CEBC Supports a Circular Economy

CEBC Supports a Circular Economy

How the construction industry could significantly reduce time and costs by cutting resource use by 23%


A recent paper, written and launched by leading engineering consultancy, WSP and supported by Clean Energy BC, has revealed that applying a set of carefully researched recommendations on circular design have the potential to reduce construction time and costs by cutting resource use by up to 23% to meet government targets.


WSP Circular Economy Recommendations


The research carried out by WSP looks into the implementation of ‘circular thinking’ in the built environment and infrastructure sectors at scale. After materials have been extracted, processed and used for construction, they’re then dug up or demolished at the end of their original use before, in most cases, being either discarded or recycled for use, often at a lower grade than they originally started.


Applying such a ‘linear’ approach is wasteful, which is why the recommendations in WSP’s paper focus on applying a more ‘circular’ approach – accelerating the use of flexible, adaptable and modular designs for buildings and infrastructure.


By following these recommendations and accelerating the use of circular designs such as modular buildings, the construction industry can cut resource use by 23%[1] and achieve the government’s target to double resource productivity by 2050.


“The construction industry is the largest user of resources in the UK economy today, so it needs to take rapid action”, says David Symons, UK Director of Sustainability at WSP. “We have to do something different and these 10 actions from WSP and supporting organisations show how the industry is stepping up and taking a leadership position itself.”


WSP’s recommendations are based around four key areas: skills; standards and policy; records and evidence; and finance and procurement. They include actions for government, the industry and governing bodies including: ‘Circular design principles to be included in all engineering, architecture and design degree courses from 2020’ and ‘Simplifying waste regulations as part of the UK’s emerging Resources and Waste Strategy’.


“Cradle to grave models are quickly running out of road in the modern world. Cradle to cradle is the obvious next step as management systems evolve to solve problems and increase their efficiency.” -Jae Mather Executive Director Clean Energy BC


“It makes complete sense to embed these recommendations into government policy now” says George Baker, author of the paper and consultant at WSP. “They focus on the delivery of a key objective of the Industrial Strategy, the 25 Year Environment Plan and the Clean Growth Strategy.”


The recommendations have so far been supported by a number of companies, industry organisations and influencers including: Aldersgate, ArcelorMittal, Ashfords, Centre for Environment and Sustainability, Clean Energy BC, Costain, EIC, IEMA, Madaster, Morgan Sindall, Osborne, Tarmac, Tata Steel, UKGBC and the University of Leeds.



View the full paper: ‘Accelerating resource-efficient, circular design in buildings and infrastructure’.


WSP is one of the world’s leading engineering professional services consulting firms. We are dedicated to our local communities and propelled by international brainpower. We are technical experts and strategic advisors including engineers, technicians, scientists, architects, planners, surveyors and environmental specialists, as well as other design, program and construction management professionals. We design lasting solutions in the Property & Buildings, Transportation & Infrastructure, Environment, Industry, Resources (including Mining and Oil & Gas) and Power & Energy sectors as well as project delivery and strategic consulting services.


With 7,800 talented people in the UK and more than 42,000 globally, we engineer projects that will help societies grow for lifetimes to come. WSP has been involved in many high-profile UK projects including the Shard, Crossrail, Queen Elizabeth University Hospital, Manchester Metrolink, M1 Smart Motorway, the re-development of London Bridge Station, and the London Olympic & Paralympic Route Network.


  • If the UK aims doubles resource productivity, the figure for total material consumption in 2050 can be calculated using OECD’s projections of GDP, which is found to be 720 million tonnes.
  • By 2050, construction materials are due to make up 21% (forecasted using trend lines of ONS data of domestic material consumption) of total material consumption to reach resource productivity targets.
  • At 151 million tonnes, this is a 23% decrease from today’s amount of 197 million tonnes of material.





Privacy Policy | Terms of Use | ©2019 Clean Energy BC. All Rights Reserved.

Log in with your credentials

Forgot your details?