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Fission Uranium Corp T.FCU

Alternate Symbol(s):  FCUUF

Fission Uranium Corp. is a Canada-based uranium company and the owner/developer of the high-grade, near-surface Triple R uranium deposit. The Company is the 100% owner of the Patterson Lake South uranium property. Its Patterson Lake South (PLS) project, which hosts the Triple R deposit, a large, high-grade and near-surface uranium deposit that occurs within a 3.18 kilometers (km) mineralized trend along the Patterson Lake Conductive Corridor. The property comprises over 17 contiguous claims totaling 31,039 hectares and is located geographically in the south-west margin of Saskatchewan’s Athabasca Basin. Additionally, the Company has the West Cluff property comprising three claims totaling approximately 11,148-hectares and the La Rocque property comprising two claims totaling over 959 hectares in the western Athabasca Basin region of northern Saskatchewan. The La Rocque property is prospective for high-grade uranium and is located five km south of Cameco’s La Rocque Uranium Zone.


TSX:FCU - Post by User

Bullboard Posts
Post by sudzie191on Jun 02, 2015 11:49am
193 Views
Post# 23789070

Japan reator restrats

Japan reator restratsCertainly this is very important as there are about 40 to come back on line, but some of  the ones shutdown may be retired as they are too old to do the costly upgrades.

Currently 43 reactors are operable and potentially able to restart, and 24 of these are in the process of restart approvals.


Japan needs to import about 84% of its energy requirements, which is quite costly since these are fossil fuels.  So economically there is a large incentive to get these back on line.

THere were fuel (uranium) supply contracts in place when they were all shut down, so there is an inventory of uranium to work thru.   THis will get shuffled around a bit to minimize costs, but as the reactors come back on line, they will beging to look at long term suypply contracts again.

Most of the modifications required were to simply put their standby generators up on a hill (higher ground) so a psunami could not flood them, and to make the standby power systems much more reliable, and also to put in flood protection barriers.

In some cases there will have been some structural beefing up with things like shock absorbers to support equipment.

Except for the flooded reactors, there were no failures of components at any of the other reactors, so they rode out the shaking very well, but most were far enough away so there was no impact at all from shaking.

In a global sense the Japan event was helpful to make all reactor operators realize the importance of safety systems and many have upgraded these safety systems. THis is good for the long term.

THe first reactor start will provide somewhat of a psychological boost to nuclear power and the Japanese are very wise to make sure all goes well with the first one, well all of them really as there are a bunch.

 Starting up reactors that have been shutdwon for some time has to be done very carefully to bring the power levels up  very gradually so they are on scale. As the power is raised up thry 1% all the systems, pumps, shutdown systems, control systems have to go thru various stages of checking all is well.

Most likely they will have loaded in a full load of fuel too during the shutdown, so once running they won't have to be shutdown to be refuelled for some time.  Making sure they have a fresh load of fuel will have used up some of the new fuel inventory.

If all goes well, and no reason to expect not, there might be several reactors running by the end of 2015.





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