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Insulating the Future: Reducing Embodied & Operational Carbon with Next-Generation All-Wood Insulation

Insulation products are unique among construction materials, because their essential function is to reduce the operational space heating and cooling energy demands of buildings. However, 90 percent of the insulation currently available on the market consists of plastic foam, fiberglass or mineral wool, which are non-recyclable and made from the very fossil fuel resources they are intended to conserve. Innovative, renewable and cost-effective insulation products are now entering the market.

Out of [Site], in the Air: Embodied Carbon & Material Selection

Embodied Carbon (EC) emissions from the building sector produce 11% of annual global GHG emissions (second to transportation). Embodied carbon, unlike operational carbon, is out of sight, off site, and usually out of mind. As industry professionals, we have a responsibility to work towards a carbon-neutral built environment, and that work starts at design with a focus on the embodied carbon of a building and the materials that comprise it.

Cost-Effective Transition to Electrified Heating & Cooling with Distributed Generation

We’ll explore the operational and financial impact of electrifying heating and cooling systems that leverage distributed generation systems (CHP, Solar, battery storage) to help offset large capital investments. We’ll focus on multifamily buildings constructed in the past 10 years in which various configurations of VRF and distributed generation were implemented, as well as retrofits of existing buildings.