Gas boosters

Gas boosters

Our offer
Fields & applications
Our strengths
Our technology

Gas boosters

Our offer

MAXIMATOR booster technology can compress all types of gas up to 2400 bar and for oxygen up to 350 bar. The compression is oil-free, which guarantees the purity of the gas at the outlet. The control element is only limited to an air source between 1 bar and 10 bar. All the elements in contact with the gas are made of stainless steel and the dynamic seals are made of elastomers with very good wear resistance. These boosters can be used in hazardous areas (ATEX) and can meet specific requirements such as NACE

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Our range of booster:

Single stage overpressure / single acting / 1 single motor

Single stage overpressure / single acting / double motor

Single stage overpressure / double acting / 1 single motor

Single stage overpressure / double acting / double motor

Double stage of overpressure / double effect / 1 single motor

2 overpressure stages / double acting / 2 motors

2 overpressure stages / double acting / triple motor

8DLE series: single overpressure stage / double acting / 1 motor

Fields & applications

Due to the wide range of models, it is possible to select the optimum booster for each application. Single-stage, double-acting or two-stage boosters or a combination of these models can be used to achieve different operating pressures and flow capacities.

Some application examples :

Pressure test with gas

Gas transfer

Gas recovery

Charging nitrogen accumulators

Gas assisted injection (plastic, etc.)

Transfer of oxygen cylinders

Loading of breathing air bottles

Leak test

Hydrogen application (filling station, leak test, burst test, etc…)

Our strengths

The advantages of MAXIMATOR boosters:

Operation with compressed air allows use in explosion-proof areas

The booster automatically stops working when the pre-selected final pressure is reached.

Suitable for most gases and liquefied gases

No need for electricity to operate the booster

No energy consumption while maintaining pressure

No heat generation when maintaining pressure

Easy installation and trouble-free handling

Low maintenance

Our technology

surpresseur-gaz-schema

PA: Process gas inlet pressure

PB: Process gas discharge pressure

PL: Engine air pressure

1: HP piston (High Pressure)

2: Non-return valves

3: Compressed air motor piston / driving part of the booster

4: 4/2 pilot operated valve distributor drawer

5: HP cylinder of the booster

6: Engine air exhaust

Detailed booster principle and pressure ratio principle:

principe-surpresseur-ratio-pression
ratio-pression
firstrouage
fourthrouage
fourthrouage
fivesrouage
firstrouage
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