NC0075353_Wasteload Allocation_19881129

NPDES WASTE LOAD ALLOCATION
PERMIT NO.: DICOO 7,53 3
FACILITY NAME: �4cl V )09.53 ke574 %TOnI�
Facility Status: EXlb-FM PROPOSED
(circle one)
Permit Status: RENEWAL MkODWICATM Uri<TBV
(circle one)
Major Nlnor,
Pipe No:
Design Capacity (MGD): '0/
Domestic (% of Flow): 119b
Industrial (% of Flow):
Comments:
RECEIVING STREAM: L 6r4h (Y1y�J� C�z�K
Gass-.
Sub -Basin: 0 _3 —0 30
Reference USGS Quad: Nkl (please attach)
County: C 40✓�l
Regional Office: (A ' Fa Mo Ra Wa Wi WS
(cirele one)
Requested
Prepared I
Reviewed
Modeler
Date Rec.
x
1
Drainage Area (mid) 3g z Avg. Streamflow (cfs): "
7Q10 (cfs) c% Winter 7Q10 (cfs) / s 30Q2 (cfs) ZZ
Toxicity Limits: IWC % (circle one) Acute / Chronic
Instream Monitoring:
Parameters
Upstream Location
Downstream — Location
Effluent
Characteristics
Summer
Winter
BODS(mg/0
30
NHs N (mg/0
V V
D.O. (mg/0
d✓
TSS (mg/1)
30
F. Col. (/100ml)
AV
PH (SU)
v/
Taw
11
Comments:

'X
0
lA!
21
n65
���� a"
n
�UJPAI;R'N,6'2�'
� iC c
13 57'3011 N14 lcd 4655 Ill SW5 111 SW) 416 l 5b'
SCALE 1:24000
1 ,If 0 1 MILE
1000 0 1000 2000 3000 4000 5" 6000. 7000 FEET
1 .5 0 t KILOMETER �' A)W
•3Y CONTOUR INTERVAL 40 FEET GG
MILS DOTTED LINES REPRESENT 20 FOOT CONTOURS
DATUM IS MEAN SEA LEVEL _
SAGNETIC NORTH QUADRAT
TER OF SHEET
THIS MAP COMPLIES WITH NATIONAL MAP ACCURACY STANDARDS �
FOR SALE BY U. S. GEOLOGICAL SURVEY, WASHINGTON, D. C. 20242
A FOLDER DESCRIBING TOPOGRAPHIC MAPS AND SYMBOLS IS AVAILABLE ON REQUEST

---------------------- WASTELOAD ALLOCATION APPROVAL FORM --PE-CEIVED
Nlafer Quality Section
Permit Number :
N0007535:3
Facility Name .
ROCKY PASS REST H=
Type: of Waste :
100% DOMESTIC
NOV 1 4 1988
Status :
PROPOSED
Receiving Stream :
NORTH MUDDY CREEK
Asheville Regional Office
Stream Class :
C
Asheville, North Carolina
Subbasin :
030830
County :
MCDOWELL
Drainage
Area
(sq Ink 24.z
Regional Office :
ARO
Average
Flow
(cfs) 51
Requ stor :
HARRIS
Summer
7010
01's) 9.
Date of Requ_st :
9/22/88
Winter
7Qi.
tcfa) 15;
Quad :
''11NW
30Q2
cf_,
-"----------------
RECOMMENDED
EFFLUENT
L7HI1:
Wasieflow vm•gd): .01
S-Day ROD (mg11): 30
Ammonia Nitrogen mg/1): nr
Dissolved Oxygen (mg%l: nr
Td5 mg/1): 30
Fecal Coliform (4t/100ml): nr-
pH (: u): nr I
--------------------------------- MONITORING ...✓-.-�_� �U�/ (/
Upstream (Y/N): N Location.
Downstream ,Y/N): N Location:
---------------------------------- COMMENTSL+ _--e ------ �
-r
PERPJIIIS & ENGINEERING I
Recommended L-,-
Reviewed by: // 1
j� Tech. .. uppor•t Supervisor V '.ate
Regional Supervisor � Date
Parmi to &. Engineer i ng r/ Date
RETURN TO T-' HNICAL SERVICES t:.Y QEC 0-'� 1986,

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14? 1JTV
•
MODEL
1NC . MARlk0N WWTP
UPS'1'Ri%,l
OF ROCKY
PASS
REST HOME
----------
MODEL RESULTS
----------
Discharger
a
ROCKY PA; S
REST HOPE
Receiving Stream
;
NORTH MUDDY
CREEK
----------------
The End
D.O.
is
7. 1 7
mg/1.
The End
CBOD
is
5.26
mg/1.
The End
NBOD
is
5.90
mg/1.
------------------------------------------------------
.
ILA
WLA
WLA
DO
Mi n
CBOD
NBOD
DO Taste
Flow
(mg/1)
Mi1epoint
Reach #
(1119/1)
(mg/1)
(mg/1)
(mgd)
Segment
1
5.81
0.00
1
Reach
1
b:0.00
90.00
5�.00
3 .00000
Reich
2
0.00
0.00
oloo
0.00000
Reach
3
0.00
0.00
0.00
0.00000
Reach
It
45.00
90.00
0.000�
0.01000
Reach
5
0.00
0.00
0.00
0.o0000
Reach
6
0.00
0.00
0.00
0.00000
Reach
7
0.00
0.00
0.00
0.00000
Reach
8
0.00
0.00
0.00
0.00000
Reach
9
0.00
0.00
0.00
0.00000

