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This course is closely connected to the concept of chemical technology teaching at the Department of organic technology. The ambition of the course is to contribute to the general engineering profile of its participants. Another important aim is to show and explain the relations between chemical production and other branches of industry. Economical aspects, energy balances, the prevention and active forms of environmental protection of chemical processes are treated as well. Basic petrochemical technologies are important constituents of the course. Importance of thermodynamic and kinetic principles in industrial processes is stressed in the lectures.
Last update: Dvořák Bohumír (15.08.2013)
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R: Pašek J.: Uhlíkaté suroviny, Skriptum FCHT, 1996, 8070802499. A: Moulijn J.A., Makkee M., Van Diepen A.: Chemical Process Technology, John Wiley, 2001, 0471630624. Last update: Dvořák Bohumír (15.08.2013)
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1. Basic knowledges of Chemistry, Physical Chemistry and Chemical Engineerig 2. Successful pass through of two control tests in half and at the end of semestr. Form of control test: briefness but truthfulness answers on 18 (1.test), resp. 24 (2.test) questions. 3. Oral examination after complete of item 2. 4. Participation in all day excursion, see.syllabus. Last update: Dvořák Bohumír (15.08.2013)
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1. Object information`s content, relationship between chemical production, power and environment 2. Crude oil: occurrence, recovery, transport, composition and primary processing 3. Secondary oil processing: desulfurization, reforming, cracking, oil production 4. Ethylene production by thermal cracking: technology, main products, ethylene chemistry 5. Propylene chemistry, processing of C4, C5 fraction and aromatics isolation 6. All day field trip to the chemical plant - UNIPETROL rpa, Litvínov, visit the following operations: atmospheric rectification of crude oil, continuous reforming and ethylene pyrolysis 7. Natural gas: production, transport, steam reforming and its physico-chemical principles 8. Control test 9. Technology of the natural gas splitting, production of syngases, hydrogen and carbon oxide 10. Coal: combustion, coking, gasification and cool utilization for production of chemicals 11. Waste gases desulfurization, modern heat and electric power production 12. C1-Chemistry: CH3OH, MTG-process, hydroformylation, Fischer-Tropsch processand phosgene 13. Acetylene: production, base of raw materials. Renewable carbonaceous sources 14. Chemical a power utilization of biomass: of the wood, sugars and wegetable oils 15. Control test
Last update: Dvořák Bohumír (05.11.2012)
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Dvořák B.: Copy of topics from individual lectures. Last update: Dvořák Bohumír (15.08.2013)
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Students will be able to:
acid, nitric acid and further)
raw materials Last update: Dvořák Bohumír (15.08.2013)
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nothing Last update: Dvořák Bohumír (15.08.2013)
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