In real-world use, this would amount to 10-years of heating. No problems or failures occurred during the test programme, and subsequent stripdown and inspection of the unit showed no significant wear on any components, and none at all on any safety-critical parts.
The HG10’s proprietary flameless, catalytic process efficiently generates heat with no CO2, NOx or particulate matter emissions, and this was validated by continuous measurement of exhaust gas quality.
“The results of these third-party durability tests demonstrate the inherently long life and low maintenance requirements we’ve designed into our hydrogen heat generators” said Tim Hannig, Founder and Managing Director of Hyting. “As well as proving their exceptional reliability, they’ve also proven their emissions-free capability, and that’s why we believe that our hydrogen technology can play a major role in helping to decarbonise the heating sector.”
The Hyting HG10 is part of the firm’s modular range spanning 10 - 50kW ratings per unit (a 150kW unit is planned for 2026). These are ideal for space heating of industrial and commercial buildings - especially for peak heating and are equally well-suited for industrial process heating of up to 300°C, as well as mobility heating.
The 2,500-hour durability testing is the latest key milestone in Hyting’s industrialisation roadmap and follows the establishment of a strategic development partnership with ebm-papst, a manufacturing partnership with Kampmann, securing a first customer – Flusys, and achieving Gas Appliance Regulation (GAR) certification, which means the heat generators are fully certified for field test operation in the European market.
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