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The Mobile Oxygen Storage Tank (MOST) is intended to provide 93% oxygen at 50 psig nominal pressure for supplemental oxygen use only. The MOST is intended to be filled from the Expeditionary Deployable Oxygen Concentration System (E-DOCS) only. The MOST is intended for military use only.

The Mobile Oxygen Storage Tank (MOST) is an oxygen storage and distribution system consisting of lightweight, high strength, high-pressure composite wound brass lined cvlinders and a distribution manifold secured within a rugged waterproof case. The MOST contains 10,000 liters of oxygen when filled to 2,250 psig. The MOST has a maximum flow capability of 225 LPM, which is equivalent to 75 LPM per Oxygen Output fitting (3 fittings per MOST).

The Deployable Oxygen Concentration System (DOCS) is designed to reliably and continuously provide supplemental oxygen to patients who may have difficulty extracting oxygen from the air that they breathe. It is intended for supplemental use in Department of Defense medical facilities or institutions, in nursing locations, health care facilities, in sub-acute care, and/or in acute care environments, whether in peacetime conditions or in deployed military scenarios. DOCS has the capability to supply pressurized oxygen to fill gas cylinders that can be transported to remote locations away from the DOCS system or to fill cylinders for a patient's ambulatory use. The device has no contraindications. DOCS is intended to provide supplementary oxygen. The device is to be used by trained medical personnel for military use only.

The Deployable Oxygen Concentration System (DOCS) draws in normal air and produces concentrated oxygen. Air in nature is a mixture of roughly 78% nitrogen, 21% oxygen, and 1% other trace gasses. The DOCS separates the nitrogen from the air, producing an output of concentration oxygen at 93 percent, by volume, of O2, the remainder consisting mostly of argon and nitrogen. DOCS employs an integral oxygen analyzer to provide control of oxygen purity. The DOCS device is an electromechanical device consisting primarily of an oxygen concentrator module, and one or more oxygen collection cylinders. The oxygen concentrator operates on the principle of using a pressure differential to strip oxygen and nitrogen from filtered air. The resulting oxygen output is 240 liters per minute at pressure of 100 psi nominal and high pressure cylinder filling capability.