For the experimental data of a cooling tower shown in the table below: Air flow (1/sec) 30.57 Water density (g/l) 1000 Water flow (I/min) 1 Air density (g/l) 1.225 T water, in (C) 35.12 Cross section area of 150 cm2 the tank T water, out (C) 26.13 DBT air, in (C) 23.09 DBT air, in (C) 24.84 RH (%) air , in 23.93 FIND RH (%) air, out 60.2 Find 1. The cooling tower efficiency 2. Total heat transferred from water during cooling process. 3. Total heat transferred to the air
For the experimental data of a cooling tower shown in the table below: Air flow (1/sec) 30.57 Water density (g/l) 1000 Water flow (I/min) 1 Air density (g/l) 1.225 T water, in (C) 35.12 Cross section area of 150 cm2 the tank T water, out (C) 26.13 DBT air, in (C) 23.09 DBT air, in (C) 24.84 RH (%) air , in 23.93 FIND RH (%) air, out 60.2 Find 1. The cooling tower efficiency 2. Total heat transferred from water during cooling process. 3. Total heat transferred to the air
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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Transcribed Image Text:For the experimental data of a cooling tower shown in the table
below:
Air flow (1/sec)
30.57
Water density (g/1)
1000
Water flow (I/min)
1
Air density (g/l)
1.225
T water, in (C)
35.12
Cross section area of 150 cm2
T water, out (C)
DBT air, in (C)
26.13
the tank
23.09
DBT air, in (C)
24.84
RH (%) air , in
23.93
FIND
RH (%) air, out
60.2
Find
1. The cooling tower efficiency
2. Total heat transferred from water during cooling process.
3. Total heat transferred to the air
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