Capture more. More safety. More energy. Optical measurement technology for clean hydrogen combustion and reliable leakage detection

Why is the analysis so important for the optimal handling
of hydrogen?

Hydrogen is considered a key technology for a sustainable energy future. Whether in mobility, industry or power generation – its emission-free use makes it a key alternative to fossil fuels. However, the special physical properties of hydrogen, such as its small molecular size and high diffusivity, place high demands on storage, transportation and use. Safety, efficiency and optimum combustion can only be guaranteed by analytical, visual measurement methods. Leaks must be reliably detected, flows precisely recorded and injection processes optimized. LaVision offers state-of-the-art optical measurement technologies that make hydrogen visible, analyze flows and examine combustion processes in detail.

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Where will hydrogen be used in the future?
A growing market with great dynamism

The demand for hydrogen is growing rapidly worldwide. According to expert analyses, the market will reach a volume of over 300 million tons of H₂ per year by 2030. Investment in hydrogen infrastructure and technology is increasing rapidly, which makes precise monitoring and measurement essential.

Mobility – Hydrogen fuel cells & H₂ combustion engines are revolutionizing automotive and heavy goods transport

Industry & Production – H₂ as an emission-free replacement for fossil fuels in high-temperature processes

Energy generation & storage – Hydrogen as energy storage for surplus electricity from renewable sources

Aviation and shipping – new propulsion technologies for a CO₂-free future

Making hydrogen visible - FlowBOS for leakage detection & flow analysis

Hydrogen is a colorless, odorless and tasteless gas, which makes visual detection of leaks using conventional methods almost impossible. LaVision’s FlowBOS technology uses state-of-the-art Background Oriented Schlieren (BOS) imaging to visualize invisible hydrogen flows. The commonly used IR cameras cannot be used with hydrogen because it is not IR-active. The FlowBOS camera fills this gap and offers the only way to visualize hydrogen gas.

Particle-free visualization of hydrogen gases
Real-time monitoring of hydrogen pipelines, storage facilities & filling stations
Effective leakage detection for maximum safety
Detection of flow anomalies in H₂ pipelines & tank systems

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Optimum hydrogen combustion - Precise injection & flow analyses

The efficiency of hydrogen combustion engines and fuel cells depends largely on optimal injection, mixing and flow characteristics. LaVision supplies highly developed measurement technologies for the detailed analysis of H₂ sprays, injection processes and combustion processes.

SprayMaster for hydrogen injection – Investigation of the homogeneity & distribution of H₂ sprays
High-speed cameras for real-time investigation of injection processes
PIV & LIF for precise flow measurements in combustion chambers

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LaVision - Your partner for hydrogen measurement technology

Our optical measurement technology offers industry-leading solutions for research, development and industrial applications in the field of hydrogen. Our technologies are used worldwide by leading automotive manufacturers, research institutes and energy companies.

Technology leader for hydrogen measurement technology in research & industry
Measuring systems for development, quality assurance & process monitoring
Modular & scalable systems for precise & efficient analyses
Used by global OEMs and H₂ technology leaders

To the expert advice

Frequently asked questions (FAQs) about hydrogen measurement technology

Why is the detection of hydrogen leaks particularly challenging?

Hydrogen is colorless, odorless and tasteless, has an extremely high diffusion rate and is highly flammable. Conventional sensors often react with a delay or only detect larger leaks. LaVision’s FlowBOS optical technology enables visual real-time detection of even the smallest hydrogen leaks – contactless, fast and highly precise.

What are the advantages of optical hydrogen leakage detection compared to conventional sensor technologies?

In contrast to chemical or electrochemical sensors, FlowBOS technology provides immediate, imaging results – regardless of flow conditions or environmental influences. The non-contact measurement enables reliable, continuous monitoring even in complex system structures.

How does LaVision support the optimization of hydrogen injection systems?

Yes, our LIF and PIV technologies are ideal for measuring hydrogen ZBD derivatives such as ammonia or synthetic e-fuels. We offer customized solutions for various alternative fuels.

How can high-speed cameras help in the development of optimal hydrogen combustion?

High-speed cameras enable time-resolved visualization of the combustion process. In combination with LaVision’s image processing systems, the propagation speed, flame structure and ignition behaviour can be precisely analyzed – essential for optimizing combustion processes and reducing emissions.

What role does optical measurement technology play in the safe development of hydrogen systems?

Optical processes enable the early detection of potential weak points – such as leaks, uneven injection or unstable combustion. They therefore make a decisive contribution to the development of safe, efficient and market-ready hydrogen technologies.

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Let's innovate the future of hydrogen technology together!

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.

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