Smart, sustainable, and circular port maintenance: A comprehensive framework and multi-stakeholder approach

  • 0Section of Rivers and Ports, Department of Hydraulic Engineering, Faculty of Civil Engineering and Geosciences, Delft University of Technology, Stevinweg 1, 2628CN, Delft, Netherlands.

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Summary

This summary is machine-generated.

This study introduces a framework for decision-making in port maintenance, integrating smart, sustainable, and circular strategies. It highlights the need for better quantification of these elements for effective trade-offs between port authorities and contractors.

Area Of Science

  • Maritime Logistics and Supply Chain Management
  • Environmental Engineering and Sustainable Infrastructure

Background

  • Ports and waterways are crucial for global trade, requiring regular maintenance for navigation and accessibility.
  • Traditional maintenance focuses on cost and duration, but societal pressure demands integration of smart, sustainable, and circular principles.
  • A lack of a comprehensive framework hinders the quantification and integration of these emerging objectives in port maintenance strategies.

Purpose Of The Study

  • To provide a structured approach for decision-making in port maintenance that integrates smart, sustainable, and circular elements.
  • To extract objectives and indicators from both port authorities' and contractors' perspectives using the Frame of Reference (FoR) method.
  • To identify consensus and knowledge gaps regarding these integrated strategies in scientific literature.

Main Methods

  • A systematic literature review (SLR) was conducted to identify relevant research articles.
  • The Frame of Reference (FoR) method was applied to analyze and structure extracted objectives and indicators.
  • Analysis of 128 articles to identify common strategies, research methods, journals, and contributing countries.

Main Results

  • The SLR identified 128 relevant articles, revealing common strategies and research trends in port maintenance.
  • Protection of marine ecosystems and sediment management are well-researched areas.
  • Mitigating emissions and adopting smart techniques are emerging research topics requiring further investigation.

Conclusions

  • The study offers theoretical and managerial insights to enhance smart, circular, and sustainable port maintenance strategies.
  • A structured decision-making framework is proposed to better balance traditional and emerging objectives.
  • Crucial knowledge gaps remain, particularly in quantifying and implementing smart and emission mitigation strategies in port operations.

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