RESTORE Sustainable Remanufacturing solution with increased automation and recycled content in laser and plasmabased process.

在追求循环经济的过程中，RESTORE致力于通过引入可持续的工艺、材料和数字化工具来彻底改变再制造实践。该项目通过开发先进的熔覆技术、零废料材料和全面的数字化平台来应对再制造实施的挑战。在工艺方面，RESTORE旨在通过结合激光直接能量沉积（DED）和等离子转移弧（PTA）的新型混合工艺来提高大规模应用的沉积速率。此外，RESTORE还将开发具有可回收成分的线材原料，以及与辅助送丝系统集成的送丝系统，以直接将机加工切屑或未使用的粉末转移到熔池中。在材料领域，RESTORE专注于生产具有可回收成分的线材原料，为环保和资源高效的再制造实践铺平道路。此外，该项目还将开发一个决策支持框架，以指导基于数据驱动的见解的再制造决策。为了加强再制造的数字化，RESTORE将开发RESTORE平台，这是一套数字技术和工具。其中包括简化再制造流程的流程自动化工具，用于产品和流程优化的配方书和模拟工具，决策支持框架，生态设计框架，支持区块链的数字产品护照，数字市场，商业模式模板，RESTORE的可持续再制造综合方法将通过以下方式改变工业格局：提高资源效率，减少浪费，创造更循环的经济。该项目的创新技术和数字化工具将使再制造商和行业领导者能够采用可持续的实践，并为更可持续的未来做出贡献。RESTORE是一个项目，其总体目标是展示可持续维修和再制造工艺组合，特别是利用激光和等离子弧技术。这一举措还强调了在损伤检测、检查和过程控制方面提高自主性的集成，沿着使用回收材料作为原料消耗品，以推动再制造工业部件功能的进步。最终目标是在项目范围内实现全产业循环。

In the pursuit of a Circular Economy, RESTORE seeks to revolutionize remanufacturing practices by introducing sustainable processes, materials, and digital tools. The project addresses the challenges of remanufacturing implementation by developing advanced cladding technologies, zero-waste materials, and a comprehensive digital platform.On the process front, RESTORE aims to enhance deposition rates for large-scale applications through a novel hybrid process combining laser direct energy deposition (DED) and plasma transfer arc (PTA). Additionally, RESTORE will develop wire feedstock with recycled content and a wire feeding system integrated with an auxiliary feeding system to directly transfer machining swarf or unused powder into the melt pool.In the realm of materials, RESTORE focuses on producing wire feedstock with recycled content, paving the way for eco-friendly and resource-efficient remanufacturing practices. Furthermore, the project will develop a decision support framework to guide remanufacturing decisions based on data-driven insights.To enhance the digitization of remanufacturing, RESTORE will develop the RESTORE platform, a suite of digital technologies and tools. These include process automation tools to streamline remanufacturing processes, recipe books and simulation tools for product and process optimization, a decision support framework, an ecoDESIGN framework, a blockchain-enabled digital product passport, a digital marketplace, business model templates, and collaborative spaces for stakeholders to connect and share data.RESTORE's comprehensive approach to sustainable remanufacturing will transform the industrial landscape by promoting resource efficiency, reducing waste, and creating a more circular economy. The project's innovative technologies and digital tools will empower remanufacturers and industry leaders to adopt sustainable practices and contribute to a more sustainable future.RESTORE is a project with the overarching goal of showcasing a portfolio of sustainable repair and remanufacturing processes, specifically leveraging laser and plasma arc technologies. This initiative also emphasizes the integration of increased autonomy in damage detection, inspection, and process control, along with the use of recycled materials as feedstock consumables to drive advancements in the functionality of remanufacturing industrial components. The ultimate aim is to achieve full industrial circularity within the project scope.