The invention relates to a control method for a method for titanium dioxide methylbenzene burner, belonging to the technical field of production control of titanium dioxides by employing a chlorination process. According to the experience of workers and statistical analysis of a controlled object, control strategies and performance index criteria in various conditions are summarized to establish an set of effective control rules with fuzziness expressed in natural language mode for control for the controlled object. The flow of the methylbenzene and the pressure of the atomized nitrogen are subjected to parameter regulation to track the flame and temperature change of an oxidizing furnace and the chemical characteristics of a resultant TiO2 in real time to optimize the control for methylbenzene combustion so as to effectively and safely solve the problems that the oxidizing furnace is short in operation period is short and not controllable in product particle size.