The diploma thesis is divided into two parts. The first theoretical part focuses on rain gutters, their distribution, operation and cleaning. The pollution, pre-treatment of rainwater and rainwater management are alco described here. The second practical part includes testing of selected street rain gutters in the institute of municipal water management laboratories (VHO). Furthermore, these rain gutters are compared and evaluated according to these criteria: filter construction, amount of captured material and cleaning system.

The diploma thesis is focused on Storm water management in urban areas. The first task for processing thesis was to arrange meeting with MČ Brno - Bohunice Ing. Antonín Crha, who has provided necessary information about the targeted location the and the reservoir for accumulation of rainwater collected. The practical part of the thesis is to capture the rainwater drainage in the existing rainwater sewerage system using the newly built pumping station and then pumping into the existing, unused reservoir. Accumulated water in the reservoir is planned to be used for the needs of the city, gardeners and other customers. The first part of the diploma thesis describes the management of refined water in the Czech Republic, Denmark and Germany. The first part also provides description of measures and technologies for the management of rainwater. Finally, there is description of the pumping station and borehole objects and the program for calculating the rainfall from the urbanized area. In the practical part of the diploma thesis the selected variants are described, rewarded and evaluated. The diploma thesis deals with two variants, that are guided along the same route, with the difference of the construction of the drilled well in the second variant. Both variants are handled by pumping. The option of the gravity inflow was rejected because of the large countersink of rainwater sewerage.

Submitted by Maike Costa (maiksebas@gmail.com) on 2016-01-05T13:09:41Z No. of bitstreams: 1 arquivototal.pdf: 9544233 bytes, checksum: 67a4854cf3a43adf8a531c196cbfb7d2 (MD5) / Made available in DSpace on 2016-01-05T13:09:41Z (GMT). No. of bitstreams: 1 arquivototal.pdf: 9544233 bytes, checksum: 67a4854cf3a43adf8a531c196cbfb7d2 (MD5) Previous issue date: 2015-03-31 / Coordenação de Aperfeiçoamento de Pessoal de Nível Superior - CAPES / Green areas of the city are occupied increasingly by buildings and waterproofing floors, and this implies lower quality in urban environments, since the effect of vegetation in these areas goes far beyond the landscape, it is responsible for purification air, moisture maintenance, thermal equilibrium, among other benefits. Given the lack of green space, and knowing that the roofs are in a significant percentage of impermeable areas, it is defended here the use of vegetated roofs, in order to increase the green of the cities and enjoy its benefits. An extensive green roof modular technology developed on a pre-molded cement, which uses the residue of footwear (EVA) was investigated here, from its conception to its evaluation. In the methodological procedures the following milestones have been met: module design (called block TEVA) and from mold to manufacture, experimental moldings with definition of proportions among the cementitious composite materials, green roof systems simulations, the modular system installation in real scale for plant development monitoring, and prototype scale to evaluate the thermal behavior and in four other types of coverage (exposed slab, ceramic roof, fiber cement roof, green roof with concrete blocks). Comparing the same prototypes, was also made an assessment of rainwater drained by different types of roof coverings. Based on the results it can be concluded that the module designed to be sometimes vegetated, sometimes be used as floor, has geometry, mechanical strength, lightness and water permeability suitable for the type of green roof proposed. The modules also allowed a good development of vegetation. A thermal evaluation confirmed that the green roof with TEVA modular blocks provided a better thermal balance and reduced indoor air temperature when compared with other types of coverage. The analysis of rainwater drained by different systems, modular green roof with TEVA block was also the one with the best performance, significantly reducing the volume of runoff. / As áreas verdes da cidade estão sendo ocupadas cada vez mais pelas edificações e impermeabilizações de pavimentos e isto implica em menor qualidade nos ambientes urbanos, uma vez que o efeito da vegetação nesses espaços vai muito além do paisagístico, sendo responsável pela purificação do ar, manutenção da umidade, equilíbrio térmico, entre outros benefícios. Diante da falta do espaço para o verde, e sabendo que os telhados constituem-se em uma porcentagem significativa das áreas impermeabilizadas, defende-se aqui a utilização dos telhados vegetados a fim de se aumentar o verde das cidades e aproveitar os seus benefícios. Uma tecnologia modular de telhado verde extensivo desenvolvida à base de um pré-moldado cimentício, que utiliza resíduo da indústria de calçado (EVA), foi investigada aqui desde sua concepção até a sua avaliação. Nos procedimentos metodológicos foram cumpridas as seguintes etapas: concepção do módulo (denominado bloco TEVA) e do molde para sua fabricação, moldagens experimentais com definição das proporções entre os materiais do compósito cimentício, simulações de sistemas de telhados verdes, instalação do sistema modular em escala real para acompanhamento do desenvolvimento vegetal, e em escala de protótipo para avaliação do comportamento térmico, comparado com quatro outros tipos de coberturas (laje exposta, telhado cerâmico, telhado de fibrocimento, telhado verde com blocos de concreto). Comparando os mesmos protótipos, também foi feita uma avaliação da água pluvial drenada pelos diferentes tipos de coberturas. Com base nos resultados pode-se concluir que o módulo idealizado para ora ser vegetado, ora ser utilizado como piso, tem geometria, resistência mecânica, leveza e permeabilidade à água satisfatórios para o tipo de telhado verde proposto. Os módulos também permitiram um bom desenvolvimento da vegetação. A avaliação térmica confirmou que o telhado verde modular com blocos TEVA promoveu um maior equilíbrio térmico e reduziu a temperatura do ar interno, quando comparado com os outros tipos de coberturas. Quanto à análise da água pluvial drenada por diferentes sistemas, o telhado verde modular com bloco TEVA também foi o que apresentou o melhor desempenho, diminuindo significativamente o volume da água escoada.

The diploma thesis is focused on Storm water management in urban areas. The first task for processing thesis was to arrange meeting with MČ Brno - Bohunice Ing. Antonín Crha, who has provided necessary information about the targeted location the and the reservoir for accumulation of rainwater collected. The practical part of the thesis is to capture the rainwater drainage in the existing rainwater sewerage system using the newly built pumping station and then pumping into the existing, unused reservoir. Accumulated water in the reservoir is planned to be used for the needs of the city, gardeners and other customers. The first part of the diploma thesis describes the management of refined water in the Czech Republic, Denmark and Germany. The first part also provides description of measures and technologies for the management of rainwater. Finally, there is description of the pumping station and borehole objects and the program for calculating the rainfall from the urbanized area. In the practical part of the diploma thesis the selected variants are described, rewarded and evaluated. The diploma thesis deals with two variants, that are guided along the same route, with the difference of the construction of the drilled well in the second variant. Both variants are handled by pumping. The option of the gravity inflow was rejected because of the large countersink of rainwater sewerage.

The Master's thesis solves questions about sanitation installations in a multiple dwelling house with underground garages in Brno. The theoretical part of this work focuses on the analysis of the topic with an emphasis on the management with rainwater. The work also focuses on the possible alternative solutions of the given specialization. Technical part solves the installation of sanitary of this apartment building in the selected variant. It is a multiple storey building, where five floors are used for housing and two underground floors are used mostly for parking.