Gas Booster Systems
High Pressure Technologies Gas Booster Systems provide a compact, portable source for increasing gas pressures. These Air Driven Gas Booster Systems are shipped assembled and fully tested, ready for turn-key installation. Maximator Gas Booster Systems are an excellent alternative to high pressure stationary type compressors. These high pressure gas boosters systems offer a compact, lightweight design that requires no electrical power or lubrication, thereby providing a more flexible and efficient source for delivering high pressure gas.
Our Gas Booster Systems are capable of compressing most gases including nitrogen, argon, helium and hydrogen up to 36,000 psi. Systems featuring special seals and cleaning can pressurize oxygen to 5,000 psi. Our Gas Booster Systems can be used with, but not limited to, hazardous gases due to the Gas Booster System being modified to ensure vent ports are piped to a common vent connection. Maximator’s Gas Booster Systems support a wide variety of compressed gases including hydrogen, natural gas, ethylene, nitrous oxide, neon, carbon dioxide, carbon monoxide and breathing air.
Consult High Pressure Technologies for special seals, venting, or cleaning requirements for all gas boosters. In applications where high output pressures are required and the gas supply pressure is low, Maximator gas boosters can be operated in series. High Pressure Technologies supplies Maximator Air Driven Gas Boosters combinations in 2, 3 or 4 stage arrangements as complete packages. To achieve higher gas flows, two or more gas boosters can work in parallel as a unit. Consult High Pressure Technologies for more information on these special applications.
MTIG Gas Booster - High Pressure Gas Transfer & Pressurization
| Model | Type | Gas Booster Type | System Rating | Min. Suction Pressure |
Weight | Pressure Ratio | Stall pressure |
| MTIG3-30 | Inert Gas | DLE30 | 3,000 psi | 175 psi | 120 | 30:1 | 30Pa + Ps |
| MTIG3-5-30 | Inert Gas | DLE5-30 | 3,000 psi | 40 psi | 120 | 30:1 | 30Pa + 6Ps |
| MTIG5 75 | Inert Gas | DLE75 | 5,000 psi | 300 psi | 120 | 75:1 | 75Pa + Ps |
| MTIG5-15-75 | Inert Gas | DLE15-75 | 5,000 psi | 150 psi | 120 | 75:1 | 75Pa + 5Ps |
| MTIG10-75-2 | Inert Gas | DLE75-2 | 10,000 psi | 725 psi | 150 | 150:1 | 150Pa + Ps |
| MTIG10-30-75-2 | Inert Gas | DLE30-75-2 | 10,000 psi | 220 psi | 150 | 150:1 | 150Pa + 2.5Ps |
| MTIG15-30-75-2 | Inert Gas | DLE30-75-2 | 15,000 psi | 400 psi | 150 | 150:1 | 150Pa + 2.5Ps |
| MTHG3-30 | Hazardous Gas | DLE30 | 3,000 psi | 175 psi | 120 | 30:1 | 30Pa + Ps |
| MTHG3-5-30 | Hazardous Gas | DLE5-30 | 3,000 psi | 40 psi | 120 | 30:1 | 30Pa + 6PS |
| MTHG5-75 | Hazardous Gas | DLE75 | 5,000 psi | 300 psi | 120 | 75:1 | 75Pa + Ps |
| MTHG5-15-75 | Hazardous Gas | DLE15-75 | 5,000 psi | 150 psi | 120 | 75:1 | 75Pa + 5Ps |
| MTHG10-75-2 | Hazardous Gas | DLE75-2 | 10,000 psi | 725 psi | 150 | 150:1 | 150Pa + Ps |
| MTHG10-30-75-2 | Hazardous Gas | DLE30-75-2 | 10,000 psi | 220 psi | 150 | 150:1 | 150Pa + 2.5Ps |
| MT02-3-30 | Oxygen Gas | DLE30 | 3,000 psi | 175 psi | 120 | 30:1 | 30Pa + Ps |
| MT02-3-5-30 | Oxygen Gas | DLE5-30 | 3,000 psi | 40 psi | 120 | 30:1 | 30Pa + 6PS |
| MT02-5-75 | Oxygen Gas | DLE75 | 5,000 psi | 300 psi | 120 | 75:1 | 75Pa + Ps |
| MT02-5-15-75 | Oxygen Gas | DLE15-75 | 5,000 psi | 150 psi | 120 | 75:1 | 75Pa + 5Ps |
Please Note:
- Various other gas booster models can be used to best fit your specific application.
- Schematic shown is the standard system. Other options may be added or removed as required.
- The hazardous gas systems have all vent ports plumbed to a common discharge port.
(This port must be plumbed to a safe vent area) - The oxygen systems have all components cleaned for oxygen service.
- For higher flow rates and/or multiple stages, more than one booster may be used in the system.
