Circular economy visibility evaluation framework

Angelos Kofos, Jolien Ubacht, Boriana Rukanova, Gijsbert Korevaar, Norbert Kouwenhoven, Yao-Hua Tan
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引用次数: 8

Abstract

Sustainability is high on the agendas of public and private organizations. Governments are setting targets for reducing the use of virgin raw materials in products and to eliminate waste. To accelerate the transition towards a Circular Economy (CE) policymakers are launching instruments. However, policy instruments, such as financial incentives or new regulatory guidelines, are prone to manipulations when the stakes for the involved stakeholders are high. Therefore, policymakers and government authorities need a solid system to monitor and control the implementation and effectiveness of their CE measures. To this end, digital technologies are key to enabling visibility and monitoring of materials flows. They allow governments and other stakeholders to use data to steer the transition towards a CE. However, data from different materials supply chains reside in a diversity of digital platforms used by a diversity of stakeholders involved. Blockchain-based platforms can support the required visibility by combining data from different stakeholders across different materials supply chains. But connecting all data for CE visibility throughout the entire materials flows into one singular platform is unlikely. With the growing number of blockchain-based platforms that each covers parts of data on CE flows, there is a need to assess the level of visibility they offer and to determine which data is lacking to monitor full CE flows. In this article, the development of a framework to evaluate blockchain-enabled information systems on their ability to act as monitoring systems for CE purposes is presented. The design science research approach was followed to develop the framework. Insights provided by academic literature as well as empirical data from three extant blockchain-enabled platforms were used (i.e., TradeLens, FoodTrust, and Vinturas). The evaluation framework can be deployed by public and private actors (e.g., governments and banks) for monitoring purposes, but also by IT providers to offer CE visibility solutions.

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循环经济能见度评价框架
可持续性是公共和私人组织的重要议程。各国政府正在制定减少产品中原始原料的使用和消除浪费的目标。为了加速向循环经济(CE)的过渡,政策制定者正在推出各种工具。然而,当涉及的利益相关者的利害关系很高时,财政激励或新的监管指导方针等政策工具容易受到操纵。因此,决策者和政府当局需要一个坚实的系统来监测和控制其行政长官措施的实施和有效性。为此,数字技术是实现可见性和监控物料流动的关键。它们允许政府和其他利益相关者使用数据来引导向行政长官的过渡。然而,来自不同材料供应链的数据存在于不同的数字平台中,由不同的利益相关者使用。基于区块链的平台可以通过结合来自不同材料供应链中不同利益相关者的数据来支持所需的可见性。但是,将整个材料流的所有CE可见性数据连接到一个单一平台是不可能的。随着越来越多的基于区块链的平台(每个平台都覆盖了CE流的部分数据),有必要评估它们提供的可见性水平,并确定缺乏哪些数据来监控完整的CE流。在本文中,介绍了一个框架的开发,以评估支持区块链的信息系统作为CE目的监控系统的能力。遵循设计科学的研究方法开发框架。研究使用了学术文献提供的见解以及来自三个现有区块链平台(即TradeLens, FoodTrust和Vinturas)的经验数据。评估框架可以由公共和私人参与者(例如,政府和银行)部署,用于监控目的,也可以由IT提供商部署,以提供CE可见性解决方案。
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来源期刊
Journal of responsible technology
Journal of responsible technology Information Systems, Artificial Intelligence, Human-Computer Interaction
CiteScore
3.60
自引率
0.00%
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0
审稿时长
168 days
期刊最新文献
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