Under pressure – A new industry emerges
What do Bieber’s bed and subsea control modules have in common?
$1.2 million has just been secured to build Australia’s first deep water hyperbaric testing and maintenance facility.
Hyperbaric chambers are commonly associated with top-flight athletes, or in helping divers to recover from the bends. Claimed to accelerate healing, hyperbaric oxygen therapy is popular with A-listers seeking an edge.
Justin Bieber even sleeps in one.
So how do they work? In simple terms, we’re talking about a pressure chamber. The pressure inside the chamber is manipulated to simulate high atmospheric conditions. In this case, deep under the sea.
Half funded by the WA Government, the facility in question will be built at the Australian Marine Complex in Henderson. It will be used to test, repair, and inspect subsea control modules; vital infrastructure for the natural gas industry.
Image credit: https://www.nera.org.au/hyperbaric-chamber
Currently, module maintenance and testing is completed overseas, taking up to four months. The new facility is expected to drop that turnaround to two weeks.
In engineering speak:
A Baker Hughes subsea Control POD
The decision is being hailed as WA’s first step to building a regional deep water testing facility.
It’s a huge deal. The facility will position WA as a testing hub in the international region.
Creating a new industry, jobs and local expertise for WA and Australia, the project has all the hallmarks of a winner.
It is being led by the Subsea Innovation Cluster Australia, industry partners Baker Hughes and Matrix Composites and Engineering, supported by the LNG Jobs Taskforce.
Read the WA Government’s media release on the project here.
Will the Western Australian industrial application eventually attract hyperbaric oxygen therapy aficionados like Cristiano Ronaldo or Lebron James? Doubtful, but maybe! But no, probably not.
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