• HP Tower Nitrogen Generator

    Chromatography

    HP Tower Nitrogen Generator

    The HP Tower Nitrogen Generator produces a 24/7 on-demand supply of high purity nitrogen with a Flow Rate from 500 to 4,000 m/min, Purity up to 99.999% & <0.1ppm, and THC Pressure up to 5 bar.               

    The HP Tower Nitrogen Generator can be installed in the lab close to the instrument, thus eliminating the need for long gas lines from external cylinder supplies.

    Nitrogen is produced by utilising a combination of filtration and pressure swing adsorption (PSA) technology. Standard compressed air is filtered by high efficiency coalescing filters to remove all contaminants down to 0.1ppm. For ultra sensitive applications such as GC -FID and GC -ECD, units also include the additional heated catalyst module to ensure hydrocarbons are removed to <0.1ppm. The air then passes through two columns filled with a carbon molecular sieve (CMS) which adsorbs O2, CO2 and moisture. These are desorbed into the atmosphere during the pressure swing cycle leaving a supply of ultra pure nitrogen. 

    More information online: https://ilmt.co/PL/rE22

                           


    Digital Edition

    ILM 50.2 March 2025

    March 2025

    Chromatography Articles - Effects of small deviations in flow rate on GPC/SEC results Mass Spectrometry & Spectroscopy Articles - Waiting for the present to catch up to the future: A bette...

    View all digital editions

    Events

    Bio-Europe Spring

    Mar 17 2025 Milan, Italy

    NGVS 2025

    Mar 18 2025 Beijing, China

    Laborama 2025

    Mar 20 2025 Brussels, Belgium

    Asia Labex

    Mar 20 2025 Chandigarh, India

    ACS National Meeting & Expo, Spring 2025

    Mar 23 2025 San Diego, CA, USA

    View all events

    Great Job...
    The latest issue will be with you shortly
    Sign up to Labmate for FREE.
    Register and get the eBulletin, a Monthly email packed with the latest Laboratory products, news and services. Join us and get the latest Laboratory information first.