Armstrong World Industries Presents: Climate-Conscious Design with Phase Change Materials: Modeling for Energy and Comfort

Armstrong World Industries Presents: Climate-Conscious Design with Phase Change Materials: Modeling for Energy and Comfort

Wednesday, November 5, 2025 3:30 PM to 4:30 PM · 1 hr. (US/Pacific)

Information

Phase Change Materials (PCMs) are an innovative solution for enhancing building energy performance and supporting climate-responsive design. This course explores the integration of PCMs into ceiling systems as a passive thermal strategy to stabilize indoor temperatures, reduce peak heating and cooling loads, and improve occupant comfort. Participants will examine how PCMs contribute to energy efficiency and decarbonization goals, particularly when paired with adaptive HVAC systems. The session emphasizes a whole-building systems approach, using advanced simulation tools to evaluate PCM performance in both retrofit and new construction scenarios. Attendees will gain practical insights into quantifying PCM benefits, optimizing building systems, and aligning material choices with sustainability and regenerative design principles.
Pass Type
Conference PassExpo + Evening Events PassExpo Hall PassExpo + Keynotes PassSustainable Finance & Investing Forum PassVolunteer PassStudent Pass
Location
408A
Program
Greenbuild
Track
Sponsored Session
Learning Level
Intermediate
Learning Objective 1
Explore the Role of PCMs in Climate-Responsive Design: Understand how phase change materials contribute to passive thermal regulation, energy efficiency, and carbon reduction in sustainable buildings.
Learning Objective 2
Evaluate PCM Integration in Ceiling Systems for Environmental Impact: Assess how PCM-enhanced ceiling systems influence indoor environmental quality, reduce peak energy demand, and support regenerative design goals.
Learning Objective 3
Quantify PCM Benefits Through a Systems Lens: Analyze the performance of PCMs in existing buildings, considering HVAC system adaptations and lifecycle impacts to maximize sustainability outcomes.
Learning Objective 4
Apply Holistic Building Simulation Tools for Sustainable Decision-Making: Use integrated modeling practices to evaluate PCM strategies within broader building performance frameworks, supporting informed design and retrofit decisions.
Continuing Education Credit Offered
AIA LU|HSWGBCI