1. Study of thermodynamic and kinetic fundamentals of chemical processes
2. Mastering the conditions of distribution residence time, temperature and concentrations in various types of chemical reactors
3. Mastering the principles of calculation and optimization of chemical reactors

Prerekvizyty:
Higher mathematics
machine parts
Processes and Chemical Technology apataty
Chemistry
Mathematical modeling of chemical-engineering processes
Korekvizyty:
Principles of designing chemical plants

A common approach to the mathematical description of the sources (sewage) substances and heat A mathematical description of the reactor structure imperfect flow The required residence time of the reaction mixture in the office Mathematical description reactors with fixed bed catalyst Mathematical description reactors pseudo liquefied layer of catalyst Industrial reactors for the homogeneous processes Reactors for the process in the "gas - solid" and "liquid - solid" Reactors for the process in the "gas - liquid" and "liquid - liquid"

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2. Денбиг К.Г. Теория химических реакторов. М.: Наука, 1968. 120 с.
3. Безнадежных А.А. Математические модели химических реакторов. Киев. «Техника» - 1970 – 176 с
4. Смирнов Н.Н., Волжинский А.И. Химические реакторы в примерах и задачах. Ленинград «Химия». 1986 – 224 с.
5. Царьова З.М., Товажнянський Л.Л., Орлова Є.І. Основи теорії хімічних реакторів. Харків., НТУ «ХПІ», 2002 – 615 с.
6.В. И. Косинцев, А. И. Михайличенко, Н. С. Крашенинникова, В. М. Миронов, В. М. Сутягин. Основы проектирования химических производств. Москва. Икц ?Академкнига? 2010, 378 с.

Evaluation methods:
Previous control, creeping control, final control
Evaluation criteria:
Laboratory classes - 30 points
control measure - 70 points