Czech

Not applicable.

Students will acquire new skills, knowledge and experience in these areas and increase the competence of students as follows:

1st Students will gain an overview of selected experimental methods used in water treatment technology.
2nd Students will be able to perform selected technological tests used in water treatment technology.
3rd Students will be able to use physico-chemical, chemical and physical methods analysis of materials tested in gone over technological tests.
4th Students will know instrumental technique used in gone over technological tests.
5th Students will know the methodology and evaluation of selected technological tests inclusive of experimental data treatment by methods of mathemtical analysis and mathematical statistics.
6th Students will gain a capability of autonomous labor in application of selected technological tests from field of water treatment, inclusive of necessary chemical analysis and their evaluation and a capability of autonomous work in the MS Excel environment during processing of experimental results by utilization of tools of mathematical analysis and mathematical statistics.

Knowledge from courses: Hydrochemistry, Analytical chemistry, Chemical engineering, Technology of drinking water treatment, Laboratory classes on water treatment technology I

Not applicable.

The course uses teaching methods in form of Laboratory exercise - 4 teaching hours per week. The e-learning system (LMS Moodle) is available to teachers and students.

Course unit credit. Conditions for awarding the course unit credit: participation in all laboratory classes, submitting all reports (in written or electronic form) in satisfactory quality and passing of credit test.

1. Clarification of waste water - estimation of optimal pH value and optimal dose of coagulant
2. Clarification of waste water - estimation of optimal pH value and optimal dose of coagulant
3. Kinetics of spontaneous ozone decay in water; application of ozone in ground water treatment
4. Kinetics of spontaneous ozone decay in water; application of ozone in ground water treatment
5. Specific adsorption from water solution - kinetics of equilibrium establishment, adsorption isotherm
6. Specific adsorption from water solution - kinetics of equilibrium establishment, adsorption isotherm
7. Estimation of oxygenation capacity in pure water
8. Estimation of oxygenation capacity in pure water
9. Combination of coagulation and adsorption in drinking water treatment of surface water
10. Combination of coagulation and adsorption in drinking water treatment of surface water
11. Filtration - sieve analysis of filter material, sewage dewatering
12. Filtration - sieve analysis of filter material, sewage dewatering

Not applicable.

Practical teach-in with fundamental technological procedures andprocesses,
which are asserted at waste water treatment, including necessary chemical analysis,
elementary laboratory tests and metods of numerical and mathematical
and statistical processing own experimental results.

Conditions for awarding the course unit credit: participation in all aboratory classes, submitting all reports (in written or electronic form) in satisfactory quality and passing of credit test.

Not applicable.

Not applicable.

Kol. aut.: Laboratorní metody v technologii vody. Vyd. VŠCHT Praha, 1997 (CS)

Ferdinand Tuček, Jan Chudoba a Zdeněk Koníček: Základní procesy a výpočty v technologii vody. SNTL Praha 1988 (CS)