Oxygen gas plants are required for generating oxygen for use in industrial and medical applications. Oxygen is the second largest component of the atmosphere, comprising 20.8% by volume. Even though it is non-flammable in itself, oxygen is a strong oxidizer. The non-metallic gas is known to react with almost all organic materials and metals, usually forming an oxide. It is vital for supporting life on the planet earth. It is a fact that materials that burn in air will burn more ferociously in the presence of oxygen. Components used in oxygen gas plants must meet stringent cleaning requirements, and systems must be constructed of materials that have high ignition temperatures and that are nonreactive with oxygen under the service conditions.
We fabricate and manufacture oxygen gas plants as per the standards of American Society of Mechanical Engineers (ASME) codes and the plant machinery is designed to withstand the process temperatures and pressures. On the other hand, oxygen is used as a gas but it is primarily stored as a liquid. Liquid oxygen is a cryogenic liquid. Cryogenic liquids are liquefied gases that have a normal boiling point below –130°F(–90°C). And, liquid oxygen (LOX) has a boiling point of –297°F (–183°C). In order to insulate LOX from the surroundings as the temperature difference is substantial, special equipment is needed for storage and handling.
- Salient features of oxygen gas plants
- Best cutting-edge technology
- Low operational cost
- Low maintenance cost
- Skid mounted
- Low working pressure
- Durable Machinery- over 35 Years.
- Noise level of the plant is only 74 – 78 Db
- Cylinder filling done via vaporizer from the Liquid storage tanks
- Fully Automatic operation via DCS system available
Our oxygen gas plants are manufactured as per internationally approved manufacturing practices. An oxygen gas plant comprises of a cryogenic storage tank, one or more vaporizers and a pressure control system. Oxygen is liquefied so that it can be easily transported and stored in large volumes. However, it is used only when it has been vaporized to the gaseous form. Mainly, oxygen is used as a strong oxidizer and for its life-sustaining properties. It is used in health and medical applications. It is also used in in the metal industries in combination with acetylene and other fuel gases for metal cutting, welding, scarfing, hardening, cleaning and melting. Steel and iron manufacturers make heavy use of oxygen-rich air in chemical reefing and heating for carbon removal and oxidation processes.
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