Calorific value measurement with the RGQ 5 and RGQ 3
The calorific value measurement, as carried out by the RGQ 5 and the mobile RGQ 3, enables the total energy stored in a fuel to be determined precisely. Both devices measure the calorific value without combustion.
The RGQ 5 is designed as a stationary system for continuous operation in industrial applications, while the RGQ 3 scores with its mobility and flexibility. Both devices work with the same high precision and thus enable efficient evaluation of the entire energy potential of a fuel gas. This feature makes the devices ideal tools for applications where optimizing energy efficiency and minimizing losses are crucial.
The RGQ 5 is designed as a stationary system for continuous operation in industrial applications, while the RGQ 3 scores with its mobility and flexibility. Both devices work with the same high precision and thus enable efficient evaluation of the entire energy potential of a fuel gas. This feature makes the devices ideal tools for applications where optimizing energy efficiency and minimizing losses are crucial.
Making maximum use of energy
Precise values
Ideal for industry
Increase efficiency
Save energy
Improve process control
Precise analysis for maximum energy efficiency
The RGQ devices play a central role in a modern gas measurement system, as they measure the total energy released by a fuel. This is particularly important in industrial applications where high demands are placed on energy monitoring and control. Both systems measure the calorific value of a fuel gas in standard conditions, typically in kilojoules per cubic meter. This precise measurement makes it possible to analyse combustion processes, evaluate efficiencies and minimize energy losses, which is particularly important for optimizing combustion systems.
The technology behind the RGQ 5 and RGQ 3 not only ensures accurate detection in gas analysis, but also offers the flexibility required in different areas of application. While the RGQ 5 as a stationary system is ideal for permanent monitoring processes, the RGQ 3 as a mobile solution allows fast and reliable measurements at changing locations.
The technology behind the RGQ 5 and RGQ 3 not only ensures accurate detection in gas analysis, but also offers the flexibility required in different areas of application. While the RGQ 5 as a stationary system is ideal for permanent monitoring processes, the RGQ 3 as a mobile solution allows fast and reliable measurements at changing locations.
Advantages of the RGQ measuring devices
The RGQ series offers numerous advantages for precise calorific value measurement. In contrast to traditional combustion-based methods, these devices operate without contact and without gas combustion, which makes operation safer and more environmentally friendly. Measuring the calorific value at standard conditions allows a precise assessment of energy efficiency, especially with hydrogen-rich fuels such as methane, which benefit from the additional use of condensation heat.
Thanks to its flexibility and mobility, the RGQ 3 enables easy integration into a wide range of applications, while the RGQ 5 is specially optimized for continuous use in industrial processes. Both devices help companies to reduce energy consumption, optimize processes and achieve their sustainability goals.
Thanks to its flexibility and mobility, the RGQ 3 enables easy integration into a wide range of applications, while the RGQ 5 is specially optimized for continuous use in industrial processes. Both devices help companies to reduce energy consumption, optimize processes and achieve their sustainability goals.
Important questions and answers about calorific value measurement
Calorific value measurement enables the precise recording of the energy content of gas and provides central data on calorific value, heating value and volume flow. In our FAQs, we explain how modern measuring systems from RMG Messtechnik work, which measuring principles are used and how the measured values are integrated and monitored in industrial systems. We also cover typical sources of error, standards, calibration, areas of application and the contribution of calorific value measurement to energy optimization.
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Calorific value measurement
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