Czech

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Získané znalosti a dovednosti usnadní absolventovi kurzu účinné zapojení do úzké spolupráce s vodohospodáři při řešení vodního hospodářství krajiny, zejména se zaměřením na:
1. kvalitu vody a její ochranu
2. zlepšování kvality a využívání vody
3. jímání a odběr vody, uspořádání přívodu a rozvodu vody
4. ochranu povodí a vodních zdrojů
5. návrh a uspořádáním vodohospodářských soustav
6. regulaci vodního režimu krajiny a obcí
7. úpravu vody a čištění odpadních vod.
Student získá úvodní poznatky pro navazující předměty zaměřené na úpravu vody, čištění odpadních vod aj.

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The course uses teaching methods in form of Lecture - 2 teaching hours per week. The e-learning system (LMS Moodle) is available to teachers and students.

Credit is awarded after successful completion of a written test at the end of the semester and elaboration of a seminar paper. The seminar work is focused on the degree of orientation in the given issue and the ability to use the acquired knowledge. To pass the test, you need to get at least 6 out of 10 possible points.

1. Introduction to a water management organization, linking to the EU rules. Historical development of water management. Legislation in water management. Basics of meteorology and climatology, utilization, excursions to the meteorological station in the Institute of landscape water management at Faculty of Civil Engineering, BUT
2. Fundamentals of Hydrology, processing and use of hydrological knowledge. Wetlands. Hydropedology, soil properties, soil types and soil types, soil water, the spread of contamination in the soil environment. Redevelopment of contaminated soils.
3. Sources of water for the population and industry. Principles of watershed protection, protection of water resources. Point and diffuse pollution. Effect of municipalities, industry and agriculture on water quality.
4. Alteration of waterways and streams. Sediment transport and pollution. Revitalization of watercourses and landscape. Water transport and waterways. Flood protection. Redevelopment of land and buildings after the flood.
5. Tanks and water management systems. Functions and procedures. Ponds and purpose reservoirs. The arrangement of reservoirs, water withdrawals, transfer of large water retention. Industrial tanks, types, layout and utilization.
6. Management of the landscape water regime. The arrangement of irrigation and drainage. The requirements for the quantity and quality of irrigation water. Application of wastewater and manure for irrigation.
7. Drinking water supply. The need for water collection, pumping, supply, distribution and storage of water in reservoirs. Engineering networks in cities and industry. Water in urban environments. Aesthetic water feature.
8. Waste water, ballast water and rain water. Sewerage, types of sewers, sewer systems configuration. Use and management of rain water. Fundamentals of hydrotherapy and balneology. Swimming pools, indoor pools and natural swimming pool.
9. The need for water for agriculture and livestock operation. Agricultural application of waste. Principles of composting. Water food industry. The use of treated wastewater from the food industry.
10. Water management of selected industries. The design and layout of landfills, storage and disposal of seepage water, collection and utilization of landfill gas. Water management planning and water management research.

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The objective of the course is to provide students with the necessary knowledge and information from the field of base of water management and used water in diferent branches of idustry and urban areas.

Attendance at lectures is not compulsory, but is recommended.

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Králová,H.Řeky pro život.Revitalizace řek a péče o nivní biotopy.Brno:Veronika,2001439s,
Malý J.,Šálek,J.Vodní hospodářství skládek domovního odpadu a čištění průsakových vod. Brno:Akad.nakl.CERM,2002,124s