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Abstract

The invention provides a novel method for producing green hydrogen through the interaction of supercritical fluids with plasma technology. This method involves creating a supercritical fluid through pressurizing and heating a fluid that contain hydrogen molecules within a reactor, facilitating the efficient dissociation of molecular bonds in the fluid. When supercritical the hydrogen bonds weaken, enhancing the reaction kinetics and improving hydrogen yield. Electricity at is passed through electrodes at the required voltage and amps needed to produce a plasma within the specific fluid. By carefully controlling parameters such as pressure, temperature, and plasma characteristics, the process optimizes the conversion of the supercritical fluid into hydrogen and other valuable by-products. This innovative approach not only increases hydrogen production efficiency when compared to alternative electrolysis approaches but also minimizes energy consumption and environmental impact, positioning the method as a sustainable solution for hydrogen generation.

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First Claim