The aim this diploma thesis is the design of heating and hot water in the building of a primary school in Trhové Sviny. The first part dealt with the issue of indoor environment and windows. The second part deals with a separate proposal heating and hot water in primary school. As a heat source was designed gas boiler, the second variant hot transfer station. The third part consists of technical reports and drawings of the specified object. The fourth part deals with the assessment of surface condensation on the surface of the window panes.

The aim is to design an evaluate options for heating sytem for kindergarden with two floors. The project documention, investment cost and operating cost are included in this project.

The diploma thesis is focused on the energy security of the European union, specifically on the import of natural gas. The dependence on the import of natural gas is one of the key questions for the energy security of the EU. One of the tools for dealing with this issue is diversification of the suppliers a searching for a new sources of energy to sustain the economical development of the EU. One of the goals of the EU' Energy security strategy is to lower its dependence on gas imports from Russia. In the lights of recent events, when the gas supply was disrupted a few times, because of the events on Ukraine, Russian aggression in the eastern part of Ukraine and annexation of the Crimea, EU is looking for a better alternative. The research is trying to find out what is the role of the Nord Stream 2 gas pipeline, which will bypass Ukraine and go straight from Russia to Germany and will have impact on other Central and Eastern European countries. The question is whether the project is viable vis-a-vis energy security framework metrics and whether there are better alternatives such as the Southern Gas Corridor or the possibility to import liquified natural gas LNG from elsewhere. Apart from the energy security framework the geopolitics is taken into an account and will try to explain the power...

Title: Multicomponent plasma polymers with spatially controlled properties Author: MSc. Pavel Pleskunov Department / Institute: Department of Macromolecular Physics/Charles University Supervisor of the doctoral thesis: Prof. Ing. Andrey Shukurov, PhD, Department of Macromolecular Physics / Charles University Abstract: Mixing of two (or more) polymers often leads to phase separation and to the formation of nanoscale architecture, which can be highly attractive in various applications including controllable drug delivery, fabrication of separation and solid electrolyte membranes, gas storage, etc. Different wet-chemistry techniques already exist to produce nanophase-separated polymers; however, capturing the resultant polymeric structure in a predictable manner remains a challenging task. In this thesis, a low-temperature plasma-based strategy is investigated for the production of multicomponent thin films of plasma polymers with spatially discriminated nanoscale domains. Gas aggregation cluster source is used for the fabrication of nanoparticles of plasma polymerized acrylic acid, whereas Plasma-Assisted Vapor Phase Deposition is used for the deposition of thin films of poly(ethylene oxide) plasma polymer. Embedding of nanoparticles into matrices of thermodynamically incompatible plasma polymer as well as...

This work will try to analyse, if a project of Nort-South gas corridor is a really effective solution for EU and if this project really supports an effort to achieve a common energy security of EU. Work is based on hypothesis that natural gas and significant difference between member states of EU in dependence on Russian gas are the main problems which complicate efforts to achieve a common energy security of EU. Project, which could support efforts to achieve a common energy security of EU must be a project which could assure a diversification of gas routes and diversification of gas sources without weakening of energy security of any of EU member states. This work will try to analyse if existing gas projects (North Stream, South Stream, Nabucco and North- South gas corridor are really realistic projects which meet energy needs of member states of EU and long-term policy of EU. This work will try to prove, that North- South gas corridor is f the project, which really brings diversification of gas sources and gas routes and existence of this project will have also positive influence on efforts to achieve a common energy security of EU.

The aim of the diploma thesis is to design heating and cooling in the office building and the showroom. The theoretical part deals with large-scale heating and cooling systems. The types of these systems and their advantages and disadvantages are described here. The practical part is devoted to the design of heating and cooling in the assigned office building and the showroom. In this part, two variants of the design are considered. The first variant considers the use of a heat pump as a source of heat and cold. In the second variant of the solution, a gas condensing boiler is used as a heat source and a chiller as a cold source. The experimental part deals with measuring the properties of one ceiling panel. The main task was to determine the cooling capacity of the ceiling panel.

The task of the master project is to design a building for sports activities in Sehradice, Zlín region. First the documentation was elaborated, the second part HVAC was designed and the last part focussed on daylighting. The building has one floor and flat green roof. The building includes a fitness, a yoga room, a relax room, two saunas, changing rooms and staff room. The superstructure is designed using Heluz ceramic block walls and Spiroll panel floor structure. Façade is insulated with ETICS. HVAC is provided by two gas boilers, two mechanical ventilation units (indoors) and a cooling unit (outdoor). Domestic hot water is provided by the gas boiler and solar panels. The building uses LED lights. Electricity consumption is partially covered by photovoltaics on the roof. The building plot also includes a large carpark in front of the building. The designs were elaborated in Revit, AutoCAD and energy assessment in Deksoft software.

The goal of this diploma thesis is the design of the sanitary installations and gas main in the pension for pensioners. The building has three floors above ground and one underground floor. The building will be covered with a hiped roof. On the first floor there is the technical background of the building, Reception and kitchen with dining room. The basement is located just below the kitchen and serves as a cloakroom for kitchen staff. The building will be designed to use as much non-potable water as possible in the form of rainwater, which will be collected from the roofs. The theoretical part deals with the use of non-potable water as operating water in buildings. The calculation and project part deals with the gravity sewer system, plumbing and gas main in the building.

The aim of the master thesis is to design nearly zero-energy building of the municipal office in the city of Bojkovice. In the first part an architectural and constructional solution was designed. The building has three above-ground floors. It has a flat green roof with skylights and photovoltaics. First floor includes reception, break room, archives, offices, meeting room, kitchenette, sanitary facilities and boiler room. Second floor consists of break room, archives, storerooms, offices and sanitary facilities. External load-bearing walls, internal load-bearing walls and partitions are made of ceramic blocks. Columns, girders, floor slabs and roof slabs are made of monolithic reinforced concrete. Cladding is insulated with ETICS. In the second part HVAC was designed. Heating is provided by gas condensing boiler. The building is mechanical ventilated by AC units situated in technical room in the third above-ground floor. Cooling is air-conditioned by fan-coil units designed in offices and conference hall, chillers are situated on the roof. The third part of the master thesis focused on design and comparison of various AC units. Drawings are processed in SW AutoCAD, calculations were made in Excel, the design of air-conditioning system and unit was made in SW Atrea DUPLEX 9.10, Aerocad and CLIMACAL.

The aim of my thesis is to design new Guest house in Čeladná. First part is focused on building design and construction. Second part is focused on heating, ventilation and air conditioning (HVAC) design and renewable energy sources. Third part is focused on detailed solution of noise and vibration from the environment around building. Guest house is three – storey building but there is one more underground storey for technical facilities. Ground floor contains staff facilities, restaurant, entrance hall with stairs and office. On the second floor we can find four guest rooms with terrace and corridor. On the third floor we can find three guest rooms. Heating in the building is secured by gas condensing boilers. Ventilation is provided by two air condition units. Each guest room has radiators and cooling distribution units and ventilation. Cooling is secured by one cooling unit on the green roof. On the gable roof we can find 75 photovoltaic panels. Third part is focused on detailed solution of noise, vibration from the environment around building and spatial acoustics of guest room. The thesis is carried out in AutoCAD, Sketch up, Lumion and DEKSOFT software. All structures comply with the valid standards and regulation.