| Abstract |
2 |
| Acronyms and Definitions |
4 |
| Executive Summary |
5 |
|
A |
Introduction |
6 |
|
B |
Results and Discussion |
9 |
| |
B.1 |
Mechanical Design |
9 |
| |
B.1.1 |
Selection of Metallurgy |
9 |
| B.1.2 |
Selection of Design Conditions |
10 |
| B.1.3 |
Selection of Reactor Dimensions |
11 |
| B.1.4 |
Nozzle Layout |
12 |
| B.1.5 |
Nuclear Density Gauge and Traverse Issues |
13 |
| B.1.6 |
Calculation of Heat Transfer/Steam Circulation Performance |
14 |
| B.1.7 |
Sparger Design |
15 |
|
B.2 |
Fabrication |
16 |
| |
B.2.1 |
Vendor Selection and Shop Requirements |
16 |
| B.2.2 |
Schedule - Proposed vs. Actual |
17 |
| B.2.3 |
Problems and Solutions |
19 |
| B.3 |
Shipment to Site |
21 |
| B.4 |
Installation and Passivation |
22 |
| B.5 |
Future Reactor Scale-up Considerations |
24 |
| |
B.5.1 |
Shipping Constraints |
24 |
| B.5.2 |
Fabrication Shop Capabilities |
25 |
|
C |
Conclusions |
26 |
|
D |
References |
27 |
| Appendix A - Process Flow Diagram and Reactor
General Arrangement Drawing |
28 |
| Appendix B - Photographs of Reactor
Fabrication, Shipment, and Installation |
29 |
