Ecoregions ready to help European industrial hotspots make huge emission cuts
Industrial areas across Europe could make big strides in reducing their greenhouse gas emissions thanks to the latest expert advice on how to transform into … Read more
R-ACES Ecoregion Meeting 7 June 2022
Next R-ACES Ecoregion meeting on how energy cooperation is helping SMEs On 7 June 2022 the 4th R-ACES Ecoregion meeting takes place. Topic of this … Read more
R-ACES project at the SPARK 2022 exhibition in London
LE2C and EHP presents the R-ACEs project in London at the SPARK 2022 exhibition On 22 June 2022, R-ACES is going to be presented by … Read more
New tool available for setting up energy cooperation projects
R-ACES establishes new Legal Decision Support Tool The R-ACES project has built a new tool that will help develop energy cooperation projects between potential suppliers … Read more
The benefit of energy cooperation in fostering ecoregions across Europe
R-ACES holds workshop during EU Regions Week The R-ACES project organised an online workshop during the European Week of Regions and Cities on 12 October … Read more
New Alliance for Energy Cooperation in European Industries created
The Alliance has been set by five Horizon 2020 projects: EMB3Rs, INCUBIS, R ACES, SO WHAT and S PARCS, which together have received a total … Read more
Waste heat solutions for Europe’s green recovery
Euroheat & Power in cooperation with the European Heat Pump Association is organising this webinar on waste heat recovery showcasing 4 EU projects focusing on … Read more
EMB3RS, INCUBIS, R-ACES, SO WHAT and S-PARCS to host webinar on industrial waste heat recovery
The smart and sustainable energy projects EMB3RS, INCUBIS, R-ACES, SO WHAT and S-PARCS, are organizing a joint webinar: Waste heat recovery and energy cooperation in … Read more
Effective Energy Exchange in Industrial Clusters across Europe
How can European industrial parks reduce their CO2 emissions, waste, and material consumption? The European project R-ACES aims to create ‘Eco-regions’ where heat and cold … Read more