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Variants of sewerage of municipalities to 2000 inhabitants
Remešová, Terezie ; Ručka, Jan (referee) ; Raclavský, Jaroslav (advisor)
The main goal of this thesis is a proposal and a comparing potential options about drainage of village Bořetice. Proposed variants are building of a new sewer network and a pump station according to PRVK, building of a new sewer network and a sewage treatment plant and a building of a new sewer network with a finishing wastewater treatment in the stabilization tanks. This thesis also includes a summary of current options of drainage village up to 2000 inhabitants.
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Plumbing Systems Modernization for Sport Centre Buildings
Kohutek, Ivo ; Vrána, Jakub (referee) ; Bárta, Ladislav (advisor)
This thesis deals with the reconstruction of sanitary installations in the multi-purpose sports facility STARS in Třinec. It is a large complex with an administration building. The theoretical part is focused on heating and distribution of hot water. It considers multiple solutions to the problem. The practical part then deals in depth with one of the discussed options in a selected few buildings.
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Subsidies as a source for financing public construction contracts
Doležal, Filip ; Krejza, Zdeněk (referee) ; Vaňková, Lucie (advisor)
This bachelor thesis deals with subsidies as a source for financing public construction contracts. The first part is focused on explaining the concepts related to the issue, such as investment, sources of investment financing, public procurement, etc. The second part describes the investment project of the municipality Mrákotín. This is the construction of a new sewerage system financed partly by subsidy sources of the Ministry of Agriculture and partly by a long-term loan. Based on the obtained information on the provided subsidies and loans and according to the results of the municipality's management in the years 2015-2019, other variants of financing this investment project were proposed.
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Plumbing Systems for Baking Plants
Hruška, Jan ; Vrána, Jakub (referee) ; Bárta, Ladislav (advisor)
This diploma thesis deals with plumbing systems of baking plants v Modřicích. The first part looks for a solution exchange of heat and using waste energy from bakery owens. There are performed several possiblities of projects for plumbing systems. Project part was worked out in cooperation with technical company wich produces equipment for bakery factories. The solution according to relevant standards
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Management vodního hospodářství v obci Stašov
Franzová, Emma
The bachelor thesis provides detailed information about water management in the village of Stašov. It is particularly focused on drinking, waste and rainwater is-sues. The results of the bachelor´s thesis show that drinking and rain water ma-nagement is at a good level. The average specific consumption per inhabitant is above average for the Czech Repubic. The value of the specific consumption of Stašov in 2019 was ap-proximately 198,78 liters/ per person/ a day (Czech Republic 90,6 liters/ per person/ a day). The questionnaire survey and the information found clarified that this is a distorted value. The average specific consumption is influenced by the consumption of drinking water by the local agricultural cooperative. In the past, the Balda mineral spa was located in Stašov. Rainwater in the village is captured by 141 above-ground storage tanks and 5 underground storage tanks purchased from the subsidy pro-gram of the Environmental Operational Program. Up to 75 % of the population own at least 3 storage tanks. Water is mainly used for watering gardens. The problem is waste water management. There is no sewage system in the village. The village does not have enought founds for the construction of sewers. The situation is being im-proved by the construction of residential wastewater treatment plants. From the results, it was found that 41,66 % of the population uses the domestic waste water treatment plant.
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Natural wastewater treatment system in Surabaya, Indonesia
Semrádová, Tereza ; Zedník, Ondřej (referee) ; Kriška-Dunajský, Michal (advisor)
In developing countries, constructed wetland is a possible way to improve the long-term quality of domestic wastewater effluent. It is a treatment plant that reflects the climatic conditions, the quality and quantity of the wastewater discharged and the economic conditions of the country. It offers simplicity in terms of operational requirements. These statements are also addressed in the design work of a constructed wetland in the Indonesian city of Surabaya. The design itself is preceded by an analysis and understanding of the existing wastewater management, which is currently very minimalist in the locality. The thesis develops a proposal for a suitable and sustainable community-based natural wastewater treatment solution for an urban area of up to 1 000 inhabitants. The proposal considers the technical-economic-social aspects and should thus lead to higher efficiency and longer lifetime of the proposed treatment plant. The solution also includes operational recommendations to ensure the long-term operation of the treatment plant. There are hardly any municipal treatment plants in the area, so the possible implementation of a constructed wetland will be the first solution of this kind, which will either ensure future expansion based on positive experience or, on the contrary, be rejected due to unsuitable operation in local conditions.
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Construction of networks of technical equipment in the village
Klička, Ondřej ; Lžičař, Jakub (referee) ; Raclavský, Jaroslav (advisor)
This bachelor´s thesis focuses on the construction of technical equipment in a municipality with a focus on blue-green infrastructure. The theoretical part introduces the concept of blue-green infrastructure, including a description and classification of individual facilities for rainwater management. The design process for these facilities is also described, along with examples of completed projects. In the practical part of the thesis, a case study on the expansion of the Rantířov municipality is presented. Various options for handling rainwater, wastewater disposal, water supply, gas pipelines, and electrical infrastructure are proposed. The study concludes woth an economic assessment of each option.
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