It is a kind of economical and universal oil containment boom, especially suitable for intercepting and controlling oil spills and other floating objects in coastal calm waters. It can be fixed for a long time. It has been widely used in inland pollutant discharge entrance, river, harbor, lake, offshore oil drilling platform and other waters..
The performance indicators of the oil boom generally refer to the freeboard, draft, height, total height, weight, total buoyancy, floating weight ratio and tensile strength of the oil containment boom.
Freeboard: the minimum vertical height above the water line of the oil containment fence. It is used to prevent or reduce spill oil from splashing over the oil fence.
Draft: the minimum vertical depth of the surface layer below the water line of the floating boom.
Height: the sum of freeboard and draft of oil boom.
Total height: the maximum vertical height of the oil boom.
Weight: the total weight of a fully assembled section of the oil boom including the oil containment boom joint.
Freeboard: the minimum vertical height above the water line of the oil containment fence. It is used to prevent or reduce spill oil from splashing over the oil fence.
Draft: the minimum vertical depth of the surface layer below the water line of the floating boom.
Height: the sum of freeboard and draft of oil boom.
Total height: the maximum vertical height of the oil boom.
Weight: the total weight of a fully assembled section of the oil boom including the oil containment boom joint.
Total buoyancy: the weight of fresh water discharged by all submerged people in the oil boom.
Total floating weight ratio: the ratio of the total buoyancy to the total weight of the boom, referred to as the floating weight ratio. The high floating weight ratio indicates that the oil containment boom has a strong ability to recover its floating state after being flooded. This self recovery ability of the oil boom is called wave following property. The higher the floating weight ratio, the stronger the self recovery ability and the better the wave following property.
Tensile strength: the breaking force when the oil containment boom is broken under tension.
Total floating weight ratio: the ratio of the total buoyancy to the total weight of the boom, referred to as the floating weight ratio. The high floating weight ratio indicates that the oil containment boom has a strong ability to recover its floating state after being flooded. This self recovery ability of the oil boom is called wave following property. The higher the floating weight ratio, the stronger the self recovery ability and the better the wave following property.
Tensile strength: the breaking force when the oil containment boom is broken under tension.
