Which statement most accurately represents the requirements for softening hard carbon deposits associated with the burner atomizers of an auxiliary boiler as fitted on your anchor-handling supply vessel?
β’ Proper maintenance procedures for burner atomizers on auxiliary boilers β’ Safe methods for removing or softening hard carbon deposits from fuel equipment β’ Compatibility and risks of using steam, water, acids, or fuel oils on precision burner components
β’ Think about which substance can penetrate and loosen baked-on carbon without damaging finely machined metal surfaces or altering clearances. β’ Consider which options might introduce corrosion, pitting, or distortion in alloy steel parts used in burner tips and nozzles. β’ Ask yourself which methods are actually used in routine shipboard practice versus those more suited to scale removal or general cleaning.
β’ Eliminate any option that could corrode or chemically attack steel or brass components in the atomizer. β’ Question whether using live steam directly on small precision parts is standard practice for carbon removal, or more for line blowing and heating. β’ Consider which liquid is both a common fuel or solvent on board and known to safely soak and loosen carbon on fuel system components.
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