GE Renewable Energy, COBOD and LafargeHolcim are set to join forces to co-develop wind turbines with optimised 3D printed concrete bases, reaching record heights up to 200 meters.
The Zero Carbon for Zero Cost service builds on Mitie’s own Plan Zero commitment to reach net-zero carbon emissions by 2025, 15 years ahead of the UK Government’s target.
Bilfinger has won two new contracts worth £350m to deliver the design, procurement, supplier management, fabrication and construction of pipework and equipment for the new Hinkley Point C nuclear power station.
Protect Membrane's reflective membrane solution delivered thermal efficiency for a large new build social housing development in Gorton, Greater Manchester.
Kier Highways has been recertified for the Carbon Trust Standard for the third time, the Trust recognises organisations that follow best practice in measuring, managing and reducing their environmental impact.
The UK Green Building Council (UKGBC) has marked a new phase of its Accelerator Cities project, which brings together local and combined authorities and stakeholders to drive action to 'upgrade our draughty, energy-hungry housing stock'.
As the pressure mounts on the construction industry to achieve zero-carbon buildings, Vincent Matthews, head of UK marketing at SFS, explores how the building envelope can help to reduce energy usage and enhance a building’s lifespan.
In a major study funded by the Building Performance Network, Professor Rajat Gupta and Matt Greg of Oxford Brookes University have conducted a comprehensive review of key studies on new housing performance and Building Performance Evaluation methods.
BRE Group, the world-leading body for improving the built environment, builds on its response submitted to the government’s proposed Future Homes Standard in February.
Kier has been reappointed by firmus energy to provide natural gas distribution infrastructure services in a c.£100m contract with a possible three-year extension.
Chris Stanley, housing manager at the Concrete Block Association (CBA), explores the need to improve resilience to overheating, from the building materials used to the way our structures are designed.
