From Smart Green Ports to Blue Economy: A Review of Sustainable Maritime Infrastructure and Policy
От интеллектуальных «зелёных» портов к синей экономике: обзор устойчивой морской инфраструктуры и политики
2026-04-18
SCID: 54.1/2b2nbu7z
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blue economyport governancerenewable energy microgridssmart port technologiessustainable maritime infrastructure
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Abstract (AI)
Ports play a pivotal role in global trade but are also associated with significant environmental and social challenges. Despite growing research on green ports, existing studies remain fragmented, with limited integration between technological, environmental, and governance perspectives within the blue economy framework. This review examines the transition from green port initiatives toward integrated blue-economy-oriented port systems by synthesizing recent advances in sustainable maritime infrastructure, smart port technologies, renewable energy integration, and policy frameworks. The analysis reveals three major findings. First, ports are increasingly evolving into energy-integrated hubs, with leading examples adopting shore power systems, renewable energy microgrids, and hydrogen-based infrastructure, thereby contributing to emissions reductions. Second, digitalization through artificial intelligence, IoT, and data-driven logistics significantly enhances operational efficiency, reduces energy consumption, and improves real-time decision-making. Third, effective governance frameworks that combine regulatory measures and incentive-based instruments are critical to accelerating sustainability transitions while ensuring economic competitiveness. In addition, the review highlights the growing integration of biodiversity conservation, marine pollution mitigation, and community engagement into port management strategies, reflecting a shift toward ecosystem-based approaches. Overall, the findings demonstrate that ports are transitioning from conventional logistics hubs into integrated socio-technical systems that enable low-carbon maritime transport while supporting inclusive and resilient coastal development.
Key Findings
1
Artificial intelligence, IoT, and data-driven logistics improve port operational efficiency, reduce energy consumption, and strengthen real-time decision-making.
2
Governance frameworks combining regulatory measures with incentive-based instruments are critical for accelerating sustainability transitions without undermining economic competitiveness.
3
Port management increasingly incorporates biodiversity conservation, marine-pollution mitigation, and community engagement through ecosystem-based approaches.
4
Ports are evolving into energy-integrated hubs through shore power, renewable-energy microgrids, and hydrogen infrastructure, contributing to emissions reductions.
5
Ports are transitioning from conventional logistics hubs into integrated socio-technical systems supporting low-carbon maritime transport and inclusive, resilient coastal development.
Research Object
integrated sustainable smart port systems within the blue economy
Research Subject
the technological, environmental, governance, and socioeconomic dimensions of ports’ transition toward low-carbon, ecosystem-based, and resilient maritime infrastructure
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2026-04-18
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