Gas-Transfer & Pressurization Solutions by Haskel Can Handle Challenging Applications

Products available from this Haskel lineup include electric and hydraulic driven gas compressors, standard air driven gas booster systems, oxygen service equipment, oxygen boosters, and much more.

Flexible and efficient sources

These boosters are flexible, efficient sources for delivering high-pressure gases. Other examples available from Wainbee include helium gas compressor systems, nitrogen gas compressor systems, gas booster compressors, oxygen boosters (or minehunters), and modular component testing systems. Among the key advantages of these gas-transfer and -pressurization solutions:

• Oxygen or high-purity cleaning – Notable for their cleanliness, Haskel boosters can handle oxygen and other pure gases with no contamination risk. Oxygen-cleaned devices meet the Mil Spec 1330 standard.
• Multi-staging capability – One or more boosters of the same ratio can be plumbed in parallel and then in series with one of more boosters of the same ratio, for higher flow rates and pressures beyond the capability of a single gas booster.
• High flow rates at high pressures – When required, each booster can charge a receiver to an even higher pressure level, thereby storing an amount of gas available for fast release at a constant pressure through a pressure-reducing valve.

• Hydrogen | H2 – solutions engineered including refueling to 350 to 700 bars. Ensuring long-term leak-tight design and maintaining gas purity.
• Carbon Dioxide | CO2 – aerosol type gases can be boosted as a liquid or gas in controlled applications.

Another major benefit is cost savings. Most industrial gases are often delivered at pressures ranging from 2,000 to 2,600 pounds per square inch in steel cylinders. If the gas is to be used well below the supply pressure, the pressurized supply is piped and controlled easily to the point of use with simple valving. But if the gas needs to be used at higher pressures than that of the supply, it must be boosted. Haskel gas boosters can use all the gas from cylinders and other supply sources and boost it to the needed pressures and flows, which uses all the gas volume from the supply source.