Czech

4

Not applicable.

An overview of energy-producing and chemical plants in operation in our industrial sector. Basic processes in inorganic and organic technology, safety at work and the prevention of industrial accidents. Graduates will be able to work in the position of a foreman or operations engineer. They could also become a member of a company’s security team. The subject can also be of use in students’ subsequent studies.

There are no special requirements.

Not applicable.

The teaching methods employed are appropriate to the type of tuition and are described in Article 7 of the Study and Examination Rules of BUT. The lessons include lectures and also feature audio-visual projections, including presentations of various teaching tools. Some chapters are also listed in LMS Moodle.

A written test, if the evaluation is at least “sufficient”; an oral test is also possible. A supplementary written exam may also be given if needed in order to obtain a better assessment.

1. Introduction and scope of the course “Chemical Engineering Risks”
2. Selected chapters from inorganic and organic chemistry and technology
3. Selected chapters from inorganic and organic chemistry and technology
4. Nuclear chemistry, dosimetry, uses of nuclear chemistry
5. Hazardous chemical substances I
6. Hazardous chemical substances II
7. Chemistry of fires and explosions. Quench agents, inertisation of the environment
8. Chemistry of the environment
9. Contamination of components of the environment
10. Technology used in the protection of various components of the environment
11. Fundamentals of chemical ecotoxicology
12. Prevention of accidents
13. Handling of hazardous waste

Not applicable.

To provide knowledge regarding dangerous chemical substances, health and environmental protection and the operation of various technical plants. Work and fire regulations, methods of prevention and personal protective equipment.

Not applicable.

Not applicable.

Not applicable.

CARSON, P.: Hazardous Chemicals Handbook, 2nd Ed., Oxford, Butterworth Heinemann 2002, 608 s., ISBN 0-7506-4888-0
SKŘEHOT P. a kol.: Prevence nehod a havárií I., VÚBP, Praha 2009, ISBN 978-80-86973-70-8
SKŘEHOT P. a kol.: Prevence nehod a havárií II., VÚBP, Praha 2009, ISBN 978-80-86973-73-9
KIZLINK, J.: Technologie chemických látek. Chemický průmysl, koroze, konstrukční materiály, technické plyny, anorganické a organické produkty, dřevo, zpracování uhlí, úprava látek, zpracování ropy, paliva a petrochemie, chemické speciality, pesticidy, dezinfekční látky, tenzidy, plasty a kaučuk, aditiva a pomocné chemikálie, výbušniny, biotechnologie, organizace pro chemii, 3.vyd. . Brno Vysoké učení technické, 2005. 282 s. ISBN 80-214-2913-5
KIZLINK, J.: Technologie chemických látek a jejich použití, 4. vyd., Brno, Vysoké učení technické, 2010, 480 s, ISBN ještě není, kniha je nyní ještě v tisku.

SKŘEHOT P. a kol.: Prevence nehod a havárií II., VÚBP, Praha 2009, ISBN 978-80-86973-73-9
SKŘEHOT P. a kol.: Prevence nehod a havárií II., VÚBP, Praha 2009, ISBN 978-80-86973-73-9
ORLÍKOVÁ, K., ŠTROCH, P.: Chemie procesu hoření. 1999, Ostrava, SPBI Spektrum, Ostrava, ISBN 80-86111-39-3

eLearning: currently opened course

13 hours, compulsory

eLearning: currently opened course