Building Carbon Emissions Modeling Framework Webinbar 2

As part of the DYNAMIC RENOWAVE Project activities and in line with the new EU Energy for Building Performance Directive, we are investigating modeling approaches for life cycle carbon emissions for buildings. Firstly, to define common GHG emission accounting conditions to assess embodied and operation emissions. Secondly, define an initial carbon emissions modeling framework that can allow comparing the building emissions in a consistent way worldwide. Several meetings and discussions took place between September 2023 and March 2024 between the Renowave project consortium to identify a systematic methodology for assessing the GHG emissions in buildings and enable the comparative evaluation of carbon reduction measures and technologies. The webinar will share some insights on common calculation methods based on existing standards and in line with the IPCC emissions assessment approach. The webinar is meant to open a discussion about carbon emissions modeling in the building sector and reflect on DYNAMIC RENOWAVE's initial framework.
Together with a new team of Ph.D. students, Aurora Luigia Teresa Bertini and Maxime Dasse and scientists including Prof. André Stephan, Prof. Émilie Gobbo and Prof. Shady Attia, we are collaborating on the RENOWAVE Project. The project client and funding type are from the FNRS PDR: lnkd.in/eKvyWjJB
About the speakers:
Maxime Dasse is a PhD student at Liege University and UCLouvain. His expertise in computational modelling of GHG emissions and paramteric deisgn. His PhD is focused on Life Cycle Assessment for building carbon emissions.
Aurora is a PhD student at Liege University and UCLouvain. Her expertise in building performance simulation and building physics of high performance building design. Her PhD is focused on operation building carbon emissions modeling and simulations.
Presentations and Report can be downloaded here: orbi.uliege.be...