RESUBAT: Innovation for the Comprehensive Recycling of Lithium-Ion Batteries and Sustainable Mobility

resubat

The project is co-funded by the EU (ERDF–IVACE+i Innovation) and developed by a multidisciplinary consortium led by GDES together with Neptury Technologies, Universitat Jaume I (INAM), and ITC-AICE.

As part of its commitment to sustainability and the circular economy, GDES coordinates the RESUBAT project (Direct Cathode Recycling for the Comprehensive Regeneration of Lithium-Ion Batteries), an initiative that investigates new solutions for recycling electric vehicle batteries and recovering their critical components. The project is part of the mission of GDES Blue Ventures, the open innovation platform that promotes technologies aimed at a more efficient and sustainable energy model.

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BATTERY VALUE CHAIN | Recycling.

GDES, ITE and UPV move forward with the BAT2REC project.

In a context marked by the energy transition and the exponential increase in the use of lithium-ion batteries, the sustainable management of these storage systems at the end of their life cycle has become a strategic challenge for the industry. To address this challenge, GDES is working alongside the Institute of Energy Technology (ITE) and the Polytechnic University of Valencia (UPV) on BAT2REC, a project aimed at developing advanced technologies for recovering critical materials from electric vehicle batteries.

The BAT2REC project seeks to develop and validate cutting-edge technologies, focusing on the direct recycling of materials and the extraction of lithium from acid leachate. These advances aim to optimize efficiency and sustainability throughout the battery life cycle, contributing to a more circular and environmentally friendly model.

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BATTERY VALUE CHAIN | Second Life

GDES Circularity presents E TOWER®: innovation for ultra-fast and sustainable electric vehicle charging at MIV2025

The transition towards more sustainable electric mobility requires solutions that not only boost efficiency but also integrate circular economy principles. With this goal in mind, GDES Circularity introduces E TOWER®, a pioneering system that combines ultra-fast charging with energy storage based on second-life batteries. This innovation, developed in collaboration with Zeleros, addresses two major challenges in the sector: the lack of high-power infrastructure and the responsible management of resources.

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E TOWER®: The Sustainable and Efficient Solution for Ultra-Fast Electric Vehicle Charging

GDES Circularity and Zeleros have combined their expertise and technology to develop E TOWER® , an innovative solution that redefines sustainable mobility by addressing one of the main challenges in the sector: the efficient management of resources and waste.


E TOWER® drives the transition toward a more circular, sustainable, and competitive energy model, reaffirming both companies’ commitment to responsible innovation while providing an effective response to the growing demand for ultra-fast electric charging infrastructure.

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GDES Circularity joins RESUBAT, a new circular economy project for the management of batteries.

GDES coordinates this project as part of its strategic commitment to sustainability and circular economy.

The RESUBAT project, entitled ‘Direct recycling of the cathode for the integral regeneration of lithium-ion batteries’, seeks to realise new solutions for the recycling and integral management of electric vehicle batteries, researching and developing technologies and processes to recover all of their components, going deeper into the direct recycling of the active material of the cathode.

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