MP International Inspection Chemical Industry And Trading Company Limited Independent Assurance for Global Maritime Operations
Önerilen Haberler
Safe Mooring Practices in Maritime Operations and Emerging Technologies
Importance of Mooring Operations
Mooring remains one of the most routine yet critical operations in maritime activities. Despite its frequency, it is far from being a fully standardised process. Today, safety standards for both newbuilds and existing vessels are being significantly enhanced, while traditional mooring practices are being re-evaluated in light of modern operational risks and technological developments.
Why New Standards Are Required
The evolution of the shipping industry has made it necessary to redefine mooring practices. Increasing vessel sizes, advanced materials, and modern mechanical systems have introduced new variables into the mooring safety equation. As a result, risk exposure during line handling and berthing operations has increased, requiring stricter control measures and updated industry guidance.
Safety Statistics
According to data from the European Harbour Masters’ Committee, approximately 95% of personal injuries are associated with ropes and wires, with around 60% occurring during mooring operations. Similarly, reports submitted to the Australian Maritime Safety Authority between 2010 and 2014 recorded over 220 mooring-related incidents, with 22% resulting in injuries.
In response to these trends, SOLAS Regulation II-1/3-8 was revised, and new guidelines for safe mooring arrangements were approved in 2019. These requirements entered into force on 1 January 2024.
Regulatory Updates and Application Scope
- Newbuild vessels: Mooring arrangements must be designed in full compliance with the revised safety requirements from the early design stage.
- Existing vessels: Mooring equipment and lines must be subject to regular inspection, maintenance, and proper documentation under an approved system.
Mooring System Management Plan (MSMP) for Tankers
The MEG4 (Mooring Equipment Guidelines), published in 2018, introduced the Mooring System Management Plan (MSMP) concept for tanker operations. This framework emphasises a human-centred approach to design verification and operational safety.
MSMP includes Minimum Breaking Load (MBL) calculations and has been integrated into the SIRE VIQ7 inspection regime, reinforcing compliance and standardisation across the tanker sector.
Post COVID-19 Operational Challenges
The pandemic created significant disruptions across global maritime operations. Restrictions on port access, crew changes, and international travel limitations have further highlighted the importance of robust mooring arrangements.
A well-designed mooring system not only improves operational safety but also contributes to reduced insurance risk exposure and overall cost efficiency.
Emerging Technologies and Smart Mooring Lines
Modern mooring lines are now stronger, lighter, and more flexible than traditional materials. However, these advancements have also increased snap-back hazards, requiring enhanced risk awareness and operational controls.
Next-generation smart mooring lines, equipped with embedded sensors, are capable of transmitting real-time structural and load condition data. These systems support predictive maintenance strategies and introduce a new digital layer to inspection and lifecycle management processes.
Digitalisation and Data Management
Mooring operation data is increasingly being collected and analysed through digital platforms such as Veracity and similar maritime data ecosystems. This enables operators to monitor performance trends, improve safety analysis, and strengthen industry-wide collaboration through shared operational intelligence.
Conclusion
The maritime industry is undergoing a rapid transformation in mooring safety and technology. Updated international regulations, smart mooring systems, and digital data integration are collectively enhancing crew safety and operational efficiency.
These developments are reshaping the future of mooring operations, driving the industry towards a safer, more data-driven, and more sustainable operational framework.
