Gall Thomson Launches Advanced Petal Valve Marine Breakaway Coupling

Published Apr 26, 2017
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Gall Thomson - Petal Valve MBC
Petal17 – the enhanced version of the Petal Valve MBC for the offshore hydrocarbon transfer market (photo: Gall Thomson)

Gall Thomson, specialist in Marine Breakaway Coupling (MBC) technology, has launched an enhanced version of its Petal Valve MBC for the offshore hydrocarbon transfer market.

Petal17 is 20% lighter than the mean average weight of its current range which is already the lightest Petal Valve Marine Breakaway Coupling on the market. The lighter Petal17 delivers improved buoyancy and handling advantages.

The design of the Petal17 MBC builds on nearly four decades of operational experience by Gall Thomson in delivering safe offshore product transfer solutions which reduce risk of damage to capital equipment and spillage, resulting in pollution events. Like others in the range, the Petal17 Marine Breakaway Coupling design has a full and uninterrupted bore, providing zero headloss and zero pressure drop during product transfer.

The robust design features CNC manufactured precision Petals and improved low pressure metal seals for reliability and reduced risk of leakage on activation. The Petal mechanism has no axles, shafts, hubs or bearings to seize and is totally failsafe. Petal17 fits standard flanges at any recommended location in the hose assembly.

A number of options are also available which include Locking Petals to further reduce the risk of post-activation leakage when low pressure coincides with a harsh environment; and Unit Status Indicators (USI) which allow the operator to conduct quantifiable visual integrity inspections of the MBC upon installation and during service without removing the device from the system. For easier handling during installation and post activation, lifting lugs can also be provided as an option.

Gall Thomson Marine Breakaway Couplings provide an identified safe parting point in marine hose transfer systems and automatically shut off product flow and prevent system damage in the event of an extreme pressure surge or undue significant tensile load on the hose system.

Gall Thomson MBCs therefore minimise risk to assets and damaged reputation and reduces the risk of transfer downtime, injury to personnel, clean-up costs and environmental pollution.

The name Petal17 reflects the evolution of technical designs, material and manufacturing procedures over the decades, based on the advantage of field-verified operational experience.

Tags: Gall Thomson


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