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Nuclear Power Generation /<br />
Nuclear Fuel Cycle Related Facilities<br />
1<br />
Fuji�s 3 unique technologies which include remote handling, radwaste<br />
treatment and high temperature gas-cooled reactor are contributing for<br />
ensuring energy resources for longer than a century.<br />
Remote Handling & Fuel Fabrication Technologies<br />
Fuel Pellets Manufacturing Facility Internal Equipment within the Glove Box<br />
Performance of<br />
volume reduction<br />
(ion-exchange resin)<br />
(1/10–1/20)<br />
Exterior View of Fuji Resin Reducer(LPOP)<br />
(LPOP : Low Pressure Oxidation Process)<br />
Commercial High<br />
Temperature Gascooled<br />
Reactor<br />
(HTGR)<br />
Active Core<br />
(Fuel Blocks)<br />
Core Bottom<br />
Structure<br />
pellet<br />
inspection<br />
(The HTGR heat utilization plant)<br />
Contact : Fuji Electric Corp. of America<br />
Phone 201-712-0555 FAX 201-368-8258<br />
URL http//www.fujielectric.com/fecoa /<br />
Gripper<br />
: Fuji Electric Systems Co., Ltd.<br />
Phone +81-44-329-2169 FAX +81-44-329-2178<br />
URL http://www.fujielectric.com/<br />
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Fuel Transfer System<br />
2 Radwaste Treatment Systems & Decommissioning Technologies<br />
Cutting Torch<br />
Reactor Vessel<br />
Verification test of remote dismantling system<br />
(Tokai-1 Decommissioning)<br />
3 Reactor Technology for High Temperature Gas-cooled Reactor<br />
-28-<br />
HTTR Core internals<br />
Top view of the core<br />
(Outer diameter 4.25m)<br />
(HTTR : High Temperature Engineering Test Reactor)
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