UN Maritime Chief To Visit Egypt Amid Significant Decline In Suez Canal Traffic
Shipping Arabia, January 17, 2025 — In response to a staggering 70% decrease in freight traffic through the Suez Canal, Arsenio Dominguez, head of the International Maritime Organization (IMO), is planning a visit to Egypt. This initiative is part of broader efforts to address the significant repercussions of the ongoing Red Sea crisis on global shipping and regional stability.
The notable drop in canal traffic, intensified by the conflict involving Yemeni Houthi rebels, has raised alarms over the potential rise in maritime pollution as ships are forced to reroute around the Cape of Good Hope. Dominguez emphasized the considerable environmental and economic ramifications of this diversion, which not only boosts emissions by approximately 70% but also increases global trade costs.
The upcoming visit is aimed at bolstering the IMO’s activities and presence in Egypt, with a focus on enhancing regional cooperation and tackling the maritime and environmental challenges arising from the current geopolitical tensions. Dominguez has expressed particular concern for the crew of the Galaxy Leader, a vessel that has been held hostage by Houthi forces since late 2023.
During his regional engagement, Dominguez will address the broader implications of the crisis, including its effects on climate change and trade. He intends to engage in high-level discussions with regional authorities and international partners to promote a coordinated response to the challenges confronting the maritime sector.
Plans are also in place to establish a regional coordination office in Egypt to facilitate these efforts, emphasizing cooperation and safety operations for tankers navigating the troubled waters of the Red Sea.
Under Dominguez’s leadership, the IMO’s proactive approach seeks to restore security and normalcy to one of the world’s most critical maritime routes while ensuring the safety and release of the Galaxy Leader’s crew ahead of broader diplomatic resolutions.
