Acquiring basic knowledge, engineering competencies and academic skills on data analysis in the field of engineering necessary protection of water, air and land. Introduction to modern methods of separation, experiment design, processing, and analysis of experimental data.

Acquired knowledge, students will use in the engineering and analytical evaluation and statistical analysis of data about levels of contamination, methods of deposition and separation, and dynamics of dispersion of pollutants in a variety of biotic and abiotic environmental matrices.

The structure of pure substances. Properties and behavior of gases solid and liquid substances. Dispersed systems. Solutions. Phase equilibrium, Gibbs' phase rule, two and three component systems. Physical and chemical adsorption, heat of adsorption, adsorption equilibrium and kinetics. Engineered adsorption processes. Catalysis, catalytic reactions, the theory of heterogeneous catalysis, homogeneous catalysis. An experiment in practice. approach to experimental research, planing of experiment.Types of errors. Systematic errors. Random errors. Rough experimental errors.The accuracy and precision of the experimental results.Processing of the experimental results.Graphical analysis of the experimental results.Statistical analysis of the experimental results. Analytical methods.Chemical, sensory, biochemical and instrumental analytical methods.Spectroscopy. Theoretical basis and types of spectroscopy.Instruments in optical spectroscopy. Theoretical basis of separation methods. Chromatography.

Lectures. Laboratory and computing practice. Consultation - individual and group. During the semester, students are required to attend lectures, laboratory and computational practices. After successfully realized examination prerequisites, students take the written (computing) and oral (theoretical) part of the final exam. The written part of the exam can be taken through the two colloquiums.