Developing advanced chemical processes

Application of advanced chemical separation and purification techniques to recover metals such as lithium and cobalt from discarded electronic devices for use in different applications. This research is in line with the European Strategy for Critical Raw Materials, which seeks to ensure a sustainable supply of raw materials essential for the energy and digital transition.

Specific R+D+i lines

Creating processes that enable the recovery of critical raw materials from different types of waste.

RECRIMAT

PIGMENTCAT

Development of processes aimed at recovering active material from the cathode of end-of-life batteries.

BATECAT

We generate knowledge to make it available to you

Capabilities

Synthesis of ceramic pigments from cathodes from lithium-ion batteries as an alternative raw material source.

Separation and regeneration of cathodes for use in the manufacture of new lithium-ion batteries.

Recovery of critical raw materials from electronic waste for use as an alternative source of raw materials.

How can we help you?

we offer

R&D&I

SPECIALIZED SERVICES

Training

We operate in different sectors

Sectors

PRIMARY SECTOR

SECONDARY SECTOR

TERTIARY SECTOR

And we do it sustainably.

As a committed technology center, we align our present and future activities with ESG criteria (environmental, social, and governance criteria), thereby contributing positively to our impact.

Toward sustainable development
Report

Platforms we are members of

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TOWNS
Materials
DECARBONIZATION
DIGITAL TRANSFORMATION
ENVIRONMENTAL HEALTH
Circular economy
MODELIZATION
SUSTAINABLE CHEMISTRY


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    ITC

    Contact us

    Maria Fernanda Gazulla Barreda, PhD
    Coordinator of the R+D Line: Sustainable Chemistry
    marife.gazulla@itc.uji.es
    +34 608 364 127

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