The UK’s energy-from-waste sector has drawn attention for its potential role in reducing the carbon footprint of construction if carbon capture and storage is retrofitted to existing plants. The approach could support net zero Whole Life Carbon strategies by offering negative emissions alongside effective waste treatment. Integrating these systems into wider green infrastructure programmes would also advance environmental sustainability in construction by closing the gap between waste management and renewable energy generation.

In Manchester, the Cooper Parry office refurbishment demonstrated how sustainable building design can succeed without demolition. By reusing the existing structure, the project minimised Embodied Carbon in materials while still delivering a comfortable and productive workplace. This aligns with circular construction strategies and builds a clear case for eco-design for buildings where low carbon design choices can meaningfully reshape interior environments. Such carbon-conscious retrofits highlight the value of life cycle thinking in construction where every design decision influences Whole Life Carbon outcomes and building lifecycle performance.

Across Europe, delays to the EU Deforestation Regulation highlight ongoing risks for firms reliant on imported timber. The uncertainty impacts sustainable material specification and raises challenges for those targeting low Embodied Carbon materials and net zero carbon buildings. Ensuring transparent environmental product declarations (EPDs) will remain vital for accurate Whole Life Carbon Assessment and lifecycle assessment in procurement processes. Businesses aiming for carbon neutral construction must prepare for stricter regulatory frameworks and evolving supply chain standards.

Long-duration energy storage approvals from Ofgem reinforce the need for sustainable construction to underpin clean-energy expansion. With more utility-scale battery facilities required, opportunities grow for integrating low carbon construction materials and advancing Life Cycle Costing in construction projects. These developments point toward a future where low carbon building solutions and green construction practices play a critical role in securing energy-efficient buildings and resilient urban infrastructure.

The rising adoption of pre-loved furniture within fit-outs reflects strong momentum towards the Circular Economy in construction. Choosing second-hand furnishings cuts Embodied Carbon while supporting end-of-life reuse in construction projects. For architects and project managers, such practices exemplify sustainable design and sustainable building practices that lower the environmental impact of construction while adding individuality to commercial and residential spaces.

Corporate commitments are proving influential. Mars’s complete switch to renewable power for its European operations illustrates how large-scale carbon footprint reduction measures can be achieved well ahead of long-term targets. These measures deliver lessons for decarbonising the built environment, showing that significant change is possible when Whole Life Carbon objectives are aligned with investment in eco-friendly construction and sustainable building practices.