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In most cases, these incidents are related to a loss of containment of the fluids handled at the installation. The following hazards will be specifically examined: • Loss of containment of flammable substances • Loss of containment of toxic substances • Blow-outs during well intervention operations • Excessive pressure in pipelines or vessels, as well as sudden drops in load. What does “sudden drop in load” mean? I don’t dare to guess; please help take a look.
Bro Jeff, this term is indeed hard to answer. I have encountered dropped throat sedimentation troughs before; I wonder if it might be useful to you.
Is a dropped load a type of unloading device, such as a relief valve, used for overpressure protection? Please advise. . .
In nuclear power plants, during normal operation and maintenance activities, it is necessary to move heavy loads using cranes and lifting equipment. When handling such loads, there is a risk that they may fall. Objects that fall typically have relatively high speeds, which can cause significant damage to the structures they impact. However, this damage is usually limited to a specific area, manifesting as material deformation, local buckling, and in some cases, complete failure or penetration of the structure. An incident of this kind can directly or indirectly lead to faults that increase the risk of radiation hazards. Therefore, it is crucial to conduct assessments of the structural integrity in the event of a dropped load. Periodic safety reviews are necessary to ensure that all lifting equipment functions properly in accordance with health and safety standards. When a crane or similar device causes an object to fall from a height, this is referred to as a dropped load. The crash of a plane can also be considered a case of a dropped load