Shipyards Floating Barriers Marine Navy Harbor Offshore Barriers

Floating Security Barrier Marine Navy Harbor Offshore Barriers

Floating Security Barrier Application

Floating security barrier is designed to provide protection for places, such as shipyards, airports, cruise terminals, and seawater desalting plants and plays a critical role in the following scenario.

1. Military installations: Along with the terrorist attacks, Turkey, Guam, Hawaii, Japan, Iraq, Pakistan, Italy, and Spain install floating security barriers one after another.
2. Liquefied natural gas, oil production, and transportation facilities: Floating security barriers also can protect these offshore and coastal oil and gas facilities from the danger of malicious and destructive attacks.
3. Chemical plants and nuclear power plants: For example, installing underwater barriers to prevent access to intake pipes is vital for nuclear power plants.
4. Ports & Marinas: Providing protection for port operations to avoid the threats of sabotage and fatal explosions.
5. Dams & Hydropower plants: Floating security barriers can be mounted to protect dam from domestic and foreign terrorist attacks.

Floating Security Barrier Specification

Floating Security Barrier

Jerryborg floating security barrier is designed to protect against large, small, or fast ships under full power. Floating security barrier is an ideal solution for all marine sites that require safety. We offer floating physical barrier solutions to protect against threats from the sea, including flexible and cost-effective solutions, and to avoid terrorist attacks, especially high-speed vessels.

Floating Security Barrier Features

1. Durability and stabilization: The thickness and diameter of HDPE pontoon make sure the structural strength is strong enough to withstand the weight of the heavy steel beam and netting to stop the vessels with high energy.
2. Easy and cost-effective to maintain: The design of a simple system structure and composite makes sure it’s easy and cost-effective to maintain.
3. Simple to operate: Light system and relatively low wind, current, and wave loading on the system make sure that the gates are easy to open or closed.