The heating system uses HHO gas from water electrolysis, utilizing renewable energy with zero carbon emissions, and includes an explosion-proof system for the drying oven.

Abstract

The invention relates to a system for generating heat from HHO gas electrolysis using renewable energy and a backfire protection system for a drying oven. The system comprises a high-power DC power supply, an electrolyzer, a storage tank, and a multi-point backfire protection system. A key feature of the invention is the electrolyzer's use of groups of 19 intermediate electrode plates coupled with conductive plates to optimize voltage and prevent thermal overload. The generated HHO gas stream is divided through a backfire protection system consisting of 20 independent metal box-type water traps incorporating reinforced spring-loaded one-way valves. This modular design completely eliminates backfire impulses, allowing for flexible, safe, and carbon-free capacity expansion.

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