Efforts to strengthen environmental sustainability in construction continue to shape global infrastructure development. Tetra Tech’s $94 million contract for emergency preparedness includes delivering sustainable infrastructure services, underscoring the industry’s shift towards resilient, low carbon design. The integration of Whole Life Carbon strategies is increasingly essential, with contractors expected to incorporate life cycle thinking in construction to improve disaster resilience and future-proof new developments through net zero Whole Life Carbon principles.
In parallel, AECOM’s financial manoeuvres—issuing $1 billion in unsecured notes and tendering its 2027 bonds—signal preparation for large-scale sustainable construction projects. With rising pressure to trace the environmental impact of construction, these investments are likely to advance projects focused on Embodied Carbon reduction, renewable building materials, and green infrastructure. Sustainable building design is no longer optional; it is fundamental to meeting regulatory and market expectations across diverse regions.
TotalEnergies is trialling a new renewable energy certification method that could streamline clean energy procurement within the built environment. Improved sourcing transparency directly supports construction stakeholders implementing Whole Life Carbon Assessment and lifecycle assessment frameworks, clarifying the carbon footprint of construction. For contractors and developers focused on energy-efficient buildings and low carbon construction materials, such innovation may open access to verified clean energy options aligned with decarbonising the built environment.
The European Parliament reaffirmed support for robust sustainability reporting through the CSRD and CSDDD directives. Compliance will demand full disclosure on Embodied Carbon in materials, environmental product declarations (EPDs), and Life Cycle Cost analysis of projects. For firms engaging in sustainable urban development across the EU, this will require measurable progression towards carbon neutral construction guided by Circular Economy in construction strategies.
The UK government’s expansion of the Contracts for Difference scheme offers further momentum for renewable-powered developments. Longer clean energy contract durations are expected to incentivise net zero carbon buildings and resource efficiency in construction. Supplementary innovations—including climate risk analytics from Benchmark Gensuite and AI-led optimisation tools—are increasingly relevant for sustainable building practices and support a transition towards high-performing, low-impact construction across global markets.
