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Gasification Technologies in the Czech Republic and Abroad
Kunert, Šimon ; Baláš, Marek (referee) ; Lisý, Martin (advisor)
This bachelor's thesis deals with gasification technologies in the Czech Republic and abroad. The first part describes brief history of gasification, characteristics of the process, the most important types of equipment intended for this purpose, what are their properties and possibilities of use in practise. A separate part is dedicated to biomass gasification. The second part is dedicated to companies and institution that have dealt with this technology. There is a place of business in which the company operates, and a brief description of their equipment with specific use in practice.
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Atmosferic gasification of biomass by the addition of oxygen and steam
Vypušťáková, Veronika ; Milčák, Pavel (referee) ; Baláš, Marek (advisor)
The topic of master´s thesis is atmosferic gasification of biomass by the addition of oxygen and steam. The theoretical part is devoted to the description of biomass, process of gasification, kinds of gasification reactor and product gas. Further experiments are devised depending on the gasification medium and output temperature. In this case, the key aspect is the steam addition control. In the practical part, these experiments are performed in a fluidized bed reactor. Resulting values from samples of gas and tar are subsequently processed and evaluated.
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Waste Gasification
Sedláček, Tomáš ; Elbl, Patrik (referee) ; Lachman, Jakub (advisor)
The bachelor’s thesis deals with the topic of waste gasification. The first part includes the definition of waste with the focus on municipal solid waste, its evaluation as fuel on the basis of its contents and properties, in this case the heating value. Eventually the waste is compared with other normally used solid fuels. The second part presents and describes the thermal processes applied to waste-to-energy technologies, where the gasification is explained in more detail, its final products, the content of contaminants in these products and their removal. The next part deals with technologies used for waste gasification. The last part deals with the issue of waste gasification in the Czech republic.
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Waste Gasification
Sedláček, Tomáš ; Elbl, Patrik (referee) ; Lachman, Jakub (advisor)
The bachelor’s thesis deals with the topic of waste gasification. The first part includes the definition of waste with the focus on municipal solid waste, its evaluation as fuel on the basis of its contents and properties, in this case the heating value. Eventually the waste is compared with other normally used solid fuels. The second part presents and describes the thermal processes applied to waste-to-energy technologies, where the gasification is explained in more detail, its final products, the content of contaminants in these products and their removal. The next part deals with technologies used for waste gasification. The last part deals with the issue of waste gasification in the Czech republic.
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Gasification Technologies in the Czech Republic and Abroad
Kunert, Šimon ; Baláš, Marek (referee) ; Lisý, Martin (advisor)
This bachelor's thesis deals with gasification technologies in the Czech Republic and abroad. The first part describes brief history of gasification, characteristics of the process, the most important types of equipment intended for this purpose, what are their properties and possibilities of use in practise. A separate part is dedicated to biomass gasification. The second part is dedicated to companies and institution that have dealt with this technology. There is a place of business in which the company operates, and a brief description of their equipment with specific use in practice.
|
|
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Atmosferic gasification of biomass by the addition of oxygen and steam
Vypušťáková, Veronika ; Milčák, Pavel (referee) ; Baláš, Marek (advisor)
The topic of master´s thesis is atmosferic gasification of biomass by the addition of oxygen and steam. The theoretical part is devoted to the description of biomass, process of gasification, kinds of gasification reactor and product gas. Further experiments are devised depending on the gasification medium and output temperature. In this case, the key aspect is the steam addition control. In the practical part, these experiments are performed in a fluidized bed reactor. Resulting values from samples of gas and tar are subsequently processed and evaluated.
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