The Bacton gas plant in Norfolk is being considered as a future hub for hydrogen production, with proposals to transition the site and its workforce towards low-carbon energy. This development is highly relevant to sustainable construction, as hydrogen could play a role in reducing the Whole Life Carbon impact of infrastructure projects and supporting net zero Whole Life Carbon goals. By embedding hydrogen into the energy mix, construction projects can lower both operational and Embodied Carbon...

New research from the University of Derby, through its Institute of Carbonomics, is highlighting the growing emphasis on accurate Whole Life Carbon Assessment and Whole Life Carbon accounting across industries. This initiative, backed by major corporate partners, aims to create more robust frameworks for business and infrastructure projects. The approach underscores the strategic importance of Life Cycle Cost analysis and Whole Life Carbon measurement for sustainable construction, where...

The University of Derby has launched the UK’s first Institute of Carbonomics, designed to support the transition to a low‑carbon economy. The institute will provide robust research on reducing emissions linked to construction and infrastructure, strengthening understanding of whole life carbon and embodied carbon. The initiative aims to bring advanced methods of whole life carbon assessment into mainstream planning, linking research with practical tools for sustainable building design and...

The University of Derby has launched the UK’s first Institute of Carbonomics, a new research hub designed to accelerate the reduction of emissions across the construction sector and its supply chain. Backed by corporate partnerships, the initiative aims to drive practical strategies that reduce embodied carbon and advance the shift to net zero whole life carbon. The work aligns with growing calls for whole life carbon assessment and life cycle cost analysis to become central tools in...

The University of Derby has launched the UK’s first Institute of Carbonomics, focusing on supporting businesses to measure and reduce carbon emissions across supply chains. This initiative is highly significant for the construction industry as firms face increased pressure to cut embodied carbon in buildings and materials. By aligning with the principles of whole life carbon and whole life carbon assessment, the institute provides a framework for companies to quantify emissions throughout the...

Schneider Electric has struck a landmark deal with Climeworks to support direct air capture technology, underpinning long-term carbon removal strategies. While targeted at corporate emissions, the technology directly links to embodied carbon in materials and future approaches to whole life carbon accounting in construction. For developers under pressure to achieve net zero whole life carbon in projects, advances like this signal a maturing market for permanent carbon removal that will influence...

A recent survey shows that most large businesses are failing to incorporate climate risks into new construction projects. This exposes developments to flood and extreme weather damage while undermining efforts to reach net zero Whole Life Carbon. Insurers are increasingly pressing for resilience planning, and the lack of a Whole Life Carbon Assessment in early project stages leaves significant risks unaddressed. Developers treating Embodied Carbon as a marginal issue face higher long-term costs...

Oxford-based startup Mistify AI has developed a solar-powered system that uses artificial intelligence to detect and remove PM2.5 and PM10 dust particles before they spread. This technology could dramatically reduce health risks on construction sites while supporting sustainable construction practices. By addressing air quality in dense urban areas, it also highlights how digital innovation contributes to environmental sustainability in construction and sets a precedent for integrating...

An Oxford-based startup has launched an AI-powered solar system designed to capture fine dust particles on building sites. By targeting PM2.5 and PM10 pollutants with laser sensors, the technology addresses a major health and air quality issue. Adoption at scale could improve environmental sustainability in construction while reducing the carbon footprint of construction activities. Such innovations align with sustainable building practices by integrating pollution control directly into site...

Trident Building Consultancy has established a new sustainability division to strengthen advisory expertise on environmental performance within the built environment. The initiative reflects the growing demand for sustainable building design and compliance with carbon reduction regulations. Developers are under pressure to produce robust Whole Life Carbon Assessments and account for Whole Life Carbon in materials, signalling a shift towards integrated sustainable construction strategies. This...