The study introduces an open-source framework that systematically replaces coal, oil, and gas inputs with renewable alternatives, synthetic fuels, and electrified systems in supply chain models.
An innovative online resource designed to support circular economy practitioners across various sectors, particularly those working in buildings, mobility, and manufacturing.
This framework combines a comprehensive spatial analysis with machine learning techniques to inform urban planning practice regarding the influence of urban drivers.
Our CircEUlar partner UOXF delivered a talk on “Broader Impacts of Digitalisation on Decarbonisation Pathways”, formed part of the project’s work, exploring how digitalisation can drive low-carbon transitions, while also considering its own environmental footprint and ways to mitigate these impacts.
A new report from TU Berlin, PIK, NTNU and BOKU reveals the composition and location of Europe’s massive material stock in buildings, transport infrastructure and vehicles across the EU27, Norway, Switzerland, and the UK.
As global resource use and emissions keep rising, the circular economy (CE) is gaining traction as a strategy for avoiding waste and reducing virgin raw material demand, thereby potentially also mitigating energy demand and GHG emissions.