D6.3 Business Continuity Models, Adaptation Strategies Standard Response Procedures

The PLOTO project aims to increase the resilience of the Inland WaterWays (IWW) and the connected hinterland infrastructure, thus ensuring reliable network availability under unfavourable conditions, such as extreme weather, accidents, and other kinds of hazards. PLOTO’s main target is to combine downscaled Climate Change (CC) scenarios (applied to IWW infrastructure) with simulation tools and actual data, to provide the relevant authorities and their operators with an integrated tool able to support more effective management of their infrastructure at strategic and operational levels. The PLOTO integrated platform and its tools are validated in three case studies in Belgium, Romania, and Hungary. To summarise, D6.3 aims to:• Identify key natural and man-made hazards affecting IWW ports, underline the amplifying role of CC, and introduce a structured approach for managing emergencies and recovery through Standard Response Procedures (SRPs)/Standard Operating Procedures (SOPs), Adaptation Strategies, and Business Continuity Strategies (BCSs) to enhance operational resilience, preparedness, and crisis management.• Present the SRPs/SOPs framework developed within PLOTO, detailing hazard-specific responses, operational thresholds, real-world practices derived from end-user engagement and surveys, and the challenges identified throughout the process.• Explore the Adaptation Strategies framework for IWW ports, distinguishing proactive and reactive management approaches, and outlining proactive risk management techniques, such as avoidance, sharing, reduction, abatement, and transfer, all implemented through Physical, Social, and Institutional measures to enhance climate resilience, operational continuity, and long-term sustainability of port infrastructure.• Detail the BCSs framework as a sector-wide approach to strengthen resilience of IWW and hinterland infrastructure against hazards, outlining three key strategies: Do-Nothing (BCS0), Business Traffic Redistribution (BCS1), and Insurance (BCS2), and highlighting their roles in maintaining service continuity, reducing economic losses, and enabling rapid recovery through redundancy, adaptability, and financial protection mechanisms.• Outline the developed detailed Business Operation Models (BOMs) for five ports in the Romanian Lower Danube area and the Port of Budapest in Hungary, integrating asset exposure, complex freight flow data, and operational flowcharts. A dedicated software developed within PLOTO, the Business Continuity Engine (BCE), leverages all this data. This quantifies the indirect impacts of hazards, establishing a replicable methodology for operational resilience assessment across European inland ports.• Demonstrate the application of PLOTO innovative tools to examine and validate BCSs and Adaptation Strategies through extensive evaluation of multiple “what-if” scenarios using the BCE, within which critical asset-nodes were identified, disruption impacts were quantified, and various proactive, risk-sharing, and insurance-enabled measures were applied. The resulting quantified outcomes illustrate how these analyses can enhance port resilience, maximize Business Continuity (BC), minimize service disruptions, and ensure rapid recovery under extreme events.• Report the assessment of the Port of Budapest's hazard vulnerability, confirming water level fluctuations as the top climate risk, and the recommended targeted resilience measures, including infrastructure upgrades and intelligent traffic management.