Hydrogen Fuel Cell

thingiverse

A hydrogen fuel cell based on the microlaminar principle that does not require a proton exchange membrane. Common and conductive filaments are used (conductive, using graphite / carbon). During production, the model is reduced to 1 mm and printed with 0.1-0.2 mm nozzles. Fuel (hydrogen) is supplied from above, oxidizer (oxygen or air) - from below in antiphase. The cell does not pipe any other components and expensive catalysts like platinum, manganese oxide or nickel. Enhancing the efficiency of the cell - supplying infrasound to the fuel in antiphase to the oxidizer. During operation, the fuel cell is positioned vertically, since hydrogen is 15 times lighter than air, therefore uncontrolled diffusion does not occur. Horizontal scaling and replication - obtaining the required amperage. Vertical - getting the required voltage. Hydrogen production is carried out directly on a vehicle from water using the properties of aluminum: a rotating titanium shaft immersed in water together with aluminum removes the oxide film from the metal surface, while immersion in water ensures the absence of oxygen and the formation of a new film. Aluminum reacts with water to oxidize and release hydrogen, which is the fuel for the fuel cell. This method of producing hydrogen provides explosion-proof operation of the transport and fuel cell. Ultimately, hundreds of thousands of microcells provide the required amperage and voltage for the operation of electric vehicles.