ML091890178
| ML091890178 | |
| Person / Time | |
|---|---|
| Site: | Sequoyah  |
| Issue date: | 10/31/2002 |
| From: | MFG Consulting Scientist & Engineers |
| To: | Office of New Reactors |
| References | |
| Download: ML091890178 (40) | |
Text
0 J
SCALE IN FEET 0
1500 scientists and Sengineers FIGURE 8-1 MODEL DOMAIN Date:
OCTOBER 2002 Project:
100734 File:
FIG 8-1.DWG
0 0
Quaternary Deposits Shale Unit 1 Shale Unit 2 Sandtones Shale Unit 4 Layer 2 Through 5 Pinched to 0.1 Feet Shale Unit 5
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LEGEND:
COLLUVIUM ALLUVIUM TERRACE DEPOSIT UNIT 1 SHALE
- 9 UNIT 2 SHALE UNIT 3 SHALE UNIT 4 SHALE UNIT 5 SHALE FILL MATERIAL HIGH CONDUCTIVITY CELLS K
SCALE IN FEET 0
1200 FIGURE 8-3 LAYER 1 HYDROLOGIC UNITS Date:
OCTOBER 2002 Project:
100734\\REVISED-20*\\
File:
HYDRO-UNITS.dwg U.
-1 I
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-I LEGEND:
COLLUVIUM ALLUVIUM TERRACE DEPOSIT UNIT 1 SHALE UNIT 2 SHALE UNIT 3 SHALE UNIT 4 SHALE UNIT 5 SHALE FILL MATERIAL HIGH CONDUCTIVITY CELLS SCALE IN FEET 0
1200
- V*consulting scientists and engineers FIGURE 8-4 LAYER 2 HYDROLOGIC UNITS Date:
OCTOBER 2002 Project:
100734\\REVISED-20*\\
File:
HYDRO-UNITS.dwg
0 0
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COLLUVIUM ALLUVIUM TERRACE DEPOSIT UNIT 1 SHALE UNIT 2 SHALE UNIT 3 SHALE UNIT 4 SHALE UNIT 5 SHALE FILL MATERIAL HIGH CONDUCTIVITY CELLS I
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1200
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s~coenhsutind s cientsutsand enginee~rs FIGURE 8-5 LAYER 3 HYDROLOGIC UNITS Date:
OCTOBER 2002 Project:
100734\\REVISED-20*\\
File:
HYDRO-UNITS.dwg
0 0
-I IK LEGEND:
COLLUVIUM ALLUVIUM TERRACE DEPOSIT UNIT 1 SHALE UNIT 2 SHALE UNIT 3 SHALE UNIT 4 SHALE UNIT 5 SHALE FILL MATERIAL HIGH CONDUCTIVITY CELLS I
II I
I I
I I
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SCALE IN FEET 0
1200 FIGURE 8-6 LAYER 4 HYDROLOGIC UNITS Date:
Project:
File:
OCTOBER 2002 100734\\REVISED-20*\\
HYDRO-UNITS.dwg
S,-'
LEGEND:
COLLUVIUM ALLUVIUM TERRACE DEPOSIT UNIT 1 SHALE UNIT 2 SHALE UNIT 3 SHALE UNIT 4 SHALE UNIT 5 SHALE FILL MATERIAL HIGH CONDUCTIVITY CELLS SCALE IN FEET 0
1200 FIGURE 8-7 LAYER 5 HYDROLOGIC UNITS Date:
OCTOBER 2002 Project:
100734\\REVISED-20*\\
File:
HYDRO-UNITS.dwg
0 LEGEND:
COLLUVIUM ALLUVIUM TERRACE DEPOSIT UNIT 1 SHALE
§ UNIT 2 SHALE UNIT 3 SHALE UNIT 4 SHALE UNIT 5 SHALE FILL MATERIAL HIGH CONDUCTIVITY CELLS SCALE IN FEET 0
1200
'7 FIGURE 8-8 LAYER 6 HYDROLOGIC UNITS Date:
OCTOBER 2002 Project:
100734\\REVISED-20*O File:
HYDRO-UNITS.dwg
0 0
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LEGEND:
8.7xl 04 FT/DAY 5.0x 10 4 FT/DAY 1.8x 10 -3 FT/DAY 1.8x10 3 FT/DAY SCALE IN FEET 0
1200 I,.J scientists and engineers FIGURE 8-9 LAYER 1 RECHARGE RATES Date:
OCTOBER 2002 Project:
100734\\REVISED-20*\\
File:
RATES.dwg
0 t
N Ill LEGEND:
0 FT/DAY 3.Oxl 0-3 FT/DAY m2.4xl0 2 FT/DAY S5.Oxl0 -3 FT/DAY I
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SCALE IN FEET 0
1200
r K
LEGEND:
II NO FLOW STREAM CONSTANT HEAD DRAIN I
K SCALE IN FEET 0
1200 scfengisnI and aengineers FIGURE 8-12 LAYER 2 BOUNDARY CONDITIONS Date:
