Dudley Metropolitan Borough Council has awarded a contract for an anaerobic digestion facility for the disposal of food waste worth an estimated £150,000.

Scottish Water has completed a £300,000 solar project at its Helensburgh Wastewater Treatment Works (WwTW) - the new scheme will meet 26% of the site's energy needs.

Noventa Energy (Noventa), a leading provider of decarbonised heating and cooling solutions, has acquired three innovative heat from waste water assets from Scottish Water Horizons.

Scottish Water has issued a Periodic Indicative Notice to launch an early market engagement initiative for the construction of a major bioresource processing facility with an estimated value of up to £285 million.

NI Water is set to reduce its carbon footprint after becoming one of the first public sector organisations to install a state-of-the-art battery energy storage system.

Thames Water has announced two more wastewater treatment sites in south west London are now converting sewage sludge into electricity.

United Utilities is seeking supply chain input on its plans to install new Gas to Grid upgrading plant with a Biomethane / CO2 carbon capture (liquified) that takes all the on-site generated gas (~ 6000nm3/hr) from its existing anaerobic digestion storage for export into the gas network.

Scottish Water has completed the installation of 556 roof mounted solar photovoltaic (PV) panels at Tullich Water Treatment Works (WTW) on the outskirts of the town - the energy intensive WTW will now save 43 tonnes of carbon dioxide equivalent each year.

Scottish Water has invested £951,000 in a scheme to install 1,560 ground-mounted solar Photovoltaic (PV) panels at its Alexandria Water Treatment Works near Loch Lomond which will help save almost 77 carbon dioxide equivalent tonnes of carbon per annum.

Yorkshire Water has signed 15-year agreements with SGN Commercial Services and Centrica Energy Trading that will see biomethane gas to grid plants introduced at its Knostrop and Blackburn Meadows wastewater treatment works.