Oxygen plays a critical role in saving lives, but it is also a hazardous gas when handled under high pressure. This is where gas boosters become essential. Oxygen can become explosive if pressurised beyond safe limits, which is why it is generally restricted below 350 bar. Handling such high-pressure oxygen always requires trained technicians and specialised equipment to ensure safety and precision across applications.
At Telektron, oxygen pressurisation solutions are designed with safety and reliability at their core. Gas boosters are used to increase oxygen pressure in a controlled manner for applications where consistent and safe oxygen delivery is critical. These systems are widely used in life-support and medical environments, where even a small pressure fluctuation can make a significant difference.
One of the key advantages of oxygen gas boosters is their role in protecting human life. They are deployed as a safety measure to minimise risk in high-pressure oxygen handling. Oxygen also has vital medical applications, making accurate pressure control essential in hospitals, emergency response systems, and advanced treatment facilities.
Gas boosters by Telektron are lightweight and designed for easy mobility. They can be carried manually or mounted on a trolley, allowing flexibility in environments where oxygen is required at different locations. The stationary booster plants are installed in isolated areas, away from heat sources, electrical sparks, or combustible materials to prevent hazardous conditions. Each unit is housed in a cabinet with a lockable instrumentation control panel to ensure secure operation.
The trolley-mounted versions are engineered for smooth manoeuvrability, featuring swivelling front wheels, a tow bar with a large eye section, and braking systems to keep the unit stable when stationary. These units can be towed by hand, tractor, or van, making them suitable for both fixed and mobile operations.
Applications include firefighting, diving, submarine escape systems, and advanced medical treatments such as hyperbaric chambers. Controlled oxygen pressure is also used in intensive care treatments for burns, severe wounds, and organ regeneration therapies.
If your application demands safe and precise oxygen pressurisation, gas boosters from Telektron offer a dependable solution designed to meet critical safety and performance requirements.
For more details: https://telektron-india.com/gas-boosters/