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This study investigates how technological innovation can foster both supply chain sustainability and transformative resilience, focusing on the European energy-intensive ecosystem. Through multiple case study analysis, the research identifies key technology-driven actions implemented at different levels by a set of steel and metal companies to enhance their sustainability and resilience, such as heat recovery systems and waste recycling initiatives. Collaboration emerges as a fundamental enabler across all levels of the supply chain, highlighting the importance of cross-sector cooperation. The findings highlight the interconnectedness of technological innovation, collaboration, and learning as key enabling capabilities in driving the supply chain transformation.

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Technological Innovation for Resilience and Sustainability: Insights from the Energy-Intensive Ecosystem

  • 会议论文

  • 发表日期：

    2025年

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  • Frida Betto,
  • Rosanna Fornasiero,
  • Nils Saorski,
  • Markus Witthaut,
  • Andrea Zangiacomi

摘要

This study investigates how technological innovation can foster both supply chain sustainability and transformative resilience, focusing on the European energy-intensive ecosystem. Through multiple case study analysis, the research identifies key technology-driven actions implemented at different levels by a set of steel and metal companies to enhance their sustainability and resilience, such as heat recovery systems and waste recycling initiatives. Collaboration emerges as a fundamental enabler across all levels of the supply chain, highlighting the importance of cross-sector cooperation. The findings highlight the interconnectedness of technological innovation, collaboration, and learning as key enabling capabilities in driving the supply chain transformation.