This Deliverable D5.3 synthesised and summarised the work undertaken in INNOPATHS Work Packages 3 and 4, and the insights deriving from them. It reviewed the four different narratives of deep […]
Summary City-level decisions are crucial for delivering a low carbon transition, particularly as urban population dynamics and environments change in response to the COVID-19 pandemic. Ensuring appropriate governance structures, mechanisms […]
Summary The INNOPATHS project is using an intensive process of stakeholder engagement and co-design in order to inform the development of technologically-detailed decarbonisation pathways for Europe out to 2050. Building […]
Summary This deliverable summarizes insights from the systematic literature review of the environmental, technical and socio-economic impacts of policy instruments that are being considered to foster transitions to carbon neutral […]
Summary This deliverable presents and describes the prototype for the Policy Evaluation Tool (PET) which has been developed in the INNOPATHS project. The PET was designed to be an integrated, […]
Key messages: Massive expansion of cheap renewables will provide emission-free electricity and make deep electrification of all sectors a key pillar for climate neutrality. Beyond electrification, innovation, development and diffusion […]
Key messages: The European transition towards net-zero emissions by 2050 requires both competitive technology costs and the removal of a wide array of non-cost-related diffusion barriers. Innovation successfully takes place […]
Key messages: Policies need to be designed and maintained that enable private capital to flow into low-cost project finance. Policy makers should use the window of opportunity provided by low […]
Key messages: The effect of subsidizing green employment may be estimated from US experience: green subsidies are more effective in regions with the appropriate green skills. The European Green Deal […]
Key messages: The biochar system is an exceptional negative emissions technology (NET) that can remove carbon from the atmosphere and store it in soil, thereby improving soil and conserving water, […]
