TransPipe company is going to transport a flammable liquid. It is known that this liquid is being transported in a pipe (I.D=10 m) where heat (20 kW) is added to the liquid. The specific heat and density of this liquid are given as 2.5 kJ/kg.K and 790 kg/m², respectively. The volume flow rate of the liquid that is necessary to keep the liquid temperature below its flashpoint (16 °C) is to be determined. Assume steady operating conditions exist and fluid properties are constant. Determine: (1) the minimum volume flow rate of the liquid to maintain the liquid in the pipe well below its flashpoint. (2) If the company wants to reduce the minimum volume flow rate below your calculated minimum volume flow rate, what can they retrofit? You as an engineer, give them one suggestion (less than 20 words).

TransPipe company is going to transport a flammable liquid. It is known that this liquid is being transported in a pipe (I.D=10 m) where heat (20 kW) is added to the liquid. The specific heat and density of this liquid are given as 2.5 kJ/kg.K and 790 kg/m², respectively. The volume flow rate of the liquid that is necessary to keep the liquid temperature below its flashpoint (16 °C) is to be determined. Assume steady operating conditions exist and fluid properties are constant. Determine: (1) the minimum volume flow rate of the liquid to maintain the liquid in the pipe well below its flashpoint. (2) If the company wants to reduce the minimum volume flow rate below your calculated minimum volume flow rate, what can they retrofit? You as an engineer, give them one suggestion (less than 20 words).

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

TransPipe company is going to transport a flammable liquid. It is known that this liquid is
being transported in a pipe (I.D=10 m) where heat (20 kW) is added to the liquid. The
specific heat and density of this liquid are given as 2.5 kJ/kg.K and 790 kg/m², respectively.
The volume flow rate of the liquid that is necessary to keep the liquid temperature below
its flashpoint (16 °C) is to be determined. Assume steady operating conditions exist and
fluid properties are constant. Determine: (1) the minimum volume flow rate of the liquid
to maintain the liquid in the pipe well below its flashpoint. (2) If the company wants to
reduce the minimum volume flow rate below your calculated minimum volume flow rate,
what can they retrofit? You as an engineer, give them one suggestion (less than 20 words).
Liquid
T = 10°C
Tout

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