The Indian Coast Guard (ICG) successfully evacuated 14 crew members from the stranded bulk carrier JSW Raigad near Alibaug, Maharashtra. The operation, which took place at approximately 0930 hrs on 26 July 2024, highlights the ICG’s readiness and capability in maritime rescue missions.
The incident began when the ICG Maritime Rescue Coordination Centre (MRCC) in Mumbai received a distress call from the vessel at 1327 hours on 25 July 2024. The JSW Raigad, a 122-metre bulk carrier, had run aground on reefs located roughly one nautical mile from Alibaug. The crew reported anchor dragging, flooding in the engine room, and a complete loss of control over the vessel. Given the severe sea conditions along the Maharashtra coast and the presence of dangerous reefs, an airlift was deemed the only feasible rescue method. In response, the ICG launched a rescue operation in the early hours of 26 July 2024. Despite adverse weather conditions, a Coast Guard helicopter managed to evacuate all 14 crew members from the distressed vessel. The rescue operation was executed flawlessly, and the crew was safely disembarked at Alibaug beach without any injuries reported.
Following the rescue, the ICG Station Murud Janjira has been coordinating with local authorities to provide necessary medical aid and support to the mariners. The situation is being closely monitored to ensure the safety of the vessel and the surrounding marine environment. This rescue operation underscores the Indian Coast Guard’s commitment to maritime safety and its ability to respond swiftly and effectively to emergencies. The successful airlift of the crew from the JSW Raigad is a testament to the skill and bravery of the ICG personnel, who navigated challenging conditions to save lives. The proactive measures taken by the ICG not only highlight their operational readiness but also reinforce the importance of having a well-coordinated maritime rescue infrastructure. As the situation develops, continuous efforts will be made to secure the vessel and mitigate any potential environmental impact.
