Hydrogen chloride HCI 36.47 °C 29.13 -0.1341 0.9715 -4-335 0-1200 A hydrochloric acid solution[ 2 -molar, SG 1.03, C,= 3.75 J/(g °C)] is produced by absorbing hydrogen chloride (HCI(g)] in water. Liquid water enters the absorber at 15.0 °C and gaseous HCL is fed at 20.0 °C and 790.0 torr absolute. Essentially all of the HCL fed to the column is absorbed. Take one liter of product solution as a basis of calculation. Take reference states of H2O(1) and HCI(g) at 25°C. Estimate the heat (kJ) [absolute value] that must be transferred from the absorber if the product solution is to emerge at 40.0°C. kJ (positive) Estimate the final solution temperature if the absorber operates adiabatically (if it did not bolil first). °C
Hydrogen chloride HCI 36.47 °C 29.13 -0.1341 0.9715 -4-335 0-1200 A hydrochloric acid solution[ 2 -molar, SG 1.03, C,= 3.75 J/(g °C)] is produced by absorbing hydrogen chloride (HCI(g)] in water. Liquid water enters the absorber at 15.0 °C and gaseous HCL is fed at 20.0 °C and 790.0 torr absolute. Essentially all of the HCL fed to the column is absorbed. Take one liter of product solution as a basis of calculation. Take reference states of H2O(1) and HCI(g) at 25°C. Estimate the heat (kJ) [absolute value] that must be transferred from the absorber if the product solution is to emerge at 40.0°C. kJ (positive) Estimate the final solution temperature if the absorber operates adiabatically (if it did not bolil first). °C
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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![Hydrogen chloride HCl
36.47
°C
29.13
-0.1341
0.9715
-4-335
1
0-1200
A hydrochloric acid solution [2-molar, SG 1.03.C,= 3.75 J/(g °C)]i produced by absorbing hydrogen chloride [HCI(g)] in water.
Liquid water enters the absorber at 15.0 °C and gaseous HCL is fed at 20.0 °C and 790.0 torr absolute.
Essentially all of the HCL fed to the column is absorbed.
Take one liter of product solution as a basis of calculation.
Take reference states of H20(1) and HCI(g) at 25°C.
Estimate the heat (kJ) [absolute value] that must be transferred from the absorber if the product solution is to emerge at 40.0°C.
kJ (positive)
Estimate the final solution temperature if the absorber operates adiabatically (if it did not boil first).
°C](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fae4d971f-91a9-4517-abc8-fd35ace1553a%2F4dfd6cc5-5abd-43e8-9d78-121195eba7a9%2Fp2l9vpa_processed.png&w=3840&q=75)
Transcribed Image Text:Hydrogen chloride HCl
36.47
°C
29.13
-0.1341
0.9715
-4-335
1
0-1200
A hydrochloric acid solution [2-molar, SG 1.03.C,= 3.75 J/(g °C)]i produced by absorbing hydrogen chloride [HCI(g)] in water.
Liquid water enters the absorber at 15.0 °C and gaseous HCL is fed at 20.0 °C and 790.0 torr absolute.
Essentially all of the HCL fed to the column is absorbed.
Take one liter of product solution as a basis of calculation.
Take reference states of H20(1) and HCI(g) at 25°C.
Estimate the heat (kJ) [absolute value] that must be transferred from the absorber if the product solution is to emerge at 40.0°C.
kJ (positive)
Estimate the final solution temperature if the absorber operates adiabatically (if it did not boil first).
°C
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