Abstract: An apparatus and method reduce the size of molecular clumping of a liquid fuel. First, a baseband signal is generated. The baseband signal is then modulated with a carrier signal to produce a modulated signal. The carrier frequency is swept across a predetermined frequency range, which includes a resonance frequency of the liquid fuel. The modulated signal is then used to generate an electromagnetic field, which in turn is applied to the liquid fuel prior to combustion.

Abstract: An electronic device used to emit a complex magnetic field is disclosed that will peak at a resonance point of liquid fuels. The device applies an electromagnetic pulse across a fuel flow line. The magnetic pulse allows the fuel to act at maximum efficiency and results in lower engine maintenance and in increased fuel savings. When connected around one or more fuel lines the device improves the combustion efficiency of hydrocarbon-based fuel systems and decreases their harmful emissions by treating the fuel at the entry point of the engine or combustion device.