Fuel Building
The Fuel Building (graphic) is used for:
Drawing # |
Component Decription |
Component Function |
127 |
Fuel Transfer Tube Isolation Valve |
Together with a flange on the Containment side isolates Fuel Building from Containment when fuel transfers are not occurring |
128 |
Fuel Transfer Tube |
Used to transfer fuel between Fuel Building and Containment |
129 |
Fuel Transfer Canal |
Area where the transfer conveyor is located that is used to route the fuel assembly to the containment or receive the spent fuel assembly from containment. |
130 |
Spent Fuel Storage Racks |
Stainless steel racks with borated poly (or similar material) used to store each spent fuel assembly). Racks are about 16 feet high. |
131 |
Spent Fuel Pool Bridge Crane |
Crane used to move new and spent fuel assemblies |
132 |
Spent Fuel Pool |
A 40 foot deep pool that contains the storage racks for the spent fuel assemblies |
133 |
Fuel Building Cask Loading Crane |
A crane used for moving spent fuel into the stroage cask. For some plants this is the same as the spent fuel bridge crane. |
134 |
Fuel Building Cask Handling Crane |
A crane, typically rated at over 100 tons. This crane is designed so that no single failure can result in dropping the cask. |
135 |
New Fuel Shipping Container Laydown Area |
An area where new fuel is stored until the 2 assembly casks can be unloaded. |
136 |
Cask Loading Pool |
This is the small pool used for filling the cask with spent fuel. |
137 |
Cask Washdown Pit |
An area used for decontaminating the outside of the storage cask before is is moved to a rail car for transporting to an offsite facility or onsite via a transporter. |
138 |
Sump Pumps |
These are small pumps that take a suction from the sump supplied by drains from the cask washdown pit |
139 |
Fuel Pool Cooling Heat Exchangers |
These redundant heat exchangers remove heat from fluid circulated from the spent fuel pool. The heat is directed to the component cooling system. |
140 |
Fuel pool Cooling Pumps |
These redundant pumps circulate water from the spent fuel pool to the heat exchangers then back to the spent fuel pool. |
Copyright © 1996-2004. Joseph Gonyeau, P.E.. The Virtual Nuclear Tourist. All rights reserved. Revised: October 12, 2001