Bonnybridge Solar Project to Save
135 Tonnes of Carbon Each Year

Scottish Water Horizons has wrapped up a solar energy scheme near Falkirk, saving 135 tonnes of carbon a year.

The project, at Bonnybridge Waste Water Treatment Works, consists of 1,164 ground mounted solar panels with the capacity to generate over 0.64GWh of energy each year. That’s the same amount of energy needed to power 237 homes.

The renewable energy generated by the scheme will meet almost a third of the site’s power usage, supporting Scottish Water’s drive to reach net zero emissions by 2040.

Scottish Water Horizons Project Manager Murdo MacAulay said: “We’re delighted that work is now completed on this solar scheme at Bonnybridge Waste Water Treatment Works, which represents another major investment by Scottish Water towards expanding its renewables portfolio.

“The project will see almost a third of the site’s power usage now met by green energy, which is another step in the journey towards reaching our ambitious net zero target by 2040.”

Scottish Water Operations Team Leader Allan Jenkins said: “The treatment works at Bonnybridge serves thousands of customers across the area and uses a huge amount of energy ensuring we protect the local environment and treat wastewater to a high standard.

“It is a really positive step that a large percentage of that energy is now coming from renewable sources and that the carbon emissions from the site have been reduced significantly.”

The delivery of the project was also supported by Modern Apprentice Cameron Clark, who contributed to its successful completion while gaining valuable hands-on experience.

Cameron said: “Being part of this project has been a highly rewarding experience, significantly enhancing my knowledge and skills in renewable energy. It has been a pivotal step in my professional journey, equipping me with the expertise needed to thrive in this essential field.”

This project reflects Scottish Water’s commitment not only to sustainability but also to fostering skills development and supporting the next generation of talent in the renewable energy sector.

The project was delivered by Scotland-based FES Support Services.