1. Introductory lecture, legislation, recommended literature.
2. Pipeline hydraulics. Hygienic rooms, typology, location of HM within a building.
3. Water properties, water sources, drinking water quality requirements, water treatment, water supply connections.
4. Water supply, design and calculation of internal water supply, VV fittings.
5. Hot water heating using RES, circulation pipes (according to the type of building).
6. Water supply networks, water pressure adjustments, fire water supply.
7. Gravity and pressure sewerage, sewers, wastewater treatment plant.
8. Sewerage connections, calculation of VK, fixtures.
9. Sanitary engineering, typology, use of rainwater, gray water.
10. Heating gases, basic properties, use in buildings.
11. Gas pipelines. Principles of low-pressure natural gas distribution. Requirements for the NTL connection project.
12. Gas equipment. Internal NTL distribution, fittings, testing.
13. Types of gas appliances in construction, installation options and principles.
2. Pipeline hydraulics. Hygienic rooms, typology, location of HM within a building.
3. Water properties, water sources, drinking water quality requirements, water treatment, water supply connections.
4. Water supply, design and calculation of internal water supply, VV fittings.
5. Hot water heating using RES, circulation pipes (according to the type of building).
6. Water supply networks, water pressure adjustments, fire water supply.
7. Gravity and pressure sewerage, sewers, wastewater treatment plant.
8. Sewerage connections, calculation of VK, fixtures.
9. Sanitary engineering, typology, use of rainwater, gray water.
10. Heating gases, basic properties, use in buildings.
11. Gas pipelines. Principles of low-pressure natural gas distribution. Requirements for the NTL connection project.
12. Gas equipment. Internal NTL distribution, fittings, testing.
13. Types of gas appliances in construction, installation options and principles.