Autodesk Water
Connecting Waterpeople
Autodesk Water Webinar Series - April 30th, 10h (UTC+1)

You are here

A pioneering project will see Scottish Water harness hydropower from waste water

  • pioneering project will see Scottish Water harness hydropower from waste water
    Photograph courtesy of Groundworks Scotland
  • This innovative scheme involves the installation of a hydro turbine at Hamilton Waste Water Treatment Works in South Lanarkshire.
  • It will be the first pre-fabricated hydro scheme to be installed ‘mid process’ at a waste water treatment works in the UK.
  • It is expected to generate 0.42 GWh of green electricity each year and offset 13 per cent of the treatment works’ annual electricity demand.

About the entity

Scottish Water
We are a publicly owned company, answerable to the Scottish Parliament and the people of Scotland. It's our job to provide 1.34 billion litres of drinking water every day and take away 847 million litres of waste water daily.

The first of its kind in the UK, a pioneering project will see Scottish Water harness hydropower from waste water. Construction of this innovative scheme is well underway and involves the installation of a hydro turbine at Hamilton Waste Water Treatment Works in South Lanarkshire

The scheme is being led by Scottish Water’s commercial subsidiary Scottish Water Horizons and is expected to generate 0.42 GWh of green electricity each year – the equivalent of boiling around 1,800,000 kettles a year – and offset 13 per cent of the treatment works’ annual electricity demand.

It will be the first pre-fabricated hydro scheme to be installed ‘mid process’ at a waste water treatment works in the UK, with waste water flowing through a hydro-electric generator within the pipeline of the plant. 

The hydro turbine is anticipated to cut carbon emissions by around 64 tonnes each year, the same amount as a passenger jet flying from Glasgow to Sydney, Australia 13 times. 

Neil Beaumont, Horizons Hydro Energy Team Lead, said: “Scottish Water has a vast array of land, property, and operational assets that offer enormous potential when it comes to renewables. We need to be open to fresh ideas and bold in our delivery when it comes to achieving our green energy ambitions.

“Until recently, all previous hydro efforts have concentrated on harnessing energy from our water assets. Now we’re looking at more creative ways to generate energy and lower our carbon emissions.  By adopting a non-traditional approach such as that at Hamilton Treatment Works, we can identify opportunities to further optimise generation and tap into significant potential across Scotland.

“This novel approach will also go a long way towards helping Scottish Water achieve net zero emissions by 2040 and beyond, deliver service excellence, and create greener communities.”

The innovative hydro scheme is expected to be up and running by the end of autumn 2023. Even prior to commissioning, it has been shortlisted for two categories at the Water Industry Awards which take place in Birmingham on 29 June, 2023.  

The scheme will be delivered by local renewable energy solutions specialists FES Support Services Ltd on behalf of Scottish Water Horizons and will join a growing portfolio of water and waste water treatment works that are now either self-sufficient or partly sufficient in generating their own power requirements.

Subscribe to our newsletter

Topics of interest

The data provided will be treated by iAgua Conocimiento, SL for the purpose of sending emails with updated information and occasionally on products and / or services of interest. For this we need you to check the following box to grant your consent. Remember that at any time you can exercise your rights of access, rectification and elimination of this data. You can consult all the additional and detailed information about Data Protection.

Featured news

22/11/2022 · Business

Scottish Water Cut Carbon From Concrete

27/07/2022 · Biodiversity

Borders Reservoir Refills After Investigatory Works

27/07/2021 · Drinking Water

Peatland Restoration Helps Net Zero Emission Goals