Technological offer

Obtaining valuable metals through a carbon-chemical process from discarded lithium-ion batteries. The metals are obtained with very high yields and purity and can be reused.

Through an enzymatic hydrolysis process of blood it is posible to obtain enriched extracts of peptides and proteins. The resulting hydrolysate product is a very high-nutritional-value supplement to be incorporated in aquaculture feeding.

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.

Process capable of extracting high-value bioactive compounds from cocoa bean shells using green technologies, through more efficient and sustainable processes, applicable to the Food, Cosmetic, Chemical and Pharmaceutical Industries.

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.

Reinforced packaging paper exhibiting a surprising increase in compression strength and stiffness, obtained through the application of a bio-product obtained from ligno-cellulosic waste, without the need to add cellulosic fibers, strength additives or subjecting the paper to additional manipulation.

Environmental and economically sustainable recovery of added-value Bismuth (Bi) raw material from the residues generated during the primary production of Copper with an integrated removal of the hazardous Arsenic present in them.