This diploma thesis deals with rainwater harvesting system in the company premises and the design of plumbing system in the newly built training center and storage hall. The new standard EN 16941-1 is described in the teoretical part. This standard deals with the use of rainwater. The experimental part solves the measurement of the non-potable water in this area. In the practical part, the acquired information is applied to the newly built object in the company premises. A project is created in the form of a technical report and drawing documentation for the use of rainwater and plumbing system.

The content of diploma thesis is a solution for heating and warm water preparation with application of an experimental measuring. My experimental measuring is experimental block. The block unifies parts of heating in boiler room in one system. The main object of this diploma was to learn to control the block and to measure important working status. In the second part was applied in first variant normal connection of boiler and in second variant was applied the block. The teoretical part is description of normal connection of boiler and development from other block systems to experimental block.

The topic of this diploma thesis is the operational efficiency of heat sources. The work had several goals. The first was to determine the efficiency of the wood boiler according to available calculation methods and to compare the methods among them. The second was to determine the difference in the performance of the flue gas analyzer and the real calculation. Further, to determine the efficiency of a boiler firing different wood species - spruce and hornbeam based on their properties and elemental composition. Experimental measurement of various operating states of effectiveness took place in an older two-generation family house, which was also the subject of the project part. Due to lack of project documentation, it was necessary to focus and plot the object. Afterwards, the building was thermally inspected and the design of the heating system and the reconstruction of the whole heating system was carried out. The project was developed in two variants for two different heat sources - a heat pump and a solid fuel boiler for heating and water preparation. The thesis deals with the technical report, the conceptual solution of the related professions, the evaluation of the heat source variants and the project documentation.

The diploma thesis deals with the problems of sanitation installation in a multifunctional building in Kunstat. The theoretical part focuses on the analysis of the topic, with emphasis on the water demand. The experimental part focuses on drinking water consumption in real objects. The thesis also focuses on possible solutions given specialization. The project solves the sanitation installation of the multifunctional building in the selected variant. It is a multi-storey building where are a guesthouse for short-term accommodation, café, public toilets, commercial space and a fitness center.

This thesis deals with health - technical and gas pipeline installations in the industrial hall. The building is situated in Frydek Mistek. The theoretical part compares the applicable technical rules for gas in Slovakia and the Czech Republic. The work also deals with the issue of determining the size of the reservoir water heater in several variants and compared to surveys by the use of hot water in similar objects. The design part is then developed addressing health - technical and gas pipeline installation for the specified object of the industrial hall.

The Master‘s thesis addresses sanitation installation and gas installation in the indoor swimming pool in Litomyšl. The theoretical part focuses on the use of greywater and rainwater as service water. The thesis includes the design of several variants with their assessment. The project for construction is also part ofthe thesis.

This master’s thesis focuses on effect of outer building construction on thermal load of space. The effect of translucent and non-translucent construction is discussed. The project of air-conditioning system is prepared for the two alternatives of the translucent construction, including the purchase price of the airconditioning system and glazing and the savings on summer cooling. Afterwards the period of the recovery of investment is calculated. The plan of the airconditioning system is connected to my bachelor’s thesis “Airconditioning in the car showroom”, the subject of which was the plan of the airconditioning system of the car showroom.

This diploma thesis focuses on the analysis of heat loss of heating distribution in the industrial area. The aim of this labor is to determine heat loss heat distribution kept in non manholed canal and evaluate economic return to build a local source of heat for the office building. For this building is in two variants resolve the reconstruction of the existing heating system. For the first variant is designed the local gas condensing boiler and for second variant existing central heat source. The experimental part of this labor compares the measured and calculated values of boundary conditions of hot-water pipes kept in non manholed canal.

Task of this thesis is creation of real-time simulation of the water waves. It is implemented on Mac OS X platform using OpenGL. This thesis is based on height map surface. Heigh map is computed by suming of sinusoids with complex, time-based amplitudes. Fast Fourier transformation, Phillips spectrum and gauss random generator are used to solve this problem. The thesis is also implemented on iOS platform and optimized to run on mobile devices thanks to using programmable graphic pipeline and other drawing and computing optimizations.

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.