Many industrial processes and manufacturing applications require ultra-precise gas analysis techniques to improve efficiency, quality, and safety.  However, traditional methods such as gas chromatography (GC) are often costly and slow with results. Is it time to consider a change?

There is a better way: The Thermo Scientific™ MAX-iR™ FTIR gas analyzer, using innovative OE-FTIR technology, can quickly analyze multiple gases down to single digit parts per billion (ppb), and for some high-purity applications it can even measure down to mid parts per trillion (ppt) levels. The MAX-iR gas analyzer can do this in real time, providing a fast, efficient alternative to GC-based techniques.

In this e-book, you’ll find a collection of technical resources featuring topics such as:

  • Advantages of OE-FTIR technology for industrial processes, ambient air, and source emissions analysis
  • Applications for monitoring hazardous air pollutants (HAPS), ethylene oxide, greenhouse gases, and more
  • Current trends and the future of gas analyzer technology
  • Top tips for selecting a gas analyzer
  • Service and support tailored to your application needs

Learn how this new technology performs efficient gas analysis, and find out how the MAX-iR is redefining what an FTIR gas analyzer can do.

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