The Hyperbaric Oxygen Therapy (HBOT) process was originally developed as a treatment for sickle cell anemia. Patients suffering from this illness can be treated safely and effectively in a hospital's Intensive Care Unit (ICU). Hyperbaric chambers were designed and now are used to treat a range of medical illnesses and conditions. This is in addition to inpatient care in the ICU.
This equipment has also been widely used for emergency alarm response during tragedies such as the twin towers collapses. This means that the hyperbaric chamber comes with two major advantages: emergency alarm monitoring along with critical care. This means that the equipment literally can save lives.
Most of the hospitals and other medical institutions that using the hyperbaric chamber come to realize that this equipment is one of the biggest factors in determining a quick response time. When an emergency occurs, the first priority is to stabilize the patient as quickly as possible, then begin to assess the medical needs. The hyperbaric chamber comes into play in many cases. It can provide a rapid assessment of the patient's condition by providing a higher oxygen level to the bloodstream.
The hyperbaric chamber also allows for better oxygen saturation in the blood. This allows for faster tissue repair. There is also a greater flow of blood in the body. The body has the ability to heal faster with this technology. The other benefits of these chambers include:
- Better Healing Potential - Because of its sea-level pressure, the hyperbaric chamber provides an increased amount of oxygen to the bloodstream. This increased amount offers a better healing potential for the patient. The blood is being oxygenated so it can oxygenate tissues faster, which promotes healing. As well, because of the increased amount of oxygen, the patient experiences less stress and is able to recover from any injuries or ailments quicker.
- Better Low Air Pressure System - A key feature of the hyperbaric chamber is its ability to increase the low running costs of the oxygen generator. The system is more efficient and causes less energy consumption than traditional systems. Because of this, there is a lower need for electrical power for the system. Also, because of the low running costs, there is a reduced need for the power outage.
- Internal Pressurization System - In a typical oxygen tank, the pressure is set through external pressure gauges, which are connected to a series of pumps that move water from the tank to the pressurization system. The internal pressure gauge provides a constant reading of the pressure in the chamber, while the external pressure gauges are used only during inflation. The hyperbaric chamber's internal pressure system eliminates the need for external pressure gauges.
- Thermal Energy Conversion - In previous studies, scientists have shown that a hyperbaric chamber can effectively convert thermal energy inside the chamber. They were able to demonstrate that the temperature inside the chamber increases as the pressure in the air decreases. The researchers were able to demonstrate this phenomenon because when the pressure gauge in the chamber was placed above the ambient air pressure, the temperature inside the chamber actually decreased. However, when the pressure gauge was placed at the normal atmospheric pressure, the temperature inside the chamber increased significantly. This demonstrates the unique capability of the hyperbaric chamber and how it can actively change the temperature inside the chamber.
- Eustachian Tube Openers - Passive equalization of the pressure within the hyperbaric chamber requires the use of a eustachian tube opening which has a slightly larger diameter than the tube opening at the bottom of the chamber. When the two different pressures are brought into contact with each other, it causes the hyperbaric pump to expand and inflate in such a way that the relative pressure between the two areas is minimized. The concept of passive equalization is based on the fact that if there is equal pressure in the two pipes carrying a lighter fluid, then the fluid will travel along the path of least resistance. For the hyperbaric chamber, the eustachian tube opening allows the thermal energy in the gas to be divided equally between the two different zones.
- Effective Transfer of Energy - In prior research studies, the researchers also showed that the hyperbaric chamber could transfer energy in such a way that it could increase the effective transfer of heat. This means that the system is capable of heating one part of a body while cooling another, similar to the process of water fusing with various substances. The amount of energy that is transferred depends on the type of fluid and its temperature differences. In experiments with photographic film, the researchers were able to demonstrate that the hyperbaric chambers can absorb photons in the form of infrared light.
These are only some of the benefits that could be achieved with the help of hyperbaric chambers. However, it is important for the researchers to also make sure that they have set up the system properly to avoid any malfunctions. This is where the use of an instruction manual comes in handy. It is recommended that one follow this instructional manual to get the system up and running. For a more detailed explanation of the hyperbaric chamber with all its potential benefits, you can check out the websites of various manufacturers which offer different types of hyperbaric chambers.
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