Amrize Presents: Addressing Embodied and Operational Carbon from Foundation to Rooftop

Thursday, October 22, 2026 10:30 AM to 11:30 AM · 1 hr. (US/Eastern)
Sponsored Session

Information

The building envelope - the foundation, walls, windows and roof - is the primary driver of the amount of energy required to heat, cool and ventilate a building – contributing to both energy performance, durability and occupant comfort. To realize its full potential, the building envelope should be approached as system with consideration to the building’s use, occupants and the regional climate. With LEED v5 allocating 50% of its total point weight to decarbonization, an optimized building envelope is essential for high-performance buildings.
In this session, we will delve into strategic opportunities for general contractors, developers and architects to maximize building envelope performance though:
1) Collaborative Design: How to engage the project team on building envelope design and what pitfalls to watch out for
2) Advanced Building Solutions: Implement low-carbon cement and high-performance roofing systems to drive holistic building efficiency.
3) Resilience: How to design and construct your building envelope considering urban environments and extreme weather events
4) Case studies: Practical examples the application building envelope systems, which served to reduce the building’s embodied carbon and optimize its energy performance, durability and occupant comfort.
Learning Level
Advanced
Program
Sponsored Session
Location
Sponsored Session
Track
Sponsored Session
Learning Objective #1
Collaborative Design: Engage project teams early to seamlessly integrate low-carbon materials and avoid common design pitfalls.
Learning Objective #2
Advanced Solutions: Implement low-carbon cement and high-performance roofing systems to drive holistic building efficiency.
Learning Objective #3
Resilience: Construct durable envelopes designed to withstand extreme weather events and urban climate stressors.
Learning Objective #4
Case Studies: Analyze practical applications that successfully reduced embodied carbon while optimizing energy efficiency, occupant comfort, and lifecycle durability.