The INDIA project focuses on the exploration and development of generative artificial intelligence (AI) applications in the field of industrial control. This project's main objective is to investigate how generative AI models can be effective in environments...

The objective of the project is to develop the knowledge to formulate a mortar or concrete capable of self-regeneration through the action of appropriate microorganisms, which gives rise to two benefits, the first, that self-repair is constant, it does not require one. ..

The purpose of this project is to evaluate the indoor air quality of confined spaces and also simulate various habitability scenarios in real situations. To this end, the research focuses on reducing VOC emissions by studying the...

The use of industrial waste as by-products and its recovery in the value chain of producing companies is a great environmental and economic challenge for any company. In this sense, ELECTROFEM aims to recover energy, ...

In recent years, the study, control and investigation of biocide efficacy has increased, both for bacteria and for fungi and viruses. In the case of viruses and, to a lesser extent, fungi and bacteria, the results can ...

Fiber-reinforced concrete improves the nonlinear behavior of concrete, especially against tensile stresses, stitching cracks, preventing them from spreading and allowing the concrete to continue resisting traction, being especially effective in resisting dynamic loads or ...

Thermal insulation contributes to limiting energy consumption, improving comfort and the sensation of hygrothermal well-being of users. The AISMAT project seeks to deepen the knowledge about the products used in insulation, especially in the case ...

The heterogeneity in fire behavior evaluation systems and the increase in possible applications of materials and products in other sectors motivate the development of the PREFIRETOOL project. The proposed experimental research aims to establish the relationships between several parameters ...

Create a work methodology that gives rise to the systematized development of digital energy models of buildings that allow the analysis of the energy state and support in the decision-making process associated with the implementation of improvements of ...

The AIDIMME Technological Institute investigates the feasibility of using sustainable prefabricated elements developed by the Institute itself for exterior thermal insulation systems (SATE) or interior vertical partitions. PREFCONCEPT, “New prefabricated elements in a real environment”, is the continuation of the ...

The INNOCOND project aims to research and develop innovative renewable and recyclable materials, with high thermal insulation, high mechanical resistance and low density, intended for rehabilitation and construction (both traditional and bio-construction, passive construction and bioclimatic construction). ...

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 ...

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 ...

Interstitial condensation, which is that which occurs inside a material or enclosure, is a source of various pathologies in buildings. This depends on the amount of water vapor that passes through material, on the gradient of ...

A prototype photocatalytic reactor using the photocatalysts developed in this project will be designed and manufactured (TiO2 and ZnO nanoparticles doped with metal ions (M) and supported on reduced graphene oxide (RGO)). Doping with metal ions ...

The general objective of the project is the analysis of the fire reaction performance of the treated wood according to the final conditions of use. The treatment with flame retardants considerably improves the reaction to fire behavior for the ...

Formaldehyde is a volatile organic compound with proven carcinogenic properties for humans. Although it is naturally present in the atmosphere, man-made emissions of this compound can endanger health. It is therefore, ...

This project focuses mainly on the experimental development of a possible alternative method for the sub-stage of polymeric material biting, prior to the deposition of metals, by chemical route, on these materials. This experimental development will be based on using ...

The project seeks to investigate the relationships between the behavior of materials to the reaction to fire and the behavior of products, built with these materials, to fire resistance. For this, in addition to experimental analyzes of ...

Formaldehyde is a volatile organic compound with proven carcinogenic properties for humans. Although it is naturally present in the atmosphere, man-made emissions of this compound can endanger health. It is therefore, ...

The general objective of the project is the development of new wood and plastic composite products (Wood Plastic Composite - WPC), improved by the use of flame retardant additives, in order to offer fire performance, improved and adequate ...

The project seeks to investigate the relationships between the behavior of materials to the reaction to fire and the behavior of products, built with these materials, to fire resistance. For this, in addition to experimental analyzes of ...

The development of the project is to define the different scenarios in which companies are going to find in the future, by analyzing and identifying the new skills required of the current and future workers, horizontal skills or specific skills to ...

It is intended to carry out the design and development of solutions for the improvement of the Environmental Comfort (thermal, light and air quality) by integrating intelligent materials (active and passive) and sustainable solutions in domestic and public environments. The ...

The main objective of the project is the search for new technological solutions to reduce stress and improve comfort inside aeronautical cabins. In this way, in 2012 an R&D project was proposed both for research ...

NODOS-TURISMO is a collaborative project aimed at the industries of wood, street furniture, ceramics and information and communication technologies (ICT). The proposed research develops synergies in the functions that the usual products of the ...

Textile, footwear and furniture make up important sectors in the Valencian economy, being formed mainly by SMEs that currently face common challenges: growing imports from emerging countries, competition from European-technical products and some stagnation of domestic demand. Likewise, the severe ...