| General Description |
1 |
| Summary of Results |
1 |
| |
* |
Reactor Mechanical Design and Size Constraints |
2 |
| * |
Reactor Material Selection Considerations |
3 |
| * |
Reactor Weight vs. Reactor Volume Parameters |
7 |
| * |
Calculation of Average Reactor Temperature |
7 |
| * |
Solids Holdup |
13 |
| * |
Gas Holdup Effects |
18 |
| * |
Backmixing Effects on Reaction Kinetics |
18 |
| * |
Evaluation of Reactor Configurations |
23 |
| * |
Relative Investments for Reactor
Configurations |
26 |
| * |
Throughput Considerations |
27 |
| Conclusions |
29 |
| References |
31 |
| Tables |
| |
+ |
Table 1: |
Reactor Metal Volume Requirements |
8 |
| + |
Table 2: |
Reactor Temperature Profile Calculations |
14 |
| + |
Table 3: |
Summary of EDS Solids Holdup Data |
17 |
| + |
Table 4: |
Liquefaction of Reactor Configuration |
19 |
| + |
Table 5: |
Evaluation of Reactor Configurations |
24 |
| + |
Table 6: |
Relative Investments for Reactor Case Configurations |
28 |
| Figures |
| |
+ |
Figure 1: |
Design Temperature vs. Internal Diameter for 12"
Thickness |
4 |
| + |
Figure 2: |
Temperature vs. Hydrogen Partial Pressure-Nelson Curve
Limitations |
6 |
| + |
Figure 3: |
EDS Liquefaction Reactor Temperature Profile |
11 |
| + |
Figure 4: |
Schematic Effect of Backmixing on EDS
Liquefaction Reactor Temperature Profile |
12 |
| + |
Figure 5: |
Gas Holdup (Solids-Free) vs. Superficial Gas Velocity |
20 |
| + |
Figure 6: |
Liquid Holdup vs. Superficial Gas Velocity |
21 |
| + |
Figure 7: |
Effect of Backmixing on ART Requirements |
22 |
