Abstract: A reactor for producing hydrogen from water by applying a magnetic field and positive and negative electric charges to the water, and by heating the water with a hot gas. The reactor comprises a housing, at least one conduit for supplying water to the housing, at least one magnetic inductor for applying a magnetic field to the water, electrode plates for applying positive and negative charges to the water, and a conduit for supplying a hot gas to the housing. The reactor also includes a conduit for removing the hydrogen from the housing. The hydrogen produced by the reactor may be supplied as at least a portion of the fuel required to power or run generators that provide electric power to substations, dams, or buildings, or engines in vehicles such as cars, trucks, buses, boats, ships, locomotives, motorcycles, airplanes, submarines, golf carts, lawn mowers, and Zambonis.

Abstract: A sequential injection lubrication system for an internal combustion engine operating on natural gas or alternative fuels, the lubrication system having a plurality of injectors, one for each cylinder, the injectors and communication with a lubricant reservoir and with a control unit which sequentially opens and closes the injectors for the introduction of lubricant into the cylinder, the control unit in communication with a control panel allowing the selective setting of the duration of the pulse injection and the frequency thereof.

Abstract: A sequential injection lubrication system for a spherical rotary valve internal combustion engine operating on natural gas or alternative fuels, the lubrication system having a plurality of injectors, one for each cylinder, the injectors and communication with a lubricant reservoir and with a control unit which sequentially opens and closes the injectors for the introduction of lubricant into the cylinder, the control unit in communication with a control panel allowing the selective setting of the duration of the pulse injection and the frequency thereof.