More clarity. More control. More performance. Optimizing hydrogen combustion for maximum efficiency and safety
LaVision's measurement expertise in combustion research
LaVision is a world leader in the optical diagnostics of combustion processes. Our high-precision measurement systems provide valuable insights into flame structure, temperature distribution, pollutant emissions and fuel mixture. State-of-the-art laser and high-speed camera technologies enable detailed analysis of combustion processes – both in research laboratories and in industrial applications.
Why are detailed optical measurements essential for hydrogen combustion?
Industries & Applications
Our measuring systems for hydrogen combustion are essential in various industrial sectors:
Automotive industry – development of efficient H₂ combustion engines
Transportation industry – Development of powerful H₂ combustion commercial vehicle engines
Shipping – Research into emission-free hydrogen drives for large ship engines
Advantages of our visualizing measurement techniques
- Precise real-time analysis – immediate evaluation of critical flame parameters
- Highest spatial & temporal resolution – detection of ultra-fast and smallest combustion processes
- Multi-parameter measurements – simultaneous analysis of temperature, flame stability, flow and emissions
- Contactless measurement technology – no influence on the combustion process, maximum safety
- Modular systems – scalable for various applications, from basic research to industrial quality control
LaVision's measuring method for hydrogen combustion
NOx camera for industrial requirements of comprehensive combustion analysis
With the NOx camera, LaVision is setting new standards for the combustion analysis of hydrogen and ammonia.
- Market-leading camera technology: direct visualization of nitrogen oxide (NOx) emissions in high-temperature flames
- Real-time monitoring of NOx generation: important findings for reducing harmful emissions
- Precise flame analysis: identification of high-temperature zones with critical emission values
- Ideal for industrial & scientific applications: NOx control in combustion chambers, hydrogen engines and power plants
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More InformationLIF (Laser-Induced Fluorescence)
- Identification of reactive species (e.g. OH radicals) to determine the flame structure
- High-resolution visualization of fuel distribution in the combustion chamber
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More InformationRayleigh Scattering
- Precise determination of flame temperature & mixing processes
- Polarization-controlled signal measurement for maximum quality
Tracer LIF
- Scalar imaging of hydrogen mixtures with high-frequency lasers
- Real-time tracking of fuel flows and combustion efficiency
5 questions & answers
on hydrogen combustion measurement
What needs to be considered with hydrogen combustion?
Hydrogen has a high flame speed and is extremely easy to ignite, which can lead to flashbacks or uncontrolled combustion. Precise measurements help to better control these processes.
How does LaVision help to optimize hydrogen combustion?
Our state-of-the-art measuring techniques provide detailed data on flame characterization – essential for the development of efficient and low-emission combustion processes.
What are the advantages of laser-induced fluorescence (LIF) for hydrogen analysis?
LIF enables contactless and non-invasive visualization of combustion processes with a high spatial and temporal resolution.
What role does the NOx camera play in emission control?
NOx cameras analyse the progression over time and thus help to optimize combustion systems in order to minimize pollutant emissions.
Can LaVision measurement technology also be used in basic industrial research?
Yes, our systems are modular and scalable – from basic research to industrial process optimization.
Request expert advice now!
The future belongs to sustainable fuels – with LaVision you can rely on maximum precision, efficiency and safety for the optimum use of innovative energy sources.