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Study of water treatment plant from surface source
Inwald, Petr ; Látal,, Milan (referee) ; Biela, Renata (advisor)
The first part of the thesis deals with water sources and methods of drinkable water treatment. This section describes the technologies used for two-stage water treatment from a surface source. The second part deals with study of the new drinking water treatment plant from a surface source for Adamov town. The work documents the current state of the existing water treatment plant and describes used technology with a design flow Q = 30 l s-1. In the next part of thesis is design of two variations of new technological line with a design flow Q = 10 l s-1. The first variation is one-stage water treatment with pressure filters as the main separation stage. Two-stage water treatment is designed for the second variation, in which the first stage of separation are clarifiers and the second stage are pressure filters. Thesis includes drawing documentation of designed pressure filters and clarifiers, technological and height scheme of both variations.
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Mobile Water Treatment Plants
Trlica, Karel ; Moravec, Prokop (referee) ; Kárník, Jan (advisor)
This bachelor thesis deals with technologies of drinking water treatment. The focus is on comparison between mobile water treatment systems and ground water treatments. The first part of thesis is concerned with technology and construction of container water treatment system, while pointing out the benefits associated with its usage. The next part of thesis deals with ground water treatment system, analyzes its technologies and advantages. The thesis also assesses the performance differences between classic and container water treatment systems, while taking into account usage of mobile water treatment systems for specific conditions. The last part deals with specific water treatment systems, that is the container water treatment system CCW KU-1 and the water treatment system in Valašské Meziříčí. The thesis strives to explain both water treatment systems in detail. Overall evaluation and set of specific differences between the water treatment systems is included in the conclusion of the thesis.
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Variants of the first separation stage with two-stage water treatment
Urban, Jaromír ; Látal,, Milan (referee) ; Biela, Renata (advisor)
The subject of this bachelor thesis is to introduce the possibilities of the first separation stage with the two-stage treatment of raw water for drinking water. The thesis is divided into the theoretical and practical part. At the beginning of the theoretical part, I make research of raw water sources, requirements for their quality, the possibilities of water treatment for raw drinking water and the distribution of water treatment plants according to the number of separation stages. In addition, the first separation stage for two-stage water treatment is described in more detail, equipment and technology used for a given level of treatment and detail information of the individual types of the first separation stage. In the practical part of the thesis, two selected types of the first separation stage - settling tank and clarifier for specified design flow Q = 80 l/s are calculated. The following drawings are based on previous calculations. For the proposed rectangular settling tank with a horizontal flow and a clarifier with a mechanical float cloud, the ground plan, longitudinal and cross section are processed.
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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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Study of water treatment plant from surface source
Inwald, Petr ; Látal,, Milan (referee) ; Biela, Renata (advisor)
The first part of the thesis deals with water sources and methods of drinkable water treatment. This section describes the technologies used for two-stage water treatment from a surface source. The second part deals with study of the new drinking water treatment plant from a surface source for Adamov town. The work documents the current state of the existing water treatment plant and describes used technology with a design flow Q = 30 l s-1. In the next part of thesis is design of two variations of new technological line with a design flow Q = 10 l s-1. The first variation is one-stage water treatment with pressure filters as the main separation stage. Two-stage water treatment is designed for the second variation, in which the first stage of separation are clarifiers and the second stage are pressure filters. Thesis includes drawing documentation of designed pressure filters and clarifiers, technological and height scheme of both variations.
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|
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Variants of the first separation stage with two-stage water treatment
Urban, Jaromír ; Látal,, Milan (referee) ; Biela, Renata (advisor)
The subject of this bachelor thesis is to introduce the possibilities of the first separation stage with the two-stage treatment of raw water for drinking water. The thesis is divided into the theoretical and practical part. At the beginning of the theoretical part, I make research of raw water sources, requirements for their quality, the possibilities of water treatment for raw drinking water and the distribution of water treatment plants according to the number of separation stages. In addition, the first separation stage for two-stage water treatment is described in more detail, equipment and technology used for a given level of treatment and detail information of the individual types of the first separation stage. In the practical part of the thesis, two selected types of the first separation stage - settling tank and clarifier for specified design flow Q = 80 l/s are calculated. The following drawings are based on previous calculations. For the proposed rectangular settling tank with a horizontal flow and a clarifier with a mechanical float cloud, the ground plan, longitudinal and cross section are processed.
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Mobile Water Treatment Plants
Trlica, Karel ; Moravec, Prokop (referee) ; Kárník, Jan (advisor)
This bachelor thesis deals with technologies of drinking water treatment. The focus is on comparison between mobile water treatment systems and ground water treatments. The first part of thesis is concerned with technology and construction of container water treatment system, while pointing out the benefits associated with its usage. The next part of thesis deals with ground water treatment system, analyzes its technologies and advantages. The thesis also assesses the performance differences between classic and container water treatment systems, while taking into account usage of mobile water treatment systems for specific conditions. The last part deals with specific water treatment systems, that is the container water treatment system CCW KU-1 and the water treatment system in Valašské Meziříčí. The thesis strives to explain both water treatment systems in detail. Overall evaluation and set of specific differences between the water treatment systems is included in the conclusion of the thesis.
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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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