fossil fuel prices and reduce their carbon emissions, Torry incorporates some important "firsts for Scotland” which clearly demonstrate how modern heat networks should be designed, delivered and maintained.

Project Overview

The Torry Heat Network is a groundbreaking initiative that takes low-carbon heat from a nearby Energy from Waste (EfW) plant and distributes it through the Torry region of Aberdeen, transforming the way the community generates heat and hot water.

The project is of national importance to Scotland as it will be the first major mainland Energy from Waste district heating scheme and over the course of its lifecycle, Torry will, upon completion, be responsible for over 100,000 tonnes of carbon reduction.

In addition to delivering the main heat-take-off energy centre and two phases of district heating installation, Vital Energi also designed and built the new district heating substation, which allows the existing HeatNet to be integrated into the wider network.

The project was only made possible because of the close collaboration and partnership created with the council, consultants WSP, and Aberdeen Heat & Power, who operate and maintain the scheme on behalf of the council.

Our solution

Building The Heat Distribution FacilityVital Energi designed and built the heat distribution facility which takes waste heat created during electricity generation at the plant and converts it into low-temperature hot water which is used to heat nearby homes.The facility was built within the former waste transfer station building and is next to the Tullos Energy from Waste recycling centre.  The facility also has backup hydrogen-ready boilers which are designed to add resilience, increase capacity during peak demand, and provide heat during scheduled maintenance of the EfW plant.Overall, this facility can deliver 10MW of heat through the network.A National FirstThe Torry Heat Network is the first in mainland Scotland to use waste heat from a combined heat and power energy from waste plant. Scotland has the capacity to process over 1.1 million tonnes of municipal waste in EfW sites, with a further 2.5 million tonnes either under construction or in planning. This untapped resource can significantly reduce heating costs and combat fuel poverty. The project demonstrates that Scotland can harness waste heat from EfW plants to decarbonize at scale, deploy city-wide decarbonization projects rapidly, and integrate existing heat networks to create larger, more efficient networks.

Solution detail

Key details

Torry Heat Network

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