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Sanitation installation in the hospital
Peřinová, Jitka ; Vaščáková, Alena (referee) ; Vrána, Jakub (advisor)
The task of this diploma thesis is to prepare the design of sanitary and gas pipeline installations in the assigned hospital building. The building has one underground and four above-ground floors. On the underground floor there are technical premises including a boiler room, hygienic facilities of staff and rooms for storage and cleaning. On the first floor there are ambulances of various kinds. Patient rooms are located over the second and third floors. Each room has its own built-in bathroom. There are also doctor's examination rooms and daily room of staff. On the fourth floor there is an ICU. In the theoretical part I deal with the legionella bacterium. I explain what causes this bacterium, what are the conditions for its reproduction, where it occurs and what measures will prevent its multiplication in water pipes. In the next part, I compare two possible variants of the solution of the design of water pipe routes with the subsequent selection of a more suitable option. The calculation part contains all the calculations used to design sewerage, water supply and gas pipeline, including their connection to utilities.
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Sanitation installation and gas installation in medical facilities
Žáková, Kristýna ; Vaščáková, Alena (referee) ; Vrána, Jakub (advisor)
The diploma thesis is focused on medical-technical and gas pipeline installations in a medical facility. The building has one underground floor and four above-ground floors. On the underground floor there are technical rooms including technology and boiler room. On the first and second floors there are single rooms for patients. All rooms have a private bathroom. There are cleaning rooms, administration and a day room for staff and various warehouses. On the third floor there is a surgery room, ambulance and consultation rooms. On the top floor there are meeting rooms, offices and staff rooms. On each floor there is a hygienic background. The theoretical part deals with the prevention and elimination of Legionella bacteria. In the next part, I compare two variants of the design of water pipeline routes. The calculation part contains all calculations needed to design water, sewerage and gas pipelines, including their connection to utilities.
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Sanitation installation in the hospital
Peřinová, Jitka ; Vaščáková, Alena (referee) ; Vrána, Jakub (advisor)
The task of this diploma thesis is to prepare the design of sanitary and gas pipeline installations in the assigned hospital building. The building has one underground and four above-ground floors. On the underground floor there are technical premises including a boiler room, hygienic facilities of staff and rooms for storage and cleaning. On the first floor there are ambulances of various kinds. Patient rooms are located over the second and third floors. Each room has its own built-in bathroom. There are also doctor's examination rooms and daily room of staff. On the fourth floor there is an ICU. In the theoretical part I deal with the legionella bacterium. I explain what causes this bacterium, what are the conditions for its reproduction, where it occurs and what measures will prevent its multiplication in water pipes. In the next part, I compare two possible variants of the solution of the design of water pipe routes with the subsequent selection of a more suitable option. The calculation part contains all the calculations used to design sewerage, water supply and gas pipeline, including their connection to utilities.
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