Crude petroleum is formed from organic matter that accumulates in sea basins and estuaries and decomposed by anaerobic bacteria resulting to a black viscous product. A typical elemental analysis shows 81% C, 13%H, 1%N, 3% O, and 2% S. During a certain combustion, air is supplied in less than theoretical amount. 75% of the O2 burns up to CO2 and the rest to CO. The molal ratio CO to H2 in the flue gas is 1:2. a. Calculate the Orsat analysis of the flue gas b. % of the theoretical air supplied for combustion c. m3 air supplied/kg cure petroleum
Crude petroleum is formed from organic matter that accumulates in sea basins and estuaries and decomposed by anaerobic bacteria resulting to a black viscous product. A typical elemental analysis shows 81% C, 13%H, 1%N, 3% O, and 2% S. During a certain combustion, air is supplied in less than theoretical amount. 75% of the O2 burns up to CO2 and the rest to CO. The molal ratio CO to H2 in the flue gas is 1:2. a. Calculate the Orsat analysis of the flue gas b. % of the theoretical air supplied for combustion c. m3 air supplied/kg cure petroleum
Chemistry: An Atoms First Approach
2nd Edition
ISBN:9781305079243
Author:Steven S. Zumdahl, Susan A. Zumdahl
Publisher:Steven S. Zumdahl, Susan A. Zumdahl
Chapter10: Properties Of Solutions
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Crude petroleum is formed from organic matter that accumulates in sea basins and estuaries and decomposed by anaerobic bacteria resulting to a black viscous product. A typical elemental analysis shows 81% C, 13%H, 1%N, 3% O, and 2% S. During a certain combustion, air is supplied in less than theoretical amount. 75% of the O2 burns up to CO2 and the rest to CO. The molal ratio CO to H2 in the flue gas is 1:2.
a. Calculate the Orsat analysis of the flue gas
b. % of the theoretical air supplied for combustion
c. m3 air supplied/kg cure petroleum
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