30 Jun 2021 | Industry Insights
The Code has been developed by the Achieving Net Zero Cross-Industry Working Group convened by the Cambridge Centre for Smart Infrastructure and Construction (CSIC). The Working Group, formed in 2018, set out to explore the challenging yet practical ways in which the infrastructure and wider construction industry can meet the UK’s goal of net-zero carbon emissions by 2050.
The Group currently consists of over 40 representatives from varying backgrounds such as consultants, contractors, industry groups and local and central government. Companies with representation in the Group include:
Collaboration is key to success therefore carbon reduction is more likely to succeed when all of the organisations in a value chain are committed to working together to reduce their footprint and save costs. Collaboration is key to success and the Working Group are confident that they can progress towards the net-zero carbon objective.
The Carbon Reduction Code for the Built Environment is the first step in facilitating action towards reducing carbon emissions (CO2eq) that relate to design, construction, maintenance and operation of built assets. It is not intended to replace standards like PAS 2080. The Code is being developed on behalf of the Construction Leadership Council (CLC).
Leading sustainability experts from the Environment Agency and HS2, through the Skanska-Costain-Strabag joint venture, are working with CSIC to help develop the Code and build wider engagement. The NACF, which represents local government construction and civils frameworks from across England and Wales, has already committed to conducting trials of the Code.
Following trials, the Carbon Reduction Code for the Built Environment will be formally launched in the autumn to coincide with the UK hosting the 2021 United Nations Climate Change Conference at COP26.
Alongside the Code, Twinview’s digital twin can help building owners to reduce their carbon emissions and move them closer to Net Zero. By unlocking access to a building’s data, and the use of artificial intelligence, IoT and sensors, Twinview learns how spaces function and improves energy efficiency. Getting a better handle on current usage enables decision-makers to come up with approaches to achieving net-zero carbon. Book a demo today.
Industry Insights News
In the wake of the Grenfell Tower tragedy in 2017, where 72 people lost their lives, the need for a comprehensive approach to building safety became starkly evident. The public inquiry highlighted a devastating reality: critical information about the building's structure, materials, and fire safety measures was either missing, outdated, or scattered across various documents and databases. This fragmentation of information—a far cry from the "Golden Thread" of safety data that should have been in place—played a crucial role in the disaster. Fast forward to 2023, and the fire at an apartment block in Dagenham served as a grim reminder that the lessons of Grenfell have not yet been fully learned.
Read more
Industry Insights
Healthcare stands on the cusp of a revolutionary shift. The NHS, with its vast network of hospitals, clinics, and trusts, faces the unique challenge of managing an overwhelming amount of data. This data—from patient records and treatment plans to equipment maintenance logs and administrative documents—is often scattered across various digital systems and physical records.
Read more
Webinars & Videos
Join us for "Beyond Visualisation: How Digital Twins Transform Data into Decisions," an enlightening exploration into the power of data analytics within the Digital Twin landscape. If you're intrigued by the potential of data to drive informed decisions and eager to uncover the value beyond mere visualisation, this webinar is tailor-made for you. Don't miss out on this unique opportunity to unlock the transformative potential of data analytics within Digital Twins. Register today and take the first step towards harnessing the power of data to drive informed decisions and shape the future of your industry!
Read more