Fuel gas analysis with RGQ 5 and RGQ 3
Precise fuel gas analysis is crucial for the quality and efficiency of fuel gases such as natural gas or mixed gases. The RGQ 5 and its "little brother", the mobile RGQ 3, offer innovative solutions for the accurate determination of calorific value, heating value and other important parameters without the need for combustion of the gas. By measuring various physical properties of the gas, these devices deliver precise results for a wide range of applications, both in industry and in gas measurement.
The RGQ 5 is particularly suitable for stationary use in industrial applications where continuous monitoring and analysis of gas compositions is required. The mobile RGQ 3, on the other hand, is ideal for flexible applications, for example for the temporary analysis of gases on site or in different operating areas. Both systems share the same high-precision measurement technology and enable fast and reliable fuel gas analysis.
The RGQ 5 is particularly suitable for stationary use in industrial applications where continuous monitoring and analysis of gas compositions is required. The mobile RGQ 3, on the other hand, is ideal for flexible applications, for example for the temporary analysis of gases on site or in different operating areas. Both systems share the same high-precision measurement technology and enable fast and reliable fuel gas analysis.
More efficient combustion
Fewer emissions
Versatile in use
Increased security
Cost reduction
Consistent quality
Central role for the quality and safety of gases
The use of the RGQ 5 and RGQ 3 in an industrial environment ensures precise analysis of gas quality. By directly determining important parameters such as calorific value, heating value, Wobbe index and density, these devices help to optimize the efficiency of gas combustion processes. The measuring devices are particularly indispensable when feeding gases into distribution networks or when using gases in engines and industrial processes.
The measuring accuracy of the devices makes it possible to detect even the smallest fluctuations in composition and thus ensure compliance with quality standards. The robust design of the RGQ 5 and the mobility of the RGQ 3 offer maximum flexibility and safety for different application scenarios.
The measuring accuracy of the devices makes it possible to detect even the smallest fluctuations in composition and thus ensure compliance with quality standards. The robust design of the RGQ 5 and the mobility of the RGQ 3 offer maximum flexibility and safety for different application scenarios.
Advantages for the safe and efficient use of fuel gases
The RGQ devices not only record the heating and calorific value of the gas, but also provide important information on other thermophysical properties such as density and Wobbe index. These parameters are crucial for the safe handling, storage and transportation of gases.
Thanks to the precise measurement methodology of the RGQ 5 and RGQ 3, energy suppliers and industrial users can continuously monitor the composition and quality of fuel gases. This not only improves safety, but also maximizes the efficiency of gas utilization processes. The RGQ devices create a reliable basis for the optimum use of fuel gases while complying with the highest safety and environmental standards.
Thanks to the precise measurement methodology of the RGQ 5 and RGQ 3, energy suppliers and industrial users can continuously monitor the composition and quality of fuel gases. This not only improves safety, but also maximizes the efficiency of gas utilization processes. The RGQ devices create a reliable basis for the optimum use of fuel gases while complying with the highest safety and environmental standards.
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Fuel gas analysis
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