Heat Transfer Calculations for Hot Pipe Coil Setup

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SUMMARY

The discussion focuses on heat transfer calculations for a coil setup around a hot pipe to efficiently transfer heat to a fluid. Key methods include referencing heat transfer textbooks, particularly the chapters on convection and heat exchangers. Essential calculations require estimating heat transfer coefficients for both the hot pipe and the coiled tube, as well as understanding the thermal conductivity of the materials involved. The complexity of coiling must be addressed, with suggestions to consider alternative configurations such as using a coiled hot pipe or a concentric pipe system for improved heat transfer efficiency.

PREREQUISITES
  • Understanding of heat transfer principles, specifically convection and conduction.
  • Familiarity with heat exchanger design and calculations.
  • Knowledge of thermal conductivity for various materials.
  • Ability to estimate heat transfer coefficients for fluids in motion.
NEXT STEPS
  • Research heat transfer coefficients for coiled tubes and hot pipes.
  • Study the principles of concentric pipe heat exchangers.
  • Explore methods for calculating heat transfer in insulated systems.
  • Examine case studies on heat transfer efficiency in coil setups.
USEFUL FOR

Engineers, thermal system designers, and anyone involved in heat transfer applications, particularly in industrial heating processes and fluid heating systems.

Harkaran Singh
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Hi guys,
I need help with heat transfer calculations
The scenario is : Installing a coil around a hot pipe and extract the heat from the hot pipe to heat the fluid flowing through the coil. The whole assembly is insulated.
I need methods/formulas to calculate the amount of heat transferred so that I can estimate the length of the coil required to reach the temperature target?
Any suggestions/advice will be highly appreciated.
Thanks
 
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You should begin by looking in a heat transfer textbook in the convection chapter, and then look at the heat exchanger chapter. You will need to estimate the heat transfer coefficients inside the pipe and inside your coiled tube. You will also need the conductivity for the pipe and tube materials, and the physical dimensions of the assembled device. The coiling of the tube around the pipe is a complication but once you understand how to solve the problem for straight pipes I think you can work out the effects of the coiling.
 
Harkaran Singh said:
The scenario is : Installing a coil around a hot pipe and extract the heat from the hot pipe to heat the fluid flowing through the coil. The whole assembly is insulated.

It's hard getting good contact between the hot pipe and coil. You might do better by making the hot pipe into a coil and putting that into a tank containing the liquid to be heated.
 
CWatters said:
It's hard getting good contact between the hot pipe and coil. You might do better by making the hot pipe into a coil and putting that into a tank containing the liquid to be heated.
Or running a concentric pipe as a pseudo shell and tube hx.
 

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