LEOPARD

The LEOPARD project is framed within energy efficiency and the circular economy. Its main objectives are:
(a) to develop more efficient sodium-ion batteries, specifically focusing on the cathode to synthesize materials using a novel and sustainable method based on supercritical fluids, enabling the production of materials with improved properties compared to current ones.
The project also focuses on (b) establishing a sustainable and scalable recycling method for sodium batteries, also based on the use of supercritical fluids, which allows the recovery of high value-added materials for reintegration into new cathode materials or for refurbishing existing ones and reusing them as cathodes.
Finally, the project is accompanied by a life cycle assessment that will support the project in evaluating and proposing solutions with a lower environmental impact. This analysis will make it possible to identify areas for improvement in terms of sustainability and ensure that the developed technologies contribute to a more circular economy.

Fecha de inicio

28/10/2025

Fecha de finalización

28/10/2028

Duration

36 months

Entidad financiadora

Tipo de convocatoria

Convocatoria

Presupuesto del CIIAE

199.555,38€

Presupuesto total

199.555,38€

Socios

Departamento

Investigador(es) principal(es)

Página web del proyecto

Difusión de ayuda

The LEOPARD project is framed within energy efficiency and the circular economy. Its main objectives are:
(a) to develop more efficient sodium-ion batteries, specifically focusing on the cathode to synthesize materials using a novel and sustainable method based on supercritical fluids, enabling the production of materials with improved properties compared to current ones.
The project also focuses on (b) establishing a sustainable and scalable recycling method for sodium batteries, also based on the use of supercritical fluids, which allows the recovery of high value-added materials for reintegration into new cathode materials or for refurbishing existing ones and reusing them as cathodes.
Finally, the project is accompanied by a life cycle assessment that will support the project in evaluating and proposing solutions with a lower environmental impact. This analysis will make it possible to identify areas for improvement in terms of sustainability and ensure that the developed technologies contribute to a more circular economy.

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