The invention provides a superconducting liquid heating type fuel gasification system. The superconducting liquid heating type fuel gasification system comprises a fuel tank, a fuel pump, an ultrasonic generator, a compressed air generator, a drying filter, a Venturi pump, a pressure controller and a burner. The top of the fuel tank is provided with a fuel inlet, a teletransmission thermometer, a pressure meter, an internal thread ball valve for the pressure meter, a long pipe for the pressure meter and a fuel gas outlet. The bottom of the fuel tank is provided with a fuel discharge port. Fuel is conveyed to the ultrasonic generator through the fuel discharge port via the fuel pump to form atomized fuel. The ultrasonic generator is connected with an atomization spray head. The atomized fuel is conveyed back to the top of the fuel tank again. The fuel gas outlet and the compressed air generator are connected with the burner through the Venturi pump. The inner wall of the fuel tank is provided with an anti-corrosive coating.