创新
项目
在AEROX策略方法中，必须强调我们对创新的承诺是我们产品开发的核心。 通过研发项目将各种科学和技术参考资料整合为稳定的合作伙伴，使我们能够应对风电行业所需的尖端技术。
We organize our R&D work under three research areas.
高分子材料设计与开发。
该研究工作与具有优异机械，物理和化学性能的聚合物的开发相关联，这为AEROX技术团队提供了在配制聚合物的调制和表征方面的丰富经验，从几种低聚物和单体碱开始。
产品性能增强和建模现实条件。
AEROX产品的服务响应要求在开发过程中深入了解其真实环境和运行条件下所需的使用要求。 该研究项目涉及这些参数的研究以及它们如何影响聚合物的最佳性能。
New chemical and mixed recycling technologies for composites to drive the circular economy at scale (COMAR)
CIEN Strategic Programme (CDTI): 2023–2027
The COMAR project is aimed at developing innovative technologies for the recovery of materials from composites and their reincorporation into high value-added applications. The aim is to promote new solutions that improve the sustainability of these types of materials and foster a more circular industrial model.
AEROX’s involvement in the project consists of developing advanced adhesives with self-healing and eco-design properties, for use in the wind energy sector, using waste epoxy resin composites treated via the solvolysis process.
Consortium: AZVI (lead partner), MESBOOK, Técnicas Reunidas, Rover Infraestructuras, INCOM, Sofitec, UBE and AEROX.
高分子材料加工和工业化。
聚合物的应用过程在每个制造商生产和优化的特定条件下的最佳集成需要知道叶片制造过程的不同阶段。 我们强调该项目：
Development of a bio-based adhesive with advanced mechanical properties for the wind energy sector (BONBIOPAST)
PIDI CV – SME R&D (IVACE): 2022 – 2023
The project aims to develop a structural adhesive formulated from renewable plant-based raw materials and possessing advanced mechanical properties. The technology developed is geared towards the manufacture of next-generation blades for installation in offshore wind farms, helping to reduce the environmental impact of the materials used in the wind energy sector.
Development of a self-releasing gel coat for the manufacture of wind turbine blades, based on epoxy resins from renewable sources (SRBIOAROGEL)
Individual R&D projects (CDTI): 2021–2022
This project focuses on the development of a self-release gel coat based on epoxy resins derived from renewable sources. The technology developed improves the efficiency of blade manufacturing processes by reducing the consumption and frequency of application of release agents, thereby promoting more sustainable manufacturing.