The measuring principle of the COSA 9610 Wobbe Index Meter is based on the analysis of residual oxygen content in the flue gas after the combustion of the sample. A continuous gas sample is mixed with dry air at a precisely maintained constant ratio, dependent on the BTU range of the gas to be measured. This provides for optimally adjusting the air-to-fuel ratio, enabling the combustion turbine or burner to operate at its most cost-effective, efficient point – where NOx emissions are minimized.
Fast response times, flameless combustion, auto-calibration & validation functionality, and minimal maintenance requirements all ensure the COSA 9610 BTU Analyzer allows for better and more efficient optimization of your process.
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- Hamish Adam PRESENTED AT: L'Analyse Idustrielle, Paris, France Keywords Ultraviolet, Photometers, Absorption, Process Control Abstract Many different analytical techniques have made the transition from the laboratory to online process monitoring. UV photometry has made this transition more easily than most because it possesses some inherent advantages. Simple, robust optics and absence of interference from […]
- Hamish Adam PRESENTED AT: Annual ISA Analysis Division Symposium, Framingham, MA Keywords Ultraviolet, Photometers, Absorption, Process Control Abstract Many different analytical techniques have made the transition from the laboratory to online process monitoring. UV photometry has made this transition more easily than most because it possesses some inherent advantages. Simple, robust optics and absence […]
PRESENTED AT: ISA Analysis Division, Houston, TX Keywords ULTRAVIOLET ABSORPTION SPECTROSCOPY, APPLICATIONS, SULFUR RECOVERY, SCOT CONTACTOR, NATURAL GAS, HYDROGEN SULFIDE Abstract Ultraviolet absorption spectroscopy has been used for decades in the refining and petrochemical industry. Online spectroscopic methods allow for rapid compositional analysis of process streams and provide the capability for real-time monitoring and control. […]
