9. Pumping kerosene-M. Fig. P3.9 shows how nitrogen gas under a pressure Pn = 15.0 psig can be used for “pumping" kerosene at 75°F (p = 51.0 lbm/ft³, µ = 4.38 lbm/ft hr) through an elevation increase of 20 ft. If there is an effective length (including fittings) of 150 ft of nominal 2-in. pipe between the two tanks, what is the flow rate of kerosene in gpm? Neglect exit kinetic-energy effects.

Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Question
Vent
20 ft
Pn
Nitrogen
Fig. P3.9 "Ритріпg" kerosenе.
Problems for Chapter 3
171
9. Pumping kerosene-M. Fig. P3.9 shows how nitrogen gas under a pressure
15.0 psig can be used for "pumping" kerosene at 75°F (p = 51.0 lbm/ft3, H
= 4.38 lbm/ft hr) through an elevation increase of 20 ft. If there is an effective
length (including fittings) of 150 ft of nominal 2-in. pipe between the two tanks,
what is the flow rate of kerosene in gpm? Neglect exit kinetic-energy effects.
Pn
Transcribed Image Text:Vent 20 ft Pn Nitrogen Fig. P3.9 "Ритріпg" kerosenе. Problems for Chapter 3 171 9. Pumping kerosene-M. Fig. P3.9 shows how nitrogen gas under a pressure 15.0 psig can be used for "pumping" kerosene at 75°F (p = 51.0 lbm/ft3, H = 4.38 lbm/ft hr) through an elevation increase of 20 ft. If there is an effective length (including fittings) of 150 ft of nominal 2-in. pipe between the two tanks, what is the flow rate of kerosene in gpm? Neglect exit kinetic-energy effects. Pn
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