R+D+I
At INPRE COMPOSITES we develop new markets and sectors through R&D&I, creating new high value-added products, using new, more sustainable materials and developing more optimized processes that reduce costs throughout the product’s life cycle. We focus on the recyclability of new products as well as the reuse of existing ones, developing technologies and applications that allow waste material to return to the production cycle.
Our lines of work are
Sustainability
Our goal is to use more sustainable technology to protect the environment, focusing on the recyclability of new products, as well as the reuse of existing ones.
Development and implementation of new materials and processes
Taking advantage of new materials available on the market, adapting them to the needs of different sectors, and developing more optimized processes that reduce costs throughout the product lifecycle.
Digitalization of the industrial process
We are joining the digital transformation, adopting new technologies that allow us to have improved data and apply new technological solutions to improve our business model.
R+D Projects
CICLO
The fundamental objective of the CICLO project (Cooperation and Research for Circularity in the Wind Industry) is to investigate new technological solutions to promote the circular economy in the renewable energy sector, specifically in the recycling and recovery of wind turbine blades and other composite components used in wind turbine construction, such as nacelles, electrical cabinets, etc., at the end of their life cycle. Furthermore, research will be conducted focused on the development of more easily recyclable alternative materials to current ones: that is, recyclable polymer matrices.
ECORES WIND
The ECORES WIND project focuses on developing an innovative circular resin for wind energy applications, such as blades and nacelles, to reduce the environmental footprint of wind turbines and promote the sector’s sustainability. INPRE COMPOSITES is involved in defining how this recyclable resin will improve the circularity of components, facilitating dismantling, disassembly, reuse, and recycling. This project, part of the Horizon Europe program, aims to extend the lifespan of components and increase their efficiency in terms of recycling and reuse.
EMLES
INPRE’s R&D project, called EMLES (Lightweight, Efficient, and Sustainable Tidal Energy), aims to develop new sustainable materials for manufacturing composites for tidal turbine blades. These materials will replace current ones, which have low recyclability and require costly and less automated manufacturing processes. EMLES focuses on researching bio-based and recyclable resins, along with natural fibers, to improve the strength and efficiency of the blades. The project is part of SAIL2FUTURE and aims to modernize and diversify the Spanish shipbuilding sector, aligning with Europe’s decarbonization goals.
Comprehensive Circular Economy Solution for Wind Turbine Components Nearing Decommissioning
This project will address the challenges posed by the approaching end of the useful life of numerous wind farms installed more than 20 years ago, moving us closer to full sustainability in the sector. INPRE COMPOSITES will apply inspection, reconditioning, and remanufacturing methodologies and technologies to the nacelle and hub of wind turbines.
NEMMO
Applying our experience in manufacturing large GRP components, we have been developing and manufacturing blades for tidal generators since 2016. We are currently participating in the Nemmo Project, funded by the EU under the Horizon 2020 framework, in collaboration with eleven other companies from five countries, with the aim of improving the design and performance of these underwater generators. Our role in this project is to research stronger resins and develop the production process for innovative blades.
