Students will be able to:

understand principles and design fundamental processes and technologies for undergroud and surface water treatment.

Spinosa L., Vesilind P.A.: Sludge into Biosolids, IWA Publishing, 2001

Foladori P., Andreotola G., Ziglio G.” Sludge reduction technologies in wastewater treatment plants. IWA Publishing, 2010

http://www.vscht.cz/homepage/tvp-en/index

1. Requirements for drinking water quality

2. Underground water treatment

3. Carbon dioxide equilibrium, removal of agressive carbon dioxide

4. Removal of iron and manganese

5. Removal of gases, radionuclides and nitrogenous compounds

6. Surface water treatment

7. Rough pretreatment, clarification

8. Average velocity gradient of mixing, mixing of suspensions, calculation of mixing devices

9. Clarifiers

10. Separation of suspensions by sedimentation

11. Sludge thickening and treatment, design and calculation of sedimentation tanks

12. Filtration, filters used in drinking water treatment technologie

13. Design and calculation of filters

14. Disinfection of drinking water

Hydrochemistry