Hydrogen Gas Analysis

Ensuring purity, safety, and control across hydrogen processes

When your process depends on hydrogen, measurement is not just about data – it is about maintaining control, safety, and consistent performance.

From production and purification to storage and end-use, reliable gas analysis allows you to understand what is happening in your process and respond to changes in time.

Understanding Hydrogen Applications

Hydrogen is used across a wide range of industrial and energy applications – including electrolysis, reforming, fuel production, and fuel cell systems. Across all of these, process performance depends on stable and well-defined gas composition.

Even small amounts of oxygen, moisture, or trace impurities can affect product quality, damage sensitive equipment, or introduce safety risks. This makes continuous and accurate measurement a key part of operating hydrogen systems with confidence.

For hydrogen applications these are some of the parametres we can help you measure, monitor and analyse:

  • H₂ purity
  • O₂
  • H₂O (dew point)
  • N₂
  • CO
  • CO₂
  • CH₄
  • Trace hydrocarbons

Maintaining control in hydrogen processes is not straightforward

When working with hydrogen, you typically need to balance several critical factors at once:

  • Maintaining gas purity across changing process conditions
  • Detecting trace impurities before they affect downstream systems
  • Preventing oxygen ingress in safety-critical environments
  • Controlling moisture to avoid corrosion, degradation, or measurement errors
  • Ensuring representative measurements under varying pressure and flow
  • Operating reliably in demanding industrial conditions

These challenges are often interconnected – and depend on both the measurement technology and how the sample is handled.

Designing measurement solutions for real hydrogen conditions

At Norsk Analyse, we help you design measurement solutions that reflect your actual process conditions.

This means combining the right analysis technologies with proper sampling and system integration – so you get data you can rely on in daily operation.

Our approach typically includes:

Gas Composition Analysis

Gas chromatography allows you to understand the full composition of your hydrogen stream. This gives you insight into both purity and trace components, enabling early detection of deviations and better process control.

Oxygen Monitoring

Continuous oxygen measurement helps you detect unwanted oxygen ingress and maintain safe operating conditions. This is particularly important in systems where even small concentrations can introduce risk.

Gas Sampling Systems

In many hydrogen applications, the measurement point cannot be connected directly to the analyzer. A well-designed sampling system ensures that the gas reaching the analyzer is representative, stable, and free from contamination.

Moisture Measurement

Monitoring moisture levels (dew point) helps you protect equipment, maintain process efficiency, and meet quality specifications for hydrogen.

In practice, this means you get stable measurements – even under fluctuating process conditions – and a more reliable basis for operational decisions.


Key Benefits

With the right measurement approach, you can:

  • Maintain consistent hydrogen quality across your process
  • Reduce safety risks related to oxygen and contamination
  • Improve measurement reliability and reduce uncertainty
  • Protect equipment from moisture and impurities
  • Gain real-time insight into process variations
  • Support compliance with quality and safety requirements

Why Choose Norsk Analyse

We work with you to understand your process conditions and measurement challenges before recommending a solution.

By combining application knowledge with proven technologies, we help you implement systems that deliver stable and reliable data over time – from initial design to operation and maintenance.

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