Course Details
Watermanagement infrastructure
Academic Year 2023/24
MP001 course is part of 1 study plan
B-P-C-MI (N) / MI Winter Semester 4th year
Subject deals with drainage of urban areas with relation to hydrological, hydraulic and another aspect - - in particular structural-technological problems in designing of sewerage networks. Materials used for sewerage networks. It is related to reliability and control of sewerage networks. Basic normative details of design, expert opinion and operation of drainage in urbanized areas. Preparation for graduate students is directed to work in wide range of knowledge (prepare students for design activities, construction, legislation problems and engineering activities) in the water management.
Course Guarantor
Institute
Objective
wastewater collection from urban area, basics of design and operation of sewerage networks, technological and hydraulic design of WWTP, technology of wastewater treatment and sludge treatment, upgrading of WWTP, operation of WWTP.
Knowledge
Student will manage wastewater collection from urban area, basics of design and operation of sewerage networks, technological and hydraulic design of WWTP, technology of wastewater treatment and sludge treatment, upgrading of WWTP and operation of WWTP.
Syllabus
1. Development of wastewater collection, urban drainage, basic notions, legislation.
2. Wastewater collection schemes and drainage systems. Innovative means of drainage.
3. Storm and storm data. Storm outflow from urbanized area.
4. Hydraulic of sewerage systems., combined sewer overflows, master plans.
5. Sewerage networks and connections. Storm water harvesting.
6. Objects on sewerage systems. Strategy of surface water protection.
7. Excursion of WWTP Modrice
8. Development, history, dimensioning of WWTP and small WWTP. Mechanical and chemical treatment of wastewater.
9. Biological treatment of wastewater, activated sludge process.
10. Modern method of nitrogen and phosphorus removal.
11. Aeration and separation of activated sludge. Systems with attached biomass.
12. Sludge treatment at WWTP, final sludge disposal.
13. Anaerobic wastewater treatment.
2. Wastewater collection schemes and drainage systems. Innovative means of drainage.
3. Storm and storm data. Storm outflow from urbanized area.
4. Hydraulic of sewerage systems., combined sewer overflows, master plans.
5. Sewerage networks and connections. Storm water harvesting.
6. Objects on sewerage systems. Strategy of surface water protection.
7. Excursion of WWTP Modrice
8. Development, history, dimensioning of WWTP and small WWTP. Mechanical and chemical treatment of wastewater.
9. Biological treatment of wastewater, activated sludge process.
10. Modern method of nitrogen and phosphorus removal.
11. Aeration and separation of activated sludge. Systems with attached biomass.
12. Sludge treatment at WWTP, final sludge disposal.
13. Anaerobic wastewater treatment.
Prerequisites
Chemistry and water technology, hydraulics, hydrology, design of civil constructions
Language of instruction
Czech
Credits
5 credits
Semester
winter
Forms and criteria of assessment
course-unit credit and examination
Specification of controlled instruction, the form of instruction, and the form of compensation of the absences
Extent and forms are specified by guarantor’s regulation updated for every academic year.
Offered to foreign students
Not to offer
Course on BUT site
Lecture
13 weeks, 2 hours/week, elective
Syllabus
1. Development of wastewater collection, urban drainage, basic notions, legislation.
2. Wastewater collection schemes and drainage systems. Innovative means of drainage.
3. Storm and storm data. Storm outflow from urbanized area.
4. Hydraulic of sewerage systems., combined sewer overflows, master plans.
5. Sewerage networks and connections. Storm water harvesting.
6. Objects on sewerage systems. Strategy of surface water protection.
7. Excursion of WWTP Modrice
8. Development, history, dimensioning of WWTP and small WWTP. Mechanical and chemical treatment of wastewater.
9. Biological treatment of wastewater, activated sludge process.
10. Modern method of nitrogen and phosphorus removal.
11. Aeration and separation of activated sludge. Systems with attached biomass.
12. Sludge treatment at WWTP, final sludge disposal.
13. Anaerobic wastewater treatment.
Exercise
13 weeks, 2 hours/week, compulsory
Syllabus
Sewerage
1. Hydraulic calculation of flow in circular profile
2. Dimenzioning of sewerage networks
3. Design of line of sewerage network, hydrotechnic situation, calculation of sewage from urbanized area
4. Desing of dimensions of sewerage network by rational method
5. Longitudinal profile of sewer
Wastewater treatment
6.Flow at WWTP, basic scheme of WWTP
7.Mechanical pretreatment - screens
8.Mechanical pretreatment - sand trap
9.Mechanical treatment - settling tank
10.Biological treatment- activated sludge tank
11.Biological treatment- final clarifier
12.Sludge treatment - sludge production
13.Credit