"LEGACY" On demand hydrogen-oxygen gas separator

Abstract

A hydrogen/oxygen, gas separator and purification method used to retrieve and separate molecules of hydrogen and oxygen from water. A nonconductive device installed within the hydrogen generator: Kasprzak et al. U.S. Pat. No. 8,535,493 entitled “Miami Max Hydro” The Ultimate Hydrogen Cell. Presented here is a separator composed of a nonconductive disc and nonconductive sleeves constructed as one unit allowing charged atoms (ions) to pass through and between electrodes. Sleeves are aligned with multiple anode and cathode generator rods, where-in a micro-channel exists between those two. When energized, the hydrogen and oxygen gas is introduced to the micro-channels located inside the generator. The sleeves are composed of thin film plastic tubes installed around the cathode or anode electrodes causing the hydrogen to separate from the oxygen in a highly efficient manner.

1 . Hydrogen/Oxygen gas separator. A method, of gasses separating the system and the device and separating the hydrogen and oxygen atoms from each other, comprising of:
 a) a nonconductive disc and sleeves constructed as one unit surrounding multiple anode or cathode electrodes or their array.   b) one or more layers of thin film sleeve tubing are installed, allowing charged atoms (ions) to pass through and between electrodes.   c) a water vapor source generated by passing within the electrically energized container. The container is operable to deliver in a form of hydrogen and oxygen gasses in direct delivery to the independent output ports.   d) cylindrical container with the water inlet and hydrogen and oxygen outlets;   
     
     
         2 . Electrolytic hydrogen generator comprising of:
 a) two disc plates arranged with multiple metallic circular rods, where-in the disc plates are both located at the bottom of the cylindrical container and are separated from each other by an isolating material;   b) a terminal fastened to each disc plate to transfer an electrical current to circular rods;   c) a direct current power source in electrical communication witch each terminal; where-in the hydrogen generator, when energized, does not require any type of electromagnetic device to break the water molecule into a gas form;   d) a structure wherein all installed metallic rods is circular in shape   e) a structure arranged with multiple metallic circular rods an operable, device that delivers hydrogen and oxygen gas directly to separated output ports.   g) a device of  claim 1  generating hydrogen for an internal combustion engine, and a method comprising the steps of providing an electrolytic operative connected to said engine