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Identification of risks related to industrial furnaces - industrial gas-fired furnaces
Němčáková, Zuzana ; Křivánek, David (referee) ; Kotek, Luboš (advisor)
This bachelor thesis deals with the identification of the sources of risks and hazards that can occur during the operation of an industrial gas furnace. The classification of industrial gas furnaces according to their design is presented, the parts of the furnace are described by means of a drawing to understand the function of the furnace, and a description of the operation of the furnace is also an important part of the paper. The main attention has been paid to the research of gas furnace accidents, both in the metallurgical sector and in the chemical sector, for example, and on the basis of these, the Ishikawa diagram has been prepared. A search was also made of the legislative requirements for the safety of industrial furnace operation and the standards relating to this subject. The identification of sources of risk could then be made according to EN ISO 12100, which is described in the last chapter.
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Casuistry of major accidents in the Czech Republic
Rozlílková, Lada ; Trávníček, Petr (referee) ; Kotek, Luboš (advisor)
This Master’s thesis deals with the topic of major industrial accidentsin the Czech republic. The main objective of why accidents are reported and investigated is to provide information to other companies to learn from these significant events, reduce the risk of such events in the future and prevent damage to human and animal life and health, the enviroment and property.
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Identification of risks related to industrial furnaces - electric arc furnaces
Krejčí, Lukáš ; Rozehnalová, Jana (referee) ; Kotek, Luboš (advisor)
Main goal of presented bachelors thesis is identification of hazards associated with operation of electric arc furnaces. But at first it is necessary to become acquainted with the device and to understand its function. Therefore description of construction with emphasis on electrical circuit, overview of few selected industrial disasters and legislative requirements for safe operation of the furnaces form starting position for hazard identification which is carried out according to the procedure of the standard ISO 12100 in the last chapter of this thesis.
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The System Progress in Emergency Planning
Skupová, Dagmar ; Fišer, Václav (referee) ; Fleissig, Petr (advisor)
Bachelor thesis deals with the system progress of emergency planning. Bachelor thesis studies internal emergency plans and external emergency plans. It is engaged in suitable methods of risk analysis. One of parts of my bachelor thesis is proposal of the most suitable method of risk analysis. The practical part describes my work with assessment programme named ALOHA.
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Significance of emergencies modelling using specialized programmes
Ruhásová, Aranka ; Hradil, Jaroslav (referee) ; Fazekas, Monika (advisor)
The Master's Thesis deals with the usage of various software tools in emergency management and in environmental protection. Nowadays, on every step we make, we can face emergency situations which can cause great harm to the environment as well as to human life and property. The theoretical part provides an overview of software tools. Different software tools, their basic parameters, development and usage are described. There are also explained terms like geographic information system, etc. The practical part is focused on the instruments used in selected countries, including Czech Republic, Slovak Republic, Hungary, USA, Canada and the United Kingdom. In the conclusion is the comparison of the effectiveness of software tools in emergency management and in environmental protection.
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Significance of emergencies modelling using specialized programmes
Ruhásová, Aranka ; Mika, Otakar Jiří (referee) ; Fazekas, Monika (advisor)
The Master's Thesis deals with the usage of various software tools in emergency management and in environmental protection. Nowadays, on every step we make, we can face emergency situations which can cause great harm to the environment as well as to human life and property. The theoretical part provides an overview of software tools. Different software tools, their basic parameters, development and usage are described. There are also explained terms like geographic information system, etc. The practical part is focused on the instruments used in selected countries, including Czech Republic, Slovak Republic, Hungary, USA, Canada and the United Kingdom. In the conclusion is the comparison of the effectiveness of software tools in emergency management and in environmental protection.
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Analysis of approaches to emergency zones determining
Kusova, Yana ; Tabas, Marek (referee) ; Kotek, Luboš (advisor)
The current thesis aims to analyze the approaches to the definition of emergency zones in Russia and the Czech Republic. The main goal is to conduct a literature search on this issue and describe different approaches to emergency zones. The practical part includes an assessment of the definition of emergency zones in the case of hazardous chemicals leakage, which is most often the cause of industrial accidents.
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Casuistry of major accidents in the Czech Republic
Rozlílková, Lada ; Trávníček, Petr (referee) ; Kotek, Luboš (advisor)
This Master’s thesis deals with the topic of major industrial accidentsin the Czech republic. The main objective of why accidents are reported and investigated is to provide information to other companies to learn from these significant events, reduce the risk of such events in the future and prevent damage to human and animal life and health, the enviroment and property.
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Identification of risks related to industrial furnaces - electric arc furnaces
Krejčí, Lukáš ; Rozehnalová, Jana (referee) ; Kotek, Luboš (advisor)
Main goal of presented bachelors thesis is identification of hazards associated with operation of electric arc furnaces. But at first it is necessary to become acquainted with the device and to understand its function. Therefore description of construction with emphasis on electrical circuit, overview of few selected industrial disasters and legislative requirements for safe operation of the furnaces form starting position for hazard identification which is carried out according to the procedure of the standard ISO 12100 in the last chapter of this thesis.
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