isothermal pulse ‘test on a piece of reaction equipment gave the following result: The output concentration rose linearly from zero to 0.5 µmol/dm3  in 5 min, then fell linearly to zero in 10 min after reaching the maximum value. (35) a. Calculate in tabular form the value of E(t) and F(t) at 1-min intervals. Sketch these function b. What is the mean residence time?If the flow were 150 g/min, what would be the total reactor volume? A second-order reaction with k.CA0 = 1.2 min-1 at 325 K is camed out in the system c. If the reactor were a plug flow with the same flow and volume, what would be conversion?

Q: The residence time and temperature parameters studied as in question (c) for both PFR and CSTR were…

A: A Continuous stirred tank reactor is also called a mixed flow reactor. Ideal CSTR is considered to…

Q: How would you go about solving for the rate at which a filter clogs up? Let's say an initial flow…

A:

Q: Given: A second order system: G(s) is given with a unit step change input X(s) s2+s+1 Required:…

A: As it is given that G(s) = 1s2 +s+1

Q: A process temperature sensor/transmitter in a fermen-tation reactor exhibits second-order dynamics…

A: The time constant for the second-order dynamics for the process temperature sensor/transmitter is…

Q: A liquid phase rxn A→ P undergoes an isochoric process in a Continuously Stirred Tank Reactor and…

A:

Q: You have been asked to analyse the performance of a micro fluid through a vessel. The micro fluid…

A:

Q: b) The reaction is to be carried out isothermally in three different size mixed flow reactors (MFR)…

A: b) Given: The reaction of ethylene and water to produce ethanol is carried out in three CSTRs or…

Q: 1- For a half order reaction, the reaction rate constant units are: mol 1/2 mol 2 mol a- lit 1/2 min…

A:

Q: Two streams flow into a mixing unit. Stream 1 is 35wt% species-A and the balance species- B. Stream…

A: Given that: For stream 1, (S1), A = 35 wt% = 0.35 B = 65 wt% = 0.65 C = 0 wt % = 0.00 Flow rate for…

Q: Shown in Figure 3.3 is a schematic of a separation system consisting of two flash tanks in series.…

A: Given that, The feed rate F = 1000 kg/min It is required to calculate the unknowns, V1, V2, and L2

Q: Q2] A- writes the characteristic equation for the control system shown in figure below B] Use the…

A:

Q: 4. For the same total initial feed rate Fao, which give the smallest total volume; two equal sized…

A: We have two PFRs connected in series as well as in parallel. The volume of both PFRs is the same…

Q: Q1/ for the following closed loop system a) Find the response, the time constant and the offset for…

A: Given the  block diagram  a) For a regulator type problem, the transfer function is given as :

Q: - Pure (A) is fed at a volumetric flow rate 1000 dm/h and at a concentration of 0.005 Ibmol/dm to an…

A: Volumetric rate of feed= 1000 dm3/hr Concentration = 0.005 lb.mol/dm3 Volume of CRTR = 1200 dm3…

Q: For a flow of 0.6 m³/s, how many rapid sand filter boxes of dimension 10m x 20m are needed for a…

A: Volumetric flow rate = 0.6 m3/s Dimension of the boxes = 10 m* 20 m Filtration rate = 120 m3/d.m2

Q: ૩) 31.) Using Variables A, B, C as components, give an example of rate law for a reaction that is…

A: It is asked to write a rate law that is third order in nature with the components of A, B, and C

Q: Question: Two distillation columns in series with an additional feed stream mixing in with the…

A: Given, There are two distillation columns connected as shown in the figure below.

