Hyper-Accelerated Corrosion Found In Doomed Tanker
Investigators hoping to find the cause of why an assumed healthy ship developed a near fatal deckplate crack - an incident which led to a 39-day saga which will serve as an impetus for change in the rules of the way ships in distress are handled - have issued a preliminary report. Following an exhaustive inspection and analysis of the damaged product tanker Castor, the Cyprus Department of Merchant Shipping and ABS have jointly announced preliminary findings that point to hyper-accelerated corrosion as the probable principal cause behind the structural failure. "The Castor has become a floating laboratory which is providing us with some surprising findings," said ABS Chairman and CEO Frank J. Iarossi.
Castor's Downfall: Hyper-Accelerated Corrosion
Few marine incidents have vexed the collective international marine community as much as the recent situation with the damaged product tanker Castor, a ship, which experienced a near fatal deckplate crack in mid-voyage and then was denied safe harbor for fear of the ship splitting open and spewing its gasoline cargo. Though the ship was eventually docked safely without environmental incident, the name Castor will serve as a lightning rod in the IMO to more firmly establish rules and procedures for ships in distress at sea. As the political wrangling and finger pointing start to subside, attention is now turned on the ship itself, and more accurately finding out the reason that an assumed healthy ship developed a near fatal deckplate crack.
