El proyecto INNOCOND tiene por objetivo investigar y desarrollar materiales innovadores renovables y reciclables, de alto aislamiento térmico, alta resistencia mecánica y baja densidad, destinados a la rehabilitación y a la construcción (tanto tradicional como bioconstrucción, construcción pasiva y construcción bioclimática). ...

AIDIMME va a desarrollar, durante la realización del proyecto SENSOESTANT, sistemas que permitan realizar un uso seguro del mobiliario con cajones, estanterías y elementos colgados en paredes, mediante la tecnología basada en sensores, sin modificar el diseño ni los materiales de ...

Durante la realización del proyecto AGROFOREF se va a investigar en la revalorización de determinados subproductos de la industria agroalimentaria y forestal para, mediante distintas técnicas de biorrefinado, obtener bioproductos que posean propiedades de interés para la industria y, en especial, ...

The main objective of the project is the development of a platform (LogiBlock), which facilitates the deployment, planning, management and supervision of fleets of robots and autonomous vehicles in small and medium-sized companies, to carry out logistics tasks in industrial environments.

The general challenge of AVI airLUISA is to comprehensively develop joint solutions based on big data tools to the challenge of monitoring GHG emissions (CO2-eq) and other polluting emissions (SO2, NOx, O3, PM-10, PM-2.5 ), in order to evaluate ...

In this project, it is intended to obtain viricidal substances for SARS-CoV-2 based on prior knowledge of antimicrobial and bactericidal materials. Thanks to this, the material itself will degrade the virus, preventing it from being infective and cutting the chain of ...

Design of proposals to evaluate the integration of the circular economy in the field of high-impact waste treatment such as electronic waste or metal-contaminated sludge.

The use of additive manufacturing technologies allows companies to have great advantages in their design and product development processes, obtaining products with high added value. The main objective of the project is to promote the use of ...

The project will address the study of the performance of behavior characterization models in products subjected to the action of complex fluids, using CFD based on smooth particle harness for applications with high speeds and ...

The objective of the project is oriented towards obtaining autonomous processes that are capable of managing the manufacturing flow with minimal external interventions. In this case, automation is based on the use of robots, and the autonomy of the ...

Materials with high porosity have a large amount of air in their structure, and applications such as thermal insulation, acoustic absorption or as part of composite materials are widely used. The correct characterization of these materials for an application ...

Provide specific functionalities to polymers used in additive manufacturing using SLS (Selective Laser Sintering) technology. For this, two functionalization alternatives are proposed: - Additivation of the polymer powder used as raw material - Surface activation of the manufactured part and subsequent functionalization The ...

This project presents a study on the reduction of VOC emissions from products and materials. In this sense, controls will be established for air emissions and migrations on food contact surfaces. In turn, we will study the toxicity of ...

The pharmaceutical sector works with very strict quality standards for its products. However, there are two other fundamental factors such as packaging systems and distribution, which are not yet at the same level of control. This project ...

Within the AIDIMME Biomaterials R&D line, the SISPATINT 2001 project includes several applied research activities to test, configure and improve the PATINT system, as well as activities for the study and analysis of biomaterials. The innovative PATINT ...

The Industrial Symbiosis Observatory is a technology transfer and Competitive Intelligence tool aimed at collecting, filtering and disseminating relevant information on Industrial Symbiosis to facilitate its implementation in companies in the Valencian Community.

The EcoMARSI project aims to develop sustainable consumer products applying the concepts of Circular Economy and Industrial Symbiosis. For this, different secondary raw materials (oxides and metals of Zn and ...

The Metalworking, Furniture, Wood, Packaging and Related Technological Institute (AIDIMME) is carrying out the project entitled Development of prefabricated and highly sustainable construction elements - PRESOST -, aimed at researching and materializing prefabricated elements for the ...

The EU furniture industry is a labor-intensive sector dominated by SMEs, which is facing nowadays different challenges such as increasing competition from countries with lower production costs, increasing raw materials and labor costs, an aging workforce and difficulties in attracting younger workers. ...

SmarTrain joins VET providers and Research and Technology Organizations from the Woodworking and Furniture Manufacturing Industries to challenge and broaden the horizons of European VET systems. The project will detect the core changes required to include new SKCs (Skills, Knowledge and ...

