You are here

Gall Thomson delivers its 2000th Marine Breakaway Coupling

11th July 2018

Gall Thomson, the leaders in Marine Breakaway Couplings (MBCs) has reached a milestone by supplying its 2000th MBC.

Gall Thomson, the leaders in Marine Breakaway Couplings (MBCs) has reached a milestone by supplying its 2000th MBC. The MBC is the latest Petal17 design and is destined for Mundra Port in India. Adani Ports will use the MBC to offload crude oil on a Calm Buoy at one of its floating terminals.

The MBC is the latest Petal17 design and is destined for Mundra Port in India.

Adani Ports will use the MBC to offload crude oil on a Calm Buoy at one of its floating terminals.

Adani Ports has used Gall Thomson MBCs on its Calm Buoy terminals in India since the year 2000. Of the 27 Calm Buoys operating in India, virtually all are fitted with Gall Thomson MBCs.

Gall Thomson MBCs automatically activate and shut off product flow when there is undue tensile load on the hose string or an unacceptable surge in flow. The MBC then separates.

It was very important for Adani Ports that the specified MBC had a proven track record and a unit status indicator system as per OCIMF MBC recommendations. Gall Thomson technology has been protecting assets, personnel and the environment for almost 40 years. Of the 2000 Gall Thomson MBCs manufactured and supplied, there have been close to 300 activations; 17 of which have been in India. All have operated exactly as designed - protecting against major pollution events with minimum product outflow following activation.

Gall Thomson has evolved its designs and manufacturing procedures in response to decades of real-world operational, activation, servicing and refurbishment data. The compact and lightweight design has therefore become the industry standard.

Further information is available from Gall Thomson on +44 1493 857936, by emailing sales@gall-   thomson.co.uk or by visiting the company’s website at www.gallthomson.com 

Gall Thomson is supported by Vantage PR                     

Related topics: