Curriculum:
1. The history, purpose, basic terms and definitions of sewers and wastewater treatment.
2. Waste water - specifications, types, analysis
3. Systems and ordering systems of sewerage network
4. Means of transport of waste water - pressure, pneumatic drains
5. Means of transport, waste water treatment - vacuum, low profile sewage
6. Principles of design of sewerage networks - hydrological data, calculate the quantity of waste water sewage and rainwater.
7. Shapes and sizes of sewers. Material of sewer networks. How sewer deposit pipeline
8. Objects of the sewage network - manholes, converging shafts, shaft fracture, distribution chamber, well holes, slip
9. Objects of the sewage network - storm drains, sediment traps, objects outlet hole, snow throw, ventilation systems, pumping stations.
10. Objects of the sewage network - sewer inverted siphon, vent chambers
11. Maintenance of the sewer system. Sewers.
12. The arrangement of wastewater treatment plant.
13. Technical requirements for the construction of sewerage systems. Legislative requirements for the construction of sewerage systems.
Framework plan of seminars:
General exercise plan:
1. Basic terms, terms and definitions for the sewerage project.
2. Drawing - situation - part 1 - design of sewerage route
3. Drawing - situation - part 2 - design of objects on the sewerage route
4. Drawing - hydrotechnical situations - 1st part - design of sewerage districts
5. Drawing - hydrotechnical situation - part 2 - numbering and determination of sewerage areas
6. Hydraulic calculations for sewer dimensioning.
7. Drawing - longitudinal profile of sewer system 1st part
8. Drawing - longitudinal profile of sewerage part 2
9. Drawing - sample section of the sewer pipe installation
10. Hydraulic calculation of the proposed sewerage network 1st part
11. Hydraulic calculation of the designed sewerage network 2nd part
12. Technical report.
13. Completion of drawings. Checking drawings and granting credits
1. The history, purpose, basic terms and definitions of sewers and wastewater treatment.
2. Waste water - specifications, types, analysis
3. Systems and ordering systems of sewerage network
4. Means of transport of waste water - pressure, pneumatic drains
5. Means of transport, waste water treatment - vacuum, low profile sewage
6. Principles of design of sewerage networks - hydrological data, calculate the quantity of waste water sewage and rainwater.
7. Shapes and sizes of sewers. Material of sewer networks. How sewer deposit pipeline
8. Objects of the sewage network - manholes, converging shafts, shaft fracture, distribution chamber, well holes, slip
9. Objects of the sewage network - storm drains, sediment traps, objects outlet hole, snow throw, ventilation systems, pumping stations.
10. Objects of the sewage network - sewer inverted siphon, vent chambers
11. Maintenance of the sewer system. Sewers.
12. The arrangement of wastewater treatment plant.
13. Technical requirements for the construction of sewerage systems. Legislative requirements for the construction of sewerage systems.
Framework plan of seminars:
General exercise plan:
1. Basic terms, terms and definitions for the sewerage project.
2. Drawing - situation - part 1 - design of sewerage route
3. Drawing - situation - part 2 - design of objects on the sewerage route
4. Drawing - hydrotechnical situations - 1st part - design of sewerage districts
5. Drawing - hydrotechnical situation - part 2 - numbering and determination of sewerage areas
6. Hydraulic calculations for sewer dimensioning.
7. Drawing - longitudinal profile of sewer system 1st part
8. Drawing - longitudinal profile of sewerage part 2
9. Drawing - sample section of the sewer pipe installation
10. Hydraulic calculation of the proposed sewerage network 1st part
11. Hydraulic calculation of the designed sewerage network 2nd part
12. Technical report.
13. Completion of drawings. Checking drawings and granting credits