Chemical Engineering - Chemical Engineering Basics - Discussion
Discussion Forum : Chemical Engineering Basics - Section 2 (Q.No. 38)
38.
In case of condensers & evaporators operating under given terminal conditions, LMTD (logarithmic mean temperature difference) for counter flow as compared to that for parallel flow is
Discussion:
10 comments Page 1 of 1.
Ananthu U said:
2 years ago
It should be option A.
Devendra sati said:
4 years ago
Condenser and evaporated both are working on term latent heat, which means no change in a terminal condition, hence options C is correct. And if terminal condition is getting change then it means equipment is working as a heater or cooler, not evaporator and condenser.
Ram Chandra Gupta said:
6 years ago
Terminal condition means Isothermal condition on which LMTD for both are same.
Rupesh tiwari said:
8 years ago
How can you say C is the right answer?
Sushil said:
8 years ago
What is a terminal condition? How its effects LMTD?
MOHD JUNED KHAN said:
8 years ago
If Terminal condition is same then the parallel and counter LMTD will be same.
Shafeeque said:
9 years ago
If terminal conditions are same then LMTD of the counter to parallel for condenser and evaporator will be same.
Keval chavada said:
9 years ago
As per my view, LMTD for the counter flow will be more than parallel flow. If answer C is correct then please give us a description.
Engr hasnain said:
9 years ago
How is it possible?
Bindeshwari Prasad Pandey said:
9 years ago
How the answer C is right?
LMTD for the counter flow will be more than parallel.
LMTD for the counter flow will be more than parallel.
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