Ammonia is reacted withoxygen to form nitric oxide as shown:4NH3 + 502 → 4NO + 6H20.50.0 kg of ammonia and 100.0 kg of oxygen arefed into a batch reactor.hat isthe mole ratioof oxygen tonitric oxide?Thelimitingreactant isTheexcessreactant willbe in excessbyWhatwill be themass of NOproduceduponcompletion ofreaction?: 1.25 mol 0, reacted/mol NO formed: 1.0 mol 0z reacted/mol NO formed: 0.8 mol 02 reacted/mol NO formed:: oxygen:: ammonia: water:: 15.0 % excess:: 17.6 % excess:: 44.3 % excess:: 62 kg NO:: 71 kg NO:: 75 kg NO

Given: 4NH3+5O2→4NO+6H2O 50 kg of ammonia and 100 kg of oxygen are fed to batch reactor

Answered: Ammonia is reacted with oxygen to form…

Introduction to Chemical Engineering Thermodynamics

8th Edition

ISBN:9781259696527

Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart

Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart

Chapter1: Introduction

Section: Chapter Questions

Problem 1.1P

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Propylene is produced by the dehydrogenation of propane. The product stream leaving a dehydrogenation reactor is found to contain 900 mol/s propane, 99.75 mol/s propylene, and 95 mol/s of H2. This stream is passed to a distillation column, with the distillate containing all of H2, most of propylene, and 0.555% of the molar flow rate of the propane that enters the column. The bottoms from the column, which is recycled back to the reactor, has a propylene molar flow rate equal to 5% of that in the distillate. The distillate is then passed to a second distillation column in which all of the H2 is recovered in the distillate and all of the organics (propane and propylene) are recovered in the bottoms. a) Construct a process flow diagram for this system.
2. You are working for a power plant that makes use of coal tar, a type of liquid fuel as its raw material for burning in a boller. This type of fuel is mainly composed of carbolic oll, naphthalene oil, creosote oil and anthracene oll. After analyzing coal tar you were able to wow it contalns 85.9% 0,63% H, 2.2% S. 4.5% O and 1.1% N. You told the operators to make use of excess air for combustion. The air was assumed to enter at 30°C with 90%RH. In order to follow DENR regulations, you took a sample of the bumper gis to analyze its contents. Midway your experimentation, the equipment you used broke so it only gave you a partial analysis of 10.64% CO, 3.19%, CO and 0.64% H. a. The operators had no idea how much excess alr was needed, What do you tell them? b. You need to make the report to be passed that day for the analysis of the burner gas. What analysis will you submit the volume of the bumer gas in m/ka tuel is aso needed in your report c. The alr to be supplied a controlled…
Amount of benzene in Still pot: ABW=W·xwABW=200 mol Can you explain why did you write 200 mol instead of 300 mol because 50% of the benzene has evaporated so the remaining should be 300 mol not 200 mol
Chemical Q- The following reaction happens when iron and steam come into contact: Fe3O4 + 4H2 + 3Fe + 4H2 (A) How much steam and iron are needed to create 100 kg of hydrogen?(B) How much space will hydrogen occupy under normal circumstances?
Q4) The reaction A + B = C + D proceeds to equilibrium at a temperature of 573 K. The mole fractions of the four reactive species satisfy the equilibrium relation. The feed to a reactor contains 2.0 mol of A, 3.0 mol of B, 0.5 mol of C and no mol of D. If K (573) = 5, Calculate: a) The mole fractions of the final product. b) The fractional conversion of the limiting reactant.
Homework 3 - Chapter 5 - Thermochemistry Consider the reactions below: A2+2 C₂2 AC₂ A2+3 B22 AB3 2 B2+ C2 2 B₂C AH-150 kJ/mol AH-270 kJ/mol AH-280 kJ/mol Determine the enthalpy change for the following reaction using the information above. 4 AB3 +7C26 B₂C +4 AC2 AH: -480 Attempt: 4 (saved 2 minutes ago) 4444 7/11 tasks atten kJ/mol SAVE RESPONSE together to form the
Chemical Engineering, Separations
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Examine the reaction equation below. "Heat" being present on the reactant side of an equation indicates what? "Heat" + 2NH3 N2 + 3H2

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