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Waste Water Treatment

Study program:
Environmental Engineering (VI semester -BsC)
Mineral Processing (VIII semester -BsC)
Name of subject: Waste Water Treatment
Instructors:
Prof. Ljubiša Ignjatović
Status: Optional
ECTS: 5
Prerequisites: -
Course Objectives:
Acquiring the necessary knowledge of the composition of natural waters, the formation of wastewater and the basic physical, physicochemical and biological methods used in the process of water treatment, and above all in the treatment of wastewater (industrial and municipal).
Learning Outcomes:
Based on the acquired knowledge, students can provide technological solutions, ie design simpler lines for purification of wastewater depending on the present pollutants, using appropriate procedures by which their concentration is reduced to the law predicted value (MDK or GVE) or to the quality that they can be used as reverse.
Content:

Theory teaching
Chemical composition of natural waters. Physicochemical analysis. Industrial wastewater. Communal wastewater. Legislation. Procedures (methods) for wastewater treatment. Physical (mechanical) methods: screening (coarse and fine), precipitation, filtering. Aeration. Chemical methods: neutralization; oxidation; reduction. Test I. Physicochemical procedures: coagulation, flocculation, adsorption, ion exchange, extraction, reverse osmosis, flotation. Biological processes: aerobic (biological filtration; active sludge; aerated lagoons); anaerobic procedures. Examples of lines for the treatment of industrial wastewater. Examples of lines for the treatment of municipal wastewater. Test II.

Practical teaching
Water samples for physicochemical analysis (affected sample, mean concentration and load, mixed sample, total sample). Field analysis. Measurement of water flow. Sedimentation; sedimentation rate. Filtering. Neutralization and precipitation. Oxidation of reducing agents in water. Reduction of oxidizing agents in water. Water Purification by Aeration. Water purification by adsorption method (activated carbon; zeolite); ion exchange (zeolite). Coagulation. Flocculation. Visits to wastewater treatment plants.

Suggested Reading List:
  1. Degrémont,Tehnika prečišćavanja voda, Građevinska knjiga, Beograd, 1996.
  2. D. Ljubisavljević, A. Đukić, B. Babić, Prečišćavanje otpadnih voda, Građevinski fakultet, Beograd, 2005.
  3. L. Knežić, J. Baras, N. Blagojević, M. Mitrović, Obrada otpadnih voda, I deo, Mehanički i fizičkohemijski postupci, Savez hemičara i tehnologa Srbije, Beograd 1980.
  4. J. Baras, I. Brković-Popović, L. Knežić, M. Popović, N. Blagojević, Obrada otpadnih voda, II deo, Biološka obrada, Savez hemičara i tehnologa Srbije, Beograd 1979.
  5. George Tchobanoglous, Franklin L. Burton (editori), H. David Stensel, Wastewater Engineering: Treatment and Reuse, McGraw-Hill Science/ Engineering/Math; 4th edition, 2002.
  6. James M. Montgomery, Water Treatment Principles and Design, John Wiley& Sons, 1985.
  7. N. Krešić, S. Vujasinović, I. Matić, Remedijacija podzemnih voda i geosredine, RGF, Beograd, 2006.
  8. S. Gaćeša, M. Klašnja, Tehnologija vode i otpadnih voda, Jug.udrž.pivara, Bgd., 1994.
Conduct of the Course:
Lectures; practical teaching through laboratory work;conduct a laboratory log
Fund hours:
Lectures Exercises Other forms of teaching Study research
2 2 0 0
Assessment:
Final Exam ECTS
Oral Exam40

Classwork Assessment ECTS
10
Practical Classes30
Seminars20
Additional Assessment Criteria: -


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