Portfolio

FormPlate seeks to optimise the energy efficiency, cost and durability of metallic bipolar plates, a key component to guarantee the energy efficiency of proton exchange membrane (PEM) hydrogen fuel cells for application in the automotive sector. The technological innovation of the project is based on: New geometric plate designs by Finite Element Method (FEM) and Computational Fluid Dynamics (CFD) simulations. Development and improvement of plate manufacturing techniques. Implementation of alternative metallic materials to reduce the cost and weight of the plates. Development of protective, electrically conductive and corrosion-resistant coatings. The energy transition towards electromobility and sustainability [...]

The objective of the e-LEAF project is to develop, from a patented experimental proof of concept, fuel cells to be used in hydrogen-powered vehicles. Using printed technologies, the project describes a novel fabrication methodology and Membrane Electrode Array (MEA) design flexible as a thin printed device with improved diffusion rate and reduced cost compared to conventional cell configuration. Lower vehicle emissions since 2008 have already reduced the number of deaths attributable to air pollution by thousands and returned billions of euros in public health benefits. However, only little progress has been made in reducing its climate [...]

Development of a device for monitoring fatigue and effort in athletes of any level and condition to prevent injuries and health incidents, as well as optimise their performance. The FATIGA2 project aims to design and improve a wearable device made of sustainable materials capable of monitoring fatigue and effort in athletes, in order to optimise their performance and prevent the formation of injuries and health-related incidents. The device, which is attached to the body through an adhesive, measures the levels of lactate in sweat and the heart rate in order to know the level of the [...]

Collaborative research to find solutions in the functionalisation of surfaces. The INFUNDA project is a collaborative research business initiative carried out by seven companies (KOSTAL, WALTERPACK, TOUS, MAIER, INECFI, FLUBETECH and GOIZPER), two of which are SMEs (INECFI and FLUBETECH), which have come together to combine their knowledge and provide solutions in the functionalisation of surfaces, both in plastic and metal components. INFUNDA is part of the latest generation of innovative enabling technologies that are at a basic level of maturity, identified by their high application potential, giving companies a differential position by giving way to [...]

Development of organic photovoltaic modules (OPV) with high efficiency, transparency and 3D integration in plastic parts. The objective of the LEGATO project is to unveil the design and processing aspects that remain unexplored to enable the production of OPV modules with enhanced light use efficiency (LUE) and 3D integration. LEGATO contributes to the improvement in energy performance of organic photovoltaics at affordable costs by implementing high throughput manufacturing processes, including a versatile laser patterning methodology. Its main ambition is to conceive new design and processing guidelines for the advanced manufacturing of OPV modules. Research and innovation [...]

Solution to increase the useful life and quality of high pressure casting molds (HPDC). Project INNOCAST aims at developing an innovative physical vapor deposition (PVD) coating concept, based on nanostructured morphology to generate a complex layer of surface oxides to greatly reduce wettability and attack by molten aluminium on die casting tools. The project also investigates the use of ion implantation to modify the PVD coating, a highly innovative concept in the metal-mechanic sector that will allow the creation of phases with self-lubricating and wear-resistant properties. To validate the performance of these new solutions, a pilot [...]

The SALWATERTWIN project aims to conceptually design and validate, at a laboratory level, a small-scale, low-consumption semi-autonomous plant decentralised from general water distribution networks and infrastructures to treat the problem of salinity in groundwater. This plant incorporates a digital twin that allows intelligent and efficient management, considering all the parameters that may occur in a real environment. The project includes two phases: a first for research and a second for the development of a pilot that allows it to operate on a small scale and demonstrate the technical and economic viability of the technological solution. This [...]

