Fuel optimization processing device

A fuel optimization processing device comprises an ultrasonic energy device, a nuclear magnetic energy device, a far infrared energy device and a single chip microcomputer control system. The ultrasonic energy device is provided with at least one ultrasonic processing groove, the ultrasonic processing grooves are provided with ultrasonic processors for generating different transmitting frequencies for different fuel varieties to be processed, the nuclear magnetic energy device comprises two permanent magnets and a magnetic focusing frame, N poles and S poles of the permanent magnets are opposite, the two permanent magnets are arranged in the magnetic focusing frame, the far infrared energy device comprises at least two spiral pipes and far infrared radiators, the far infrared radiators are arranged at cavity axes of the spiral pipes, and the single chip microcomputer control system is used for respectively controlling ultrasonic processing time of the ultrasonic processing grooves, the magnetization intensity