Combined heat and power

Combined heat and power generation – Steam

If low-pressure steam for heating or technological use is generated in the boiler, it is possible to adjust such a source and expand it by additional power generation. This adjustment increases steam pressure in the boiler, while subsequently reducing the pressure in the steam turbine to the desired level. The control system is properly adjusted together with the turbine, which allows common generation of power. Therefore, the whole process includes adjustment of boiler to higher parameters, and installation of turbine for additional power generation as well as auxiliary systems.

Combined heat and power production – Hot water

If there is a demand for sufficient amount of heat, the combined power and heat generation is possible even in operations where steam has not yet been used.

The technical solution consists in adjusting the original warm-water or hot-water boiler into a steam boiler. At first, part of the steam energy is used in steam turbine to generate power, and only then is the steam fed to heating condenser where it transfers the remaining energy to heating medium. The output is heating water with the required parameters.

Models of turbines:

PS 20

Category: Combined heat and power, Single stage steam turbines

Turbine properties: backpressure, Inlet pressure up to 67 bar, Inlet temperature up to 500 °C, Power output range 200 – 750 kW, single stage

Single stage backpressure steam turbine

PS 902

Category: Combined heat and power, Reduction of operating steam pressure to required parameters, Single stage steam turbines

Turbine properties: backpressure, Inlet pressure up to 67 bar, Inlet temperature up to 500 °C, Power output range 500 – 1500 kW, single stage

Single stage backpressure steam turbine

MS 42

Category: Combined heat and power, Multistage turbines, Reduction of operating steam pressure to required parameters

Turbine properties: backpressure, Inlet pressure up to 67 bar, Inlet temperature up to 500 °C, Multistage, Power output range 500 – 2000 kW, without extraction

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...

MS 102 EC

Category: Combined heat and power, Condensing power generation, Multistage turbines

Turbine properties: condensing, inlet pressure up to 105 bar, Inlet temperature up to 540 °C, Multistage, Power output range 6000 – 13500 kW, with controlled extraction

Multistage steam condensing turbine with controled extraction 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...

MS 201

Category: Combined heat and power, Multistage turbines

Turbine properties: backpressure, inlet pressure up to 105 bar, Inlet temperature up to 540 °C, Multistage, Power output range 20000 – 30000 kW, without extraction

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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Combined heat and power