Diagram 1 ahowa zome typical refinery producta with their carbon atom contente and boiling ranges. Answer Question 2 (i-i) uzing Diagram 1. Boiling range C Number of carbon ztom 600 50 Lube Oil 500 35 25 400 20 D 300 B 14 Jet Fuel Aviation Gasoline 200 10 100 6 A - Diagram t- -100 ) State the proceas that is used to separate compound B and D. State the operating conditions of thia proceaa. (i) State the procese that can be used to yield fraction C from crude oil. (m Describe the difference between straight run naptha and cracked naptha. (iv) What are the producta of coking procesa? (v) What advantagea did the catalytic refinery offer over the thermal refinery? 2.
Diagram 1 ahowa zome typical refinery producta with their carbon atom contente and boiling ranges. Answer Question 2 (i-i) uzing Diagram 1. Boiling range C Number of carbon ztom 600 50 Lube Oil 500 35 25 400 20 D 300 B 14 Jet Fuel Aviation Gasoline 200 10 100 6 A - Diagram t- -100 ) State the proceas that is used to separate compound B and D. State the operating conditions of thia proceaa. (i) State the procese that can be used to yield fraction C from crude oil. (m Describe the difference between straight run naptha and cracked naptha. (iv) What are the producta of coking procesa? (v) What advantagea did the catalytic refinery offer over the thermal refinery? 2.
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
Related questions
Question
![Diagram 1 ahowa zome typical refinery producta with their carbon atom contente
and boiling rangea. Answer Queation 2 (i-ii) using Diagram 1.
Boiling range C
Number of carbon atom
600
50
Lube Oil
500
35
25
400
20
D
300
B
14
Jet Fuel
Aviation
Gasoline
200
10
100
6
A
-100
Diagram t-
(i) State the proceaa that ia used to separate compound B and D. State the
operating conditions of this procesa.
(ii) State the procesa that can be uzed to yield fraction C from crude oil.
(ii) Deacribe the difference between straight run naptha and cracked naptha.
(iv) What are the producta of coking proceaa?
(v) What advantagea did the catalytic refinery offer over the thermal refinery?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3d50facc-7ea3-43f1-a0a8-f428a5d9dd54%2Fb4e70e66-7ab9-475b-addd-d8c3bc98fe18%2Fvyy2ryi_processed.png&w=3840&q=75)
Transcribed Image Text:Diagram 1 ahowa zome typical refinery producta with their carbon atom contente
and boiling rangea. Answer Queation 2 (i-ii) using Diagram 1.
Boiling range C
Number of carbon atom
600
50
Lube Oil
500
35
25
400
20
D
300
B
14
Jet Fuel
Aviation
Gasoline
200
10
100
6
A
-100
Diagram t-
(i) State the proceaa that ia used to separate compound B and D. State the
operating conditions of this procesa.
(ii) State the procesa that can be uzed to yield fraction C from crude oil.
(ii) Deacribe the difference between straight run naptha and cracked naptha.
(iv) What are the producta of coking proceaa?
(v) What advantagea did the catalytic refinery offer over the thermal refinery?
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