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Hydraulic analysis of the Brno - Bystrc water supply system
Hofmannová, Lenka ; Tauš, Miloslav (referee) ; Ručka, Jan (advisor)
The bachelor’s thesis is focused on the hydraulic analysis of water storage Brno – Bystrc. The structure is devided into three parts. The first part is devoted to the research of used and applied methods and all available software tools, especially to the EPANET 2.0 programme, which was used during solving of given issue. The thesis also deals with description of specific campaign, which is the integral part of conducted analysis, and with the very hydraulic analysis, process and with the interpretation of acquired results outcome. The last part is dedicated to methodology of determining of the hydraulic capacity in chosen selected hydrants, which are not primarily intended for the fire protection, in the view of the CSN 73 0873 - Fire protection of buildings- Equipment for fire-water supply.
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Design of the Doubravník water supply system
Vaníček, Petr ; Kučera, Tomáš (referee) ; Ručka, Jan (advisor)
The aim of this project is the study of technical solution of water line extension into the selected part of consumption area. The study includes specific water line design in the Doubravník village, the design of laying water line in a cross-section considering existing networks and the vertical level of water line in the mentioned location. It was prepared simplified hydraulic analysis to assess the hydraulic conditions in the water network. Project was processed by current applicable laws and standards. The design of water line eliminates water supply shortage in the area of interest and it will alow to connecting of new-built house into the water main.
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Minimum slope on the sewerage system
Vašková, Kamila ; Ručka, Jan (referee) ; Hluštík, Petr (advisor)
The bachelor thesis deals with the comparison of calculation methods to determine the minimum slope on sewerage systems. The thesis compares the calculation methods specified in ČSN 75 6101 and also the city standards of larger cities in the Czech Republic. When the comparison is carried out, it is distinguished whether that is a single, sanitary or storm sewer. The comparison is carried out according to available sewer material options and the sizes of sewer profiles.
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Hydraulic analysis of small water supply system
Sucháček, Tomáš ; Kučera, Tomáš (referee) ; Ručka, Jan (advisor)
This document aims on aplication of sophisticated software programs to accomplish hydraulic analysis of real water supply. In this work is stated a list and description of software enabling to accomplish static or long-term hydraulic analysis of water supply when the most world used program EPANET 2.0 is described more deeply. There is described working of a EPANET and his algorithm also there are explain principles on which EPANET is based. During the hydraulic analysis of real system was used two sophisticated software it were MikeNet and EPANET 2.0. With using these two sophisticated programs was processed hydraulic analysis of chosen water supply of small consumption area, during this analysis was studied influence of method distribution node´s demand on achieved results also was created map of velocity in water pipeline. This work is first step for continuing Master´s thesis which will be using results of hydraulic analysis for create plan of elimination sludge in water supply.
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The influence of the variant solution to sewerage treatment plant
Dohnal, Radek ; Ručka, Jan (referee) ; Hluštík, Petr (advisor)
Purpose of research part of this bachelor´s thesis is to evaluate and compare design methods of conventional and alternative wastewater collection systems. The work also deals with influence of the system on the quality of wastewater supplied to the wastewater treatment plant. The aim of practical part is to design and compare secondary treatment objects for different sewerage systems considering the wastewater quality. The work includes financial assessment of secondary treatment objects.
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Analysis of Water Consumpion in Faculty of Civil Enginering Campus
Nedoma, Tomáš ; Ručka, Jan (referee) ; Tuhovčák, Ladislav (advisor)
Bachelor thesis will conduct an analysis of water consumption on the premise of the Faculty of Civil Engineering. There will be a condition surfy of all billing and secondary water meters in the area of faculty evaluation of design options and automatic data collection on these meters. As a further assessment will be made of the current fading status data from water meter installed in the premise sof the Faculty. Own water meter fading using appropriate datalogger including datermination of the average specific consumption per employee, student or other special purpose units. The last point of the thesis will investigace the possibilities for remote measurements with continuous monitoring and data transmission to the internet.
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Low pressure sewer systems design
Macsek, Tomáš ; Beránek, Josef (referee) ; Ručka, Jan (advisor)
The thesis deals with designing of low pressure sewer systems. It summarizes the general designing knowledge of low pressure sewers and pumping stations, summarizes the technical requirements according to Czech water companies for low pressure sewer systems and compares them with the established technical standards. The thesis also contains the search and comparison of several equation methods used to define the amount of designed flow of the low pressure sewers, in addition to reviewing the present situation of the pumping station, considering the technical standards and technical requirements.
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Time series analysis of the waste water flow in the pressure sewer
Ambrož, Martin ; Beránek, Josef (referee) ; Ručka, Jan (advisor)
This Bachelor Work is describing the time series analysis of outlet from pressure waste water sewerage and detailed statistic data evaluation in village Štěpánovice. In terms of this Work there were realized detailed evaluation of measured time series of flow by 5 minutes in 4 calendar months. Data evaluation was realized by software programme STATISTICA and MS EXCEL with output to determination of an average and maximal daily flow, maximal and minimal hourly flow and coefficient of non-uniformity. At the same time there was found out with statistic probability number of simultaneous running pumps of pressure sewerage of Štěpánovice village.
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Energy consumption analysis of water utilities
Bábíček, Michal ; Raclavský,, Jaroslav (referee) ; Ručka, Jan (advisor)
In the first part was an analysis of possible cost-saving measures to reduce energy consumption in the countries of Central and Eastern Europe and the former Soviet Union. Part of the work analyzing energy savings for water treatment plant Bzenecis divided into three parts. Part one deals with a brief description of the individual technological units. In the second part of the individual technological units analyzed in terms of savings already realized by the operator and also in terms of savings that operators shall submit for consideration and possible implementation. The lastthird part summarizes the findings in the second part of the analysis and alsooutlines possible new solutions that are applicable to all objects of the operator.
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