1. Purpose and importance of water mains. Types of water mains, pressure zones. Industrial and fire water mains. Basic concepts in water management.
2.Legal framework on the use and operation of water supply systems.
3. Water needs, determination of needs for the population, industry, agriculture and fire purposes. Uneven water consumption.
4. Water accumulation, safety water accumulation, reservoirs, capacity possibilities of fire water consumption.
5.Dimensioning of water connections, dimensioning of water meters. Combined solutions for fire water consumption.
6. Pumping and transport of water, used equipment, pumping stations, water treatment plants, hydrophore stations, their application possibilities and risks to ensure the amount of fire water.
7. Fire water sampling points, their meaning, function and integration into the system of water supply networks. Risks of use in relation to water quality. Capacity possibilities of fire water abstraction points at maximum abstractions in relation to the dimension of the water supply network, hydrostatic and hydrodynamic water pressure.
8. Internal fire water distribution, design, use, tests, risks of failure in case of fire. Practical exercises in various hydraulic and hydrostatic conditions of water supply systems.
9. High-pressure distribution of drinking water, capacity parameters, positives and negatives when used in high-rise urban development, combination options in case of fire intervention.
10.Crisis states, emergency solutions. Application possibilities of ensuring fire safety in the event of a failure of water sources, disruption of water supply networks, elimination of accumulations, deteriorated water quality or declaration of drinking water as useful.
11. Integrated rescue system, system options, its management and forms of cooperation with water companies.
12. The concept of providing the population and public infrastructure with drinking water in crisis situations.
13.Crisis planning in the field of operation of water mains for public use.
14.Excursions.
2.Legal framework on the use and operation of water supply systems.
3. Water needs, determination of needs for the population, industry, agriculture and fire purposes. Uneven water consumption.
4. Water accumulation, safety water accumulation, reservoirs, capacity possibilities of fire water consumption.
5.Dimensioning of water connections, dimensioning of water meters. Combined solutions for fire water consumption.
6. Pumping and transport of water, used equipment, pumping stations, water treatment plants, hydrophore stations, their application possibilities and risks to ensure the amount of fire water.
7. Fire water sampling points, their meaning, function and integration into the system of water supply networks. Risks of use in relation to water quality. Capacity possibilities of fire water abstraction points at maximum abstractions in relation to the dimension of the water supply network, hydrostatic and hydrodynamic water pressure.
8. Internal fire water distribution, design, use, tests, risks of failure in case of fire. Practical exercises in various hydraulic and hydrostatic conditions of water supply systems.
9. High-pressure distribution of drinking water, capacity parameters, positives and negatives when used in high-rise urban development, combination options in case of fire intervention.
10.Crisis states, emergency solutions. Application possibilities of ensuring fire safety in the event of a failure of water sources, disruption of water supply networks, elimination of accumulations, deteriorated water quality or declaration of drinking water as useful.
11. Integrated rescue system, system options, its management and forms of cooperation with water companies.
12. The concept of providing the population and public infrastructure with drinking water in crisis situations.
13.Crisis planning in the field of operation of water mains for public use.
14.Excursions.