The four processes of heating, adiabatic expansion, and isobaric heat release are completed respectively in the compressor chamber, combustion chamber, gas turbine, and regenerator or in the atmosphere. The compressor of a large gas turbine is a multi-stage axial flow type, while the small and medium-sized ones are centrifugal. Gas turbines are generally axial flow type, and in small units, centripetal type is useful. A gas turbine drives the compressor and generator. The single unit capacity of gas turbine units is about 10-20kW, and the maximum capacity has reached 140MW. The thermal efficiency ranges from 30% to 34%, with a maximum of 38%. There are two types of gas turbine structures: heavy and light, with the latter mainly modified by aviation engines. Due to its small size, light weight, fast start-up, fast installation, low or no water usage, it can use various liquid and gas fuels, and is often used for peak shaving in power generation. In addition, gas turbines are also widely used in fields such as oil and gas extraction and transportation, transportation, metallurgy, chemical engineering, and shipbuilding.

The traditional high-pressure gas and high-pressure water flushing effect is not significant. For a long time, this situation was helpless. However, recently, CHEMETALL, a global chemical supplier giant, has developed a compressor cleaning agent for gas turbines that can effectively clean without corroding the base metal and dismantling it. It is said that some power plants abroad have already been used with significant results.

A factory that uses high-temperature gas as the working fluid and converts the chemical energy in the fuel into mechanical and electrical energy through an equal pressure heating cycle. Gas turbine power plants convert liquid and gas fuels into mechanical energy through gas turbines, which then drive generators to generate electricity. Adiabatic compression and isobaric of gas turbines.