Deadline for completion: 31 December 2025 Consortium: The consortium is composed of CellMat Technologies (project leader), Water2kW, and Graphenea, with the participation of the University of Valladolid and the University of Las Palmas de Gran Canaria Its main objective is the development of advanced materials based on cellular polymers that can be integrated into systems for the efficient […]

Deadline for completion: 31 December 2025 Consortium: The consortium is composed of Aciturri (project leader), Amtec, Hiperbaric, and CellMat Technologies, with the participation of the University of Valladolid, CTME, AITIIP, the Polytechnic University of Catalonia, and the University of Girona. Its main objective is to investigate technologies, cellular polymer-based materials, modeling approaches, and key processes for the […]

Deadline for completion: 30 September 2027 Consortium: The consortium is composed of CTME (project leader), Maniplastic and CellMat Technologies. Its main objective is focused on the development of sustainable lightweight cellular materials for the manufacture of products of interest for key sectors in Castilla y León, such as construction, automotive or packaging, using recycled polymers, biopolymers and […]

Deadline for completion: 31 May 2027 Consortium: The consortium presenting this project is composed by CellMat Technologies (project leader),  ABN Pipe Systems, Kimpur, Arcelik and LSIWC   Website: https://biodesign4insulation.eu/ BIODESIGN4INSULATION aims at innovating and integrating polyurethane materials produced using high contents of bio-based materials into various applications such as refrigerators, insulated pipes and dishwashers for enhanced thermal […]

Deadline for completion: 31 May 2028 Consortium: The project is coordinated by Novamont and involves 19 partners from 9 countries.   Website: https://terrificproject.eu/ The ambition of this project is to demonstrate biobased, circular flagship solutions for packaging applications, achieving TRL 8. These solutions aim to fulfil high performance requirements, including improved mechanical and barriers properties, enhanced food […]

Consortium: The consortium presenting this project is composed by ABN Pipe Systems (project leader), CellMat Technologies and BioEcoUVa. Call & Funding Entities: Public-Private Collaboration Projects within the Framework of the State Program to Promote Scientific-Technical Research and its Transfer (2021-2023). Spanish Ministry of Science and Innovation, Agencia Estatal de Investigacion, and European Union NextGeneration.

Consortium: The consortium presenting this project is composed by Consorcio Nacional de Industriales del Caucho, CellMat Technologies, la División Española de ATS Global, Standard Profil Spain and Centro Español de Plásticos The general objective of DIGICEL 4.0 is the research and development of a new methodology and software for the analysis of rubber foams in […]

Consortium: The consortium presenting this project is composed by CellMat Technologies (project leader), HUTCHINSON-INTECSA and BioEcoUVa. Call & Funding Entities: Public-Private Collaboration Projects within the Framework of the State Program to Promote Scientific-Technical Research and its Transfer (2021-2023). Spanish Ministry of Science and Innovation, Agencia Estatal de Investigacion, and European Union NextGeneration.

Consortium: The consortium presenting this project is composed by Centro Tecnológico de Grupo Copo, Copo Zaragoza, Copo Galicia, Unimate Robótica, CellMat Technologies and Técnicas de Soft. The main objective of the project is to develop innovative, sustainable, and eco-efficient technologies for automotive components—particularly for electric vehicles—by integrating advanced materials, optimized production processes, and intelligent manufacturing […]

Consortium: The consortium presenting this project is composed by UVa, Técnicas Para La Restauración Y Conservación and CellMat Technologies. Call & Funding Entities: Projects in strategic lines, in public-private collaboration, State R&D Program Oriented to the Challenges of Society, within the framework of the State Plan for Scientific and Technical Research and Innovation 2017-2020. European Union […]

Consortium: The consortium is composed of Técnicas Reunidas (project leader), Acteco Productos y Servicios, CellMat Technologies, Centro Tecnológico de Grupo Copo, Picvisa Machine Vision Systems, Repsol, Seat, and Synthesia Technology Europe. The project aims to develop innovative technologies for recycling and revalorizing complex polymeric waste beyond mechanical recycling. By integrating advanced separation and combined recycling processes, […]

Consortium: The project is coordinated by ITENE and involves 27 partners from 12 European countries. The main objective of the BioNanoPolys project is to establish a network of pilot plants and complementary services to accelerate the market uptake of bio-based materials with nanoparticles through a single-entry access point.   Call & Funding Entities: HORIZON 2020 PROJECT […]

Consortium: CellMat Technologies (project leader), National Taiwan University of Science and Technology and Universidade Estadual de Campinas. The NANOPOL project aims to develop nanocellular polymers for building thermal insulation with ultra-low thermal conductivity and low cost. Its main challenge is to reduce the currently high density, which it addresses by exploring innovative strategies such as […]

Call & Funding Entities:  R&D PROJECTS IN SMEs. Project financed by the European Regional Development Fund (ERDF) of the European Union and the Junta de Castilla y León, through the Institute for Business Competitiveness of Castilla y León (ICE)

Consortium: Jozef Stefan Institute (project leader), CellMat Technologies and Association for the Development of Industrial Aerodynamics. The project aims to develop the CleanTechBlock (CTB), an innovative building solution with integrated foamed glass insulation, designed to be sustainable, adaptable, and energy-efficient. It focuses on optimizing the thermal properties of foamed glass produced from waste materials, improving […]