Fundamental Overhaul of SGT 100 Turbine
Application:
Converting the kinetic energy of gases into rotational energy in oil transmissionn lines
Product Introduction:
A gas turbine is a rotating machine that works based on the energy of combustion gases. Each gas turbine includes a compressor to compress air, a combustion chamber to mix air with fuel and ignite it, and a turbine to convert the energy of hot and compressed gases into mechanical energy. Part of the mechanical energy produced in the turbine is used to turn the compressor of the turbine itself and the rest of the energy, depending on the application of the gas turbine, may turn the electricity generator (turbogenerator) or drive the compressor of gas stations (turbocompressor) or create propulsion in airplanes (turbojet). All turbines work according to the rule that air is drawn into a tube-like container and compressed, mixed with fuel and burned and exits at a high speed. The power turbine, which takes its kinetic energy from the hot gases coming out of the combustion chamber, rotates the compressor and other moving parts of the engine. The exhaust gas from the combustion chamber, which has a lot of energy, hits the turbine and turns it.
Technical Specifications:
Turbine shaft rotational speed |
22300 rpm |
Operation power |
1800 kW |
Functional frequency |
55 kHz |
Heating rate |
12000 kJ/kWh |