The University of Bradford and 1Energy have signed a 20-year deal to replace aging boilers.
The Bradford Energy Network (BEN) will feature approximately six miles of highly insulated underground piping to distribute heat to key locations like Bradford College, courts, and council buildings. Developed by 1Energy, a prominent UK low-carbon city heat network developer, the project has secured GBP 75 million (US$ 94.8 Million) in funding and commitments from three anchor customers for its heat pump-powered system.
The Bradford Energy Network will use air-source heat pumps to transfer heat from a new energy plant under construction on Thornton Road. Bradford Council received GBP 2 million (US$ 2.5 million) to connect City Hall to the network, covering 88% of the cost, with the remaining 12% funded through the Council’s Clean Air Zone initiative. Additional grants have been awarded to critical institutions:
Bradford College: £2.66 million (US$ 3.3 million)
HM Courts and Tribunals Service: £3.57 million (US$ 4.5 million)
University of Bradford: £6.5 million(US$ 8.2 million)
Briggs Marine has secured a contract to provide crew transfer vessel (CTV) services to the 450 MW Neart na Gaoithe (NnG) offshore wind farm off the coast of Scotland. Briggs Marine continues to suppo...
Read moreOcean Winds (OW) has marked the installation of the final wind turbine at the 882 MW Moray West offshore wind farm on the way to fully commissioning the project in the Moray Firth, located in northern...
Read moreScottish Power Renewables has selected Siemens Gamesa to manufacture the blades for 64 turbines, which will be installed at the East Anglia 2 wind farm off the Suffolk coast, UK. A Hull-based fa...
Read moreTransport for London on behalf of London Underground Limited (LUL) has sought a private-sector delivery partner to collaborate on developing solar infrastructure to power the London Underground&r...
Read moreSSE Renewables’ has launched a new GBP 10 million (USD 13 million) hydro community benefit fund, aimed at supporting projects within areas that host its existing hydropower infrastructure across...
Read more