PS 10
Single stage backpressure steam turbine
It is use in cases where all steam is used for heating (heating or process) purposes. The pressure difference (and hence the temperature) between the steam behind the boiler and the steam needed for heating purposes is used for additional electricity generation. The power output and control of the turbine depends on the heat demand.
Single stage backpressure steam turbine
Single stage backpressure steam turbine
Single stage backpressure steam turbine
Multistage steam backpressure turbine for power output from 500kW to 2000kW. Standard design with axial steam flow.Steam flow is controled by set of control valves. There is nozzle governing for high efficiency in wide range of steam flow. High speed design with gearbox reduce size of turbine case and help for high efficiency. The turbine...
Multistage steam backpressure turbine for power output from 2000kW to 6000kW. Standard design with axial steam flow.Steam flow is controled by set of control valves. There is nozzle governing for high efficiency in wide range of steam flow. High speed design with gearbox reduce size of turbine case and help for high efficiency. The turbine...
Multistage steam backpressure turbine for power output from 6000kW to 13500kW. Standard design with axial steam flow.Steam flow is controled by set of control valves. There is nozzle governing for high efficiency in wide range of steam flow. High speed design with gearbox reduce size of turbine case and help for high efficiency.
Multistage steam backpressure turbine for power output from 13500kW to 20000kW. Standard design with axial steam flow.Steam flow is controled by set of control valves. There is nozzle governing for high efficiency in wide range of steam flow. High speed design with gearbox reduce size of turbine case and help for high efficiency.
Multistage steam backpressure turbine for power output from 20000kW to 30000kW. Standard design with axial steam flow. Turbine stator consist of inner case with blades and outer case. This design is optimal for high pressure and temerature of steam. Steam flow is controled by set of control valves. There is nozzle governing for high efficiency...
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