Hydrogen for Fuel and Industry — clean energy carrier and process gas
Hydrogen for Fuel and Industry from REAL GAZ covers the full range of H₂ duties, from powering fuel cell stacks to protecting metal surfaces in annealing furnaces.
Every cylinder is filled with hydrogen of defined purity, from 99.95% technical grade up to 99.9999% (6.0) for demanding electronics and research work.
Every cylinder is filled with hydrogen of defined purity, from 99.95% technical grade up to 99.9999% (6.0) for demanding electronics and research work.
Fuel-quality hydrogen is specified against ISO 14687, while cylinders follow ISO 9809, EN ISO 11114 material compatibility rules and the TPED directive.
Hydrogen is the lightest molecule and the most energetic by mass, which is why it suits both energy and process roles. It also burns across a very wide range in air, roughly 4% to 75% by volume, so correct fittings, ventilation and left-hand threaded valve outlets are essential from the first connection.
Planning a hydrogen supply starts with three numbers: required purity, peak flow in cubic metres per hour and total monthly volume. With those we can say whether single cylinders, a 12-cylinder pack or a larger bundle is the economical route. Fuel cell users should also tell us their stack manufacturer's impurity limits for carbon monoxide, sulfur compounds and ammonia, so that the correct grade and any point-of-use purifier can be proposed before the first order is placed. Typical industrial users include steel strip lines, glass makers, electronics plants and chemical producers, while energy users range from university research groups to companies testing electrolysers and stacks. Each group has different tolerance for impurities, which is why we ask about the end use before recommending a cylinder.
🏭 Where Hydrogen Is Used
- ⚙️ Fuel cell testing — PEM stack developers and backup power integrators draw H₂ at controlled purity to avoid catalyst poisoning;
- 🔬 Heat treatment — bright annealing and sintering furnaces use hydrogen atmospheres to remove surface oxides from steel and copper;
- 🏭 Float glass and electronics — small H₂ additions to nitrogen protect the tin bath and support wafer processing;
- 🚀 Chemical synthesis — hydrogenation of oils, intermediates and specialty chemicals relies on dry, consistent feed gas.
💡 Why Choose REAL GAZ
- ✅ Fuel-ready purity — grades are chosen to match the limits your fuel cell or reactor allows for oxygen, moisture and carbon compounds;
- 🧪 Flexible formats — single cylinders, 12-cylinder packs and manifold supply let one site scale from pilot to production;
- 🎯 Application advice — our technicians help match grade, regulator and pressure to the actual duty;
- 🔒 Compatible materials — valves, seals and regulators are selected to resist hydrogen embrittlement;
- 📄 Certificate of Analysis (CoA) — supplied with every order.
🔬 Quality Control & Safety
- multi-stage purification and drying;
- gravimetric filling with cylinder-by-cylinder traceability;
- oxygen, moisture and total hydrocarbon analysis;
- leak testing with helium and soap-film checks.
Cylinders comply with ADR / UN transport rules and relevant EN/ISO standards.
⚙️ Trusted Gas Solutions
REAL GAZ delivers Hydrogen for Fuel and Industry to customers in Azerbaijan, Turkey, Georgia, Uzbekistan and the USA, supported by regulators, manifolds and safety devices from the same catalogue.
REAL GAZ — hydrogen for the energy transition and the factory floor.