These help to reduce corrosion that is inevitable in the ocean waters. The tower goes deep into the bedrock and needs sacrificial cathodes connected to it. The long-term effect of steel in salty water is galvanic corrosion. This work is done mainly by volunteers with specialized welding skills. This forces regular replacement of cross pipes. The yearly hurricanes in the region also do not help. Salty ocean water is a recipe for corrosion. There are a coring vessel and divers charged with placing the moorings. ![]() The tower uses non-obtrusive anchors into the bedrock. They may cause a disturbance on the ocean floor. Dragging objects like anchors is prohibited. Since the seafloor around the tower is a largely protected reef, there are some restrictions. Installing seafloor mooring and buoy system They help to keep elements out during hurricanes and ocean events.ģ. There are watertight lever-lock portal doors on each of the four sides of the tower. Replacing and restoring new watertight portals Most of the restoration work is done by volunteers.Ģ. There are a number of activities that went into creating the Frying Pan Tower that exists today.
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