Benzene at 80 C is burned with 30% excess air at 100 C. Conversion is 90%...

Benzene at 80 C is burned with 30% excess air at 100 C. Conversion is 90% with 85% going to CO2. The flame temperature is 670 C, calculate the Q.

Expert Solution

Amanda K answered 5 months ago

100 moles of ethane (C2H6) are burned with 50% excess air. The percentage conversion of the...

100 moles of ethane (C2H6) are burned with 50% excess air. The percentage conversion of the ethane is 90%; of the ethane burned, 25% reacts to form CO and the balance reacts to form CO2. Calculate the molar composition of the stack gas on a dry basis and the mole ratio of water to dry stack gas.

Pentane is burned with 80% excess air, 40% of the carbon that is oxidized goes to...

Pentane is burned with 80% excess air, 40% of the carbon that is oxidized goes to form CO and the rest forms CO2. If the mole fraction of pentane in the product stream is 0.002, what is the composition of the product and what is the percent conversion of pentane?

Methane at 25°C is burned in a boiler furnace with 10.0% excess air. The air enters...

Methane at 25°C is burned in a boiler furnace with 10.0% excess air. The air enters the burner at a temperature of 100°C. Ninety percent of the methane fed is consumed; the product gas is analyzed and found to contain 10.0 mol CO2 per 1 mol of CO. The exhaust gases exit the furnace at 400°C. Calculate the rate of heat transferred from the furnace, given that a molar flow rate of 100 mol/s CH4 is fed to the furnace.

Methane is completely burned with 30% excess air, with 20% of the carbon transforming to CO....

Methane is completely burned with 30% excess air, with 20% of the carbon transforming to CO. a) What is the molar composition of the stack gas on a dry basis? b) Estimate the partial pressure of the CO in the stack gas if the barometer read 750 mmHg.

A fired heater uses natural gas as fuel which is burned with 25% excess air. 90%...

A fired heater uses natural gas as fuel which is burned with 25% excess air. 90% of the fuel burns to give CO2, 4% burns to give CO, and the rest is unburned. (a) Calculate the molar composition of the feed (fuel + air). (b) Evaluate the composition of the flue gases on dry basis. Hints: Air composition may be assumed as 21% oxygen and 79% nitrogen on molar basis.. Natural gas may be assumed as 100% methane

100 m3 of a fuel oil are burned per hour with 20 percent excess air in...

100 m3 of a fuel oil are burned per hour with 20 percent excess air in a steam generator. The fuel oil has a density of 926 kg/m3 and the following mass composition: 87% C, 12% H2, 1% S. Air enters the boiler at 100 kPa and 15 °C. Determine the following: (a). The volumetric flow rate of the air (m3 /min) fed to the boiler; (b). The flue gas molar composition on a dry basis, reporting all constituents to...

Himmelblau: Toluene, C7H8, is burned with 30% excess air. A bad burner cause 15% of the...

Himmelblau: Toluene, C7H8, is burned with 30% excess air. A bad burner cause 15% of the carbon to form soot (pure C) deposited on the walls of the furnace, what is the Orsat analysis of the gases leaving the furnace? Ans: 9.1% CO2; 8.9% O2; 82% N2 Please include diagrams, calculus, and important notes. Thanks!

100 mol n-Hexane (C6H14) is burned with excess air. An analysis of the product gas yields...

100 mol n-Hexane (C6H14) is burned with excess air. An analysis of the product gas yields the following dry-basis molar composition: 6.9% CO2, 2.1% CO, 0.265% C6H14 (+ O2 and N2). The stack gas emerges at 760 mm Hg. Calculate the percentage conversion of hexane, the percentage excess air fed to the burner, and the dew point of the stack gas, taking water to be the only condensable species.

Calculate the theoretical flame temperature for CO gas burned at constant pressure with 100% excess air,...

Calculate the theoretical flame temperature for CO gas burned at constant pressure with 100% excess air, when the reactants enter at 100°C. Please show work, do not copy the solution founded. show your solution! if you can not answer this question, then do not attempt to copy others' work.

A mixture of saturated hydrocarbon and N2 us burned in excess air supplied at 25°C, 740...

A mixture of saturated hydrocarbon and N2 us burned in excess air supplied at 25°C, 740 torrs with 90% RH. An orsat analysis of the stack gas shows 7.6% CO2, 2.28% CO, 1.14% H2, 6.03% O2 and 82.95% N2. With a dew point of 53.46°C. The stack gases leave at 300°C, 765 mmHg with a volume ratio of 2.049 m3 wet stack gas/m3 wet air. a. The formula of hydrocarbon is? b. Mole % analysis of the fuel c. %...

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