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DOE 2000. - Waste Isolation Pilot Plant - U.S. Department of Energy

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WIPP RH PSAR <strong>DOE</strong>/WIPP-03-3174 CHAPTER 4<br />

FACILITY DESIGN AND OPERATION<br />

LIST OF FIGURES<br />

FIGURE TITLE PAGE NO.<br />

Figure 4.1-1, WIPP Site Boundary and Subdivisions ................................ 4.1-3<br />

Figure 4.1-2a, WIPP Surface Structures ........................................... 4.1-4<br />

Figure 4.1-2b, Legend for Figure 4.1-2a ........................................... 4.1-5<br />

Figure 4.1-3, Planned Disposal Horizon .......................................... 4.1-6<br />

Figure 4.2-1a WHB Plan (Ground Floor) ........................................ 4.2-31<br />

Figure 4.2-1b WHB Plan (Upper Floor) ......................................... 4.2-32<br />

Figure 4.2-2 <strong>Waste</strong> Transport Routes in the WHB ................................. 4.2-33<br />

Figure 4.2-3 WHB (Sections) ................................................ 4.2-34<br />

Figure 4.2-4 RH TRU 72B Road Cask ......................................... 4.2-35<br />

Figure 4.2-5 RH TRU 10-160B Road Cask ...................................... 4.2-36<br />

Figure 4.2-6 140-Ton Crane Cask Lifting Yoke In Use ............................. 4.2-37<br />

Figure 4.2-7 72B Road Cask on Transfer Car .................................... 4.2-38<br />

Figure 4.2-8 10-160B Transfer Car ............................................ 4.2-39<br />

Figure 4.2-9 10-160B Cask Lid Lifting Fixture ................................... 4.2-40<br />

Figure 4.2-10 RH TRU Canister Assembly ....................................... 4.2-41<br />

Figure 4.2-11 10-160 B 55-Gallon Drum Lift Device ............................... 4.2-42<br />

Figure 4.2-12 Pictorial View <strong>of</strong> the RH TRU Surface Facilities ........................ 4.2-43<br />

Figure 4.2-13 Shield Valve ................................................... 4.2-44<br />

Figure 4.2-14a Details <strong>of</strong> Hot Cell .............................................. 4.2-45<br />

Figure 4.2-14b Details <strong>of</strong> Hot Cell Cross Section at D-D .............................. 4.2-46<br />

Figure 4.2-14c Details <strong>of</strong> Hot Cell at Cross Section E-E .............................. 4.2-47<br />

Figure 4.2-15a Drum Carriage Lift Fixture ........................................ 4.2-48<br />

Figure 4.2-15b Drum Carriage Lift Fixture and Carriages ............................. 4.2-49<br />

Figure 4.2-16 Shielded Transfer Drawer ......................................... 4.2-50<br />

Figure 4.2-17 Transfer Cell Shuttle Car .......................................... 4.2-51<br />

Figure 4.2-18 Facility Cask ................................................... 4.2-52<br />

Figure 4.2-19 Facility Cask Transfer Car ......................................... 4.2-53<br />

Figure 4.2-20 Facility Cask Rotating Device ...................................... 4.2-54<br />

Figure 4.2-21 6.25-Ton Grapple Hoist ........................................... 4.2-55<br />

Figure 4.2-22 Facility Grapple ................................................ 4.2-56<br />

Figure 4.2-23 Telescoping Port Shield ........................................... 4.2-57<br />

Figure 4.2-24 Bell Shield and Block ............................................ 4.2-58<br />

Figure 4.2-25 <strong>Waste</strong> Transfer Machine Assembly Installed on the Alignment Fixture ....... 4.2-59<br />

Figure 4.2-26 Shield Plug Carriage ............................................. 4.2-60<br />

Figure 4.2-27 Strongback .................................................... 4.2-61<br />

Figure 4.2-28 RH Emplacement Configuration .................................... 4.2-62<br />

Figure 4.2-29 Facility Cask Installed on the <strong>Waste</strong> Transfer Machine Assembly ........... 4.2-63<br />

Figure 4.2-30 Exhaust Filter Building ........................................... 4.2-64<br />

Figure 4.2-31 <strong>Waste</strong> Shaft and Hoist Arrangement ................................. 4.2-65<br />

Figure 4.2-32 Shaft Pillar Area Layout and Ventilation Flows ......................... 4.2-66<br />

Figure 4.2-33 Typical RH and CH Transuranic Mixed <strong>Waste</strong> Disposal Configuration ....... 4.2-67<br />

Figure 4.2-34 Typical Disposal Panel ........................................... 4.2-68<br />

Figure 4.2-35 Design <strong>of</strong> a Panel Closure System ................................... 4.2-69<br />

Figure 4.3-1 72B RH TRU Process ............................................ 4.3-18<br />

Figure 4.3-2 10-160B RH TRU Process ........................................ 4.3-19<br />

4-iv January 28, 2003

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