Technological offer

Catalyst prepared by sequential impregnation of platinum and metal oxides onto fishbone-type carbon nanofibers (CNF), enabling the production of biofuels with higher yield and superior properties compared to conventional catalysts.

Device that enables the pyrolysis of a material with higher operational efficiency than traditional processes, as it eliminates the need for external heating agents to the reactor, requires smaller reactor sizes, and a reduced amount of auxiliary equipment.

Versatile method to produce fully customizable microchips that can be embedded in a wide range of ink formulations, including conventional writing and printing inks and industrial and security‑grade coatings, enabling advanced anticounterfeiting functionalities across diverse materials.

Improved design of membrane–electrode assemblies, the main component of electrolyzer stacks, which increases efficiency and reduces environmental impact in green hydrogen generation, while being compatible with industrial-scale up.

Analysis method for materials with persistent luminescence that allows key parameters to be quantified directly, without fitting models in the time domain. Ideal for the development and optimization of emitting materials in applications such as bioimaging, signage, photocatalysis, and security.

Photoactivated sensor devices based on highly porous carbon-based materials functionalized with nitrogen heteroatoms. These systems offer elevated selectivity and sensitivity for NO₂ detection at ppb level, ensuring stable operation and prolonged life time under ambient conditions.

New sustainable method for producing metallic nanoparticles with superior stability and high conductivity. Highly useful in conductive inks for electronic printing, radio frequency antennas, catalysts, conductive paints or coatings.

An electronic component that alternates between as a resistor and a diode, retaining memory of its state without energy consumption. This technology enables the creation of faster and more efficient neuromorphic computing systems.

Catalytic decontamination and recovery of organic compounds of industrial aqueous media using adsorbent particles of a zeolitic imidazolate metalorganic network capable of self-aggregating to generate floating membranes.

High grammage technical paper designed for demanding mechanical printing processes such as intaglio, dry stamping, or relief printing Made from plant fibers and reinforced with natural residues and additives, it offers durability, print quality and sustainability.