In my diploma thesis I have created the updated version of water sources and pumping sites for fire equipment in the Písek district. I acquired large volumes of data by a detailed physical inspection of possible water sources in all villages in the Písek district. In my thesis I have mentioned water sources only in those villages that are classified into fire protection units, category II and III. The complete summary of all water sources and water pumping sites is on the attached CD. The data contain the name of the village, type of water source, GPS coordinates, additional information about the water source and any additional notes regarding repairs, distances from the village, etc. Photo documentation and the map section were produced for each water source. In many villages, there are hydrant networks which, in those villages where there is no water source, can have a substantial effect on fire safety. The thesis also includes the list of all hydrant networks in the Pisek district, including the owners and operators. The thesis can be used for the Operating and Information Centre of the Fire Brigade for the South Bohemian region which, for the demand for water for rescue and liquidation can send the unit directly to the water source according to the ascertained data. For some water sources, below the table in the note, there may be corrections or improvements that lead to a better use of these sources. The thesis monitors the existing status of the water and pumping sites for fire equipment in the Pisek district. I compared the acquired data with data from South Bohemian Region Regulation No.4/2003 at 2.12.2003. It results from the compared data that permanent updating and communication on the part of the municipalities with the Fire Brigade is necessary. In many places, water sources are closed and new water points originate with the possibility to pump this basic and main extinguishing agent.

Submitted by Natalie Mendes (nataliermendes@gmail.com) on 2015-11-20T01:06:03Z No. of bitstreams: 1 DISSERTA??O - QUELLE.pdf: 2565380 bytes, checksum: eb95484178642dadbc525b49bf7eeb8c (MD5) / Made available in DSpace on 2015-11-20T01:06:03Z (GMT). No. of bitstreams: 1 DISSERTA??O - QUELLE.pdf: 2565380 bytes, checksum: eb95484178642dadbc525b49bf7eeb8c (MD5) Previous issue date: 2013-10-05 / Funda??o de Amparo ? Pesquisa do Estado da Bahia - FAPEB / The objective of this study was to evaluate the influence of stormwater on the energy consumption in the pump stations of the urban sewage system of Feira de Santana city. Data concerning the energy consumption in the pump stations, the water consumption in the area, and the precipitation rate were collected for the time period of 2008-2011. Statistical tests were performed by applying the Spearman?s rank correlation, the Anderson-Darling goodness-of-fit test, the Student?s test t, and the Ljung-Box test. The results showed that, regarding a potential influence of the effective precipitation rate on the energy consumption in the pumps, the correlation not significantly different from zero with a 95% confidence level for all the 19 pump stations. Similar results were obtained for the case of the potential influence of the public water consumption on the energy consumption in the pump stations. However, considering the total energy consumption in the pump stations, the correlation with the effective precipitation is significant, although weak (R=0.30). Thus, it was estimated that 9% of the total energy consumption in the pump stations is explained by the precipitation. By analyzing the correlation between the energy consumption of all the pump stations, it was found that the all possible correlations are weak, and only in 12% of the cases the correlation is significantly different from zero with a 95% confidence level. Moreover, such correlation was not observed in pumping stations installed in series. In addition, seasonality tests applied to the time series precipitation and water consumption revealed seasonality with a one year lag, suggesting good quality of data concerning these parameters. These results point to the hypothesis of potential errors or inconsistency with our study in the data collecting process regarding the energy consumption in the pump stations. A possible explanation lies in the fact that the energy consumption times series was made available in a monthly basis, thus potentially not reflecting precipitation peaks measured in a daily basis. The results of this study, as a preliminary conclusion, point that the impact of precipitation on the overall energy consumption in the wastewater treatment system of Feira de Santana is not significant. / Esta pesquisa teve com objetivo avaliar a influ?ncia da precipita??o no consumo de energia das esta??es elevat?rias do sistema de esgoto da cidade de Feira de Santana. Foram coletados dados de consumo de energia nas esta??es elevat?rias, consumo de ?gua e precipita??o, durante per?odo de 2008-2011. Os testes estat?sticos coeficiente de correla??o de postos de Spearman, teste de qualidade de ajuste de Anderson-Darling, o teste estat?stico t de Student, e a estat?stica de Ljung-Box foram aplicados na an?lise. Os resultados mostram que, em rela??o a uma potencial influ?ncia da precipita??o efetiva no consumo de energia das esta??es elevat?rias, a correla??o n?o ? significativamente diferente de zero com um n?vel de confian?a de 95% para todas as 15 esta??es elevat?rias analisadas. Resultados semelhantes foram obtidos em rela??o ? influ?ncia potencial do consumo p?blico de ?gua no consumo de energia das esta??es elevat?rias. Contudo, considerando o consumo total de energia nas esta??es elevat?rias, foi poss?vel observar uma correla??o significativa, embora fraca, entre a precipita??o efetiva e esse consumo de energia (R=0.30). Assim, calculou-se que 9% deste consumo energ?tico se deve ? precipita??o efetiva. Al?m de estes pontos, a an?lise da correla??o entre o consumo de energia de todas as esta??es revela que todas as correla??es poss?veis s?o fracas, e que apenas em 12% dos casos a correla??o ? significativamente diferente de zero com um n?vel de confian?a de 95%, sendo que esta correla??o n?o se verificou em esta??es elevat?rias que se encontram em s?rie no sistema. Adicionalmente, testes de sazonalidade foram aplicados ?s s?ries temporais de precipita??o e consumo de ?gua, revelando sazonalidade com um ano de atraso, sugerindo boa qualidade de dados relativamente a estes par?metros. Estes resultados apontam para a hip?tese de inconsist?ncia dos dados disponibilizados de consumo de energia nas esta??es em rela??o ao nosso estudo. Uma explica??o poss?vel foi o fato de que os dados de medi??o de energia encontraram-se agregados em m?dias mensais, assim podendo potencialmente n?o refletir picos de precipita??o medidos em uma base di?ria. Contudo, os resultados deste estudo, como conclus?o preliminar, apontam que o impacto da precipita??o no consumo total de energia no sistema de tratamento de ?guas residuais de Feira de Santana dever? ser pouco significativo.

