BUILDING SCIENCE APPLIED.

Air leakage can be
one of the largest
sources of building
energy loss

CBEPC integrates whole‑building air‑leakage testing, enclosure diagnostics, and performance analysis to pinpoint how air, heat, and moisture move through the building enclosure.

  • WHOLE BUILDING
    AIR LEAKAGE TESTING
  • HYGROTHERMAL
    & THERMAL BRIDGE ANALYSIS
  • ENCLOSURE
    DIAGNOSTICS

APPLIED BUILDING SCIENCE

Technical Insight. Practical Guidance. Measurable Outcomes.

BUILDING ENCLOSURE CONSULTING

Design review, enclosure detailing, and performance analysis focused on controlling heat, air, and moisture flow across the building envelope. We help project teams reduce durability risks, improve constructability, and achieve more resilient enclosure assemblies.

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AIR BARRIER PERFORMANCE & VERIFICATION

Whole-building air leakage testing, diagnostic investigation, and air barrier verification to quantify enclosure airtightness and identify leakage pathways. Services support code compliance, commissioning, certification, and improved energy and moisture performance.

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PASSIVE HOUSE CONSULTING

Passive House and high-performance building consulting from early-stage energy modeling through design development and certification support. We evaluate enclosure, thermal bridge, airtightness, ventilation, and load-reduction strategies to improve whole-building energy performance.

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MOISTURE MANAGEMENT

Moisture-risk assessment and hygrothermal analysis to evaluate vapor, rainwater, condensation, and drying potential within enclosure assemblies. We identify conditions that can contribute to mold, material degradation, and premature failure, then develop practical mitigation strategies.

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WHY CBEPC

Physics, details, and performance - integrated.

Buildings rarely fail because of a single component. They fail at the interfaces—where materials, assemblies, climate, and construction interact. CBEPC applies building science to evaluate those relationships, identify risk early, and develop practical strategies that improve enclosure durability, energy performance, and resilience.

  • Building science driven analysis
  • Early identification of enclosure risk
  • Constructible, performance-based solutions
  • Reduced failures, callbacks, and long-term operating costs

HOW WE WORK

Evidence-based analysis. Informed decisions. Better outcomes.

01

DEFINE

Establish project objectives, performance criteria, enclosure conditions, and technical constraints.

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02

ANALYZE

Evaluate assemblies, interfaces, environmental loads, and observed conditions using testing, modeling, and building science analysis as appropriate.

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03

RESOLVE

Findings are translated into prioritized, constructible strategies that address risk and support project performance goals.

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04

VERIFY

Alignment of implemented solutions with the intended design and performance criteria is confirmed through review, testing, or field verification.

LET'S DISCUSS YOUR PROJECT.

Resolve performance risks before they become costly problems.

From enclosure detailing and airtightness to moisture risk and high-performance design, CBEPC provides building science expertise that helps project teams identify issues early and make better-informed decisions.

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EARLY RISK
IDENTIFICATION
TECHNICALLY SOUND
DECISIONS
CONSTRUCTIBLE
PERFORMANCE STRATEGIES