What is a Gas Booster?
- Admin
- Mar 28
- 4 min read
In industrial systems, various tools play a crucial role in their respective functions, just like a High-Pressure Pump. In industries that require high-pressure gas, pneumatic systems, gas storage, and gas transportation, one important tool that assists in these processes is the Gas Booster. In this article, we will explain what a Gas Booster is, its applications, the industries that utilize it, and introduce the MAXIMATOR Gas Boosters, highlighting its key features.
What is a Gas Booster?
A Gas Booster is a device used to increase the pressure of gases or air, such as hydrogen, nitrogen, oxygen, helium, and argon. It is an essential tool in industrial systems. The booster works by drawing in low-pressure gas and compressing it to a higher pressure using mechanical systems such as air-driven, electric, piston, or diaphragm mechanisms. The compressed gas is then discharged at high pressure, ready for various industrial applications.
What is a Gas Booster used for?
Gas Boosters are widely used in industrial systems for various purposes, including:
Gas pressure testing – Increases gas pressure to test components such as nitrogen, oxygen, and helium to ensure the strength of pipelines and containers.
Gas transportation – Boosts gas pressure to transport it efficiently within industrial systems.
Gas recovery – Recovers leftover gas from pipes, tanks, or industrial processes, making it reusable or suitable for storage.
Nitrogen accumulator charging – Compresses nitrogen gas to achieve the required pressure for hydraulic systems or energy storage.
Gas separation systems – Ensures reliable gas flow and precise control in enclosed or isolated environments.
Gas injection molding – Improves material strength and consistency by injecting gas into molds, allowing for more precise gas control.
CO2 foaming – Compresses and delivers high-pressure CO2 for applications in plastics and polymers.
Oxygen transfer – Compresses and transfers oxygen between cylinders.
Breathing air tanks – Fills clean air into tanks to ensure an adequate supply for breathing apparatus, deep-sea diving, or firefighting.
Leak testing – Assists in testing pipes, valves, tanks, and various systems for potential leaks.
What industries use Gas Boosters?
Gas Boosters are used in various industries, including specialized applications such as:
Oil & Gas Industry – Compressing gas for oil and gas transportation, storage, recovery, and leak testing of pipelines and equipment.
Manufacturing Industry – Operating air-driven or gas-powered machinery, gas-assisted forming, cutting, and hydraulic systems.
Aerospace Industry – Supplying gas to aircraft hydraulic systems, fuel systems, and pneumatic operations, as well as conducting system tests.
Medical & Healthcare Industry – Compressing oxygen for patient oxygen tanks, hospital applications, and medical gas supply systems.
Energy & Renewable Energy Industry – Compressing hydrogen for storage and transportation to support energy production.
Food & Beverage Industry – Used in packaging and carbonating beverages like soft drinks and beer using CO2 gas.
Firefighting & Rescue – Used to pressurize breathing air and gas systems in firefighting operations.
Automotive Industry – Gas testing for vehicle materials and components.
Chemical Industry – Handling and processing gases such as hydrogen and nitrogen for various chemical applications.
MAXIMATOR Gas Boosters
The MAXIMATOR Gas Boosters is a high-pressure gas compression system powered by air. It is designed to compress gases such as argon, helium, nitrogen, and oxygen without the need for oil lubrication. The MAXIMATOR Gas Booster can generate pressures up to 2,400 bar (36,000 psi), meeting world-class standards backed by research and expert testing.
Key Features of MAXIMATOR Gas Boosters:
Air-driven operation – No electricity required, making it suitable for explosion-proof environments.
Automatic pressure regulation – The booster stops when the desired pressure is reached and restarts if pressure drops.
Low maintenance – Easy to install with no power consumption when maintaining pressure.
Cooling system – Integrated exhaust air cooling prevents overheating.
Flexible configurations – Available in single-stage, two-stage, single-acting, double-acting, and quadruple-acting models.
Applications
Cylinder refilling – Recharging gas cylinders with compressed gases
Leak and pressure testing – Testing pipelines, valves, and tanks
Breathing air systems – Filling scuba, firefighting, and medical air tanks
Hydrogen applications – Hydrogen compression for research and industry
Aerospace and defense – High-pressure gas for testing and propulsion systems
Plastic manufacturing – Gas-assisted injection molding
Types of MAXIMATOR Gas Boosters:
Single-stage, single-acting – Compresses gas in one stroke with a single air drive piston, reaching up to 750 bar. Used for cylinder refilling, gas transfer, leak testing, and mobile applications.
Single-stage, double-acting – Features two compression chambers for double the output, achieving pressures up to 1,500 bar. Ideal for high-volume compression, breathing air systems, and pressure testing.
Two-stage – Designed for higher compression ratios, reaching up to 2,400 bar. Used in hydrogen storage, aerospace, and industrial gas supply.
Multi-drive section models – Available with 1, 2, or 3 air drive sections for increased power. Best suited for hydrogen fuel cells and high-pressure industrial gas applications.
Additional Products
Gas Booster Stations – Pre-assembled units for industrial use
Electro-hydraulic Gas Booster – High-capacity compression system
Air Amplifiers – Increase air pressure for pneumatic applications
A Gas Booster is a crucial tool in various industries, much like a High-Pressure Pump, designed for industrial applications. At Analytical and Control Technology 2000, we are the Official distributor of MAXIMATOR Gas Boosters and other industrial equipment, providing high-quality solutions for various applications.
Contact us
Line: @Actcom2000
Tel: 02 944 4748
留言