Gas generators deliver particular gases to specific instruments in the laboratory. Systems are available for many different gases including hydrogen and nitrogen. Though the up-front costs of gas generators can be high, replacing your gas cylinders with a gas generator can lead to increased convenience and decreases in overall costs. Gas generators are also safer as they limit the amount of flammable and compressed gas in your lab. For a list of gas generator manufacturers, see our online directory: LabManager.com/gasgenerator-manufacturers
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In addition to being used with analytical equipment, a gas generator may be used for other applications. For example, in a lab that deals with biohazardous substances, gas'such as chlorine dioxide or ethylene oxide'or vapor'such as vaporized hydrogen peroxide'can be used for disinfection and sterilization. LabManager.com/PRG--gas-generators
Apart from reducing a lab's carbon footprint by eliminating frequent deliveries of gas cylinders and reducing waste by only supplying the amount of gas a lab needs, today's gas generators have a number of features that help reduce their environmental impact. These features include technology that helps make modern gas generators more efficient, reducing both monetary and environmental costs.
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Chemicals: Ethylene is the starting material for several industrial syntheses. It is employed as an intermediate in the chemical industry and for the production of plastics.
Food & Beverages: An ethylene/nitrogen mixture supplied in cylinders is used to control ripening of fruit, especially bananas. A concentration of a few ppm in the warehouse atmosphere is used. It is also used in agriculture to promote crop growth. In this application the gas is directly injected into the soil.
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