Promoting the sustainable future of cultural spaces. The Rebuilding to Last project aims to develop the capacity of cultural spaces to address the sustainable future of their buildings and their organisations through an inspiring and leading transformation among cultural teams, audiences, communities, cities and beyond. Rebuilding to Last investigates how non-governmental cultural centers are integrating sustainable practices into the renovation of their buildings and their general operation, and conversely, identify inhibitors to sustainable practices (e.g. lack of access to finance). In addition, the project sensitises managers of non-governmental cultural centers, as well as other building-based cultural organisations and [...]

Revaluation of the fat from different cuts of pork from meat mincing, based on its analysis, to obtain an ingredient rich in unsaturated fatty acids and evaluate its industrial applicability. The SATURN project’s its main objective is the valorisation of a by-product to recover different fractions of fat to be incorporated into food matrices. This approach will make it possible to contribute to the competitiveness of companies through the transfer of study results and the promotion of collaborations between companies and knowledge centers. Eurecat participates in the SATURN project through its Nutrition and Health Unit, with [...]

Investigation of the nutritional quality and the interaction with the microbiota of new protein alternatives through the combination of new dynamic digestion technologies and Organ-on-Chip (OOC) intestinal modeling. The MICROGUT project aims to investigate the application of new OOC technologies for the recreation of the microenvironment of the human colon, including the microbiota and its interaction with the cellular and molecular component of the epithelium, optimising dynamic digestion systems to recreate the biochemical conditions in vitro, microstructure and fluidics of the three differentiated sections of the small intestine (duodenum, jejunum and ileum). MICROGUT will explore the [...]

This project aims to develop four solutions (photovoltaic, kinetic, light and active shading) that are integrated into the innovative façade covering system developed by the company DENVELOPS. The lighting solution consists of the use of unitary 200x300mm lighting panels that integrate LED lights (low power) and silicone to diffuse the light, eliminating the punctual effect of the LED. Color is controlled and aesthetic lighting effects are achieved. As for the photovoltaic solution, it consists of unitary 200x800mm panels, with four photovoltaic cells per panel. The cables and connections are invisible, since they are integrated into the [...]

The main objective of the PROPERS project is to evaluate the feasibility of different technologies and digital resources to empower the consumer, through a digital prescriber, to improve their experience at different times of regular consumption, in addition to providing them a differential value through the company's communication. To this end, an initial study is being developed to learn about the technologies useful for improving communication with the consumer, digitising the experience of purchasing and consuming gourmet products. In an advanced phase of the project, interactive communication methodologies and technologies are conceptualised, using different digital tools [...]

Flexible and hybrid manufacturing of green aluminium to produce tailored vehicle adaptive crash-tolerant structures. The Flexcrash project, coordinated by Eurecat, is developing a flexible and hybrid manufacturing technology using aluminium alloys and based on applying surface patterns by additive manufacturing onto preformed parts. In the last years, the automotive industry has made important efforts focused on lightweight construction to meet the stringent Greenhouse Gas Emission limits and increase passenger safety. However, both aspects are counteracting because we need heavier structures to improve passenger protection, but heavier vehicles also produce more severe crashes. In this sense, the [...]

PRISTINE in a nutshell Removing Contaminants of Emerging Concern (CECs) from water streams thanks to the PRISTINE Integrated Solution ABOUT THE PROJECT LIFE PRISTINE project aims to develop the PRISTINE Integrated Solution to remove Contaminants of Emerging Concern (CECs) from water streams. The PRISTINE Integrated Solution will be adaptable on a case-by-case basis for drinking water (DW), to protect humans from CECs, and for wastewater (WW), to protect the environment and remove these contaminants from the water cycle. LIFE PRISTINE will focus on [...]

Identification of new sources of plant protein, characterising their technological behaviour for the development of new plant-based foods. The main objective of the PROVEG project is to identify new sources of vegetable protein such as mushrooms, nuts or algae, among other co-products, derived from food industry processes. PROVEG will characterise the nutritional composition and technological behaviour of new plant protein sources, as well as develop different prototypes based on the plant protein ingredients studied within the framework of the project. Eurecat participates in this project through its Nutrition and Health Unit, responsible for the identification and [...]