knowledge:
1. ability to demonstrate the systematic knowledge and skills of modern research methods in the field of chemical technology and engineering, chemical materials science and related industries;
2. the ability to demonstrate advanced theoretical knowledge in the chosen field of research;
3. understanding of modern technologies of chemical production and tendencies of their development;
4. the ability to demonstrate an understanding of the impact of technical decisions in the social, economic and social context.
skill:
1. to search, analyze and critically evaluate scientific and scientific-technical information from different sources;
2. apply knowledge and understanding to solve the problems of synthesis and analysis of elements and systems specific to the chosen field of research;
3. to study and model phenomena and processes in complex chemical and physico-chemical systems;
4. apply a systematic approach, integrating knowledge from other disciplines and taking into account non-technical aspects, while solving the theoretical and applied problems of the chosen field of research;
5. independently carry out experimental research at the current level and apply research skills;
6. to evaluate the feasibility and feasibility of applying innovative processes in chemical technologies and engineering, chemical materials science and related fields;
7. to argue the choice of methods for solving the scientific-applied problem, to critically evaluate the results obtained and to defend the decisions made.

Previous courses
1. Catalysis in chemistry and chemical technology
2. Numerical modeling of chemical technology processes
3. Innovative processes in chemical technologies

Related and subsequent subjects

1. Investigation of the kinetics of complex chemical reactions
2. Computer simulation of hydromechanical processes in chemical technology and engineering
3. Exergy analysis of chemical-technological systems

Introduction. Purpose and objectives of the course Analysis of chemical-technological systems Combining processes in organic synthesis technologies Chemical technologies based on vegetable raw materials. Integrated use of organic synthesis products Industrial methods of liquid-phase oxidation of hydrocarbons Creation of effective catalytic systems for liquid-phase oxidation processes and directions of their use in existing industries Industrial methods for the production of oligomers based on mixtures of unsaturated compounds Initiated polymerization of unsaturated compounds mixtures and methods of industrial use of initiated polymerization

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2. Пальм, В. А. Основы количественной теории органических реакций/ В. А. Пальм. – Л.:Химия, 1977. – 360 с.
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7. Електронний навчальний посібник «Технологічні схеми промисловості органічного синтезу». [уклад.: Реутський В.В., Іващук О.С., Івасів В.В.] http://vns.lp.edu.ua/moodle/course/view.php?id=9771. Реєстр. № Е41-216-6/2012 від 14.02.2012 р.
8. Електронний навчально-методичний комплекс "Застосування продуктів органічного синтезу" [уклад.: Субтельний Р.О., Дзіняк Б.О.]. – http://195.22.112.13/course/view.php?id=678. Реєстр. № 01829 СЕ41-216-122/2017 від 01.03.2017

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