Why it matters: When generic fixes fail to drop your building’s carbon output below legal limits, you need forensic engineering data to legally and technically justify the massive capital investments required for deep decarbonization.
Engineering Studies
Complex building performance issues require targeted, forensic engineering solutions. When a facility struggles with failing equipment that threatens compliance, our specialized engineering studies isolate the root cause. We provide detailed, objective feasibility assessments that bridge the gap between initial concept and full-scale mechanical design, ensuring your next retrofit is technically sound, legally compliant, and financially viable.
Key Deliverables:
- Electrification and decarbonization feasibility studies (e.g., transitioning from fossil fuel boilers to heat pumps).
- HVAC diagnostic studies and indoor air quality (IAQ) assessments.
- Life-cycle cost analysis (LCCA) for end-of-life mechanical equipment replacement.
Our Code Compliance Services Include:
- Compliance Assessments and Gap Analysis
- Energy Code Compliance Consulting
- Filing and Documentation Support
- Design Review for Regulatory Adherence
- Coordination with Local Authorities
- Special and Progress Inspections
- Energy compliance measurement and verification
Technical Roadmaps for Complex Assets
1
Electrification Feasibility
Transitioning a fossil-fuel building to clean heat requires careful planning. Our targeted engineering studies assess the feasibility of deploying heat pumps, VRF systems, and modular boiler plants, evaluating your existing electrical infrastructure and space constraints.
2
MEP Infrastructure Analysis
Aging mechanical, electrical, and plumbing (MEP) systems present a massive liability to property owners. We conduct deep technical evaluations of your end-of-life equipment, identifying critical failure points and providing strategies for modernizing your central plants.
3
Strategic Capital Planning
Replacing major mechanical infrastructure cannot happen overnight. We translate our engineering studies into multi-year capital plans, allowing asset managers to phase necessary upgrades intelligently to align with budget cycles, tenant turnover, and incentive availability.