News

The CÍCLICOM ecosystem will bring together the key players in the recycled plastics value chain at a one-day event

The concluding event of the CÍCLICOM project will be held in Madrid on 18 February

Micro and nanotechnologies for developing smart sensors

SMARTµS will develop electrochemical sensors based on advanced genetic detection techniques

Present at JEC WORLD 2026, the global event for composite materials

GAIKER will be at JEC WORLD between 10 and 12 March

Happy New Year

We wish you a Merry Christmas!

We are committed to AI to transform the design and manufacturing processes of composite aerostructures

The European pAIramid project will develop a virtual testing platform [...]

GAIKER develops new technologies for the contactless monitoring of composite materials

The MOSINCO project will improve the way composite parts are manufactured and maintained.

ONTZHI-II launch: Key technologies for storing and transporting hydrogen

The project is aimed at developing innovative technologies to allow hydrogen to be stored and transported in a safe, sustainable and competitive manner.

GAIKER leads the E-OilÉ project to develop sustainable single-dose packaging

The E-OilÉ project has been launched to develop pioneering single-dose packaging solutions that are safe, sustainable and biodegradable.

Coming soon to Cosmetorium

On October 22 and 23, GAIKER will attend the ninth edition of Cosmetorium

Circularity and reuse of key raw materials

The availability of certain key minerals and the ability to process them is becoming a critical issue in various areas.

We coordinate three European projects

The Sustainable Composites & Functional Polymers Area coordinates the following European projects: ECORES WIND, BIOSAFIRE and E-OILÉ.

GAIKER is a technological partner in the compostable film and packaging company BIOPLASTICS4HEALTH S.L.

The innovative 100% compostable film and packaging solution has been developed with the contribution of GAIKER technology.

Development of chemical recycling technologies to treat complex plastic waste

The application and industrialisation of solvolysis and dissolution processes enable complex plastic waste to be upcycled

Sensors and AI for smart sorting of complex waste

Computer vision and spectroscopic analysis techniques combined with artificial intelligence

We develop smart technologies based on AI to recycle metals from end-of-life vehicles

The CIRIAMET project develops and evaluates artificial intelligence models on a laboratory scale to identify, sort and recover metals

We develop products based on protein and cultivated pork fat

TERUELPORK4CULTURE researches and develops in vitro meat products based on Protected Designation of Origin meat.