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Understanding How Portable Oxygen Concentrators Work

Understanding How Portable Oxygen Concentrators Work

Understanding how portable oxygen concentrators work can help you better understand the life-saving device that you depend on. Oxygen concentrators use the air around us to provide you with the pure oxygen that you need; the air around us, also known as the ambient air, is usually comprised of 20% oxygen and 80% nitrogen. Containing zeolite granules inside of its attached canisters, the portable oxygen concentrator separates the oxygen and the nitrogen and absorbs the nitrogen from the air. The residual oxygen is then available to be used by the patient as needed. Understanding What Zeolite Is The substance Zeolite derives its name from the Geek word for boiling stones; when heated, natural Zeolites lose a significant amount of water when they are heated. An inorganic material that is porous with a complex structure consisting of chambers and pores, Zeolite’s make-up allows certain molecules to pass through it while preventing others from passing through – those that are prevented may be broken down into their individual components. Consider the nonorganic Zeolites to be the equal to enzymes that are organic in nature. A good number of organic enzymes are porous and hold on to various chemicals to either break them down into individual components or react with them in a variety of manners. Understanding The Patients Who Use Portable Oxygen Concentrators With current estimates being over 10 million Americans suffering from COPD – Chronic Obstructive Pulmonary Disease – there are many patients who can benefit from the use of an oxygen concentrator. COPD is a very serious disease that has the effect of disabling its patients by way of reducing the pulmonary function of the individual. An obstructive airway disease, the acronym COPD can often refer to a large family of serious diseases that include chronic bronchitis, pneumonia, an emphysema. While there are many forms of therapeutic treatments that can slow the rate of disease progression, there are no current cures. A portable oxygen concentrator, when used in conjunction with several other forms of therapy can help to vastly improve the quality of a patient’s life. Understanding PulseDose And How It Works Significantly extending the use time of an oxygen supply, PulseDose allows patients an increased opportunity for mobility along with higher comfort levels and an increase in efficiency. Proven to be safe and effective, PulseDose releases oxygen when patients inhale – when compared to the continuous flow of other oxygen systems, many patients find that PulseDose is much more comfortable. When patients breath in, a short pulse of oxygen is delivered almost undetectably while the existing humidity in the air allows for a regulated and normal level of moisture in the patient’s sinuses. This significantly relieves any discomfort that may be associated with the dehydration that often accompanies the use of a portable oxygen concentrator.