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H2 Burner NEO361, 50 kW
- H2 burner with catalytic, flameless, thermal combustion of H2 /air gas mixtures for heat recovery and/or exhaust gas purification on an industrial scale
- Removal of oxygen or hydrogen residues from electrolysis gas e.g. purification of air or helium
- Can also be used as DeOxy-catalyst or DeOxo-catalyst
- Depletion of oxygen or hydrogen in chemical processes
- Thermal exhaust purification
H2 Burner NEO361, 50 kW
- System for flameless hydrogen combustion in a wide range of concentrations, outside the ignition limits (Only permitted in the non-explosive range)
- Emission-free conversion of hydrogen into usable thermal energy and water by catalytic reaction with oxygen.
- Can also be used as DeOxy-catalyst or DeOxo-catalyst
Key features
- Catalytic, flameless, thermal combustion of H2 /air gas mixtures for heat recovery and/or exhaust gas purification on an industrial scale
- Fine purification of gases by removing minimal impurities
- Combustion of hydrocarbon-gas mixtures (at elevated starting temperature)
- Catalytic post-combustion of fuel cell exhaust gases or electrolysis gas
- Removal of oxygen or hydrogen residues from electrolysis gas e.g. purification of air or helium
- Depletion of oxygen or hydrogen in chemical processes
- Safety engineering, explosion prevention, fire prevention (through O2 removal)
- NOx reduction by means of H2 possible (SCR catalyst)
- Thermal exhaust purification
Properties
- Suitable for the generation of process heat or conversion of large quantities of hydrogen with a non-hazardous gas composition
- Exhaust gas free of pollutants that form during flame combustion, contains no NOx, CO, CO2
- High efficiency at H2 conversion, H2 remainder of <500 ppm (>99.95 % efficienty), achieved during testing with H2 up to 39,000 ppm, total conversion up to 8,000 L/h H2 tested, with a dry gas, catalysis can begin at room temperature
- Suitable for use with simple low-pressure fans due to low flow resistance (example: back pressure <0.5 mbar for cat. D21,18 mm and 600 l/h air flow rate 20°C, 0% r.h.)
- Control of concentration, pressure and gas flow velocity not absolutely necessary
- High humidity tolerance, condensing humidity at elevated temperature and 100 % RH can be processed with the appropriate structure
- Corrosion-resistant substrate, no carbon corrosion, due to elastic support grid not as mechanically sensitive as aluminium oxide (no shrinkage or breakage)
- Dust-free disassembly/assembly possible for easy maintenance or cleaning
- Removal of deposits is usually easily possible
- Suitable for the removal of hydrocarbons (99.9 %), methane, CO (efficiency dependent on temperature)
- Cost-effective and environmentally friendly production
- Low precious metal input
- Recycling or regeneration possible
- Modular design for easy adaptation to different systems
- thermal power of 25 kW
Applications
- Fuel cell applications, purge pulse gases
Contact us
- Interested? Please contact neo sensors by filling in the contact venodr or RFQ form
| Weight (in kg) | 18 |
| Brand | Neoxid |
| Length (in cm) | 15 |
| Manufacturing Readiness (MRL) | 10 |
| Technology Readiness (TRL) | 9 |
neoxid hydrogen AG
As part of the neoxid Group, neoxid hydrogen AG is a German technology company that specialises in high-precision hydrogen measurement technology and pioneering solutions for the hydrogen economy.
We develop and manufacture high-performance sensors, efficient catalysts, and precise measurement technology for use in research and development projects, as well as in industrial applications, all over the world. All our products are manufactured in Germany.
Our mission is to optimise the safety, efficiency and sustainability of the hydrogen industry through intelligent technology. We achieve this by focusing on innovation, adhering to the highest quality standards, and collaborating closely with our customers and partners.
Based on our many years of experience and technological expertise, we are actively shaping the future of hydrogen technology with precision, connectivity and foresight.
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