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Towards Collecting Sustainability Data in Supply Chains with Flexible Data Collection Processes

机译:利用灵活的数据收集过程收集供应链中的可持续性数据

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Nowadays, OEMs from many domains (e.g., electronics and automotive) face rising pressure from customers and legal regulations to produce more sustainable products. This involves the reporting and publishing of various sustainability indicators. However, the demands of legal entities and customers constitute a tremendous challenge as products in these domains comprise various components and sub-components provided by suppliers. Hence, sustainability data collection must be executed along the entire supply chain. In turn, this involves a myriad of different automated and manual tasks as well as quickly changing situations. In combination with potentially long-running processes, these issues result in great process variability that cannot be predicted at design time. In the SustainHub project, a dedicated information system for supporting data collection processes is developed. This paper provides three contributions: (1) it identifies core challenges for sustainable supply chain communication, (2) it reviews state-of-the-art technical solutions for such challenges, and (3) it gives a first overview of the approach we are developing in the SustainHub project to address the challenges. By achieving that, this comprehensive approach has the potential to unify and simplify supply chain communication in the future.
机译:如今,来自许多领域的OEM(例如,电子和汽车)面对客户的压力和法律规定,以生产更可持续的产品。这涉及报告和发布各种可持续性指标。但是,法律实体和客户的需求构成了巨大的挑战,因为这些域中的产品包括供应商提供的各种组成部分和子组件。因此,必须沿整个供应链执行可持续性数据收集。反过来,这涉及无数不同的自动化和手动任务,以及迅速改变情况。与潜在的长期运行过程结合,这些问题导致了在设计时无法预测的巨大过程变化。在WardingHub项目中,开发了一种用于支持数据收集过程的专用信息系统。本文提供了三项贡献:(1)它识别可持续供应链沟通的核心挑战(2)它审查了最先进的技术解决方案,以获得此类挑战,(3)它提供了我们的第一次概述正在开发在WAPERTHUB项目中解决挑战。通过实现这一目标,这种综合方法有可能在未来统一和简化供应链通信。

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