Q: In the interference level tank shown in the figure, given as q1=h1-h2/R1, q2=h2/R2f, A1=1ft^3,…

A: Given: Inlet flow rate, q = 10 ft3min Area of first tank, A1 = 1 ft3 Area of second tank, A2 = 1.25…

Q: Consider a semi-batch reactor operation: If the inflow of reactant A has a concentration of 10…

A: We have to answer if the concentration of A in outflow be different than the concentration of inflow…

Q: A chemical engineer is studying the rate of this reaction. 2NH, (g) → N₂(g) + 3H₂(g) He fills a…

A: Reaction is          2NH3 →N2+3H2 Graph is given Find Half life of the reaction If reaction is…

Q: 1. A first-order irreversible reaction: A B is taking place in a continuous stirred-tank reactor…

A: Given Reaction: A-> B Volumetric flowrate = 10 mol/L The reaction rate constant (k) =…

Q: In the equilibrium-stage model, can each stage have a feed, a vapor sidestream, and/or a liquid…

A: Distillation is the separation process which is widely used in oil refineries. Distillation is the…

Q: The followingE(t) curves were obtained from a tracer test on two tubular reactors in which…

A:

Q: No manufacturing process for a particular product a reactant stream volumetric flow rate q1 and…

A: Determine the mixing reactor download function considering the variables of input and output as…

Q: In a FRET experiment designed to monitor conformational changes in T4 lysozyme, the fluorescence…

A: Given that-For T4 lysozyme, Fluorescence intensity range=5000 and 10000 counts per secondFor a FRET=…

Q: Draw a Process and Instrumentation Diagram (P&ID) for Continuous stirred tank reactor (CSTR) with…

A: Here , there is a CSTR with assume exothermic reaction and for temperature controll we're using…

Q: Problem 53 Tank reactor cascade, pseudo-first-order reaction The hydrolysis of acetic anhydride is…

A: First reactor =10 oC Second reactor =15 oC Third reactor =25 oC Fourth reactor =40 oC v0=0.1 m3min…

Q: Figure out the cycle reactor system in which the cycle stream is added to PFR and derive the reactor…

A: 1. Cycle Reactor System DescriptionIn a cycle reactor system where the cycle stream is added to a…

Q: You have been asked to analyse the performance of a micro fluid through a vessel. The micro fluid…

A:

Q: A certain catalyst undergoes sintering over time, causing its catalytic activity to decrease…

A:

Q: concentration is 10 mol / L and the flow rate is 1 L / min and 10% of the A in the feed remains in…

A:

Q: (PC P-12 P.13 Light hydrocarbon CT-105 gas (PT CV-3 Crude oil feed tank Furnace F-105 D-105 LT LC…

A: From this P&ID shown in the question we are going to state the working of all the control valves…

Q: Question 2 The half-lives for the forward and reverse reactions that are first order in both…

A: Given  thatn=1for forward rxn   t1/2 =24 ms for backward rxn   t1/2 =39 ms

Q: A chemical reaction process was operating at 200 (±3℃). Considering the safety, the maximum…

A: Process control is the automation control of the variables and states of conditions in a chemical…

Q: NO STIRRING STIRRING NO STIRRING STIRRING Time/s 0.0 60.0 120.0 180.0 240.0 300.0 240.0 300.0 120.0…

A: We plot the graph in excel ...   On y axis: Measured temperature using thermometer On x-axis:…

Q: In the Arrhenius equation, O a. The activation energy should be negative value O b. The activation…

A: Activation energy depends on type reaction i.e. it will be positive for endothermic and negative for…

Q: A step change of magnitude 3 is introduced into the transfer function. Determine the response Y( t)…

A:

Q: As nitrogen 1s not used in the reaction, so nitrogen needs to be purged out

A: (a.) streams entering the reactors are fresh feed and the recycle stream. overall balance, reactor…

Q: Two CSTR reactors with hydraulic retention times of 1 hour and 2 hours are proposed to operate in…

A: a. What is the effect of the order on the resulting hydraulic retention timeb. Analyze the case of a…

Q: For the transfer functionsGₚ(s)=3e−²ˢ/{(15s+1)(10s+1)} ,Gᵥ=Gₘ=1(a)Derive an analytical expression…

A:

Q: Problem 1: Derive the heat and mass balances (ODEs) required for simulating the PFR temperature and…

A: Note: As per our guideline, we are supposed to solve only one question. Please send other question…