OCTOBER 2002 Project:
100734\\REVISED-20*\\
File:
BND-COND.dwg
r LEGEND:
NO FLOW STREAM CONSTANT HEAD DRAIN I
1I K
SCALE IN FEET 0
1200 Sscientists and engineers FIGURE 8-13 LAYER 3 BOUNDARY CONDITIONS Date:
OCTOBER 2002 Project:
100734\\REVISED-20*\\
File:
BND-COND.dwg
0 r'
LEGEND:
NO FLOW STREAM CONSTANT HEAD DRAIN I
K I
SCALE IN FEET 0
1200
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III I
I NO FLOW STREAM CONSTANT HEAD DRAIN
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SCALE IN FEET 0
1200 consulting L
scientists and engineers FIGURE 8-15 LAYER 5 BOUNDARY CONDITIONS Date:
Project:
File:
OCTOBER 2002 100734\\REVISED-20*\\
BND-COND.dwg
0 1
I r
LEGEND:
NO FLOW STREAM CONSTANT HEAD DRAIN K
SCALE IN FEET 0
1200 sientists and engineers FIGURE 8-16 LAYER 6 BOUNDARY CONDITIONS Date:
OCTOBER 2002 Project:
100734\\REVISED-20'\\
File:
BND-COND.dwg
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WELL / BOREHOLE LOCATION HIGH CONDUCTIVITY CELL
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K
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SCALE IN FEET 0
1200 FIGURE 8-17 LOCATION OF HIGH CONDUCTIVITY CELLS Date:
Project:
File:
OCTOBER 2002 100734\\REVISED-20*\\
CELL-HICOND.dwg I l
.. I I /
\\
I LEGEND:
POTENTIOMETRIC CONTOURS (FEET AMSL)
DRY CELL
+ CALIBRATION RESIDUAL (FEET)
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K SCALE IN FEET 0
1200
I1 /
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POTENTIOMETRIC CONTOURS (FEET AMSL)
DRY CELL
+ CALIBRATION RESIDUAL (FEET)
/
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1200 sclentinsean Qengineers FIGURE 8-19 LAYER 2 CALIBRATED HEADS Date:
OCTOBER 2002 Project:
100734\\REVISED-20*\\
File:
CAL-HEADS.dwg
0
/1/
I-1;-'
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(4,K LEGEND:
POTENTIOMETRIC CONTOURS (FEET AMSL)
DRY CELL
+ CALIBRATION RESIDUAL (FEET)
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SCALE IN FEET 0
1200
0
/ I
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LEGEND:
POTENTIOMETRIC CONTOURS (FEET AMSL)
DRY CELL
+ CALIBRATION RESIDUAL (FEET)
/
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SCALE IN FEET 0
1200
I LEGEND:
POTENTIOMETRIC CONTOURS (FEET AMSL)
DRY CELL
+ CALIBRATION RESIDUAL (FEET)
SCALE IN FEET 0
1200 L
s, M
-engtst and Qengineers FIGURE 8-22 LAYER 5 CALIBRATED HEADS Date:
OCTOBER 2002 Project:
100734\\REVISED-20*\\
File:
CAL-HEADS.dwg
0 LEGEND:
POTENTIOMETRIC CONTOURS (FEET AMSL)
DRY CELL
+ CALIBRATION RESIDUAL (FEET)
SCALE IN FEET 0
1200 L
Scoensutist ng scoensutist ng Sengineers FIGURE 8-23 LAYER 6 CALIBRATED HEADS Date:
OCTOBER 2002 Project:
100734\\REVISED-20*\\
File:
CAL-HEADS.dwg
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1 Layer 1 Layer 2 Layer 3 A
Layer 4 Layer 5 Layer 6
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5 475 500 575 525 550 Observed Head (feet amsl) r- -I L
scengineersn FIGURE 8-24 OBSERVED VS CALCULATED HEADS Date:
OCTOBER 2002 Project: P:\\100734-2\\REV CHAR RPT File:
SECTION8LAND.ppt
2833000 2834000 2835000 2836000 2837000 2838000 Elevations in feet above mean sea level.
