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Boilers for Solid Fuel
Biskup, Michal ; Toman, Filip (referee) ; Elbl, Patrik (advisor)
The aim of the bachelor thesis is to discuss about boilers for solid fuel which small output (up to 500 kW). The theoretical part deals with basic distribution of fuel and boilers. The composition and type of fuel are described here in more detail. Further, there is listed the distribution of boilers and emission requirements. The practical part is devoted to the description of the experiment, which was carried out on the testing boiler Dakon Damat Pyro 20 G. The experiment was conducted in accordance with the ČSN EN 303-5 according to which the boiler was testing during certification. The results are discussed and compared according to given standards in the final part.
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Steam turbine for a small nuclear power plant
Biskup, Michal ; Fiedler, Jan (referee) ; Kracík, Petr (advisor)
This master´s thesis deals with the design of a steam turbine for a small nuclear power plant with a power of 50 MWe. In the first part of the work is proposed thermal and mass balance. The turbine has seven unregulated steam extractions, which are divided: two are for high-pressure feedwater heater, four are for low-pressure condensate heater and one is for degassing. The next chapter deals with the calculation of the regulation stage which is designed like an A-wheel and here is also strength control. Then, a pre-design and a detailed design of the stage part with the reaction blading. The stage part is consisted of eight cones with a total number of 27 stages. In the following chapters, is calculated the compensating piston, seals system and bearings. In the end, is made the consumption diagram. Part of the work is a conceptual drawing of a steam turbine section. The resulting steam turbine has a power output 50,197 MW and an internal thermodynamic efficiency of 73,9 %.
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Steam turbine for a small nuclear power plant
Biskup, Michal ; Fiedler, Jan (referee) ; Kracík, Petr (advisor)
This master´s thesis deals with the design of a steam turbine for a small nuclear power plant with a power of 50 MWe. In the first part of the work is proposed thermal and mass balance. The turbine has seven unregulated steam extractions, which are divided: two are for high-pressure feedwater heater, four are for low-pressure condensate heater and one is for degassing. The next chapter deals with the calculation of the regulation stage which is designed like an A-wheel and here is also strength control. Then, a pre-design and a detailed design of the stage part with the reaction blading. The stage part is consisted of eight cones with a total number of 27 stages. In the following chapters, is calculated the compensating piston, seals system and bearings. In the end, is made the consumption diagram. Part of the work is a conceptual drawing of a steam turbine section. The resulting steam turbine has a power output 50,197 MW and an internal thermodynamic efficiency of 73,9 %.
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Boilers for Solid Fuel
Biskup, Michal ; Toman, Filip (referee) ; Elbl, Patrik (advisor)
The aim of the bachelor thesis is to discuss about boilers for solid fuel which small output (up to 500 kW). The theoretical part deals with basic distribution of fuel and boilers. The composition and type of fuel are described here in more detail. Further, there is listed the distribution of boilers and emission requirements. The practical part is devoted to the description of the experiment, which was carried out on the testing boiler Dakon Damat Pyro 20 G. The experiment was conducted in accordance with the ČSN EN 303-5 according to which the boiler was testing during certification. The results are discussed and compared according to given standards in the final part.
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