The diploma thesis conversant problem of ventilation clean rooms of microbiological laboratory. Clean rooms pose enhanced requirements on quality distributed air, air filtrating, noisiness, humidity, stream velocity, temperature and quarantee requirement overpressures. Practical part is attention paid to solvent project solution airconditioning clean rooms of microbiological laboratory, completion need of calculations and dispose scheme of air conditioning

The diploma thesis is focused on the design of air-conditioning systems for two operating theatres and their auxiliary facilities. An introduction to ventilation of clean rooms and other indoor environments with special requirements on environmental conditions and air cleanliness is given at the beginning of the thesis. The thesis contains calculations and proposed design solution of the air-conditioning systems. The calculations include determination of the air flow rates of air supplied into the ventilated spaces, heating and cooling loads of the operation theatres, the psychometric calculations for summer and winter operational conditions and sizing of equipment, piping and ductworks. The design part also includes air distribution elements, pipeline and ductwork routing and packaged air-handling units. The complete drawing documentation is also included in the thesis.

The objective of this diploma thesis is optimization of the current state of internal microclima-te, which was supported by CFD simulations. The solved object is storage hall of electronics of the the company ebm-papst CZ s.r.o.

This Thesis deals with the fans, their properties and characteristics. The Project part is about design of the HVAC equipment in the centralised and decentralised option for the assigned building. The Project part is focused on the design and evaluation of the fans more specifically. The Experimental part is about measurement of parameters and characteristics of the fans. The results are analyzed and compared. The results are compared with current energy efficiency reguirements for fans.

The aim of this diploma thesis is to design a new building apartment house in the city of Blansko. The object is of four floors with no cellars and is situated in the southern part of Blansko. The object consists of 23 apartments, 2 of which are of special designation. Moreover there is also a coffee place, an engineer’s office, a hairdresser with nail studio and a copy place. VELOX is the main building system. Design of forced air in a coffee place is included to the project.

The aim of the master project is to design a new building of the cinema with gallery and to design technical equipment. The building is „L“ shaped, the half of the building is single-storey and the other half is two-storey, there is no basement. The most important rooms are on the ground floor – gallery, cinema, foyer and staff rooms. On the second floor there is projector room, sound engineer room, recording room and other sound adjusting rooms. The vertical loadbearing and non-loadbearing walls are designed from aerated concrete blocks, horizontal structure are cast-in-place reinforced slabs, the roof is flat. There is a reinforced concrete staircase that leads to the second floor, the building is insulated by ETICS. There are 4 HVAC units designed in the building, units are controlled with monitoring and controlling unit, also there are photovoltaics and rainwater storage systems designed. The project and visualizations were made in the ArchiCAD, MS excel, DEK, Halton HIT, AeroCAD software. Experiment validates measured data with mathematical analytics model that I used in 7 theoretical models of ventilator controlling possibilities to achieve energy savings. Re-sults will be compared and assessed.

The master’s thesis deals with design of heat recovery and dehumification for the hotel´s kitchen. The design is made to fullfill functional, hygienic and operational ruqirements for the internal microclimate. The main task of air-conditioning systems is to drain away heat gains and intake of requirement minimum of fresh air. The theoretical part is about analysis of internal microclimate.

This master thesis is focused on the issue of air distribution in residential buildings. The main part of thesis is devoted to experimental testing of diffusers by a smoke test. Achieved results are applied to design of air conditioning in passive house. Radiant heating and energy optimalization in PHPP are also proposed.

This diploma thesis deals with the assessment of the influence of the green interior wall to the microclimate of the room. The experimental part of the thesis assesses the thermal-humidity microclimate, the microbial microclimate and the concentration of carbon dioxide and oxygen in the air. In the project part, a variant solution for the ventilation of an office building was prepared. In the first variant, mechanical cooling was used to cover the heat load, while the second variant used passive cooling and direct adiabatic cooling with a green wall.

The subject of this diploma thesis is a new building of polyfunctional house in the cadastral territory of Komárov. The building is situated in a almost straight terrain in the building land. The house has four above-ground floors. On the firt floor there is wine bar and hairdresser’s. On the seconf floor there are administrative areas ane on the third and fourth floor there are six flats. On the land there asi also playground and two parking lots for cars. The supporting walls are made of blocks Silka. The object is roofed by flat roof.