• know the construction intakes and how they work;
• be able to calculate intakes and make their working drawings;
• own methods of protection of water sources from pollution and depletion..

• Technical Fluid Mechanics
• Engineering Geodesy;
• Engineering Geology and Hydrogeology

Facilities for water from surface sources: shore, richyschni and combined. Facilities for taking groundwater, wells; Mine wells, water intakes and horizontal beam watersheds. Hydraulic calculations intakes. The artificial recharge of groundwater. Zones of sanitary protection of surface and underground water sources.

1. ДБН В.2.5-74:2013. Водопостачання. Зовнішні мережі та споруди. Основні положення проектування. – К.: Мінрегіон України, 2013. 172 с.
2. Тугай А. М. Водопостачання: Підручник / А. М. Тугай, В. О. Орлов. – К.: Знання, 2009. – 735 с.
3. Чернюк В. В. Гідротехнічні споруди: Посібник / В. В. Чернюк, О. Г. Гвоздецький, А. В. Мусієнко. – Львів: НУ Львівська політехніка, 2017. – 204 с.

• current oral examination (30%)
• final control (exam): written-oral form (70%)

• know the construction intakes and how they work;
• be able to calculate intakes and make their working drawings;
• own methods of protection of water sources from pollution and depletion..

• Technical Fluid Mechanics
• Engineering Geodesy;
• Engineering Geology and Hydrogeology

Facilities for water from surface sources: shore, richyschni and combined. Facilities for taking groundwater, wells; Mine wells, water intakes and horizontal beam watersheds. Hydraulic calculations intakes. The artificial recharge of groundwater. Zones of sanitary protection of surface and underground water sources.

1. ДБН В.2.5-74:2013. Водопостачання. Зовнішні мережі та споруди. Основні положення проектування. – К.: Мінрегіон України, 2013. 172 с.
2. Тугай А. М. Водопостачання: Підручник / А. М. Тугай, В. О. Орлов. – К.: Знання, 2009. – 735 с.
3. Чернюк В. В. Гідротехнічні споруди: Посібник / В. В. Чернюк, О. Г. Гвоздецький, А. В. Мусієнко. – Львів: НУ Львівська політехніка, 2017. – 204 с.

• current oral examination (30%)
• final control (exam): written-oral form (70%)

formation of skills and abilities of students for the assessment of water sources, substantiation, calculation and design of facilities for the collection of surface and groundwater.

technical mechanics of liquid and gas; geology and hydrogeology; engineering hydrology; waterworks; soil mechanics, foundations and foundations; hydraulic and aerodynamic machines, pumping stations; water supply networks and facilities.

For surface water sources: Analysis of source data and regulatory provisions. The choice of the most appropriate type of water intake structures, their structure and justification of the decision. Choice of type and design scheme of water intake structures. Selection of pumps of the pumping station of the first lift (calculation of head losses in the water supply, determination of the required pressure of the pumps, their selection). Hydraulic calculations: garbage gratings and grids; water receiver; gravity lines (if necessary). Define the mark of the highest point of the siphon (if necessary). Calculation of flushing of gravity lines, the ejector for removal of sediment from the water receiving seafront of the coast well, the water receiving bucket (if necessary). Design of the coastal well, combined with the pumping station of the first lift (calculation of watermarks in the water receiving and pumping compartments, installation of equipment, designation of the size of the well). Auxiliary equipment. Static calculations. Fish protection measures. Areas of sanitary protection of water intake. Stripping: general plan of the water supply (water intake, water supply, water tower); catchment facilities: sections and plan; design of individual nodes. For underground water collection (for example, from wells): Calculate the flow rate of a drill pit. Installing the number of working wells. Conducting hydraulic calculations and determining the main dimensions of the water intake filter. Calculation of the throughput of the water intake filter. Selection of the pump unit for the well. Determine the number of spare wells and the total number of wells at the water intake. Calculation of the total reduction of the static water level during operation of all working wells. Clarification of the height position of water lift pumps.

1. Орлов В.О., Тугай А.М., Орлова Я.А. Водопостачання та водовідведення: Підручник / В.О. Орлов, А.М. Тугай, Я.А. Орлова. – К.: Знання, 2011. – 359 с.
2. Тугай А.М. Водоснабжение. Водозаборные сооружения. Учебн. Пособие / А.М.Тугай. – К.: Вища школа, 1984. – 200 с.
3. Абрамов Н.Н. Водоснабжение: Ученик / Н.Н. Абрамов. – М.: Стройиздат, 1982. – 440 с.
4. ДБН В.2.5-74:2013. Водопостачання. Зовнішні мережі та споруди. Основні положення проектування.

• current control: control over the implementation of the stages of the course project - 30%;
• control measure: protection of the course project - 70%.

formation of skills and abilities of students for the assessment of water sources, substantiation, calculation and design of facilities for the collection of surface and groundwater.

technical mechanics of liquid and gas; geology and hydrogeology; engineering hydrology; waterworks; soil mechanics, foundations and foundations; hydraulic and aerodynamic machines, pumping stations; water supply networks and facilities.

For surface water sources: Analysis of source data and regulatory provisions. The choice of the most appropriate type of water intake structures, their structure and justification of the decision. Choice of type and design scheme of water intake structures. Selection of pumps of the pumping station of the first lift (calculation of head losses in the water supply, determination of the required pressure of the pumps, their selection). Hydraulic calculations: garbage gratings and grids; water receiver; gravity lines (if necessary). Define the mark of the highest point of the siphon (if necessary). Calculation of flushing of gravity lines, the ejector for removal of sediment from the water receiving seafront of the coast well, the water receiving bucket (if necessary). Design of the coastal well, combined with the pumping station of the first lift (calculation of watermarks in the water receiving and pumping compartments, installation of equipment, designation of the size of the well). Auxiliary equipment. Static calculations. Fish protection measures. Areas of sanitary protection of water intake. Stripping: general plan of the water supply (water intake, water supply, water tower); catchment facilities: sections and plan; design of individual nodes. For underground water collection (for example, from wells): Calculate the flow rate of a drill pit. Installing the number of working wells. Conducting hydraulic calculations and determining the main dimensions of the water intake filter. Calculation of the throughput of the water intake filter. Selection of the pump unit for the well. Determine the number of spare wells and the total number of wells at the water intake. Calculation of the total reduction of the static water level during operation of all working wells. Clarification of the height position of water lift pumps.

1. Орлов В.О., Тугай А.М., Орлова Я.А. Водопостачання та водовідведення: Підручник / В.О. Орлов, А.М. Тугай, Я.А. Орлова. – К.: Знання, 2011. – 359 с.
2. Тугай А.М. Водоснабжение. Водозаборные сооружения. Учебн. Пособие / А.М.Тугай. – К.: Вища школа, 1984. – 200 с.
3. Абрамов Н.Н. Водоснабжение: Ученик / Н.Н. Абрамов. – М.: Стройиздат, 1982. – 440 с.
4. ДБН В.2.5-74:2013. Водопостачання. Зовнішні мережі та споруди. Основні положення проектування.

• current control: control over the implementation of the stages of the course project - 30%;
• control measure: protection of the course project - 70%.