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Concept of wastewater solution for village Třebešov
Chaloupka, Ondřej ; Pumprlová Němcová, Miroslava (referee) ; Kriška-Dunajský, Michal (advisor)
Water is the essential building block of life on the planet Earth. Its importance was overlooked in the past and quality of water in surface watercourses noticeably dicreased. It is an important fact, that according to the principles of sustainable development water became treated more economically and the water, wich people use, started to be cleaned properly before discharging back into the nature. One possible method is using of vertical sand natural filters. The Bachelor thesis deals with a possible solution of treatment wetlands for the village Třebešov. In this village there is located only an united sewer and therefore a water reservoir for rain water will be part of the design. In this water tank the rain water diluted with sewage will be cleaned through floating island technology.
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The Technology of Artificial Floating Islands to Improve Reservoir Water Quality
Mrkývka, Michal ; Sládek, Roman (referee) ; Kriška-Dunajský, Michal (advisor)
This master thesis deals technology of floating islands and their application in practice. In the first theoretical part describes detail of physical and chemical properties of water, the cycle of substances in water and the distribution of standing water, which are considered the most suitable interest sites for the application and instalation of floating systems. The sekond part describes the measurement metodology, which was carried out in several stages on the research land of the Institute of Landscape Water Management. The measuremenr was focused on monitoring the quality characteristics of water in free artificial tanks (lysimeters). The first tank was with floating island, the sekond with floating rack without plants and the third tank with free surface (to ensure the simulation of the natural state). The measurement was under way in the calendar year 2017 and was divided into free stages (spring, summer, winter). During this period were monitored COD, total phosphorus, nitric and amoniacal nitrogen and dissolved oxygen, turbidity, pH, oxidation-reduction potential, water and air temperature and aggregate rainfall. Part of the master thesis is graphical and tabular evaluation of the results. The results are processed in the Minitab 16 statistical software, graphical representation is supplemented by the interlaced linear and cubic regression curves for easier search for the dependence of selected factors. The stages are compared at the end of the master thesis. At hhe end of summer 2017, the first application of the floating island according to utility model No. 31 169 was carried out within the Czech Republic on selected water reservoir in the Bílý Potok basin (Polička).
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The Technology of Artificial Floating Islands to Improve Reservoir Water Quality
Mrkývka, Michal ; Sládek, Roman (referee) ; Kriška-Dunajský, Michal (advisor)
This master thesis deals technology of floating islands and their application in practice. In the first theoretical part describes detail of physical and chemical properties of water, the cycle of substances in water and the distribution of standing water, which are considered the most suitable interest sites for the application and instalation of floating systems. The sekond part describes the measurement metodology, which was carried out in several stages on the research land of the Institute of Landscape Water Management. The measuremenr was focused on monitoring the quality characteristics of water in free artificial tanks (lysimeters). The first tank was with floating island, the sekond with floating rack without plants and the third tank with free surface (to ensure the simulation of the natural state). The measurement was under way in the calendar year 2017 and was divided into free stages (spring, summer, winter). During this period were monitored COD, total phosphorus, nitric and amoniacal nitrogen and dissolved oxygen, turbidity, pH, oxidation-reduction potential, water and air temperature and aggregate rainfall. Part of the master thesis is graphical and tabular evaluation of the results. The results are processed in the Minitab 16 statistical software, graphical representation is supplemented by the interlaced linear and cubic regression curves for easier search for the dependence of selected factors. The stages are compared at the end of the master thesis. At hhe end of summer 2017, the first application of the floating island according to utility model No. 31 169 was carried out within the Czech Republic on selected water reservoir in the Bílý Potok basin (Polička).
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Concept of wastewater solution for village Třebešov
Chaloupka, Ondřej ; Pumprlová Němcová, Miroslava (referee) ; Kriška-Dunajský, Michal (advisor)
Water is the essential building block of life on the planet Earth. Its importance was overlooked in the past and quality of water in surface watercourses noticeably dicreased. It is an important fact, that according to the principles of sustainable development water became treated more economically and the water, wich people use, started to be cleaned properly before discharging back into the nature. One possible method is using of vertical sand natural filters. The Bachelor thesis deals with a possible solution of treatment wetlands for the village Třebešov. In this village there is located only an united sewer and therefore a water reservoir for rain water will be part of the design. In this water tank the rain water diluted with sewage will be cleaned through floating island technology.
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