Making the right call with data 

The waters around the Cape of Africa have long been known for their treacherous conditions, particularly during the winter months in the Southern Hemisphere. The beginning of June 2024 was no exception, as Costamare Bulkers faced significant challenges with two of their ships. Laden bulk carriers, en route from South America to Singapore, encountered a rapidly developing low-pressure system in the southern Atlantic Ocean as they navigated the waters south of South Africa. This unexpected storm led to unanticipated delays, prompting discussions between Costamare and ZeroNorth on how to better manage such situations in the future.

The challenge of rapidly changing weather

The incident highlighted the unpredictable nature of maritime weather patterns, especially around the Cape of Africa. Winter storms in the Southern Hemisphere can develop quickly, creating hazardous conditions for vessels. This particular situation highlights the need for improved weather forecasting and decision-making processes to ensure the safety and efficiency of maritime operations.

Collaborative solutions and implementation

In response to the delays, ZeroNorth and Costamare engaged in a series of brainstorming sessions to develop a more robust workflow for handling adverse weather conditions. ZeroNorth proposed a solution that was promptly agreed upon and implemented. This new workflow aimed to enhance the coordination between weather forecasting teams, ship masters, and commercial operators.

A test of the new workflow

Soon after the new procedures were implemented, another Costamare Bulkers ship faced a similar situation in the same treacherous waters. Thanks to the newly established workflow, ZeroNorth could provide timely advice to the ship’s master and the commercial operator. The recommended course of action was to drift for a couple of days, allowing the vessel to avoid the storm.

Proactive weather monitoring

ZeroNorth’s weather team played a crucial role in this success. By proactively identifying a narrow window for the vessel to sail earlier than initially planned, they managed to save on overall fuel consumption and minimise CO2 emissions. This approach not only ensured the safety of the vessel but also demonstrated the potential for significant environmental benefits through careful planning and data analysis.