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Business plan
Kodeš, Jakub ; Nedomová, Lenka (referee) ; Veselý, Josef (advisor)
Master's thesis was made due to a lack of culture in sales to final customers. The aim of emerging company is to highlight in these gaps and deliver customer solutions, which affects all processes in the company. Ultimately bringing to our customers improved communication with consumers, enhancing the prestige of the company and increase sales.
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Estimation of Cooling Station Safety
Nedomová, Lenka ; Tabasová, Andrea (referee) ; Babinec, František (advisor)
Estimation of cooling station safety Diploma thesis, institute of metrology and quality assurance and testing, Brno University of Technology. The diploma thesis deals with safety evaluation of cooling plant at a pool stadium, which uses amonia as a coolant. The work includes particular calculation (quantitative risk estimation) of cooling the plant with amonia. For cooling at the pool stadium no salt water, only amonia is used, so it is direct cooling. The safety of population, animals and enviroment is considered. Part of this thesis is also the estimation of the chemical exposure index (CEI) and simulation of breakdown effects with ALOHA model (Areal Locations of Hazardous Atmospheres). At the end FMEA method is used, the method cause – effect.
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Business plan
Kodeš, Jakub ; Nedomová, Lenka (referee) ; Veselý, Josef (advisor)
Master's thesis was made due to a lack of culture in sales to final customers. The aim of emerging company is to highlight in these gaps and deliver customer solutions, which affects all processes in the company. Ultimately bringing to our customers improved communication with consumers, enhancing the prestige of the company and increase sales.
|
|
|
Estimation of Cooling Station Safety
Nedomová, Lenka ; Tabasová, Andrea (referee) ; Babinec, František (advisor)
Estimation of cooling station safety Diploma thesis, institute of metrology and quality assurance and testing, Brno University of Technology. The diploma thesis deals with safety evaluation of cooling plant at a pool stadium, which uses amonia as a coolant. The work includes particular calculation (quantitative risk estimation) of cooling the plant with amonia. For cooling at the pool stadium no salt water, only amonia is used, so it is direct cooling. The safety of population, animals and enviroment is considered. Part of this thesis is also the estimation of the chemical exposure index (CEI) and simulation of breakdown effects with ALOHA model (Areal Locations of Hazardous Atmospheres). At the end FMEA method is used, the method cause – effect.
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