INAM | Institute of Advanced Materials

Chemistry to transform society

Strategic Line 1

Energy Conversion and Management

Strategic Line 2

Adapting biological materials for functional applications

Strategic Line 3

Groups

RG1. Research Group Active Materials and Systems Research (AMSY)

RG2. Organometallic Chemistry and Homogeneous Catalysis

RG3. Electrocatalysis and Energy (ECATEN)

RG5. Photoactive Materials for Energy

RG6. Materials for Advanced Sustainable Production

RG7. Bioinspired Supramolecular Chemistry and Materials

RG10. Hybrid catalytic Materials

RG11. Dynamic Materials and Self-assembling Systems

RG12. Spintronics for Advanced Devices Lab

RG13. GID - Green Investigation & Development

Technology transfer

UCIE-INAM

Unitat Científica d’Innovació Empresarial (UCIE) de l’Institut de Materials Avançats

AVI, UJI, INAM

View project

The INAM Annual Symposium is a multidisciplinary meeting with top rank keynote speakers and networking sessions with the members of the Institute of Advanced Materials and other visiting scientists.
This year the INAM Annual Symposium will be held on 7th of November 2022, at the Grade Hall of the Faculty of Health Sciences (UJI)

Programme

Read more about INAM Annual Symposium

Imagen:

Breve resumen:

This technology is based on the hydrogen storage as a liquid employing organic compounds. More specifically, silanes and alcohols compounds are used as storage system. The main advantage for this technology is the hydrogen production from the system at low operating temperatures and quickly.

Applications:

Hydrogen storage.

Responsible researcher of the patent:

Name:

Jose Mata

E-mail:

jmata@uji.es

Link:

http://www.inam.uji.es/users/jose-mata

Innovation technician:

Name:

Patricia Gracia Gomez

E-mail:

pgracia@uji.es

Link:

http://www.inam.uji.es/users/patricia-gracia-gomez

Read more about Hydrogen storage process employing organic liquids

Breve resumen:

Imagen:

The green hydrogen production as energy vector to reach the energy decarbonization is getting a high importance in these days. For that reason, INAM is working actively towards the development of new materials, electrodes and electrolysers to get a more competitive process.
These developments can be applied simultaneously in different process, such as wastewater decontamination or waste valorisation (organic waste, biomass, …). At the same time, hydrogen obtained from the valorisation reactions can be taken advantage of as power source, giving a high efficiency the total process.
INAM’s processes developed can be applied for any industry that produce organic waste in solution, such as tributaries in chemical industry, wastewater, plastic waste (recycling) or organic matter from cattle industry (slurry).

Applications:

Green hydrogen production.

Circular economy for recovering wastes as add value products.

Recycled of plastic, industrial, cattle or agricultural wastes.

Main sectors which the offer is directed:

Companies that are involved in the production and/or hydrogen use.

Companies that are interested in industrial processes decarbonization.

Companies that produce wastewater and must carry out their purification.

Responsible researcher:

Name:

Sixto Giménez

E-mail: