Cellular Glass in High Performance Roofs: Reducing Risk by Design
Learning Objectives:
- Discuss the composition of cellular glass insulation and identify its intrinsic value in building applications.
- Investigate how to design and specify roof assemblies to reduce risk of energy loss, moisture ingress, and other modes of roof failure.
- Identify the value of cellular glass insulation in sustainable construction by examining life cycle costs, service life, and recyclability.
- Select roof assemblies that meet fire and structural integrity requirements for the building application.
Credits:
Commercial roofs must be resilient, meaning they are designed to perform over the long run without compromising on the client’s commitment to sustainability. Cellular glass insulation delivers a portfolio of performance attributes — it’s impermeable, noncombustible, and resilient, not to mention its long-term thermal performance and compressive strength. This course will spotlight real-word roof assemblies that leverage cellular glass insulation to achieve performance without compromise.
Photo courtesy of Owens Corning®
Tiffany Coppock, AIA, NCARB, CDT, LEED AP, ASTM, RCI, EDAC, is a commercial building systems specialist with Owens Corning. She provides leadership and technical guidance in building science, testing, and documentation to design professionals and the Owens Corning team. Formerly, Tiffany was a building science manager answering technical questions, reviewing drawings and specifications, and giving educational sessions on topics such as air barriers, waterproofing, vegetative roof assemblies, and insulation. She holds a Bachelor of Environmental Design from Texas A&M University, a Master of Architecture from the University of Colorado, and is a registered architect specializing in health care and historic preservation. |