Shropshire Council’s Groundbreaking Pyrolysis Project Earns Finalist Spot in National Climate Action Awards

Shropshire Council’s innovative pyrolysis project has made it to the finals of the APSE Service Awards 2025 for “Best Climate Action or Decarbonisation Initiative.” The winners will be revealed on September 10 or 11.

This project stands out for its role in transforming low-quality biomass into carbon-negative biochar and renewable energy. By 2030, Shropshire expects to produce over 1,700 tonnes of biochar and earn 4,300 carbon credits annually. This effort not only supports the environment but also helps the council reach its net-zero goal while creating new revenue streams.

A significant part of this success stems from a partnership with Woodtek Engineering. This collaboration has allowed Shropshire to manage risks effectively and speed up innovation in the biochar market. With support from the consultancy Klere, the council has developed the Shropshire Pyrolysis Framework. This framework is now helping three other local authorities to implement similar projects, making strides in climate action and cutting costs through shared insights.

Rob Wilson, Shropshire Council’s Cabinet member for transport and economic growth, praised the initiative, stating, “Our pyrolysis work is not only financially viable; it also benefits the local environment and farming communities. With planning permission for a second unit and production meeting expectations, Shropshire is showing local government can lead in climate innovation.”

The increasing focus on sustainable practices is reflected in recent data. A 2023 survey by Statista found that 73% of U.K. residents are concerned about climate change, highlighting the importance of such initiatives. Projects like Shropshire’s pyrolysis are more than just local efforts; they set an example for others and showcase the potential of local governments to drive change.

For more details, you can check the full list of finalists here and learn more about Shropshire’s pyrolysis efforts here.

To dive deeper into the project, watch the introductory video.

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