Whole Building Life Cycle Assessment Consulting

Cut Carbon. Build Smarter.
Meet Tomorrow's Standards Today.

Building owners, developers, and design teams are under more pressure than ever with tighter carbon regulations, rising material costs, and ambitious sustainability targets don't wait. Whole Building Life Cycle Assessment (WBLCA) is how high-performance project teams stay ahead.

WBLCA delivers a comprehensive, data-driven analysis of a building's total environmental impact, from raw material extraction and manufacturing to construction, operations, and end-of-life. It's not just a compliance tool. It's a competitive advantage.

Embodied carbon represents a significant share of a building's lifetime emissions, and in new construction and major renovations, it often dominates the environmental footprint before a single occupant moves in. The earlier embodied carbon is addressed in the design process, the greater the opportunity to reduce it.

Integrating embodied carbon consulting and life cycle assessment services at the design stage empowers project teams to:

Make informed, data-driven material and system selections
Identify lower-carbon alternatives without sacrificing performance
Align with decarbonization goals, green building certifications, and resilience strategies
Reduce long-term operational and replacement costs

"The built environment has a tremendous opportunity to reduce carbon impact through smarter material choices and integrated design strategies. Epsten Group helps clients translate Whole Building Life Cycle Assessment data into actionable, cost-conscious decisions that reduce embodied carbon, support sustainability goals, and create long term value across the life of a building.”
Carmen Evans, AIA, LEED AP : Associate Vice President | Design Studio Manager

WBLCA Services from Epsten Group | A Salas O'Brien Company

At Epsten Group, we translate complex sustainability data into clear, actionable strategies that move projects forward. Our life cycle assessment experts work alongside design teams to evaluate building materials, construction systems, and design alternatives, identifying the highest-impact opportunities for carbon reduction and long-term performance.

Our WBLCA process leverages:

Environmental Product Declarations (EPDs) for material-level carbon transparency
Embodied carbon analysis tools and benchmarking against industry standards
Advanced LCA modeling to compare design scenarios and forecast environmental performance
Certification pathway support for LEED, ILFI Living Building Challenge, Mass Timber programs, and more

Whether you're targeting net-zero carbon, navigating new embodied carbon regulations, or simply building a better building, Epsten Group delivers the insights that drive smarter decisions from concept through construction.

Whole Building Life Cycle Assessment Epsten Group

Whole Building Life Cycle Assessment (WBLCA) and Embodied Carbon Assessment Services

Epsten Group provides comprehensive whole building life cycle assessment (WBLCA) and embodied carbon consulting services to help building owners, developers, and design teams reduce embodied carbon in buildings, without compromising constructability, durability, performance, or cost. Our collaborative approach integrates embodied carbon analysis and whole building environmental impact assessments directly into the design process, enabling project teams to evaluate building materials and systems through the lens of sustainability, resilience, carbon reduction, and long-term value.

Navigating Evolving Regulations and Sustainability Standards

As green building standards, carbon disclosure requirements, and owner sustainability expectations continue to evolve, project teams face increasing pressure to demonstrate measurable environmental outcomes. Many are navigating new embodied carbon reporting requirements, certification pathways, and decarbonization commitments for the first time. Our team helps clients proactively address these challenges through practical, data-driven embodied carbon consulting strategies that support regulatory compliance, green building certification goals, and informed design decision-making.

A Proven Approach to Embodied Carbon Reduction

Using industry-leading life cycle assessment tools, Environmental Product Declarations (EPDs), and extensive experience supporting high-performance green buildings, our experts identify realistic, project-specific opportunities to lower embodied carbon and reduce environmental impacts across the built environment. From raw material extraction and manufacturing through construction, operations, and end-of-life, our WBLCA services provide the full-lifecycle perspective that today's projects demand.

WBLCA Consulting Services Include:

Whether your project is pursuing a specific certification, responding to owner carbon targets, or working toward net-zero embodied carbon, Epsten Group delivers the technical expertise and practical guidance to help you reach your goals.

Frequently Asked Questions About Embodied Carbon and Life Cycle Assessment

What is Whole Building Life Cycle Assessment?

Whole Building Life Cycle Assessment is a process used to evaluate the environmental impacts associated with a building throughout its full life cycle. This includes raw material extraction, manufacturing, transportation, construction, maintenance, replacement cycles, and end of life impacts. Life cycle assessment for buildings helps project teams make informed decisions that support sustainability, resilience, and long-term carbon reduction goals.

What is embodied carbon in buildings?

Embodied carbon refers to the greenhouse gas emissions associated with building materials and construction processes. This includes emissions generated during material extraction, manufacturing, transportation, installation, maintenance, and disposal. As operational efficiency improves in modern buildings, embodied carbon has become an increasingly important focus in sustainable building design and decarbonization strategies.

Why is embodied carbon important in sustainable building design?

Embodied carbon can account for a significant portion of a building’s total environmental impact, particularly in new construction projects. Reducing embodied carbon in buildings helps lower greenhouse gas emissions, support climate goals, and improve long-term environmental performance. Early design decisions related to materials, structure, and systems can have a major impact on a project’s overall carbon footprint.

How does life cycle assessment support decarbonization goals?

Life cycle assessment consulting helps project teams identify opportunities to reduce embodied carbon and lower environmental impacts across the built environment. By evaluating materials, systems, and construction strategies early in the design process, teams can make data driven decisions that support building decarbonization goals, sustainability commitments, and long-term project performance.

What are Environmental Product Declarations (EPDs)?

Environmental Product Declarations, or EPDs, are standardized documents that provide transparent information about the environmental impacts of building materials and products. EPDs are commonly used in embodied carbon analysis and life cycle assessment services to compare products, support sustainable material selection, and document compliance with green building rating systems and procurement requirements.

Can life cycle assessment help support LEED certification?

Yes. Life cycle assessment and embodied carbon consulting can help support LEED certification and other green building rating systems by documenting environmental impacts, material transparency, and carbon reduction strategies. These analyses can contribute to credits related to embodied carbon reduction, material selection, environmental product disclosures, and overall sustainability performance.

When should embodied carbon analysis begin during design?

What types of projects benefit from life cycle assessment consulting?

Life cycle assessment consulting services can benefit a wide range of project types, including commercial buildings, higher education facilities, healthcare projects, civic and municipal buildings, mixed use developments, renovations, and adaptive reuse projects. Any project pursuing sustainability goals, decarbonization strategies, or green building certifications can benefit from embodied carbon analysis and life cycle assessment services.

How can project teams reduce embodied carbon in buildings?

Project teams can reduce embodied carbon in buildings by selecting lower carbon materials, optimizing structural systems, reducing material quantities, incorporating recycled content, evaluating reuse opportunities, and prioritizing products with Environmental Product Declarations. Life cycle assessment consulting helps identify practical strategies that reduce environmental impacts while supporting project goals, constructability, budget, and long-term value.