BREAKTHROUGH REPORT REDEFINES BUILT ENVIRONMENT PACKAGING 

London, UK — The Supply Chain Sustainability School (the “School”) has today released its groundbreaking industry report focused on “Packaging Optimisation in the Housebuilding Sector.” This comprehensive report addresses a critical issue in the built environment – packaging waste – and provides practical solutions for reducing its impact on both cost and carbon.

Packaging waste has emerged as a significant challenge within the built environment industry, contributing to economic and environmental concerns. This report addresses these critical challenges and whilst focusing on the housebuilding sector, known for its substantial packaging demands, its insights extend beyond and are relevant for wider construction, facilities management, infrastructure, and more. 

Ten School Partners have collaborated to co-fund this project, with a total of over 30 organisations joining forces to make this report possible. It encompasses real-world, actionable examples of packaging optimisation, including source elimination, reuse strategies, and optimal recycling conditions. It covers various packaging types, offering a comprehensive guide to implementing effective change.

Importantly, the report sheds light on the policy challenges that organisations dealing with significant packaging volumes are likely to encounter. It addresses key concerns such as the Plastic Packaging Tax and Extended Producer Responsibility, providing essential insights for navigating regulatory landscapes.

Key highlights of the report:

• Real-world examples of successful packaging optimisation strategies
• Insights into source elimination, reuse, and recycling optimisation
• Coverage of major packaging types and their optimisation potential
• Examination of common barriers to change and ongoing trials to overcome them
• Analysis of policy challenges faced by organisations dealing with substantial packaging volumes

Packaging remains a substantial cost and environmental burden for businesses. The UK construction industry alone generates around 55,000 tonnes of plastic waste annually, with an estimated 35,000 tonnes originating from packaging. Less than half of this plastic packaging is recycled, reinforcing the urgency of effective solutions.

Matt Nichols, Regional Director at Reconomy and Chair of the School’s Waste and Resource Use Leadership Group, said: “Packaging and the waste created by its treatment remains a major contributor to cost and carbon across the entire built environment.  Our Housebuilding sector is not alone in experiencing major challenges to address this problem, so this opportunity to work with some of the biggest names in the industry whilst drawing upon insights from so many expert stakeholders within the School partnership could not be missed.  This project report contains content applicable not just for Housebuilding, but for anyone interested in optimising and reducing the endless flow of packaging arriving at project sites every day. I cannot recommend it enough”.

Mark Turner, Waste and Resource Management lead for the Supply Chain Sustainability School, highlighted the collaborative effort behind the report: “This has been a brilliant opportunity to help deliver our School mission to enable a sustainable built environment through knowledge and collaboration. We have worked closely alongside four of the UK’s largest Housebuilders and in total over 30 leading organisations within the built environment to produce this report. Insights from the Housebuilders, their suppliers, product manufacturers, along with waste management and policy experts have provided a window into the opportunities for packaging optimisation. Most crucially, all of these organisations have entered into the spirit of open collaboration, providing solutions and practical examples for others to follow. We can only thank them.”

To access the full report and contribute to sustainable packaging practices in the housebuilding sector and the broader built environment, read the full report here.

The full report is available on the Supply Chain Sustainability School. Anyone can sign up for a free account to gain access.