1. Composition and properties of natural waters. Quality requirements for drinking, service, service and bottled water.Water Supply Act.
2. Overview of technological processes in water treatment. Surface and groundwater treatment.
3. Suspension settling and thickening, process theory. Settling and thickening tanks, technological parameters.
4. Coagulation and flocculation, process theory, mixing, coagulants, water clarification, clarifier.
5. Water filtration, filtration mechanism, types of filters, technological parameters.
6. Groundwater treatment, CO2 forms, calcium-carbonate balance, water deacidification.
7. Iron and manganese in waters. Removal of iron and manganese. Process theory. Technological procedures and equipment.
8. Ion exchange, process theory, applications. Water softening, chemical processes.
9. Water treatment by membrane processes, modules. Elektrodialyza.
10. Hygienic water security. Physical and chemical methods of water disinfection.
11 Adsorption from aqueous solutions, process theory, use in water treatment.
12. Special processes, dechlorination, removal of radon, nitrates, fluoridation of water, corrosive and incremental effects of water.
13. Requirements for cooling, auxiliary, supply and boiler water quality.
2. Overview of technological processes in water treatment. Surface and groundwater treatment.
3. Suspension settling and thickening, process theory. Settling and thickening tanks, technological parameters.
4. Coagulation and flocculation, process theory, mixing, coagulants, water clarification, clarifier.
5. Water filtration, filtration mechanism, types of filters, technological parameters.
6. Groundwater treatment, CO2 forms, calcium-carbonate balance, water deacidification.
7. Iron and manganese in waters. Removal of iron and manganese. Process theory. Technological procedures and equipment.
8. Ion exchange, process theory, applications. Water softening, chemical processes.
9. Water treatment by membrane processes, modules. Elektrodialyza.
10. Hygienic water security. Physical and chemical methods of water disinfection.
11 Adsorption from aqueous solutions, process theory, use in water treatment.
12. Special processes, dechlorination, removal of radon, nitrates, fluoridation of water, corrosive and incremental effects of water.
13. Requirements for cooling, auxiliary, supply and boiler water quality.