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The course deals with technological and chemico-engineering tools applied in the field of air protection technology . The process of greening the technology is based on the current scheme and the mass and heat balances . For individual process streams are considered the possibility of applying appropriate technical operations leading to the separation of pollutants. The specific examples are compared to various environmental technologies both in terms of efficiency and in terms of economic - investment and operational performance.
Last update: MACHACA (02.04.2014)
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Students will be able to: Work with specific technological scheme of the environmental technologies. Determined key technological currents based on the mass balance of the process. Specify technological conditions have a significant influence on the separation efficiency of pollutants. Last update: Hlinčík Tomáš (31.05.2017)
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Technology of control air pollutants, technological flow , mass balance , heat balance, the separation process efficiency Last update: MACHACA (02.04.2014)
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For successful completion of the course, it is first necessary to achieve at least 50 points in the credit test and to pass the written part of the examination to more than 50 points. It is also necessary to pass the oral part successfully. Last update: MACHACA (30.01.2018)
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Z:Doc.Ing.J.Vejvoda,CSc., Ing.P.Machač, CSc., Prof.Ing.P.Buryan,DrSc., Technologie ochrany ovzduší a čištění odpadních plynů, Praha 2003, ISBN 80-7080-517-X Z:Warnatz J., Maas U., Dibble R.W., Combustion, New York,1999,3-540-65228-0 Z:Moser R.E,, Overview on the Use of Additives in Wet FGD Systems. APRI, CA 94303. Z:Moser et al.Cleair Liquor Organic Acid Flue Gas Desulphurisation System.,U.S. Patent No.5.770.164.June 1998 Chemical Engineering Science. Z:Frandsen J.B.W., Kiil S., Johnsson J.E., Optimisation of a Wet FGD Pilot Plant Using Fine Limestone and Organic Acids, 2001 Matos, Manuel A. Z:Borrego,Carlos: Poluição Atmosférica I,Environmental and Planning Department, Aveiro Univ., 1994 D:Vladyka J., Pětioký K., Předávací dokumentace - Laboratoř pro výzkum procesu odsíření spalin, Zkušební absorber, EVECO, s.r.o. 07.2011., D:Garrison. F, Wells.W., Dewatering of Flue Gas Desulphurisation Sulphite Solids. U.S. Patent No.4.454.101. June 1984. Last update: Hlinčík Tomáš (31.05.2017)
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Once a week, two hours of lectures and one hour of exercise. Last update: MACHACA (02.04.2014)
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1. Air pollution prevention and control legislation of Czech Republic. 2. Principal features of EU legislation. 3. Dust control technology. Cyclones. Eletrostatic precipitators and fabric filters. 4. Sulphur oxides emission control. Wet limestone process. Dry limestone technology. 5. Spray dryers absorption. Fluidized bed combustion. Regenerative processes. 6. Apparatus of desulphurization processes. 7. Nitrogen oxides emission control. NOx formation at fuel combustion. 8. Selective catalytic reduction of NOx by NH3. 9. Selective non-catalytic process. 10. Municipal and hazardous waste combustion and emission control. 11. Absorption, adsorption and catalytic processes for air pollution control in industry. 12. Thermal non-catalytic processes. 13. Biofilters and biowashers. 14. Mobil sources emission control technology. Gas and diesel engines. Last update: MACHACA (02.04.2014)
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Chemical Engineering I. Last update: MACHACA (02.04.2014)
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