Entries by Onsite Gas

How It All Works: PSA and Membrane Technologies Made Easy

A variety of manufacturers utilize Nitrogen and Oxygen gas for numerous applications. The ability to generate gas on-site is more economical and efficient than gas delivery. In order to achieve the proper nitrogen purity level, nitrogen generators rely on either membrane technology or pressure-swing adsorption (PSA); whereas, oxygen relies solely on pressure-swing adsorption technology. Pressure-Swing […]

Nitrogen Membrane Generators for Mining in Africa

Large amounts of nitrogen are essential to the nickel extraction process. Without nitrogen, the nickel mining process can be shut down with a loss of production. How Nitrogen Gas is Used in Nickel Mining When raw material is extracted from nickel mines, it travels “as is” to the processing facility. In the processing facility, nickel […]

How PSA Nitrogen Generators Work

Nitrogen makes up 79% of the air we breathe, so there is an unlimited source right at your fingertips waiting to be tapped to save you 80% to 90% of your current annual nitrogen costs. A Pressure Swing Adsorption Nitrogen Generator simply separates the nitrogen molecules out of your compressed air stream to a usable […]

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Nitrogen Gas On Site in the Food Packaging Industry

With so much time spent on getting your product perfect, it only makes sense that you would want your food packaging to preserve its quality and freshness – all while keeping manufacturing costs low. Food is often damaged during shipment or has a shorter-than-necessary shelf life with traditional packaging. An easy solution to these common […]

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Enhance Fish Farming Results with an Onsite Oxygen Generator

It’s well known in the aquaculture industry that oxygen generation is extremely beneficial for fish farms and hatcheries. Since the quality of the water determines the quality of the fish, it’s paramount that a steady oxygen supply is always available. Oxygenizing the water leads to healthier fish with better appetites, which means bigger fish to […]