This diploma thesis deals with the assessment of the technical condition of the raw water supply Dnipro-Mykolaiv for water treatment plant Inhulets in Ukraine and the reconstruction proposal of the section of this supply. Specifically, it is a 300 m long section of the steel pipeline DN 1 400 of the first row of the sypply near the Myrné village in Bilozerka Raion (district), Kherson Oblast (province), Ukraine, which is in a state of disrepair. As part of this work is an an evaluation of the current technical condition of the pipeslines of the first and second rows of the suplly. Subsequently, the design of the reconstruction of the section is then carried out using selected remediation technology.

This diploma work deals with description of pressure sewerage networks. First of all is focused on statistical evaluation of pressure sewerage operation in Káraný municipality where was evaluated waste water flow and pressure on sewerage network.

The aim of this diploma thesis is to elaborate alternative designs of the Dětkovice sewer network. The first part deals with reasons of this work and the area of interest. In the next part the thesis deals with describe of current condition and proposed alternative designs. Furthermore, the economic assessment of alternative designs is elaborate.

The diploma thesis solves the new utilization and renovation of an industrial building near the Baťa canal in the village of Huštěnovice which was used as former pumping station for agricultural purposes. The aim was to find such uses that will support the development of the adjacent area and at the same time will also refer to the original usage of the building. New community centre „PŘÍLIV“ with aquaponics connects both of them and what is more, it offers modern connection of people with nature. The construction plan is solved as a complex project form architectural study, through the project for the building permit to the design of the aquaponics technology itself. Project of the community centre and aquaponics is designed as off-grid building with minimal environmental impact.