On January 21, 2025, the containership DONGJIN FORTUNE suffered an engine room fire north of Tsuwaji Island, Japan. The crew managed to extinguish the fire quickly and no injuries were reported. However, the fire rendered the vessel immobile, and it was towed to Hiroshima for inspection and potential repairs. The vessel had departed from Busan, South Korea, on January 20. Estimated damage from the incident is around $1.5 million to $2 million.


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On January 21, 2025, a significant incident occurred north of Tsuwaji Island, Japan, when the containership DONGJIN FORTUNE suffered an engine room fire. The vessel, which had departed from Busan, South Korea, just the day before, was en route when the fire broke out. Fortunately, the crew acted quickly to extinguish the flames, preventing any injuries or further escalation of the fire.

Despite the crew’s swift action, the fire left the vessel immobile and unable to continue its journey. As a result, the vessel was towed by a tugboat to Hiroshima, Japan, for a thorough inspection and potential repairs. The incident caused significant disruption to the vessel’s voyage and is expected to result in damages ranging from $1.5 million to $2 million, factoring in repair costs and lost time.

The exact cause of the engine room fire is still under investigation, but early reports indicate that it could be related to electrical issues or machinery malfunction, common causes of such incidents.

For cargo ships like the DONGJIN FORTUNE, early detection of potential fire risks is crucial. Systèmes de vision Planck offers advanced thermal imaging solutions such as the TRX600, TNC20 fixed mount, and TNC400PT cameras, which provide continuous monitoring of the vessel’s engine rooms and cargo holds. These systems are designed to detect abnormal heat conditions before they lead to a fire, potentially preventing incidents like the one experienced by DONGJIN FORTUNE. By utilizing thermal imaging technology, early fire detection can safeguard valuable cargo, reduce damage, and save lives, offering a layer of protection that traditional systems cannot provide.


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