2. A jacketed vessel is used to cool a process stream as shown in Fig. E2.The (i) The volume of liquid in the tank V and the volume of coolant in the jacket remain constant. Volumetric flow rate qF İs constant but q, vanes with time. (ii) Heat losses from the jacketed vessel (ii) Both the tank contents and the jacketed contents are well mixed and have significant thermal capacitances (iv) The thermal I capacitances of the tank wall and the jacket wall are negligible (V) The overall heat transfer coefficient for transfer between the tank liquid and the coolant varies with coolant flow rate where U[Btu/h fF K-constant Derive a dynamie model for this system. (State any additional assumptions that you make) Figure E2

Question
2. A jacketed vessel is used to cool a
process stream as shown in Fig. E2.The
(i) The volume of liquid in the tank V and
the volume of coolant in the jacket
remain constant. Volumetric flow rate
qF İs constant but q, vanes with time.
(ii) Heat losses from the jacketed vessel
(ii) Both the tank contents and the
jacketed contents are well mixed and
have significant thermal capacitances
(iv) The thermal
I capacitances of the tank
wall and the jacket wall are
negligible
(V) The overall heat transfer coefficient
for transfer between the tank liquid
and the coolant varies with coolant
flow rate
where U[Btu/h fF
K-constant
Derive a dynamie model for this system.
(State any additional assumptions that you
make)
Figure E2

Image Transcription

2. A jacketed vessel is used to cool a process stream as shown in Fig. E2.The (i) The volume of liquid in the tank V and the volume of coolant in the jacket remain constant. Volumetric flow rate qF İs constant but q, vanes with time. (ii) Heat losses from the jacketed vessel (ii) Both the tank contents and the jacketed contents are well mixed and have significant thermal capacitances (iv) The thermal I capacitances of the tank wall and the jacket wall are negligible (V) The overall heat transfer coefficient for transfer between the tank liquid and the coolant varies with coolant flow rate where U[Btu/h fF K-constant Derive a dynamie model for this system. (State any additional assumptions that you make) Figure E2

Expert Answer

1 Rating

Want to see the step-by-step answer?

See Answer

Check out a sample Q&A here.

Want to see this answer and more?

Experts are waiting 24/7 to provide step-by-step solutions in as fast as 30 minutes!*

See Answer
*Response times vary by subject and question complexity. Median response time is 34 minutes and may be longer for new subjects.

Related Chemical Engineering Q&A

Find answers to questions asked by student like you
Show more Q&A

Q: 1. Consider the following reaction sequence: k1 k3 ks k2 Develop a suitable rate expression for prod...

A: Part (a)Michaelis-Menten approach Write the rate expression for the first step for forward and backw...

Q: This problem is (6.20) from a book  "Thermodynamics and Statistical Mechanics An Integrated Approach...

A: Part (d):We know that

Q: 4.7 A single equilibrium stage in a distillation column is shown in Fig. E4.7. The model that descri...

A: Part (a)Assume that the molar holdup (H) of the given stage is constant and the molar overflow which...

Q: 5.9 Two liquid storage systems are shown in Fig. E5.9. Each tank is 4 feet in diameter. For System I...

A: Note: Since we only answer up to 3 sub-parts, we’ll answer the first 3. Please resubmit the question...

Q: PLEASE ANSWER (D) ONLY.

A: Since questions have too many parts, we are only answering first three parts.Part (a)For tank A,Mass...

Q: This problem is (6.30) from a book  "Thermodynamics and Statistical Mechanics An Integrated Approach...

A: Hose is used for conveying water with the value of inside and outside diameter along with the given ...

Q: This problem is (9.13) from a book  "Thermodynamics and Statistical Mechanics An Integrated Approach...

A: The fugacity of the monoatomic gas is given by:

Q: This problem is (8.5) from a book  "Thermodynamics and Statistical Mechanics An Integrated Approach ...

A: The symbols used are:s = entropye = internal energyh = enthalpya = Helmholtz free energyv = volumeCp...

Q: Public concern about the increase in C0, in the atmosphere has led to many proposals to eliminate 0 ...

A: Let the basis of the calculations be 1 mole of CO2 fed to the reactor. Since there is 70% conversion...