The future of the circular economy (CE) and the manufacturing industry are being redefined by the use of innovative, smart solutions based on technology driven sustainability. Artificial intelligence (AI), digital twins, IoT enabled monitoring, blockchain are some of the tools that are redefining production systems through optimization of resource use, waste minimization and closed loop processes. Authority Global best practice shows a clear move towards the abandonment of linear take make dispose models toward regenerative and resilient ecosystems. As an illustration, predictive maintenance and energy analytics minimize operational downtime and emissions, whereas additive manufacturing and resource recovery make a process more efficient and resource circular. Online collaboration also enhances inter country supply chain traceability and accountability, and harmonizes industrial operations with sustainable development objectives. In addition to positive ecological effects, the innovations encourage the new business models and creation of social values. The incorporation of smart CE concepts into manufacturing, therefore, becomes not just an operationally required but also a strategic direction of attaining competitiveness, resilience, and long term sustainability in a fast changing global environment.

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Global Best Practices in Tech Driven Sustainability: Smart CE and Manufacturing Sector

  • Rubee Singh,
  • Walter Leal,
  • Vikas Kumar,
  • Azamat Ali

摘要

The future of the circular economy (CE) and the manufacturing industry are being redefined by the use of innovative, smart solutions based on technology driven sustainability. Artificial intelligence (AI), digital twins, IoT enabled monitoring, blockchain are some of the tools that are redefining production systems through optimization of resource use, waste minimization and closed loop processes. Authority Global best practice shows a clear move towards the abandonment of linear take make dispose models toward regenerative and resilient ecosystems. As an illustration, predictive maintenance and energy analytics minimize operational downtime and emissions, whereas additive manufacturing and resource recovery make a process more efficient and resource circular. Online collaboration also enhances inter country supply chain traceability and accountability, and harmonizes industrial operations with sustainable development objectives. In addition to positive ecological effects, the innovations encourage the new business models and creation of social values. The incorporation of smart CE concepts into manufacturing, therefore, becomes not just an operationally required but also a strategic direction of attaining competitiveness, resilience, and long term sustainability in a fast changing global environment.