Reduce Carbon. Achieve Compliance. Optimise Building Performance.
Life Cycle Assessments (LCA) & Whole Life Carbon (WLC) Assessments
We deliver Life Cycle Assessment (LCA) and Whole Life Carbon (WLC) Assessments for developments across the UK, helping clients meet planning requirements, achieve BREEAM credits, and reduce embodied carbon from concept to completion.
What is Life Cycle Assessment (LCA)?
A Life Cycle Assessment (LCA) in construction measures the total environmental impact of a building across its entire lifespan - from raw material extraction to demolition.
This includes:
A1–A3: Material production (embodied carbon)
A4–A5: Transport and construction
B1–B7: Use phase (maintenance, energy, water)
C1–C4: End-of-life (demolition, disposal)
LCA provides a data-driven understanding of carbon hotspots, enabling better design decisions and lower environmental impact.
What is Whole Life Carbon (WLC)?
Whole Life Carbon (WLC) expands LCA to focus specifically on carbon emissions across all life cycle stages.
It is now a core requirement for planning in London and increasingly across the UK.
When Do You Need an LCA?
You may require an LCA or WLC assessment for:
Planning applications (GLA / London Plan)
BREEAM certification (Mat 01 credits)
Net zero carbon strategies
Sustainability reporting and ESG targets
Material optimisation and cost reduction
Early-stage LCA delivers the greatest value by identifying high-impact carbon reductions before design is fixed.
Our LCA & WLC Services
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RIBA 0-2: Early Design Stage
Baseline carbon modelling
Option comparison (materials, structure)
Carbon reduction strategy
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RIBA 2-3: Planning Stage
Whole Life Carbon assessments (GLA compliant)
Planning submission reports
Embodied carbon benchmarking
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RIBA 4-6: Technical Design & Delivery
Detailed LCA modelling
Supply chain data integration
EPD-based material analysis
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RIBA 7: Post-Completion
As-built verification
Carbon reporting and disclosure
Our Approach
We combine engineering expertise, carbon data, and digital tools to deliver accurate and actionable insights.
Our process:
Data collection (drawings, specifications, quantities)
LCA modelling using recognised standards (RICS, EN 15978)
Identification of carbon hotspots
Design optimisation and scenario testing
Reporting for planning, certification, and stakeholders
Standards & Compliance
Our assessments align with:
EN 15978 & ISO 14040/44
Greater London Authority (GLA) requirements
BREEAM Mat 01 criteria
Selected LCA & WLC Experience
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![Cityscape with modern glass-fronted office buildings, clear blue sky with scattered clouds, and a paved walkway lined with greenery and metal railings in an urban setting.]()
2 Colmore Square, Birmingham
Commercial
WLCA
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![Front view of a pink and brick hotel building with large arched windows and people walking on the sidewalk.]()
9-12 New College Parade, London
Commercial
WLCA
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![Urban scene with modern glass building and an old stone building, people walking and biking in a plaza with benches, trees, and a cloudy sky.]()
11 & 12 Wellington Place, Leeds
Commercial / Retail / Public Realm
BREEAM LCA, WLCA
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![Modern university building with white panels and glass windows, featuring the Texas Tech University BioScience logo on the upper corner, set against a clear blue sky.]()
BIOS Building, Teesside University
Education
BREEAM LCA, WLCA
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![Modern cityscape with contemporary glass and stone buildings, people walking, and parking lot under a blue sky.]()
Digital Life, Teesside University
Education
BREEAM LCA, WLCA
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![Aerial view of a construction site with a new school building, sports fields, and surrounding residential neighborhood.]()
Florence MacWilliams Academy, Stoke-on-Trent
Education
WLCA
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![A digital rendering of a modern residential complex with multiple pink brick high-rise buildings, landscaped green spaces, and walking paths, with several people walking and trees lining the area.]()
Kirkstall Road, Leeds
Residential
WLCA
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![Rendering of a modern multi-story building with brick and glass exterior, ground-level entrance with people, cars parked nearby, and a cityscape with other high-rise buildings in the background.]()
The Langfield, London
Commercial
WLCA
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![A tall modern glass skyscraper with multiple levels and architectural features, set against a cityscape at dusk with trees and historic buildings nearby, and a person taking a photo of the building with a tablet.]()
Nottingham Trent University
Education
WLCA
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![Front view of the Huddersfield Museum and Art Gallery, a large stone building with stairs leading up to the entrance, people walking and standing outside.]()
Our Cultural Heart, Huddersfield
Commercial
WLCA
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![Modern cityscape with two high-rise buildings overlooking a park with walking paths, trees, and a small river, under a clear blue sky.]()
The Republic, Mayfield
Commercial
WLCA
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![Modern multi-story building with brick and metal facade, surrounded by people walking and biking in a landscaped area with trees and bushes.]()
South Cambridge Science Centre, Dales Manor
Commercial
WLCA
Why Choose Mainer?
Deep expertise in construction carbon and sustainability
Proven experience across planning, BREEAM, and net zero strategies
Integrated services including EPDs and carbon tools
Practical recommendations - not just reports
Frequently Asked Questions
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Costs vary depending on project size and stage, but early-stage assessments are typically more cost-effective and deliver greater savings.
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Yes - particularly in London, where Whole Life Carbon assessments are required under the London Plan.
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LCA measures environmental impacts broadly, while WLC focuses specifically on carbon emissions across the life cycle.
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Most assessments take between 2-6 weeks depending on project complexity and available data.
Related Services
For product-level environmental data, see our Environmental Product Declarations (EPDs) service.
To assess financial performance alongside carbon, explore our Life Cycle Costing (LCC) services.