Westminster’s Environmental Audit Committee has initiated an inquiry into the carbon footprint of data centres, demanding clarity on emissions, energy intensity and water use. This move echoes ongoing debates about data infrastructure efficiency, similar to the issues raised when MPs launched a probe into the climate impacts of UK data centres. Developers and clients now face stricter expectations for resource efficiency in construction, with evidence-based planning replacing unchecked...

The UK government has recognised that data centres are a material part of the national sustainability in construction agenda. Parliament’s Environmental Audit Committee is examining energy use, water consumption and emissions, expanding the conversation beyond IT to whole life carbon. The inquiry is expected to shape future planning policy, mandating developers to demonstrate lower embodied carbon in materials and to conduct whole life carbon assessments as part of sustainable building...

Europe’s effort to decarbonise its built environment has entered a decisive stage. Without large-scale carbon capture utilisation and storage for cement and steel, the embodied carbon and carbon footprint of construction will remain incompatible with net zero carbon ambitions. Achieving net zero whole life carbon in buildings depends on swift industrial abatement and adoption of low carbon construction materials driven by circular economy principles. The emergence of green construction is...

The construction sector is entering a phase where ambition on decarbonisation aligns with measurable progress toward environmental sustainability in construction. Tools enabling whole life carbon assessment in line with PAS 2080 are becoming standard practice, allowing verifiable data on embodied carbon and energy performance to underpin project delivery. Contractors able to prove reductions in the carbon footprint of construction through robust measurement frameworks will lead as clients...

The UK’s first geothermal power plant marks a turning point in sustainable construction, transforming low‑carbon heat from concept to infrastructure. Its integration into sustainable building design will determine asset resilience and operational viability. Embedding connection‑ready plant rooms, low‑temperature systems and compatibility with net zero Whole Life Carbon targets is becoming essential. Projects limited to fossil‑based systems risk creating stranded assets as policy and...

The UK’s geothermal development marks a structural shift in sustainable construction. Delivering steady, renewable baseload heat, the project moves low‑carbon infrastructure from ambition to application. For developers focused on sustainable building design, the opportunity lies in connecting dependable energy supply with energy‑efficient buildings and low embodied carbon materials that support a measurable reduction in the carbon footprint of construction. Integrating district heat...

Geothermal heat is now entering the UK energy mix, marking a crucial step in decarbonising the built environment. The nation’s first deep geothermal project to generate electricity and supply domestic heating demonstrates the transition from experimental rhetoric to operational low carbon design. Alongside the heat networks forecast to save £161 billion by 2050, this evolution supports net zero carbon buildings through integrated systems, Whole Life Carbon Assessment, and the smarter use of...

Capital and policy are converging to redefine sustainable construction performance across the UK and Ireland. The low‑carbon economy delivered record revenues, directing investment towards net zero carbon buildings and credible decarbonisation pathways supported by whole life carbon assessment and lifecycle assessment. Financial scrutiny is intensifying as investors demand transparency in environmental product declarations (EPDs) and evidence of measurable carbon footprint reduction across...

The global rules for measuring climate performance in construction have shifted. The Greenhouse Gas Protocol has introduced an international framework for land‑use emissions and carbon removals, transforming how whole life carbon, embodied carbon, and net zero whole life carbon are reported across sustainable construction projects. This update reshapes whole life carbon assessment by demanding transparent accounting for biogenic carbon, embodied carbon in materials, and end‑of‑life...

The recalibration of carbon accounting standards is reshaping sustainable construction. The GHG Protocol’s new global standard for land‑use emissions and carbon removals is set to redefine whole life carbon assessment, closing gaps that previously allowed unverified claims. Developers working with timber and renewable building materials will be required to demonstrate permanence, traceability and true embodied carbon performance across the building lifecycle. Environmental product...