Take You To Understand The Offshore Boom Products

Basic structure

Buoyancy: Provides buoyancy to the boom so that it can float on the water, and can be inflatable buoyancy or solid buoyancy materials, such as rigid foam.

Skirt: Located under the buoy, it is a continuous part of the boom and prevents or reduces the escape of oil from under the boom.

Tension belts: Usually long belt members such as chains or straps that are used to withstand the tension generated by wind, waves, currents, and dragging.

Counterweight: Generally, steel, lead and other materials or water are used as ballast to make the boom sag, improve the performance of the boom in water, and make it in an ideal state.

Joint: used to connect each section of the boom or other auxiliary facilities, such as anchors, towing devices, etc., common quick couplings, splints, etc.

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Performance metrics

Freeboard: The minimum vertical height above the boom waterline to prevent or reduce oil spills from splashing over the boom.

Draught: The minimum vertical depth of the surface below the waterline of the boom.

Height: Sum of freeboard and draft of the boom.

Overall Height: The maximum vertical height of the boom.

Weight: The total weight of a fully assembled section of a boom including boom joints.

Total buoyancy: The weight of fresh water discharged by the boom when it is all sunk into the water.

Buoyancy weight ratio: the ratio of the total buoyancy of the boom to the total weight, a high buoyancy weight ratio indicates that the boom has a strong ability to recover the floating state after being submerged by water, that is, it has good wave-following properties.

Tensile strength: the breaking tension of the boom when it is torn and broken.

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