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Table of Contents
Return To Novel Process For
Methanol Synthesis Table of Contents
Synthesis of Methanol by a Novel Method - 1990
Tierney, John W.
Wender,
Irving
Palekar,
Vishwesh
Pittsburgh University
In this pdf format, this document has
30 pages and is 1.24MB.
Table of Contents
| Abstract |
3 |
| Introduction |
3 |
| The Concurrent Synthesis |
4 |
| Experimental |
7 |
| Analysis of Concurrent Synthesis |
9 |
| Model for Concurrent Synthesis |
11 |
|
1 |
Higher rate of reaction for concurrent reaction than
for individual reactions |
13 |
| 2 |
Decrease in CO deactivation |
13 |
| 3 |
Amount and type of homogenous catalyst affect rate
of Mech formation |
13 |
| 4 |
Decreased sensitivity to CO2 and H2O
deactivation of homogenous catalyst |
14 |
|
Conclusions |
14 |
|
Acknowledgement |
14 |
|
References Cited |
15 |
| Abstract |
20 |
| Introduction |
20 |
| Background |
21 |
| Experimental |
21 |
| Results and Discussion |
22 |
|
(i) |
General Results |
22 |
| (ii) |
Effect of KOMe Loading |
23 |
| (iii) |
KOMe in Comparison to NaOMe |
23 |
| (iv) |
Effect of Cu-chromite Loading and
Change in Inlet Flow Rate |
24 |
| (v) |
Comparison of Cu/ZnO with Cu-chromite
Catalyst |
24 |
| (vi) |
Effect of Feed H2/CO Ratio |
25 |
| References |
30 |
| 