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Revolutionary digital port management system supports berth scheduling and mooring operations across its container terminals
The Port of Virginia successfully adopted NCOS ONLINE, a revolutionary science-based digital port management system, to support berth scheduling and mooring operations across its container terminals. The system was immediately put to the test when Hurricane Isaias hit the east coast of US in early August of 2020. Using NCOS ONLINE, the Port’s engineering department avoided US$0.5 million in costs, improved labour and resource planning, and reopened its terminals quicker after the storm passed.
As one of the top ports on the east coast, the Port of Virginia is committed to moving cargo safely and on-schedule. This commitment includes mitigating the impacts of severe weather can have on operations and the safety of ships at berth. Where previous methods were costly and time consuming, the Port needed a tool capable of quickly calculating whether any mooring risks are present while the vessel is alongside under any forecast weather conditions.
The Port of Virginia adopted NCOS ONLINE Mooring Analysis module to support the decision-making processes at their terminals. This digital, science-based, port management system offers the unique combination of cutting-edge vessel response engines and the state-of-the-art, high resolution metocean models providing clear benefits with regard to improved accuracy and versatility for correctly calculating vessel response for modern larger and wider vessels. NCOS ONLINE empowers the Port of Virginia to fully utilise the capacity of their existing port and channel assets, ensuring the safety and efficiency of vessel traffic at all times through a high precision virtual environment with unprecedented accuracy.
Shortly after adopting NCOS, the Port had the opportunity to put the system to the test as Hurricane Isaias approached the east coast in early August 2020. Making landfall in North Carolina and downgrading to a tropical storm as it travelled north, Isaias produced wind over 35 knots and gusts of 58 knots as it crossed through Virginia. With NCOS ONLINE, the Port of Virginia was empowered to make informed decisions sooner. These decisions resulted in savings by rescheduling ship calls earlier and enabling the Port to make decisions to allow vessels to stay at berth when they could safely do so based on mooring analyses produced with NCOS. The Port also minimised their weather downtime at both container terminals using the NCOS forecasts to schedule terminal openings for when conditions became favourable.
Avoided US$0.5 million in costs
Improved labour and resource planning
Reopened its terminals quicker after the storm passed
Zac Canody, Director of EngineeringVirginia Port Authority
The Port of Virginia moves cargo through world-class facilities and transports to and from markets around the globe, carrying the goods and supplies that manufacturers, corporations and individual consumers use in their everyday lives. The deep water harbour – the deepest on the US East Coast – shelters the world’s largest naval base; a robust shipbuilding and repair industry; a thriving export coal trade and the sixth largest containerised cargo complex in the United States. In an era where container ships are carrying tens of thousands of twenty-foot equivalent units per voyage, deep water and the absence of overhead restrictions is a significant competitive advantage.
Port of Virginia adopts new digital solution with immediate returns
Seaport OPX understands the pressures the port faces during challenging weather events like ECLs and we have designed NCOS ONLINE to be the solution to support mission-critical decision-making processes. If you want to learn more about how Seaport OPX can assist your port, shipping line and resource companies in identifying infrastructure and operationalefficiencies through revolutionary technology and physics-based approach, drop us a note.
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