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Quality Control of Gasoline Using Near Infrared Analysis (NIR) [Technical Document]

Measure research octane number, motor octane number, anti-knock index, aromatic content, and density all at once with a near-infrared analyzer!

【Near Infrared Analyzer Technical Data 15 Petroleum Gasoline Fuel】 The measurement of key quality parameters of gasoline, including Research Octane Number (RON, ASTM D2699-19), Motor Octane Number (MON, ASTM D2700-19), Anti-Knock Index (AKI), aromatic content (ASTM D5769-15), and density, required several different analytical methods, which were labor-intensive and required skilled technicians. This application note demonstrates a cost-effective analytical method for analyzing multiple parameters of gasoline simultaneously using the XDS RapidLiquid Analyzer, which measures in the visible-near infrared region (Vis-NIR).

  • OMNIS_NIR_naname_5895s.jpg
  • Near-infrared spectrophotometer
  • Spectroscopic Analysis Equipment
  • Lubricants

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Technical Data: Quality Control of Pyrolysis Gasoline Using Near-Infrared Analysis.

With a near-infrared analyzer, the diene value (anhydrous maleic acid value) of pyrolysis gasoline (pygas) can be measured in under one minute!

Near-Infrared Analyzer Technical Data 16 Petroleum Gasoline Fuel Pyrolysis Gasoline Pyrolysis gasoline (Pygas) is a byproduct of ethylene production and is unsuitable as motor fuel due to the presence of unwanted conjugated diolefins. To eliminate this drawback, it is necessary to reduce the olefin content to below 2 mg/g using a Selective Hydrogenation Unit (SHU). The diene value (or Maleic Anhydride Value (MAV)) is typically determined by wet chemical analysis through the Diels-Alder reaction (UOP326-17). This wet chemical analysis method requires trained analysts to perform it over several hours. Near-Infrared Spectroscopy (NIRS) contrasts with this chemical analysis method and can be applied as a cost-effective, rapid analytical technique for determining the diene value in pyrolysis gasoline.

  • OMNIS_NIR_20240306_FV_04-cut.jpg
  • Spectroscopic Analysis Equipment
  • Demand Monitoring

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Inline Process Near-Infrared Spectroscopy Analyzer SentroPAT BU

It is a real-time monitoring system for mixing uniformity and API/excipient content using NIR, designed to be attached and used on rotating containers in the pharmaceutical mixing process.

The SentroPAT BU, manufactured and sold by Sentronic based in Dresden, Germany, is a near-infrared spectrometer specifically designed for pharmaceutical mixing processes. It operates the created model in real-time, monitoring mixing uniformity and the content of API/excipients in real-time. ■ High-performance MEMS Spectrometer It uses a MEMS spectrometer with a wavelength-variable laser. Excellent optical resolution and low noise allow for high-resolution spectra. ■ Calibration/Scale-up This system was developed in close cooperation with pharmaceutical manufacturers. Scaling up from the lab to the factory is easy. ■ Compliance with GMP / Part 11 Designed for use in the pharmaceutical industry, it can be used in GMP environments. Additionally, the dedicated software SentroSuite complies with 21 CFR Part 11. ■ Features - Lightweight, compact, and easy to install - Smooth surface shape suitable for GMP - Accurate and reliable near-infrared technology - Excellent spectral performance - Low cost - No data loss during communication failures - OPC connection available - SiPAT interface

  • Spectroscopic Analysis Equipment
  • Testing Equipment and Devices
  • Analytical Equipment and Devices

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