Winter Semester 2010/11
Winter Semester 2011/12
Winter Semester 2012/13
Summer Semester 2016/17
Summer Semester 2017/18
Summer Semester 2018/19
Summer Semester 2019/20
Air protection and cleaning of combustion gases ŚC2064
"Legalese in protecting the environment. International conventions and protocols restricting emisje. Spreading and transformation of pollutants in atmosferze.Rodzaje pollutants emitted into the atmosphere by the burning process paliw.Obliczanie emissions of basic pollutants. Methods for reducing emissions. Dust emissions. Sizes characteristic of emission control. types of dust collection equipment. Mechanical dry dust removal (dust collectors gravity, inertia-gravity, cyclones and multicyclones). Elektorfiltry. structural features of electrostatic precipitators. filters tkaninowe.Zasady selection and installation odpylających.Ograniczenie sulfur compounds. primary method of reducing sulfur emissions. types desulphurisation equipment. desulfurization of coal. boilers bed. Reducing emissions of nitrogen compounds. primary methods. types of waste gas denitrification equipment. mechanisms of selected air pollutants impact on the environment. Energetics atmosphere. increase in the greenhouse effect, acid rain, gases odoroczynne. incineration. Disposal of waste by pyrolysis. volatile products and solid waste pyrolysis. standard building energy and emissions. requirements for thermal protection of buildings and reduce carbon emissions. Directive 2002/91/EC of the European Parliament and of the Council of Europe on the energy performance of the building. renewable energy sources. analysis of gases in the protection of atmosphere. methods manul (method of sampling gaseous pollutants, analytical methods, measurement of dust). Automated measurement methods. monitoring of air pollution.
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Term 2016L:
"Legalese in protecting the environment. International conventions and protocols restricting emission. Spreading and transformation of pollutants in atmosferze. Types pollutants emitted to the atmosphere by the burning process. Calculation emissions of basic pollutants. Methods for reducing emissions. Dust emissions. Sizes characteristic of emission control. Types of dust collection equipment. Mechanical dry dust removal (dust collectors gravity, inertia-gravity, cyclones and multicyclones). Elektrofilters. structural features of electrostatic precipitators, fabric filters. Rules selection and installation odpylających.Limit sulfur compounds. primary method of reducing sulfur emissions. types desulphurisation equipment. desulfurization of coal. boilers bed. Reducing emissions of nitrogen compounds. primary methods. types of waste gas denitrification equipment. mechanisms of selected air pollutants impact on the environment. Energetics atmosphere. increase in the greenhouse effect, acid rain, gases odoroczynne. incineration. Disposal of waste by pyrolysis. volatile products and solid waste pyrolysis. standard building energy and emissions. requirements for thermal protection of buildings and reduce carbon emissions. Directive 2002/91/EC of the European Parliament and of the Council of Europe on the energy performance of the building. renewable energy sources. analysis of gases in the protection of atmosphere. methods manul (method of sampling gaseous pollutants, analytical methods, measurement of dust). Automated measurement methods. monitoring of air pollution. |
(in Polish) Rodzaj przedmiotu
Course coordinators
Term 2019L: | Term 2018L: | Term 2016L: | Term 2012Z: |
Learning outcomes
student knows and interprets regulations on air quality;
knows the basic modern flue gas cleaning technology and reducing emissions of pollutants into the atmosphere;
gathers information and materials for the development of project documentation for specific tasks related to the protection of the air;
present an oral presentation specific analysis tasks using modern means of communication;
analyzes and evaluates the documentation prepared for ecological and economical;
understands the need for a permanent training;
can predict the effects of engineering in environmental protection;
able to determine the environmental and economic priorities for the implementation of a specific task;
Assessment criteria
lecture written exam;
rules for evaluating results: according to the scores attributed to each question;
evaluation: the percentage of the maximum number of points:
enough - 55-60%
Satisfactory Plus - 61-70%
Good - 71-80%
Good Plus - 81-90%
very good - 91-100%
Bibliography
"1. Juda-Rezler K.: Oddziaływanie zanieczyszczeń powietrza na środowisko.OWPW, Warszawa 2000;
2. Piecuch T.: Spalanie i piroliza odpadów oraz ochrona powietrza przed szkodliwymi... Koszalin 2002;
3. Szklarczyk M.: Ochrona atmosfery. Wydawnictwo UWM, Olsztyn 2001;
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Term 2016L:
1. Juda-Rezler K.: Oddziaływanie zanieczyszczeń powietrza na środowisko.OWPW, Warszawa 2000; |