The hydrogen economy only works if hydrogen is produced, stored and moved safely and to specification. A leak cuts the environmental benefit and raises risk; off-spec purity undermines the product and the downstream equipment it feeds. H2scan measures hydrogen continuously across the value chain — purity in the stream to standards such as ISO 14687, and safety in the areas where hydrogen is generated and stored — with solid-state sensing that stays accurate against background gases and needs no consumables. Confidence to build, and to scale.
ISO 14687
fuel-quality purity, measured continuously
Production to storage
one measurement approach across the value chain
Decades
of hydrogen expertise
From a pilot plant to a production facility, H2scan helps you measure purity and safety and integrate it with your control systems.
Decades of hydrogen expertise. 1.3+ billion sensor hours in the field. Self-calibrating, hydrogen-specific solid-state sensing, with experts at your side.
Green hydrogen’s value depends on purity and on keeping every molecule where it belongs. Continuous measurement confirms both — quality in the stream and safety in the area — so projects scale without surprises.
H2scan’s solid-state sensing holds accuracy against background gases and needs no consumables, so monitoring keeps pace with production as it grows.
Measure purity continuously to standards such as ISO 14687.
Protect people and the environmental case as you scale.
One measurement approach from pilot to full production.
Cross-sensitivity-free sensing for trustworthy readings.
4–20mA and Modbus outputs feed process and safety systems.
Self-calibrating sensing that scales cleanly.
Practical guidance on hydrogen purity, ISO 14687 and value-chain safety.
A. Continuous inline analyzers measure hydrogen concentration and purity directly in the stream. H2scan’s HY-OPTIMA analyzers do this to fuel-quality standards such as ISO 14687, holding accuracy against background gases.
A. ISO 14687 sets hydrogen fuel-quality specifications, including purity limits for fuel-cell applications. Continuous measurement helps producers confirm hydrogen meets the standard before it moves downstream.
A. Production needs inline analysis for purity and process control, plus area monitoring for safety where hydrogen is generated and stored. H2scan covers both with the same solid-state sensing core.
A. Self-calibrating sensing with no consumables scales cleanly from pilot to full production, confirming purity and safety continuously so projects grow without adding risk or upkeep.
A. Yes. HY-OPTIMA and HY-ALERTA output over 4–20mA and Modbus and feed process, safety and the H2cloud platform.
