Lowering Embodied Carbon In Drycast Concrete by Increasing CO2 Sequestration
Heidi Jandris LEED Green Associate
M.S. Candidate in Sustainable Building Systems
Wednesday, March 3, 2021
at 6:00 pm
CMU (Concrete Masonry Units) use a dry-cast, zero-slump concrete mix. Their unique structure enables accelerated CO2 sequestration, while novel manufacturing technologies introduced are increasing sequestration rates even further while reducing the amount of cement required. In addition to lowering embodied carbon, we will talk about the difference between dry-cast and wet-cast concrete, how and why carbon sequestration happens, and compare the Global Warming Potential of several wall assembly types, with the inclusion of current industry CO2 sequestration rate research.
Heidi Jandris grew up immersed in all things concrete block and worked as a welder before getting her BArch at Pratt Institute in Brooklyn NY. She is currently enrolled in the MSBS program at Northeastern. She works for her family business as a technical resource provider while researching ways to improve the efficiency and sustainability of their manufacturing process. Any free time is spent making art with and without her 7 year old daughter.