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Trace CO and CO2 In Hydrogen and Light Gaseous GC Gas Chromatagraph UOP603

Trace CO and CO2 In Hydrogen and Light Gaseous GC Gas Chromatagraph UOP603

    • Trace CO and CO2 In Hydrogen and Light Gaseous GC Gas Chromatagraph UOP603
    • Trace CO and CO2 In Hydrogen and Light Gaseous GC Gas Chromatagraph UOP603
    • Trace CO and CO2 In Hydrogen and Light Gaseous GC Gas Chromatagraph UOP603
  • Trace CO and CO2 In Hydrogen and Light Gaseous GC Gas Chromatagraph UOP603

    Detail produk:

    Tempat asal: CINA
    Nama merek: AI
    Sertifikasi: ISO
    Nomor model: GC8890A

    Syarat-syarat pembayaran & pengiriman:

    Kuantitas min Order: 1 set
    Harga: Bisa dinegosiasikan
    Kemasan rincian: Papan keras
    Waktu pengiriman: 20 hari
    Syarat-syarat pembayaran: L/C, T/T, Western Union
    Menyediakan kemampuan: 20 set per bulan
    Hubungi sekarang
    Detil Deskripsi produk
    Standar Uji: ASTM UOP603 Aplikasi: Ukur Jejak CO dan CO2 Dalam Hidrogen dan Gas Ringan
    Metode pengujian: Kromatagraf Gas Jaminan: 1 tahun
    Catu Daya: AC220V ± 10% 50Hz kata kunci: Kromatagraf Gas UOP603

     

    Trace CO and CO2 In Hydrogen and Light Gaseous GC Gas Chromatagraph UOP603

     

     

    Trace CO and CO2 In Hydrogen and Light Gaseous GC Gas Chromatagraph UOP603Trace CO and CO2 In Hydrogen and Light Gaseous GC Gas Chromatagraph UOP603

    Spectrogram of UOP603 

     
    1.Principle
    Trace CO and CO2 in the gas sample is injected into the packed column of GC,and methane is generated by the converter. The FID is used to detect the methane product, and the CO and CO2 contents are quantified by the external standard method.
     
    2.Analysis instruments
    2.1 Column A:9.1m1/16 inch OD,0.050 inch ID stainless steel pipe filled 80-100 mesh “TDX-01
    2.2 Column B: 3m1/16 inch OD,0.050 inch ID stainless steel pipe filled 60-80 mesh 13X Molecular sieve;
    2.3 Gas Chromatagraph: constant temperature,FID detector;
    2.4 Gas converter
     
    3 Operation steps
    Repeat to inject standard gas sample to obtain the peak area, and calculate the correction factor of each component with the standard gas content;Re-inject the sample and calculate the sample content from the peak area of each component of the sample.
    R=A/B
    In the formula: A---Content of each component;
    R---Correction factor of each component;
    B---Average peak area of each component,
     
    4 Calculation
    Use below formula to calculate content of each component:
    Content of each component: mass-ppm=E·R
    In the formula: E=peak area of each component;
    R=Correction factor of each component;
     
     

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    Advanced Instruments Co.,Ltd

    Kontak Person: Mrs. Sandy

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