Embodied Carbon Assessment (ECA)

Feasibility & scope definition

We define project boundaries, objectives, and methodology—covering cradle-to-gate, cradle-to-site, or full lifecycle—aligned with RICS or PAS 2080 standards. This initial scoping ensures your embodied carbon assessment is strategically focused, technically robust, and tailored to your project’s goals and constraints.
 
Our support includes:

 
• Clarifying project objectives, such as compliance, benchmarking, or Net Zero alignment
• Defining lifecycle boundaries, including cradle-to-gate, cradle-to-site, or full lifecycle (cradle-to-grave)
• Selecting appropriate standards and guidance, such as RICS Whole Life Carbon or PAS 2080
• Identifying relevant materials, systems, and data sources for inclusion
• Outlining a delivery roadmap, including key stages, responsibilities, and reporting outputs

Data collection & modelling

We gather material and process data, model emissions using EPDs and carbon databases, and support assessments across new builds, retrofits, and manufacturing. Our approach ensures your embodied carbon analysis is grounded in reliable data and aligned with industry standards, enabling meaningful insights and actionable outcomes.
 
Our support includes:

 
• Collecting material quantities and specifications from drawings, BIM models, and procurement data
• Sourcing emissions factors from verified EPDs, carbon databases, and industry benchmarks
• Modelling embodied carbon impacts across lifecycle stages (A1–A5, B, C, and D where relevant)
• Supporting assessments for diverse project types, including new construction, retrofit, and product manufacturing
• Identifying carbon hotspots and reduction opportunities, to inform design and procurement decisions

Carbon hotspot analysis & reduction strategy

We identify high-impact materials and design choices, and recommend strategies like material substitution, design optimisation, and supplier engagement. This helps you target the most carbon-intensive elements of your project and develop practical, cost-effective pathways to reduce embodied emissions.
 
Our support includes:

 
• Analysing lifecycle data to pinpoint materials, components, or processes with the highest embodied carbon
• Recommending material substitutions, such as low-carbon concrete, recycled steel, or bio-based alternatives
• Advising on design optimisation, including structural efficiency, modularity, and reduced material use
• Engaging with suppliers, to source lower-impact products and improve transparency
• Quantifying potential carbon savings, to support decision-making and reporting

Reporting & communication

We deliver clear, standards-aligned reports with lifecycle breakdowns, benchmarks, and reduction recommendations, ready for clients, investors, and certifications. Our reporting supports compliance with frameworks like RICS and PAS 2080, while providing actionable insights to inform design decisions, procurement strategies, and sustainability communications.

Net Zero & circularity integration

We align embodied carbon insights with Net Zero goals, circular design principles, and broader sustainability strategies. By embedding carbon data into strategic decision-making, we help you reduce lifecycle impacts, support circularity, and demonstrate progress against climate commitments.
 
Our support includes:

 
• Linking embodied carbon results to Net Zero pathways and reduction targets
• Advising on circular design strategies, including reuse, modularity, and material recovery
• Integrating findings into ESG reporting, sustainability frameworks, and client communications
• Supporting design and procurement decisions that balance performance, cost, and carbon impact

Tool-agnostic delivery

We work with leading LCA and carbon tools, integrating seamlessly into your existing workflows and project platforms.

Policy & supply chain engagement

We support policy development, procurement alignment, and supplier collaboration to embed embodied carbon thinking across your organisation.