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Advanced Water-Gas Shift Conversion System Table of Contents
Development of an Advanced Water-Gas Shift Conversion System.
Final Report - 1985
Sealock Jr., L. J.
Elliott, D. C.
Butner, R. S.
Battelle Pacific Northwest Labs
Table of Contents 119kb
Section 1
752kb |
Abstract |
1 |
Executive Summary |
2 |
Introduction and Background |
4 |
|
Batch Reactor Tests |
5 |
Process Chemistry |
7 |
Concept Advantages |
7 |
Equilibrium Considerations |
8 |
Range of Catalyst Choice |
8 |
Relationship to Coal Gasification Technology |
11 |
Project Objective |
14 |
Experimental System and Analytical Methods |
15 |
Section 2
457kb |
Results |
26 |
|
Parameter Studies |
28 |
Gas Contacting Studies |
33 |
Catalyst Studies |
36 |
Use of Preheated Feed Gas |
39 |
Phase Equilibrium Considerations |
41 |
Section 3
455kb |
Discussion |
48 |
|
Catalyst Turnover Rates |
48 |
Reaction Rate Expressions |
54 |
Product Gas Ratios |
60 |
Engineering Evaluation of the High-Pressure Water-Gas
Shift System |
61 |
Section 4
304kb |
Accomplishments and Conclusions |
72 |
Recommendations |
74 |
|
Phase Equilibria and Processing Conditions |
74 |
Catalyst Concentration Effects |
75 |
Use of Hot Gas Feed |
75 |
Diluent Gas Effects |
76 |
Methodology Changes |
76 |
Final-Recommendations |
77 |
References |
78 |
Appendix A - Experimental Data 466kb |
82 |
Appendix B - Preliminary Evaluation of the PNL
Pressurized Aqueous Water-Gas Shift Conversion Concept 723kb |
99 |
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