Sustainability: Decarbonization

Designing for a Low-Carbon Future

Decarbonization is a growing priority for building owners—and for good reason. Lowering carbon emissions means healthier spaces, reduced environmental impact, and a more resilient infrastructure. 

We work with clients to identify the most effective pathways to decarbonization. Our team combines engineering expertise with forward-thinking design strategies to reduce emissions across building systems—from HVAC and lighting to enclosure and envelope performance. We also understand the technical and logistical challenges decarbonization can bring: working within existing infrastructure, managing costs, and integrating new technologies in ways that make sense now and in the future.

Three Core Pillars of Decarbonization

Energy Efficiency & Conservation

Efficiency is the foundation of any decarbonization strategy. Reducing energy demand makes electrification and renewables more cost-effective. We evaluate:

• Building massing and orientation
• Façade and enclosure design
• Lighting power and controls
• Mechanical systems that decouple ventilation and space loads
• Heat recovery strategies

Beneficial Electrification

Transitioning from fossil fuels to electric systems is a key decarbonization step. Even when full electrification isn’t immediately possible, hybrid solutions can prepare your systems for future upgrades. We design with:

• Heat recovery chillers
• Water loop heat pumps
• Air-source and geothermal heat pumps
• Staged conversion strategies

Renewable Energy Integration

We help clients plan, size, and optimize renewable energy systems—whether implementing them now or preparing for future adoption. Our support includes:

• PV and PV-ready infrastructure
• Wind energy feasibility
• Rebates, incentives, and REC ownership strategies

Ready to discuss decarbonization strategies for your building or campus? Contact us to get started.