First of all you should know about nitrogen gas generators are used for producing nitrogen (N2) for scientific and medical purposes. Pressure swing adsorption (PSA) generators are fabricated with the technology that enables continuous flow of high purity nitrogen.
The technology uses one or two carbon molecular sieves beds (CMS) to remove oxygen and other contaminants in the atmospheric air. Biggest advantage is designed to meet specifications of gas purity and flow requirements.
Many company build to high quality generators that are guaranteed to provide high purity nitrogen. Mostly company follows the highest safety a standard making the use generators very safe because there is nitrogen production is undertaken at very low temperatures.
The company engineers and technicians will ensure simple installation and setup is performed very safely. PSA laboratory nitrogen gas generators is very impressive return on investment (ROI) and the customers will be able to break even within two years.
There will be no subscription for nitrogen cylinders and no fear of price inflation. The generators can help produce high purity nitrogen and there is equipment for on-line purity monitoring capability. The machinery is also equipped digital counter that sounds out when there is requirement for maintenance. Moreover, the generators are also equipped with capacity to switch off when there is no need for nitrogen.
The latest technology & superb designing is used in the fabricating of psa nitrogen plant. This technique uses a combination of molecular sieves to selectively eliminate O2 and other contaminants in the atmospheric air. CMS columns are used first for the purification and then for regeneration for continuous nitrogen production.
How PSA Nitrogen Generator Works & Principle
The generator is made to use pre-filtered compressed air at 102 or 123 psi. The air is then filtered and passed through the CMS column that functions as a purification unit where oxygen, carbon dioxide and hydrocarbons are removed from the compressed air.
