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HVAC design for burn intensive care unit
Fábian, Martin ; Andrys, Petr (referee) ; Rubina, Aleš (advisor)
The Bachelor’s thesis describes a design of a HVAC unit for a burn intensive care unit and its related nursery rooms. The unit respects all the hygienic, functional and running conditions at this specific indoor microclimate. The main concept of the HVAC unit is to supply the burn intensive care unit with fresh air, which is suitable for a fast recovery after a burn trauma and also to reduce the microbial growth and microbial spreading. The main goal of the Bachelor’s thesis was to design a HVAC unit that will effectively filter the inlet air and that the intensive care unit is built the way, to reduce the microbial spread as much as possible. The air handling units are designed at the calculation part of the Bachelor’s thesis to cover the energy (heat) loss in the winter time and the energy (heat) gains during the summer time. Main function of the air handling unit is to handle filtered fresh air to the hospital. The output of the Bachelor’s thesis is a realization documentation for both air handling units.
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Airconditioning of unit with intensive care
Halaj, Andrej ; Uher, Pavel (referee) ; Rubinová, Olga (advisor)
This bachelor thesis deals with design of hvac units for intensive care unit and its associated facilities. System is separated into two units. Primary device operates rooms with beds of intensive care unit and secondary device operates associated facilities. Terciary device deals with cooling with the help of fancoils. Theory focuses on air filtration, air filters and principles of particle separation.
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Airconditioning of unit with intensive care
Halaj, Andrej ; Uher, Pavel (referee) ; Rubinová, Olga (advisor)
This bachelor thesis deals with design of hvac units for intensive care unit and its associated facilities. System is separated into two units. Primary device operates rooms with beds of intensive care unit and secondary device operates associated facilities. Terciary device deals with cooling with the help of fancoils. Theory focuses on air filtration, air filters and principles of particle separation.
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HVAC design for burn intensive care unit
Fábian, Martin ; Andrys, Petr (referee) ; Rubina, Aleš (advisor)
The Bachelor’s thesis describes a design of a HVAC unit for a burn intensive care unit and its related nursery rooms. The unit respects all the hygienic, functional and running conditions at this specific indoor microclimate. The main concept of the HVAC unit is to supply the burn intensive care unit with fresh air, which is suitable for a fast recovery after a burn trauma and also to reduce the microbial growth and microbial spreading. The main goal of the Bachelor’s thesis was to design a HVAC unit that will effectively filter the inlet air and that the intensive care unit is built the way, to reduce the microbial spread as much as possible. The air handling units are designed at the calculation part of the Bachelor’s thesis to cover the energy (heat) loss in the winter time and the energy (heat) gains during the summer time. Main function of the air handling unit is to handle filtered fresh air to the hospital. The output of the Bachelor’s thesis is a realization documentation for both air handling units.
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