Numerous manufacturing and industrial activities necessitate the use of highly accurate gas analysis methods to enhance efficiency, quality, and safety. Yet, conventional approaches, such as gas chromatography (GC), often entail high costs and slow turnaround times for results. Is it time for a new approach?
Image credit: Thermo Fisher Scientific - Environmental and Process Monitoring Instruments
Introducing a superior solution: The Thermo Scientific™ MAX-iR™ FTIR gas analyzer. Leveraging cutting-edge OE-FTIR technology, this device is capable of swiftly analyzing various gases to parts per billion (ppb) levels, and in cases of high-purity needs, even to parts per trillion (ppt) levels. Unlike GC-based methods, the MAX-iR offers real-time analysis, presenting a quick and efficient alternative.
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This e-book compiles a range of technical resources on topics including:
- The benefits of OE-FTIR technology in industrial processes, ambient air, and emissions analysis.
- Use cases for monitoring hazardous air pollutants (HAPS), ethylene oxide, greenhouse gases, among others.
- Insights into current trends and the future direction of gas analyzer technology.
- Essential tips for choosing the right gas analyzer.
- Customized service and support for your specific needs.
Discover how this innovative technology is transforming gas analysis efficiency and learn what sets the MAX-iR apart in the realm of FTIR gas analyzers.