R&D PROJECTS

The project is focused on applied research for the manufacturing of new composites with potential practical applications in the naval sector, which are entirely recyclable for subsequent reuse at the end of their useful life, through the application of new chemical recycling techniques (solvolysis).

Title: Applied research for the manufacturing of new lightweight and 100% recyclable structural composites for boat construction.

• Collaborative project in which, in addition to NASIKA, Marina Barcelona 92, Magonis Boats, Incom Composites, and Glooers Technologies participate.

The project’s objective is to conduct a research process on materials and interior lighting solutions for electric vehicles that do not require metallic wiring, are low in consumption, and lightweight. Specifically, a laser system will be used to create a conductive path integrated into the vehicle’s interior components. To make this possible, materials with high laser sensitivity will be developed for use in the manufacturing of vehicle interior components, and manufacturing processes for these components will be adapted. Additionally, the project includes the creation of prototypes to validate the technology and the development of recycling processes for various components of the electric vehicle.

Title: Research on innovative lighting solutions for the interior of electric vehicles.

• Collective project in which, in addition to NASIKA, Zeplas, and Avanzare Innovacion Tecnológica participate.
• Project tractor title: T.E.S.I.S. – Transformation towards Electromobility and Industrial Sustainability Stellantis.
• Interlocutor in the tractor: Opel Spain (Financial support for comprehensive actions in the industrial chain of electric and connected vehicles within the Strategic Project for Economic Recovery and Transformation in the Electric and Connected Vehicle sector – PERTE VEC).

1. Implementation of more sustainable chemical recycling strategies for obtaining monomers and value-added molecules.
2. Synthesis of more sustainable polymers using monomers and building blocks from renewable resources or chemical recycling, following eco-design principles.
3. Increase knowledge transfer from research to the industry and enhance public awareness about the sustainability of plastics.

Title: Enhancing circularity by using renewable monomers and sustainable chemical strategies of polymer upcycling (SUSCHEMPOL)

• Collaborative project coordinated by the Institute of Polymer Science and Technology (ICTP) of the CSIC, involving NASIKA, Valoriza Servicios Medioambientales, the Institute of Coal Chemistry (ICB) of the CSIC, Gaiker Foundation, the Institute of Catalysis and Petrochemistry (ICP) of the CSIC, Arkema Química, and Repsol.

With the ambition to address the energy transition challenges set in the PNIEC for distribution networks, AD-GRHID emerges with the aim of developing, validating, and demonstrating an integrated management platform, and the underlying technology, to increase the capacity to accommodate renewable energy resources in distribution networks through structuring them into AC/DC hybrid microgrids based on the hydrogen energy vector.

Title: Advanced technology to enhance the flexibility and resilience of distribution networks through renewable energy AC/DC hybrid microgrids, solid oxide electrolysis, fuel cells, and recyclable and sealed hydrogen storage (AD-GRHID).

• Collective project coordinated by Magtel Operaciones, and in which, in addition to NASIKA, the companies H2B2 Electrolysis Technologies, Ingelectus Innovative Electrical Solutions, La Electrica de Villanueva de Córdoba, Premo, Protio Power, and Tequinson Servicios participate.
• Subsidized by the CDTI.

This company has received co-financed assistance from the European Regional Development Fund for the project of purchasing machinery, electrical installation, and other facilities. This project contributes to Objective OT3: Achieving a more competitive business fabric, under the Operational Programme ERDF of La Rioja 2014-2020.

Development of a new range of compounds with a high concentration of graphene-related materials (GRMs) in elastomeric matrices, allowing for ready-to-use concentrates for introduction into other matrices.

Title: Development and characterization of concentrates of two-dimensional materials and their integration into polymeric matrices.

•  Industrial Ph.D. program – NASIKA – University of La Rioja.

Development, adjustment, and implementation of a new industrial process for the production of polymer solutions of different nature in mineral oils, with the purpose of using them as viscosity index improvers in the production of lubricating oils.

Title: Development of new polymer solutions and implementation of a new production process.

• Collective project coordinated by the Automotive Cluster of La Rioja, and in which, in addition to NASIKA, the companies Industrial Química Riojana and the Riojan Technological Center participate.

Title: New methodology for the preparation of universal pre-concentrates for the thermoplastic industry.

• File number 2021-I-IDI-00028 Economic Development Agency of La Rioja
• Individual Project