Quote:
Originally Posted by EnvisionSaintJohn
According to a knowledgeable poster on the main Canada forum, Casper, P. Lepreau is the most likely location for the medical radioisotope reactor, but “The hot cells could go out by the airport. That would be similar to what use to exist in Ottawa [in conjunction with the Chalk River reactor]”.
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Not a part of the form I normally visit, but you are having an interesting discussion..... so I will drop in for a visit.....
Key difference between what these guys are proposing and Chalk River, is they are using lightly enriched uranium (LEU) while the Chalk River process was using highly enriched uranium (HEU). LEU is commonly used in civilian power and research programs the world over. Access to HEU it tightly controlled and these days not found in civilian applications.
If I were planning this out I would put the reactor at P. Lepreau and the hot cells near the Moncton airport but it could go at another airport. What you want is consistent connections into the major cargo hubs.
While the hot cells are a licensed facility it is far easier to get that through the process than the reactor.
If these guys do build two reactors one in NB and the other in New Mexico, they will likely secure the vast majority of the world market. Hospitals want a supplier that consistently deliver generators every Monday morning and not miss a week here or there due to down time. That would let the two reactors and processing facility cover for each other during maintenance periods. The domestic market is relatively small, the US, Europe and Asia would be the main markets.
The other sources of this in the world are side programs off of research reactors or power reactors. While the owners of these reactors are doing it because its the right thing to do, its not their core mission and a distraction. Given the choice I suspect they would be just as happy not doing it.
Darlington is a CANDU 9 and there are some tubes through the core of the reactor that were put in the design to run instrumentation to validate the reactor physics models and potentially use in commissioning. They are not used in normal operation. Someone came up with the idea of using them for a medical Mo-99 program. While OPG is happy to contribute to society and public health by supporting the program, they would probably be cool with that being on someone else's reactor and then they can optimize their operation around electricity production.
The other sources in the world are research reactors that just happen to have the right flux characteristics so this can be one of the programs on the reactor it is far from their main reason for being.