In my thesis, I describe the entire process of designing a measurement system and setting up a
Tiger Optics Spark™ M7700 analyzer, which measures the proportion of carbon dioxide in
gases.
Measuring carbon dioxide concentrations is extremely important in many areas today.
Emissions monitoring in factories, thermal power plants, the automotive industry, and other
industrial systems that need to measure carbon dioxide to demonstrate compliance with
environmental regulations. The purpose of designing a measurement system that includes the
M7700 analyzer is to enable comparative calibration of CO2 meters.
The first three chapters of the thesis briefly describe carbon dioxide and its basics, the
theoretical background of the Tiger Optics analyzer, a description of the essential components,
the calibration procedure, and the operation and performance of the Tiger Optics Spark™
analyzer.
This is followed by a detailed description of the system design process, its theoretical
background, and compliance with standards. High-quality valves and their internal structure are
presented.
In the last part of the thesis, I present the implementation of the system and detailed instructions
for using the Tiger Optics Spark™ M7700 analyzer in a system with a calibration chamber. The
analyzer is very sensitive to external influences, so it is essential to follow the correct steps
during startup and ensure the traceability and reliability of the entire process.
Finally, the initial measurements performed with the designed system are presented.
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