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The aim of the laboratories is to familiarize students with selected methods of analysis and evaluation of physico-chemical properties of gaseous, liquid and solid fuels. Students will also learn selected sampling methods and become familiar with the evaluation of textural properties of sorbents used for gas cleaning.
Last update: Staš Martin (05.02.2024)
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Students will be able to: • apply selected fuel sampling methods • prepare fuel samples for analysis • determine selected properties of gaseous, liquid and solid fuels • determine of selected properties of sorbents Last update: Staš Martin (05.02.2024)
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Student participation in all laboratories (30 %). Delivery of reports to all works in a given timeframe (30 %). Evaluation of all laboratory works (40 %). Completion of all tasks and correct completion and submission of all reports. Successful completion of all prescribed laboratory works is a prerequisite for the course. The overall grade is obtained as the arithmetic average of the grades for the individual laboratory assignments. The grade for a laboratory assignment is obtained as the arithmetic average of the partial grades for (i) the initial examination of the theory and the actual work procedure, (ii) the actual experimental work, and (iii) the quality of the laboratory report. Last update: Staš Martin (26.06.2024)
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Laboratoř probíhá v jednotlivých týdnech, kdy studenti pracují na vybraných laboratorních pracích. Last update: Staš Martin (05.02.2024)
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1. Introduction to laboratory and safety training 2. Proximate analysis of solid fuels and elemental analysis (C, H, N, S, O) 3. Determination of higher heating value (HHV) and lower heating (LHV) 4. Sampling of gas 5. Chromatographic analysis of gas 6. Determination of hydrogen sulfide in gas 7. Determination of ammonia in gas 8. Determination of water in petroleum and petroleum products 9. Determination of sulfur in petroleum products 10. Preparative group analysis of petroleum products 11. Determination of biodiesel content and determination of oxidation stability of diesel fuel 12. Determination of chemical composition of automotive gasolines 13. Determination of biodiesel composition 14. Determination of selected textural parameters of different sorbents Last update: Staš Martin (05.02.2024)
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www.tzb-info.cz www.czba.cz J. Kroufek a kol.: Návody na laboratorní práce Ústavu technologie ropy a alternativních paliv, 2016. Kolektiv autorů: Návody k laboratorním cvičením z tuhých paliv, ÚPKOO, VŠCHT Praha. Kolektiv autorů: Technický rozbor tuhého paliva - statistické zpracování obsahu vlhkosti, prchavé hořlaviny a popela v tuhém palivu, VŠCHT, Praha Kolektiv autorů: Návody k laboratorním cvičením z tuhých paliv, VÚHU, Most Last update: Staš Martin (02.09.2024)
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None. Last update: Staš Martin (05.02.2024)
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