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Hymeth has 5 patent pending ground-breaking technologies, so far. We are developing two products for two different business verticals.

HYAEON: Hyaeon itself is the primary product of Hymeth’s the team is focusing on. The patent-pending technology uses water and low-cost electricity to generate methane gas. The technology involves a simple low-cost reactor that converts Hydrogen gas into synthetic methane gas on demand. This secures supply and avoids the many safety hazards and supply chain drawbacks of LPG. By being easy to install and use, and by converting electricity into usable heat more efficiently than an electric burner, the solution supports the traditional way of cooking found in most countries worldwide.

BEAUTY: Beauty is a patent pending low-temperature alkaline electrolyzer which is compact, lightweight and supports high-pressure electrolysis. Beauty is the result of many radical innovations like: (1) the non-precious alloy electrocatalyst, (2) the use of electromagn...
Hymeth has 5 patent pending ground-breaking technologies, so far. We are developing two products for two different business verticals.

HYAEON: Hyaeon itself is the primary product of Hymeth’s the team is focusing on. The patent-pending technology uses water and low-cost electricity to generate methane gas. The technology involves a simple low-cost reactor that converts Hydrogen gas into synthetic methane gas on demand. This secures supply and avoids the many safety hazards and supply chain drawbacks of LPG. By being easy to install and use, and by converting electricity into usable heat more efficiently than an electric burner, the solution supports the traditional way of cooking found in most countries worldwide.

BEAUTY: Beauty is a patent pending low-temperature alkaline electrolyzer which is compact, lightweight and supports high-pressure electrolysis. Beauty is the result of many radical innovations like: (1) the non-precious alloy electrocatalyst, (2) the use of electromagnetism in the conversion process, (3) the spiralled design of the anode and cathode, (4) the electro-hydraulic valve and unique nozzles through which it is capable of delivering highly compressed gasses that potentially can eliminate the need for an external gas compressor and (5) the design, material and cooling system to ensure that the electrolyzer is lightweight and compact to reduce the physical footprint compared to commercial alkaline electrolyzers in the market.
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