Fire Resistant Oil Boom description

Fire-resistant oil booms are used to control the spread and transfer of oil spills in the ocean or other waters. They are important equipment for containing and controlling oil pollution and floating materials on the water’s surface. Especially in the interception of water surface flowing fire, they prevent the spread of fire, control oil blowouts, and other operations, which have an irreplaceable role. It is suitable for fixed and emergency deployment in offshore, bay, oil port terminals, and other waters. For oil spills that can not be recovered, fire-resistant oil booms can be used to drag the oil spill to the appropriate location to control the burning process.

Fire Resistant Oil Boom
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Structure of Jerryborg Inflatable Rubber Boom

1. Heat-resistant steel float, inter-float flexible parts, and boom quick coupling.

2. The underwater skirt is an oil-resistant rubber cloth or PVC double-sided coated high-strength cloth.

3. Three force elements: heat-resistant steel wire rope reinforcing belt and counterweight chain.

4. Every 40 meters of fireproof booms are stored on one storage rack, which can be stacked.

The fire-resistant oil booms are fire barriers on the water made of high-temperature-resistant floating bodies and flexible porcelain material. They can be operated at a high temperature of 1000℃ for 2 hours without damage. Three stress components in the boom body’s upper, middle, and lower parts ensure that the fire-resistant oil boom has high tensile strength and can withstand high-speed towing and poor sea conditions.

Advantages of Fire Resistant Oil Boom

  • High Temperature Resistance: Fire-resistant oil booms are manufactured with materials that can withstand extreme heat. They can prevent the spread of both oil and fire, providing a critical safety barrier.
  • Durability in Harsh Conditions: These booms are built to endure harsh environmental conditions. The materials used are typically tough and can resist wear and tear from UV light, salt water, and harsh weather conditions.
  • Enhanced Safety Features: Fire-resistant oil booms include safety features such as reflective stripes for better visibility at night or in low-light conditions. This enhances safety for workers during spill containment operations by making the booms easier to see and manage.
  • Versatility in Deployment: The design of fire-resistant oil booms allows for quick deployment and retrieval. They can be used in a variety of settings, from open sea environments to narrow channels and near shorelines, providing flexible solutions for different types of oil spill scenarios.
  • Environmental Protection: These booms minimize environmental damage by effectively containing oil and preventing fires from spreading. They also protect water quality and marine life by keeping oil contained and reducing the risk of fire-related ecological disasters.

Technical Data

Model Freeboard

(mm)

Draught (mm) Conditions of use
Tensile Strength (kn) Wave Height (m) Wind Speed (m/s) Current Speed (kn)
FROB 900H-Rubber

FROB 900H-PVC

300 480 50 1 15 1.5

Overall Dimensions of storing Basket

Model Freeboard

(mm)

Draught (mm) Conditions of use
Tensile Strength (kn) Wave Height (m) Wind Speed (m/s) Current Speed (kn)
FROB 900H-Rubber

FROB 900H-PVC

300 480 50 1 15 1.5