For oil and gas storage and transportation engineering, the viscosity of the pump oil is high, the pressure of the gas delivered by the compressor is high and mostly mixed gas. Therefore, the performance curve analysis and similar conversion must involve the concept of viscosity in fluid mechanics, engineering thermodynamics. Knowledge of the actual gas state equations and mixed gas calculation methods. When introducing the driving methods of pumps and compressors, it also involves electrical knowledge such as motors and inverters. When introducing gas turbines, variable frequency motors and natural gas engines, the basic composition, main parameters and characteristics should be highlighted. It should also pay attention to the applicable occasions of using gas turbines or variable frequency motors when driving centrifugal compressors, their respective operating characteristics, maintenance features and pollutant discharge. A comprehensive comparison of other aspects. The relationship between content setting and student engineering practice ability is a brief introduction to the development history of pump and compressor technology, which is convenient for students to understand the relationship between fluid machinery development and other disciplines, establish the concept of large engineering and cultivate innovation consciousness. Adopt a combination of classroom teaching and heuristic discussion, pay attention to cultivating students' independent thinking ability and critical thinking ability. Closely related to the actual project, the training system for teaching materials is organized for pumps and compressors for oil and gas gathering and long-distance pipelines currently in operation or under construction.