This project arises as a consequence of the IDENTAG project, the result of which is the design of an identification element based on radio frequency, so that it can be inserted or adhered to pieces of board or wood fiber composite materials, ...

In this research project, nanostructured and mesostructured antibacterial coatings will be developed on Ti-6Al-4V alloys, which is the most used material for the manufacture of prostheses due to its resistance to corrosion, good mechanical properties and great biocompatibility. ...

The FUNGISTOP project will develop paints that are characterized by maintaining hygienic indoor environments by applying biocides that limit the development of fungi. The biocides used will be of natural origin in order to preserve ...

The purpose of this project is to research and develop innovative solutions for the repair and reinforcement of wooden structures, with substantial improvements over existing ones: greater resistance and bearing capacity, lower environmental impact, lower cost and use of materials, lower ...

The project will develop a coating that visually indicates when the corrosion process begins in the coated metals. To this end, microcapsules or mesoporous silica particles with colorants inside will be synthesized and incorporated into the coating. The microcapsules ...

The purpose of the T-WEAR project is to develop advanced anodic layers to strengthen resistance to wear at high temperature by ordering pore growth through pulsating currents, a technique that proposes the use of a high current ...

Corrugated cardboard packaging is used extensively by practically all industrial sectors for the handling, transport and storage of goods. If we take into account the segregation by materials used in the manufacture of packaging and ...

The project will provide our companies with products to increase the stability of stairs and furniture elements of an unstable nature (high chairs, stools, high tables, etc.), through technology based on gyroscopic properties, without modifying the design or. ..

In this research project, the aim is to develop hydrophobic coatings on structural wood to avoid partially or completely the absorption of moisture by the wood. These coatings will preferably be developed using silica sol-gel technology. Also, coatings ...

The general objective of the project is to improve the formulation of wood and plastic composite products (WPC: Wood plastic composite) in order to obtain an optimal formulation that simultaneously presents good physical-mechanical performance and good performance ...

Democratized innovation holds undeniable promise for European producers, but the integration with corporate innovation practices is in its infancy. While the interest is real, it is still neither easy or efficient for producers - especially SMEs to benefit from collaborative production. ...

AIDIMME, together with CEIT, FADA-CATEC and LORTEK have been distinguished with the accreditation “Cervera Center of Excellence” in Additive Manufacturing technology. CEFAM is one of the 7 projects funded by the CDTI Red Cervera 2019 in the resolution ...

PUCO2 is a project in collaboration with the AIMPLAS, INESCOP and ADIMME technology centers, as well as a series of tractor companies in the Valencian Community that maintain an increasing interest in their CO2 emissions and their use. In ...

The PLACE-PLA Ecological Purchase Platform / Ecodesign Collaborative Platform project - consists in the development of a collaborative platform that encourages ECOLOGICAL PUBLIC PURCHASE by administrations or large buyers (demand) and facilitates the incorporation of ...

WOODMARKETS is a project that contributes to promoting the competitiveness of wood processing companies throughout their value chain. The digital transformation in the timber sector has started timidly and companies see it ...

The eFactory project realizes a federated smart factory ecosystem by primarily interlinking 4 smart factory platforms, from the FoF-11-2016 cluster, through an open and interoperable Data Spine. The federation of the 4 base platforms is complemented by industrial platforms, collaboration tools ...

Different beam shaping technologies appeared in recent years to enable tailor energy delivery using a tailored spacial and temporal power distribution in laser beam. This makes possible to solve relevant metallurgical problems such as hot cracking in laser beam welding (LBW) ...

Main goal of the INEX-ADAM project is to reduce networking gaps and deficiencies among UNIZAG FSB and leading international EU institutions, by significantly strengthening the excellence and innovative capacity for research in the field of Additive Manufacturing (AM) within the Center ...

The EOSC-hub project creates the integration and management system of the future European Open Science Cloud that delivers a catalog of services, software and data from the EGI Federation, EUDAT CDI, INDIGO-DataCloud and major research e-infrastructures. This integration and management system ...

The aim of LIFE-2-ACID project is to demonstrate a new technology that allows the selective recovery of metal zinc and iron chloride from Spent Pickling Acids (SPAs) generated in galvanizing processes, thus minimizing their environmental impact. The project will demonstrate the feasibility of a ...