Reading tests plan for community heat network in £5.7m study
22 January 2025
Making clean heating more accessible to communities, particularly those in deprived areas, is the goal of a University of Reading-led initiative.
Launched as part of a £5.7 million net-zero project led by the University of Aberdeen, the Reading-focused scheme will explore how to expand decarbonised heat networks across the town. Reading's portion of the study will specifically examine how large institutions like hospitals and council buildings can serve as foundation points for expanding clean heating infrastructure into surrounding neighbourhoods, particularly focusing on areas where fuel poverty is a concern.
Heat networks, also known as district heating, distribute heat from a central source through a network of insulated pipes to multiple buildings. This approach is more efficient and environmentally friendly than individual heating systems in each building.
Dr Mehdi Shahrestani, Associate Professor in the School of the Built Environment at the University of Reading, said: "Heat networks represent a crucial opportunity for Reading to tackle both climate change and fuel poverty. By starting with big institutions like hospitals and gradually expanding outward, we can build a sustainable heating infrastructure that serves everyone. The key is ensuring these networks are designed with community input and needs in mind, particularly in neighbourhoods where energy costs hit hardest. This isn't just about pipes and infrastructure—it's about creating a fairer, cleaner heating system for all of Reading."
The UKRI-funded research is part of a larger UK-wide program led by the University of Aberdeen, which brings together six universities to study how communities can be better involved in the transition to net zero emissions. The five-year project will develop practical solutions that consider both technical requirements and community needs.
Launched as part of a £5.7 million net-zero project led by the University of Aberdeen, the Reading-focused scheme will explore how to expand decarbonised heat networks across the town. Reading's portion of the study will specifically examine how large institutions like hospitals and council buildings can serve as foundation points for expanding clean heating infrastructure into surrounding neighbourhoods, particularly focusing on areas where fuel poverty is a concern.
Heat networks, also known as district heating, distribute heat from a central source through a network of insulated pipes to multiple buildings. This approach is more efficient and environmentally friendly than individual heating systems in each building.
Dr Mehdi Shahrestani, Associate Professor in the School of the Built Environment at the University of Reading, said: "Heat networks represent a crucial opportunity for Reading to tackle both climate change and fuel poverty. By starting with big institutions like hospitals and gradually expanding outward, we can build a sustainable heating infrastructure that serves everyone. The key is ensuring these networks are designed with community input and needs in mind, particularly in neighbourhoods where energy costs hit hardest. This isn't just about pipes and infrastructure—it's about creating a fairer, cleaner heating system for all of Reading."
The UKRI-funded research is part of a larger UK-wide program led by the University of Aberdeen, which brings together six universities to study how communities can be better involved in the transition to net zero emissions. The five-year project will develop practical solutions that consider both technical requirements and community needs.
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