Inert nitrogen generator

high-puritycryogenicCMS

Pressure Swing Adsorption Technology Pressure Swing Adsorption (PSA) technology is used with specially developed adsorbents called Carbon Molecular Sieve (CMS) to separate nitrogen from air to be able to use pure nitrogen in many applications. First, air is compressed up to 10 bars with the help of compressors, then air is dried out to remove the moisture in the air either using refrigerant dryers or desiccant dryers. Filtration takes place thereafter to filter out the remaining particles, aerosol and oil which is in the pressurized air stream. Carbon Tower ensures long term oil free nitrogen delivery. PSA unit consists two tanks filled with CMS. Each column undergoes cyclic sequence of pressurization, generation, equalization and exhaust cycles for continuous flow of high purity nitrogen. PSA Advantages Reduction of nitrogen cost Safe low-pressure nitrogen usage instead of high-pressure cryogenic cylinders Elimination of logistical and administrative operations Elimination of orders and deliveries Ready to use high technology solutions N2 is a hollow fiber membrane gas separator that is used to remove oxygen from compressed air, resulting in N2 purities between 95-99.5%. The polymer is specially tailored for nitrogen generation. Unlike other gas separation membranes, N2 membranes are characterized by a very high flow capacity with a very good air factor, resulting in the optimization of compression and operating cost. The composition of the product was determined by measurement of the residual oxygen content. The "N2 produced" value is the inert gas content. The pressure is the retentate pressure, namely N2 produced stream discharge pressure.