Czech

Not applicable.

Passing the course will increase students' competencies as follows:

1. Obtaining knowledge about the correct processing of Standard Operating Procedures for Sampling.
2. Obtaining practical experience from sampling environmental matrices, especially water, sediment, soil, air.
3. They will acquire basic practical knowledge about analytical water chemistry needed for other related subjects such as water technology, special water technology, etc.
4. They will be practically oriented in selected analytical techniques and procedures.
5. Practically verify the application of the ČSN standards and work with them.
6. Students will manage all the necessary calculations and will control the evaluation of the analytical results obtained by the individual analyzes.

Theoretical and practical knowledge of analytical chemistry.
Knowledge of basic calculations in analytical chemistry.
Knowledge of evaluation and processing of analytical data.
Basic knowledge of environmental sampling.

Not applicable.

Learning outcomes of the course unit: Laboratory exercise - 4 lessons per week. The LMS Moodle e-learning system is available to lecturers and students.

During the practical exercises the students' knowledge will be checked in the form of control questions from the teacher. Protocols for individual exercises will then be developed. Protocols will be reviewed. Overall assessment will take into account the student's access during the exercise and also the quality of the elaboration of partial protocols. At the end of the course, students will pass a credit test, which must be at least 50%.

1. Introduction to practice, safety of work, methodology of work in analytical laboratory.
2. Sampling of soil, using mobile analytics for soil analysis.
2. Sampling of surface water (floor, flowing water), sampling using passive samplers for water.
3. Sampling using passive samplers for pollutants in the air.
4. Determination of organoleptic properties in different water types, measurement of physical parameters (pH, conductivity, hardness, alkalinity and acidity).
5. Determination of BOD, Determination of COD (COD Mn, COD Cr).
6. Measurement of absorbance and absorption spectra, measurement of turbidity.
7. Determination of the color of surface water containing humic substances.
8. Spectrophotometric determination of basic cations in water (iron, manganese, aluminum, ammonium ions).
9. Spectrophotometric determination of basic anions in water (nitrates, nitrates, phosphates, chlorides, fluorides).
10. Determination of alkaline earth metals by emission flame spectrometry.
11. Determination of risk elements in waters.
12. Practical use of screening methods of mobile analytics.
13. Analysis of own unknown sample of drinking or surface water.

Not applicable.

The aim of the subject is:
- to acquaint students with selected analytical methods used in practice in water analysis
- to create the basis for successful mastering of courses in the field of chemistry and water technology in the follow-up Master's study.
- provide them with the knowledge base needed to practice in the field of hydrochemistry and water analysis
- Practical acquaintance with the whole process of selecting sample samplers for sampling different matrices (water, soil, air) from the environment.

Processing of protocols for the given tasks, verifying knowledge during the practice, analyzing the water sample, evaluating the results of the analyzes with respect to the valid legislation. Requirements for each practice will be published on e-learning.

Not applicable.

ČSN normy: https://csnonline.unmz.cz/ (CS)
GRUIJTER J., KOSTECKI P., DRAGUN J. Sampling for natural resource monitoring. 4th ed., International student version. New York: Springer, c2006. (CS)
Horáková M. a kol. : Analytika vody, VŠCHT, Praha 2007 (CS)
Horálek V., Ševčík. G. K., Čurdová E., Helán V.: Vzorkování I: obecné zásady. 1. vydání Český Těšín, 2 THETA, 2010. (CS)
Koplík R., Poláková Š., Šrámek I., Šviráková E.: Vzorkování III: potraviny, zemědělství, předměty běžného užívání. 1. vydání Český Těšín. 2 THETA, 2016 (CS)
Kotlík B., Langhans J., Bernáth P., Kraják V.: Vzorkování II: životní prostředí. 1.vydání Český Těšín, 2THETA, 2016. (CS)
Pitter, P. : Hydrochemie, VŠCHT, Praha 2009 (CS)
ZHANG Ch. Fundamentals of environmental sampling and analysis. 2nd ed. Hoboken, N.J.: Wiley-Interscience, c2007. (CS)

Not applicable.