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When we talk about high pressure boosters, we simply mean a compressor which enables you to step up the pressure of the primary feed air compressor. If you require air or nitrogen at any pressure between 69 and 345 bar (1000 and 5000 psi), Atlas Copco’s high-pressure boosters with unique in-house designed pumper block is the most efficient choice. They are designed to be transported to your point of work – no matter how remote the location.
When we talk about high pressure boosters, we simply mean a compressor which enables you to step up the pressure of the primary feed air compressor. If you require air or nitrogen at any pressure between 69 and 345 bar (1000 and 5000 psi), Atlas Copco’s high-pressure boosters with unique in-house designed pumper block is the most efficient choice. They are designed to be transported to your point of work – no matter how remote the location.
When we talk about high pressure boosters, we simply mean a compressor which enables you to step up the pressure of the primary feed air compressor. If you require air or nitrogen at any pressure between 69 and 345 bar (1000 and 5000 psi), Atlas Copco’s high-pressure boosters with unique in-house designed pumper block is the most efficient choice. They are designed to be transported to your point of work – no matter how remote the location.
When we talk about high pressure boosters, we simply mean a compressor which enables you to step up the pressure of the primary feed air compressor. If you require air or nitrogen at any pressure between 69 and 345 bar (1000 and 5000 psi), Atlas Copco’s high-pressure boosters with unique in-house designed pumper block is the most efficient choice. They are designed to be transported to your point of work – no matter how remote the location.
A booster for every application
A high pressure booster is never a stand-alone product but part of a set-up defined by the application. Depending on the requirements, the set-up can contain a combination of:
- Required boosted pressure: defined by the combination of the booster with the output pressure of the feed air compressor (either 24 or 35 bar/350 or 500 psi)
- Required dew point : a dryer can bring the dew point to -40°C/ -40°F
- Type of gas: adding a nitrogen generator can change the compressed air of the feed air compressor to nitrogen gas.
The end result will be a high pressure gas (either air or nitrogen) up to 345 bar (5000 psi) and up to -40°C (-40°F) dew point.
