What's the main reason for understanding whole life carbon emissions? So we know what we're dealing with, how to reduce and how to plot effective removal strategies. Learning from the carbon emissions from the whole lifecycle of buildings crucial - not 'just' undertaking them - to help us understand how to reduce carbon effectively from buildings. A great study Martin RÖCK and thanks for posting #carbonremoval #decarbonisation #decarbonisationstrategies #netzero #carbontracking
Lead Scientist GBDI, Executive Director RISE // Regenerative Spatial Systems and Resilient Communities // Life Cycle Sustainability Assessment of Buildings at Scale // Partner, GirlDad // Vienna 🇦🇹🇪🇺
🎉 NEW PAPER! Ever wonder which strategies are effective for whole life cycle GHG emissions reduction and removal? 🌱 See our review of 11 strategies / 35 measures incl. their impacts and diffusion potentials across EU Member States! 👇 🌐 Find the full publication online: Journal publication (OpenAccess): https://lnkd.in/dGdBDAa4 👏 Great publication lead by Nicolas Alaux building on data collection and analysis done in our projects for the European Commission, DG GROW, Philippe Moseley. Congratulations and 'thank you' to all co-authors and project partners! Further information on the study: https://lnkd.in/djWugmuK 💡 Abstract: -- As the European Union (EU) is aiming to realize climate neutrality by 2050, there is a need to investigate greenhouse gas (GHG) reduction and carbon dioxide removal strategies (CRRS) from a life cycle perspective. Existing literature lacks harmonization of building-related strategies considering the whole-life cycle of buildings and the interlinkages across life cycle stages. -- The aim and novelty of this study was to systematically identify, classify and quantify the impacts of CRRS, as well as assess their applicability in different EU Member States. -- We identified a total of 35 measures grouped in 11 CRRS for the whole-life cycle of buildings. We classified these measures according to various criteria, such as the avoid–shift–improve framework or the life cycle stages influenced. We then assessed the potential diffusion of these strategies in each EU Member State up to 2050 via qualitative assessment criteria. -- We could achieve notable short-term reductions in GHG emissions by improving use-phase energy use, selecting low-carbon materials or reducing the per capital space demand. In the medium to long term, the applicability and reduction potential of strategies such as circularity and prioritizing renovation over new construction will increase as supply chains and skills develop across the EU. -- Due to their different potentials and times of implementation, the entire range of strategies is needed to support building and construction transition efforts. Nicolas Alaux Christopher Marton Jacob Steinmann Dominik Maierhofer Alessio Mastrucci Danai Petrou Tajda Potrč Obrecht Delphine Ramon Xavier Le Den Karen Allacker Alexander Passer Martin RÖCK #SustainableConstruction #WholeLifeCarbon #CarbonRemovals #CRCF #EPBD #EmbodiedCarbon #LifeCycleAssessment #Buildings #EU #ClimateTargets #ScienceToPolicy #DGGROW #EuropeanUnion