Return to DOE Report Table of Contents

Return to Reformulation of Coal-Derived Transportation Fuels: Selective Oxidation of Carbon Monoxide on Metal Foam Catalysts Table of Contents

Reformulation of Coal-Derived Transportation Fuels: Selective Oxidation of Carbon Monoxide on Metal Foam Catalysts: Annual Report for December 2002 - December 2003

Mr. Paul Chin
Dr. George W. Roberts
Dr. James J. Spivey

North Carolina State University

Table of Contents

Disclaimer

ii

NCSU Abstract

iii

Clemson Abstract

iv

Table of Contents

v

List of Graphical Materials

vii

List of Equations and Reactions

ix

1. Introduction

1

1.1 Preferential Oxidation (NCSU)

1

1.2 Motivation (NCSU)

2

1.3 Introduction (Clemson)

4

2. Executive Summary

5

2.1 NCSU Executive Summary

5

2.2 Clemson Executive Summary

5

3. Experimental

7

NCSU  

3.1 Catalyst Support (NCSU)

7

3.2 Experimental Design (NCSU)

7

3.2.1 Equipment and Measurement (NCSU)

7

3.2.2 Reactor Design (NCSU)

9

3.2.3 Process Design (NCSU)

10

3.3 Pulse Chemisorption Run Procedure (NCSU)

11

3.4 Temperature Programmed Desorption Run Procedure (NCSU)

11

Clemson  

3.5 Catalyst Preparation (Clemson)

12

3.6 Catalyst Characterization (Clemson)

13

3.7 Temperature Programmed Reduction (Clemson)

13

3.8 Temperature Programmed Desorption (Clemson)

13

3.9 Reaction System (Clemson)

13

3.10 Reaction Measurements (Clemson)

13

3.11 Isotopic Transient Kinetic Analysis (Clemson)

14

4. NCSU Results and Discussion

15

4.1 CO Pulse Chemisorption

15

4.1.1 Theory

15

4.1.2 Data Analysis

17

4.1.2.1 Standards

17

4.1.2.2 ‘Identical’ Supports

19

4.1.2.3 Varying ppi and ρ Metal Foams

20

4.1.2.4 Varying Fe Ceramic Monoliths

21

4.2 CO Temperature Programmed Desorption

22

4.2.1 Theory

22

4.2.2 Data Analysis

23

4.1.2.1 Standards

23

4.2.2.2 ‘Identical’ Supports

23

4.1.2.3 Varying ppi and ρ Metal Foams

23

4.1.2.4 Varying Fe Ceramic Monoliths

25

5. Clemson Results and Discussion

26

 Results  

5.1 Catalyst Characterization

26

5.2 Temperature Programmed Reduction

26

5.3 Temperature Programmed Desorption

26

5.4 Activity Measurement

27

5.5 Isotopic Transient Kinetic Analysis

28

5.6 Characteristics of the Catalyst Surface at Steady State

28

Discussion  

5.7 Chemisorption and TPD Results

29

5.8 Effect on Fe Promotion on Overall Activity

29

5.9 Selectivity

31

5.10 Deactivation Behavior

31

6. Conclusions

33

6.1 NCSU Conclusion

33

6.2 Clemson Conclusion

33

7. Recommendations

35

7.1 NCSU Recommendations

35

7.2 Clemson Recommendations

35

8. References

36

9. Bibliography

39

10. List of Acronyms and Abbreviations

40

Appendices

42

Appendix A: Metal Foam Pictures

43

Appendix B: NCSU Reactor and Process Diagrams

44

Appendix C: Clemson Figures

51

Appendix D: NCSU Pulse Chemisorption Figures

62

Appendix E: NCSU TPD Figures

68

In the pdf format this document has 80 pages and is 2.06MB.