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Heat exchanger design for waste air heat recovery
Valentová, Helena ; Toman, Filip (referee) ; Baláš, Marek (advisor)
The master’s thesis deals with heat recovery from waste air in a multifunctional hall. The thesis contains a theoretical part that shows required parameters of an indoor environment, a composition of an air handling unit and a description of its individual parts suitable for this purpose. Subsequently a design calculation of a rotary heat exchanger and a plate heat exchanger is made. The calculation contains geometry, heat transfer and pressure drop. Then the heat exchangers are compared and a more suitable option for this application is chosen. Further the thesis includes drawing documentation of both types of heat exchangers.
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Ventilation of nearly Zero Energy Building
Frčka, Lukáš ; Horák, Petr (referee) ; Rubinová, Olga (advisor)
This diploma thesis is focused on nearly zero energy buildings, which are a mandatory part of construction of the buildings in Czech republic after 2020. It also deals with HVAC and its design as part of these buildings. The theoretical part deals with legal and technical regulations and possible savings in HVAC systems. The computational part is focused on two solution of HVAC systems in given object. The project part is about the given object, which is otevřená zahrada Brno. This building was founded by Nadace Partnerství s.r.o.. This third part of diploma thesis deals with the quality of indoor microclimate and evaluation of the heat recovery system effiency, which is applied in local HVAC unit.
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Airconditioning of intensive care unit
Cakl, Dominik ; Blasinski, Petr (referee) ; Rubina, Aleš (advisor)
This bachelor´s thesis deals with design of air-conditioning and air-condition systems in the spaces of intensive care unit of infection department and employees department. Proposoal of the systems meets relevant standarts, hygiene and operating requirements. The computational part is focused on total object analysis, heat balance, air flow in relation to increased hygiene requirements and requirements for air heating. The computational part also involves distribution, adjustment of air and other proposals, which are integrated in correctly proposed equipment. The theoretical part is involving heat recovery with heat pump. The project is processed on the level of the project implementing.
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Heat exchanger design for waste air heat recovery
Valentová, Helena ; Toman, Filip (referee) ; Baláš, Marek (advisor)
The master’s thesis deals with heat recovery from waste air in a multifunctional hall. The thesis contains a theoretical part that shows required parameters of an indoor environment, a composition of an air handling unit and a description of its individual parts suitable for this purpose. Subsequently a design calculation of a rotary heat exchanger and a plate heat exchanger is made. The calculation contains geometry, heat transfer and pressure drop. Then the heat exchangers are compared and a more suitable option for this application is chosen. Further the thesis includes drawing documentation of both types of heat exchangers.
|
|
|
Ventilation of nearly Zero Energy Building
Frčka, Lukáš ; Horák, Petr (referee) ; Rubinová, Olga (advisor)
This diploma thesis is focused on nearly zero energy buildings, which are a mandatory part of construction of the buildings in Czech republic after 2020. It also deals with HVAC and its design as part of these buildings. The theoretical part deals with legal and technical regulations and possible savings in HVAC systems. The computational part is focused on two solution of HVAC systems in given object. The project part is about the given object, which is otevřená zahrada Brno. This building was founded by Nadace Partnerství s.r.o.. This third part of diploma thesis deals with the quality of indoor microclimate and evaluation of the heat recovery system effiency, which is applied in local HVAC unit.
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|
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Airconditioning of intensive care unit
Cakl, Dominik ; Blasinski, Petr (referee) ; Rubina, Aleš (advisor)
This bachelor´s thesis deals with design of air-conditioning and air-condition systems in the spaces of intensive care unit of infection department and employees department. Proposoal of the systems meets relevant standarts, hygiene and operating requirements. The computational part is focused on total object analysis, heat balance, air flow in relation to increased hygiene requirements and requirements for air heating. The computational part also involves distribution, adjustment of air and other proposals, which are integrated in correctly proposed equipment. The theoretical part is involving heat recovery with heat pump. The project is processed on the level of the project implementing.
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