Medical facilities on islands in the Pacific Rim and Australasia are being urged to switch from conventional oxygen cylinders to Oxair’s Medical Oxygen Pressure Swing Adsorption (PSA) automated system.
Oxair, a leading manufacturer of gas process systems based in Australia, says that its cost-saving alternative to transporting oxygen in cylinders allows healthcare facilities to have a safer, more secure and independent source of supply.
Traditional canisters with 1800 PSI are unsanitary and can be very dangerous inside hospital premises, especially when being moved from room to room. Oxair’s Oxygen Generator can be engineered to integrate with any existing system, or designed from scratch. It reduces manpower handling cylinders, saves room space and is immediately available at the patient’s bedside.
The Oxair system delivers constant oxygen of 95.5% purity through PSA filtration. PSA is a unique process that separates oxygen from compressed air. The gas is then conditioned and filtered before being stored in a buffer tank to be used directly by the end user on demand. PSA is recognised as the most popular method used for production of oxygen gas. Oxair’s technology future proofs hospitals against further regulatory requirements.
Other advantages of Oxair’s Medical Oxygen system include; user friendly colour touch screen HMI, full diagnostic history, continuous monitoring of on-stream oxygen to ensure uninterrupted supply, consistent, high purity oxygen, automatic operation – no extensive technical training required – high quality parts for less maintenance and guaranteed performance and lower energy and air consumption than comparative systems.
So far BMC Hospital Systems has installed around 20 of Oxair’s PSA units in hospitals in the Philippines, one of the latest being at San Francisco Doctors Hospital in Agusan del Sur.
'Oxair’s system provides huge cost savings and convenience for Philippines hospitals,' said BMC Hospital Systems’ Division Manager, Jason Dampor. 'It eliminates residual wastage on un-consumed tanks, meaning additional savings, and for patients it ensures clean and high quality oxygen delivery free from rust; conventional tanks in the Philippines are made of carbon steel and prone to rust.'
Even though the Vaiola Hospital on the remote tropical island of Vavaʻu in Tonga already had an automated system in place to avoid having to ship the gas from New Zealand, it recently switched to Oxair’s Oxygen Generator as a standalone unit to supply the island’s oxygen requirements.
Vaiola’s Biomedical Engineer, Semisi Finau, said: 'The Oxair Oxygen Generator is running very well providing a reliable and sustainable supply of oxygen to our outer islands. The system has helped us deliver an increased level of good quality healthcare to the people of Tonga with no more delays or shortages of oxygen supplies to the islands.'
Oxair has also had automated oxygen units installed in Indonesia, as a cost-effective alternative to the expense of shipping in traditional cylinders. Oxair PSA units are providing healthcare facilities in the country a reliable, independent source of supply which accommodates all their oxygen needs at a fraction of the cost of purchased oxygen.
'Our Medical Oxygen PSAs offer peace of mind as they are registered medical devices under the ISO 13485 standard, making them fully compliant for use in all hospitals and healthcare facilities,' added David Cheeseman of Oxair. 'Oxair’s systems offer quick payback, greater flexibility, reliability and security of supply, especially crucial to hospitals in remote locations.'
