• to know the basic means of transmission of different types of energy to chemical-technological systems (CTS) and physicochemical bases of processes occurring in the CTS under their influence, the design of devices for the generation of different types of energy;
• know how to analyze existing processes and reasonably choose the best way to intensify the use of innovative energy transfer;
• to understand the basic directions of development of innovative processes.

• Inorganic Chemistry.
• Processes and equipment of chemical industries.
• Theoretical electrochemistry.
• General chemical technology.
• Equipment industry and design principles.

Systematic approach to the problems of intensification of chemical-engineering processes (CEP). Acoustic low- and high-frequency techniques and equipment. Electromagnetic high frequency and ultra high frequency plasma-chemical methods. Effects of electromagnetic radiation on matter. Plasmolysis. The plasma-chemical processes. Plasmatrons. Membrane processes.

1. Vitenko T.M. The hydrodynamic cavitation in mass transfer, chemical and biological processes: monograph / . Vitenko T.M. – Ternopil (published TNTU. John Pul'uj). 2009. – 224 p. (in Ukrainian).
2. Kardashev T.A. Physical methods of intensification of processes of chemical technology. - M .: Chemistry, 1991. – 208 p. (in Russian).

• written reports on laboratory work, oral examination (30%)
• final control (70% control measure, exam), written-oral form (70%)