- Pressures to 36,000 psi for most gases / 5,000 psi for oxygen
- Easy to install and operate
- Compact, lightweight design
- Single or double acting and two stage models
- Double air head available in single and two stage boosters
- No electrical power required
- Requires no lubrication
- Boosters are contaminant free
- Units can be operated in series or parallel
- Variety of pressure and compression ratios available
Please Note:
- Various other gas booster models can be used to best fit your specific application.
- Schematic shown is the standard system. Other options may be added or removed as required.
- The hazardous gas systems have all vent ports plumbed to a common discharge port.
(This port must be plumbed to a safe vent area) - The oxygen systems have all components cleaned for oxygen service.
- For higher flow rates and/or multiple stages, more than one booster may be used in the system.
- Leak testing of pressure components
- Low pressure gas reclaim from storage bottles
- Gas charging accumulators
- Pressurizing gas cylinders and shock absorbers
- Breathing air systems for scuba and fire department tanks
- Boosting gas pressures from nitrogen and oxygen generators
- Gas assist injection molding
- Boosting gas pressures from vaporized liquid source
Please Note:
- Various other gas booster models can be used to best fit your specific application.
- Schematic shown is the standard system. Other options may be added or removed as required.
- The hazardous gas systems have all vent ports plumbed to a common discharge port.
(This port must be plumbed to a safe vent area) - The oxygen systems have all components cleaned for oxygen service.
- For higher flow rates and/or multiple stages, more than one booster may be used in the system.
- Safe pneumatic operation – Booster is air driven so no heat, flame or spark risk
- Variable cycling speed and output
- Capable of outlet pressures of up to 36,000 psi
- No limit or adverse effect to continuous stop/start applications
- Seal systems designed for long working life
- No airline lubricator required
- Hydrocarbon free – separation between air and gas sections
- Built-in cooling rapidly cools the compressed gas
- Single, double acting, and two-stage models
- Ability to stall at any predetermined pressure and hold the fixed pressure without consuming power or generating heat
Please Note:
- Various other gas booster models can be used to best fit your specific application.
- Schematic shown is the standard system. Other options may be added or removed as required.
- The hazardous gas systems have all vent ports plumbed to a common discharge port.
(This port must be plumbed to a safe vent area) - The oxygen systems have all components cleaned for oxygen service.
- For higher flow rates and/or multiple stages, more than one booster may be used in the system
- Flow Logic Engraved Control Panel
- Booster comes standard with a pilot port to enable use of external components to start/stop booster
- Adjustable Inlet/Outlet Pressure Switches – Used to automatically start/stop booster should outlet pressure reach set point or the inlet pressure be insufficient
- Inlet & Outlet Gas Pressure Gauges
- Air Drive Pressure Gauge
- Inlet & Outlet Gas Filters used to stop any ingested contamination from entering booster and components downstream
- Air Filter used to clean the compressed air powering unit
- Air Pressure Regulator used to control maximum outlet gas pressure
- Manual On/Off Speed Control Valve used to turn On/Off booster and adjust cycling speed
- High Pressure Relief Valve to protect components and instrumentation from exceeding set pressure
- High Pressure Isolation Valve & Vent Valve
Please Note:
- Various other gas booster models can be used to best fit your specific application.
- Schematic shown is the standard system. Other options may be added or removed as required.
- The hazardous gas systems have all vent ports plumbed to a common discharge port.
(This port must be plumbed to a safe vent area) - The oxygen systems have all components cleaned for oxygen service.
- For higher flow rates and/or multiple stages, more than one booster may be used in the system.
- Dry Air Spool Modification for driving the unit with Nitrogen or Very Dry Air
- Sour Gas Modification for driving the unit with hazardous gas such as Natural Gas instead of compressed air
- Oxygen Cleaning for use with Oxygen Gas
- Hazardous Gases require that all vent ports are to be plumbed together for safe ventilation
- Hydrogen Gas – Changes seals and material of construction for use with H2 – Vent Ports Plumbed for safe ventilation
- Inlet & Outlet Gas Regulators (With Gauges) can be used for controlling inlet & outlet pressure
- Digital Pressure Gauges available – Accuracy span of ±0.05%, ±0.10%, or ±0.25%
- Chart Recorders, Electronic Pressure Loggers and Timers/Cycle Counters can be provided if required
- Air Assisted Solenoid Valves, Electronic Regulators and Transducers can be installed for automated controls
- Custom fabrication of frames allows multiple system styles – Stainless Steel for Offshore, Environmental Enclosures
- for Extreme Environments, Sound Proof Enclosures for Office/Laboratory Settings and more
- Multiple Styles are available should you want the system to be mobile or stationary
Please Note:
- Various other gas booster models can be used to best fit your specific application.
- Schematic shown is the standard system. Other options may be added or removed as required.
- The hazardous gas systems have all vent ports plumbed to a common discharge port.
(This port must be plumbed to a safe vent area) - The oxygen systems have all components cleaned for oxygen service.
- For higher flow rates and/or multiple stages, more than one booster may be used in the system.