Press Release Summary:
Validated in independent, fully instrumented crash testing by US Navy, GuardianÂ® Marine Gate provides protection against low profile surface threats, mitigation of explosive blast effects, and ability to withstand multiple coordinated attacks. Gate also withstands ice storms, high winds, and heavy sea swell. Integrated with sensor and deterrence technologies, solution handles waterside perimeter security for ports and harbors, oil/gas facilities, naval bases, and nuclear power plants.
Original Press Release:
HALO to Exhibit at ADIPEC 2016, the World's Most Important Oil and Gas Exposition and Conference
NEWTON, N.H., -- Halo Maritime Defense Systems (HMDS) announced today that it will be exhibiting its revolutionary new Guardian® Marine Gate. The HMDS Guardian® Gate has been under development for the past two years with the help of the US Navy. Boasting a 15-year design life, the HALO® barrier is the only barrier system in the world to have been validated in independent, fully instrumented crash testing by the US Navy (see video here).
See the Guardian® Marine Gate fully operational here.
HMDS was started in 2008 with the vision to: "Protect Vital Assets by Extending Physical Security to the Waterside." In a security-conscious world, both government assets and commercial/private assets have a real, immediate and critical need for high levels of protection. "The oil and gas market is perfect for our technology," said Tony Reid, HMDS Director of Physical Security, "we engineer and market unique systems designed to provide waterside protection of any assets with waterside exposure and this would, of course, include refineries, LNG plants, and off-shore oil rigs." Each HALO barrier system is customized for the particular location and application.
"HALO® has demonstrated improved protection against low profile surface threats, improved mitigation of explosive blast effects, and the ability to better withstand multiple coordinated attacks," according to US Navy officials. "Testing has shown improved stopping distance (i.e. shorter lengths) that results in improved physical separation between the barrier and a protected asset (e.g., U.S. Navy ship). Additionally, the capability to withstand environmental extremes such as ice storms, high winds, and heavy sea swell are anticipated to drive down sustainment and repair costs."1
Integrated with sensor and deterrence technologies as part of a layered defense, HMDS can offer for the first time a truly effective solution to the complex challenge of waterside perimeter security for ports and harbors, oil and gas facilities, naval bases, nuclear power plants, airports, water intake channels, private seaside residences, residential communities with water access, cruise ships and major event venues.
Be sure to visit HMDS at ADIPEC – Hall 13, Security in Energy Pavilion, Booth 13594.
1Report to Congress, U.S. Navy Maritime Security Barriers: Force Protection Capability and Costs, March2016, Prepared by: Naval Facilities Engineer Command (NAVFAC)
Web Site: http://halodefense.com