‘UK lags Europe in eco-friendly heating’

Monday 30 September 2024

Exciting news has emerged from a recent report highlighting the crucial role that energy-from-waste (EfW) plays in propelling us towards a net-zero future. The findings, presented by economic consultancy NERA, shed light on the potential of EfW-powered heat networks to revolutionise our energy landscape.

The report reveals that households could save a staggering £22,000 over 25 years by switching to EfW for their heating needs, surpassing the cost efficiency of gas boilers and low carbon alternatives such as heat pumps. Despite these promising figures, heat networks remain largely underutilised in the UK, accounting for less than 3% of our heat demand.

In stark contrast, countries like Denmark and Sweden have embraced this technology, with market penetration rates exceeding 50%. To meet our 2050 target of 20% adoption, the UK must accelerate the deployment of heat networks powered by EfW.

Not only does EfW offer substantial financial savings, but it also contributes to significant carbon reductions by reducing our reliance on gas heating, thereby enhancing air quality. This transition stands to benefit both urban and rural areas alike.

The report stresses the importance of governmental support in driving the uptake of heat networks. Recommendations include the implementation of policies by the UK Government and Ofgem to incentivise investment in EfW-powered heat networks. This involves establishing robust regulations and mechanisms to ensure a consistent heat supply from EfW plants.

Furthermore, the report calls for incentive schemes to foster collaboration among stakeholders involved in generating, distributing, and utilising EfW heat. By addressing the challenges faced by early adopters, these incentives will unlock the full potential of heat networks, paving the way for a sustainable energy future.

Jacob Hayler, Executive Director of the Environmental Services Association, emphasised the pivotal role of EfW in the UK’s decarbonisation journey. He highlighted how EfW-powered heat networks not only reduce carbon emissions but also drive innovation and efficiency within the sector, aligning with the principles of a circular economy.

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