Port resilience is an imperative not only for supply chains, but also for the national economies they support.  So, what it takes to make this critical infrastructure resilient to future shocks and stresses?

In the marine sphere, port resilience is the ability to adapt to the uncertain future climatic trends (be it sea-level rise, or increased salinity), and sustain the unexpected stresses caused by increased storminess and earthquakes.  In this regard, it is essential to have port facilities and operations that are capable of quickly recovering from any given setback, from a disruptive event halting back operations and causing delays, or a damaging event where critical infrastructure elements and equipment are physically impaired impeding the operations of interlinked components.

Our expertise

The first step towards ports resilience is knowing the physical vulnerabilities and risks. Our geotechnical and risks experts have been analyzing the effects of earthquakes and wave impacts to quay walls, platforms, and cranes for more than 20 year and can demonstrate a rich know-how in assessing the performance of critical port components.

There is the headache of ageing port infrastructure too. Many ports comprise structures which are several decades old, built with reinforced concrete which is degrading, or steel sheet piles which are corroding. Employing state-of-the-art numerical tools, we can model the evolution of material ageing with time and its effects on the structural performance of assets. Such analyses may facilitate preventive maintenance decisions, which among other benefits, will enhance the ability of the facility to better respond to future threats.

For estimating loss of operability or reduced port performance (caused by climate threats), our Business Interruption experts embed analyze the operations of the port facility to map interlinkages and create case-specific supply chain network models. By doing so, we can identify critical paths, monetize the facility disruption caused by any external event and effectively guide resilience planning decisions.

What we offer

  • Loss assessments of port facilities

  • Seismic analysis of quay walls and platforms

  • Liquefaction risk assessments and rehabilitation measures

  • Indirect losses and supply chain disruption

  • Sustainable and nature-based solutions for ports

  • Optimized rehabilitation planning for enhanced climate/earthquake resilience

  • Preventive maintenance and adaptive planning (as a response to climate change and ageing effects)

Relevant projects

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  • Climate and Natural Disasters Risk
    Foundations and Geotechnical Design
    Resilience Investments
    Road Transportation

    Resilience and Disaster Risk Assessment of Olympia Odos Highway PPP project

  • Foundations and Geotechnical Design
    Buildings

    Design and Optimization of a pile-supported foundation on an unstable slope in Greece

  • Foundations and Geotechnical Design
    Buildings

    Slope Stabilization at the vicinity of waste-treatment facility in Lesvos

  • Foundations and Geotechnical Design
    Road Transportation

    Aktion-Amvrakia highway:
    Bored Pile Retaining Wall to stabilize excavation cut

  • Foundations and Geotechnical Design
    Road Transportation

    Long-term Stability Analysis of a remediated Open Cut at Derveni Area

  • Foundations and Geotechnical Design
    Energy & Renewables

    Seismic performance of the Mitigation Measures of a failed Slope in Pissouri, Cyprus

  • Foundations and Geotechnical Design
    Road Transportation

    Consolidation of thawing permafrost embankments

  • Foundations and Geotechnical Design
    Ports

    Thessaloniki Port – Container Terminal: Seismic performance of new piers

  • Foundations and Geotechnical Design
    Road Transportation

    Egnatia Odos highway: Design of the retaining structures

  • Foundations and Geotechnical Design
    Ports

    Hassyan project: Preliminary seismic design of the temporary cofferdam

  • Foundations and Geotechnical Design
    Road Transportation

    Elefsina-Corinth-Patras-Pyrgos-Tsakona new highway

  • Foundations and Geotechnical Design
    Road Transportation

    Design optimization of reinforced road embankments

  • Foundations and Geotechnical Design
    Road Transportation

    Geogrid reinforced embankment at Ionia Odos seismic assessment

  • Foundations and Geotechnical Design
    Road Transportation

    Seismic assessment of twin tunnel crossing Tempi valley

  • Foundations and Geotechnical Design
    Road Transportation

    Performance of concrete linings under repeated dynamic loading

  • Foundations and Geotechnical Design
    Ports

    New Ikonion Container Terminal at Piraeus Port Concession, Greece: Enhancing the Climate and Disaster Resilience

  • Foundations and Geotechnical Design
    Road Transportation

    Promoting the Use of Resilient Retaining Systems

  • Foundations and Geotechnical Design
    Energy & Renewables

    Risk Assessment of Messochora Village