Contour interval = 2 feet engnees FIGURE 8-25 Date:
OCTOBER 2002 POST DECOMMISSIONING Project: P:\\100734-2\\REV RPT TOPOGRAPHY File:
SECTION8.ppt
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POTENTIOMETRIC CONTOURS (FEET AMSL)
DRY CELL SCALE IN FEET 0
1200 f
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POTENTIOMETRIC CONTOURS (FEET AMSL)
/
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DRY CELL K /
SCALE IN FEET 0
1200 scient~ists and Senginleers FIGURE 8-27 LAYER 2 LONG-TERM HEADS Date:
OCTOBER 2002 Project:
100734\\REVISED-20*\\
File:
LONG-TERM.dwg
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POTENTIOMETRIC CONTOURS (FEET AMSL)
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1200 consulting I
scientists and L ~
engineers FIGURE 8-28 LAYER 3 LONG-TERM HEADS Date:
OCTOBER 2002 Project:
100734\\REVISED-20*\\
File:
LONG-TERM.dwg
/
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/
LEGEND:
POTENTIOMETRIC CONTOURS (FEET AMSL)
DRY CELL SCALE IN FEET 0
1200 I
~consulting scientists and I
engineers FIGURE 8-29 LAYER 4 LONG-TERM HEADS Date:
OCTOBER 2002 Project:
100734\\REVISED-20*\\
File:
LONG-TERM.dwg
/
/
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POTENTIOMETRIC CONTOURS (FEET AMSL)
DRY CELL SCALE IN FEET 012 200 L
scoensutist ng L
confsuti ng Qengineers FIGURE 8-30 LAYER 5 LONG-TERM HEADS Date:
OCTOBER 2002 Project:
100734\\REVISED-20*\\
File:
LONG-TERM.dwg
0 LEGEND:
POTENTIOMETRIC CONTOURS (FEET AMSL)
DRY CELL SCALE IN FEET 0
1200 i
consulting scientists and engineers FIGURE 8-31 LAYER 6 LONG-TERM HEADS Date:
OCTOBER 2002 Project:
100734\\REVISED-20*\\
File:
LONG-TERM.dwg
0 0
1.4 1.2 1
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1..
.1-az 0.8 0.6 0.4 0.2 0
1990 1992 1994 1996 1998 2000 2002 Date FIGURE 8-32 ONE DIMENSIONAL TRANSPORT ANALYSIS, 2322A Date:
OCTOBER 2002 Project: P:\\100734-2\\REV CHAR RPT File:
1 D TRANSPORT.ppt
0 1.4 1.2 1
L 0.8 Z 0.6 0.4 0.2 0 K-1990 1992 1994 1996 1998 2000 2002 Date FIGURE 8-33
)NE DIMENSIONAL TRANSPORT ANALYSIS, 2341 Date:
OCTOBER 2002 Project: P:\\100734-2\\REV CHAR RPT File:
1D TRANSPORT.ppt
0 2
1.6 1.2 0
0.8 0.4 0
1990 1992 1994 1996 1998 2000 2002 Date
-nsr~fjineo FIGURE 8-34 ONE DIMENSIONAL TRANSPORT ANALYSIS, 2354 Date:
OCTOBER 2002 Project: P:\\100734-2\\REV CHAR RPT File:
1 D TRANSPORT.ppt
0 0
C.)
4-'
(U 1..
4-'z 1.8 1.6 1.4 1.2 1
0.8 0.6 0.4 0.2 0 K-1990 1992 1994 1996 1998 2000 2002 Date FIGURE 8-35 ONE DIMENSIONAL TRANSPORT ANALYSIS, 2356 Date:
OCTOBER 2002 Project: P:\\100734-2\\REV CHAR RPT File:
1 D TRANSPORT.ppt
S 0
0 0.7 0.6 0.5
...Measured Ogata Banks Solution Ogata Banks Parameters v = 0.115 ft/day C
00 4-ICu I-z 0.4 0.3 R= 1 a= 20 ft x = 900 ft Co = 2000 mg/L 0.2 0.1 0
44 1990 1992 1994 1996 1998 2000 2002 Date c o__
3 irj f0 r FIGURE 8-36 ONE DIMENSIONAL TRANSPORT ANALYSIS, MW095A Date:
OCTOBER 2002 Project: P:\\100734-2\\REV CHAR RPT File:
1D TRANSPORT.ppt
5000m g/L 2 000mg/L ID-N500mg/L
/
7
=100m g/L S50mg/L I
mg/
5000mg/L
- 3.
B 2
-2000mg/L 0*
1-00mg/L 2.5 El--
5 00mg/L 50g/
- /(--------*
H 10m g/L
2.,
5000mg/L 2000mg/L 8
11000m g/L 500mg/L 150mg/L "lOmg/L
\\
SCALE IN FEET Date:
OCTOBER 2002 FIGURE 8-39 consulting NITRATE CALIBRATION INITIAL CONCENTRATIONS LAYER 3 Project 100734\\REVISED-20'\\
siengises and 40 engineers File:
INITIAL-NIT.DWG