Thousands of grounded aircraft could be transformed into potentially life-saving hyperbaric oxygen chambers to treat COVID-19 patients with airport departure lounges used as wards.
This is the vision of Cambridge life-support system specialist Lungfish Dive Systems, which is working with healthcare organisations and aerospace companies to explore the possibility of using commercial airliners as makeshift Hyperbaric oxygen therapy (HBOT) chambers.
HBOT – breathing oxygen under pressure – has the potential to prevent patients deteriorating to the level where they require ventilation. It is standard treatment for many diseases where hypoxia is a factor, but a shortage of HBOT chambers has been perceived as a barrier to adoption for treating COVID-19.
Makeshift HBOT chambers can be pressurised to the required levels for potentially effective treatment – approximately 1.6 times atmospheric pressure.
Company founder Dr Daniel Reynolds told The Engineer that the most significant work to an aircraft would involve adjustments to various control systems and settings to enable the cabin to be pressurised whilst on the ground.
“Normally the aircraft are automatically depressurised on the ground to make sure there is no differential pressure that would interfere with the doors being opened,” he said. “These systems will have to be reconfigured.
“Different aircraft also use different means of pressurisation. For instance, it would be best to use aircraft that have their own compressor rather than running from engine bleed-air. Depending on the aircraft used, it might be necessary to provide compressed air from an external source.”
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