Marine organism fouling prevention method of active-service underwater structure for marine facility

Abstract

The invention discloses a marine organism fouling prevention method of an active-service underwater structure for a marine facility. The method is characterized by comprising the following implementation steps of (1), clearing marine organisms and other unstable attachments on the underwater structure, and polishing to be smooth by using a pneumatic polisher; (2), wrapping a wrapping tape, into which solvent-free underwater antifouling paint infiltrates, around the surface of the well treated underwater structure, and fixing the upper end and the lower end by using strapping tapes after wrapping is completed; (3), before the underwater antifouling paint is subjected to surface drying, wrapping a foamed copper alloy thin tape around the external surface, and fixing the upper end and the lower end by using the strapping tapes after wrapping is completed; and (4), removing the strapping tapes after 24 hours to complete the marine organism fouling prevention construction of the underwaterstructure. Compared with other marine organism elimination or marine organism fouling prevention methods, the marine organism fouling prevention method of the active-service underwater structure for the marine facility, which is provided in the invention, has the advantages of being lasting in effect, being economical and safe, and being convenient to construct.

Description

technical field [0001] The invention belongs to the field of materials, in particular to a method for preventing marine biofouling of underwater structures of active marine facilities. Background technique [0002] There are more than 18,000 species of epiphytes and more than 600 species of epiphytes in various sea areas of the world, the most common being algae, hydra, barnacles, and oysters. Marine organisms will attach to the surface of underwater pile legs, jackets, structures, and pipelines of offshore oil platforms and other facilities, causing fouling and increasing the weight of the facilities. The attachment of marine organisms will also damage the anti-corrosion coating. Inserting the coating up to the steel will accelerate the corrosion of the steel and pose a serious threat to the safe production of the facility. At present, the methods of removing marine organisms or preventing marine biofouling are mainly divided into: physical methods, including mechanical re...

AI Technical Summary

Problems solved by technology

[0003] The use of anti-fouling paint is the most convenient and effective method, but it can only be painted in a dry environment, and it is powerless for underwater facilities in service; the radiation method and chlorine gas are too dangerous and involve a lot of harm. It is difficult to implement large hazardous chemicals; the equipment involved in the electrification electrolysis method is huge and complicated, and it is difficult to realize; the mechanical method is labor-intensive and expensive to remove, and will damage the anti-corrosion coating; the effect of the ultrasonic method is difficult to confirm