Advanced Water Treatment [grd2vp]

Programme
Civil Engineering
Study type
Doctoral Studies
Course status
optional
ECTS
8.5
Required courses
# active classes - per week
Lectures
Exercises
Other
Personal research activity
4
2
0
0
Teaching methods

Auditorylectures.Methodological unitsare accompanied byappropriatedescriptiveorcomputationalexamplesandrealexamplesfrom practice. Laboratory and/or field research.

Grading scheme - max. 100 points
Colocviums
Semestral work
Oral exam
Written exam
Other
0
30
40
0
30
Aim

Introduction to the principlesandmethods of analysisprocesses and proceduresfortreatmentof natural watersin order to obtaindrinking waterusinglaboratory andpilottests andmathematicalmodeling.

Outcome

Student competence in independent research in the field of water treatment.

Contents

Unit operations in water treatment: physical (mixing, sedimentation, flotation, gas  transfer, filtration through granulated media, membrane technologies), chemical (chemical precipitation, flocculation, adsorption, ion exchange, disinfection, water corrosion). Laboratory research and pilot modeling. Mathematical modeling of treatment processes: model setup, calibration and verification.

Literature

1 American Water Works Association: Water Quality and Treatment, Fourth Edition, McGraw-Hill Inc., 1990

2 W.Viessman, M.Hammer: Water Supply and Pollution Control, Fourth Edition, Harper&Row Publishers, New York, 1985

3 Metcalf & Eddy: Wastewater Engineering, Treatment, Disposaland Reuse, Third Edition, McGraw-Hill Inc., 1991

4 T.Reynolds, P.Richards: Unit Operations and Processess in Environmetal Engineering, Second Edition, PWS Publishing Company, 1996

5 M.Milojević, Advanced Drinking Water Treatment, Faculty of Civil Engineering-University of Belgrade, 2002.

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