Study: Building Material Supply Chains Restricting Net-Zero Progress
Over two-thirds (68%) of respondents said carbon-reducing improvements to building material supply chains would be critical to achieving net-zero.
Figure 1. A new report, ‘Sustainable by design,” by engineering consultancy Patrick Parsons was based on research with 100 senior executives of U.K. construction firms.
A new report, “Sustainable by design,” by engineering consultancy Patrick Parsons, based on research with 100 senior executives of U.K. construction firms, reveals that despite the majority (85%) believing the industry is doing enough to reach net-zero by 2050, there are significant barriers to achieving this target.
Over two-thirds (68%) of respondents said that improvements to building material supply chains to reduce carbon would be critical to achieving net-zero, followed by 63% who said that existing planning regulations need to change to support the sector if it is to hit this target. Using alternative materials that have a lower carbon footprint is also a significant barrier to overcome for 62% of those questioned, followed by decarbonizing existing buildings (59%) and the ability to collect data to measure carbon in buildings (48%).
When asked about the impact of the focus on climate change because of COP26, 86% said that they believe it will accelerate positive advances in sustainability in the sector during 2022.
“The UK construction industry is committed to reaching net-zero by 2050 and is confident that this target will be met,” said Conor Murphy, senior partner, structural engineering, Patrick Parsons. “However, this ambition is not without its challenges in terms of the materials used, the need for planning rules to change, and the ability to decarbonize legacy buildings to improve their performance. Greater use of sustainable design and engineering in the planning of new developments will support the pathway to net zero.”
To read the full report, visit https://www.patrickparsons.co.uk/wp-content/uploads/Sustainable-by-Design-Report-Web.pdfLooking for a reprint of this article?
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