W i s ha rge r a
Receiving Stream :
SUniTlper 7Q10
Design Temperature
*** N1 iDEL. SUMMARY DATA m
ROCKY PASS REST H-JME: Subbasi n
NORTH MUDDY CREEK Stream r-'1 as :
0. Win -ter 7Q10 :
25.
ILENGTHI SLOPEI VELOCITY I DEPTHI Kd I Kd I Ka I Ka I KN I K14 I KNR I KHR I
I mile I ftjmij fps I ft Idesignl @201 Idesignl @201 Idesignl @201 Idesignl 16201 1
-----------------------------------------------------------------------------------------------------
I I I I I I I I I I I I I
Segment 1 1 0,371 31.301 0.601 1 0.88 1 0.64 1 0.51 137.73 1 33.841 0.73 1 0.50 1 0.73 1 0.00 1
Reach 1 1 I I I I I l I l I I I I
-----------------------------------------------------------------------------------------------------
I I I I I I I I I I I I I
Segment 1 1 0.941 19,001 0.511 1 0.96 1 0.40 1 0.38 119.49 1 17.481 0.44 1 0.30 1 0.44 1 0.00 1
Reach 2 1 1 1 1 1 1 1 1 1 1 1 I 1
-----------------------------------------------------------------------------------------------------
1I I I I I I I I I I I I
Segment 1 1 0.111 13,101 0.478 1 1.40 1 0.31 1 0.29 1 -9.08 1 8.151 0.44 1 0.30 1 0.44 1 0.00 1
Reach 3 1 1 1 1 1 1 1 1 1 1 1 1 1
-----------------------------------------------------------------------------------------------------
I I I I I i I I l I I I i
Segment 1 1 0.721 13,101 0.478 1 1.41 1 0.31 1 0.29 1 9.01 1 8,141 0.44 1 0.30 1 0.44 1 0.00 1
Reach 4 l I 1 1 1 1 1 1 1 1 1 1 1
------------------------------------------------------------------------------------------------------
1I I I I I I I I I I I
Segment 1 1 0.301 13.101 0.479 1 1.4210.3710.2919.091 8.1510.44 10.3010.441 0,001
Reach 5 1 1 1 1 1 1 1 1 1 1 1 1 1
-----------------------------------------------------------------------------------------------------
I I I I I I I I 1 I I -I
Segment 1 1 0,151 16.601 o.s12 1 1.37 1 0,40 1 0.32 112.33 1 11.061 0.44 1 0.30 1 0.44 i 0.00 1
Reach 6 I 1 1 1 I 1 1 I 1 1 1 I I
-----------------------------------------------------------------------------------------------------
I I I I I I I I I I I I I
Segment 1 1 1.401 16,601 0.523 1 1.39 1 0.40 1 0.32 112.58 1 11,281 0.44 1 0.30 1 0.44 1 0.00 1
Reach 7 I I I
-----------------------------------------------------------------------------------------------------
I I I I I I I I I I I I
Segment 1 1 2.301 16.601 0,551 1 1.49 1 0,40 1 0.31 113,25 1 H .881 0.44 1 0.30 1 0,44 1 0.00 1
Reach 8 1 1 1 1 1 1 1 1 1 1 1 1 l
---------------------------------------------------------------------_--------------------------------
I i I I I I I I I I I I I
Segment 1 1 4.501 6,601 0.630 1 2.16 1 0.32 1 0.25 1 4.08 1 3.661 0.44 1 0.30 1 0.44 1 0.00 1
Peach 9 1 1 1 1 1 1 1 1 1 1 1 1 1
-----------------------------------------------------------------------------------------------------
1 F1ow
r fs
w•egment 1
Reacli 1
Waste
1 4.650
HwadwatWrs
I 2.300
Tributary
1 0.000
m Runoff
1 0.154
1 ("BOD
1 i BOB I
D.O. 1
Mg
l mg/1 I
mg/7 I
1 00.000
190.000 I
5.000
1 2.000
1 1.000 I
7.440
2.000
1 1.000 1
7.440
j 2,000
1 1.000 1
7.440
030830
C
15.
--=nmc:r%+ 1 0a=r-k 7

Waste
I 01000
(, 0.000 I
0.000 I
0.000
Tributary
( 0.000
( 2.000
I 1 , 000 I
7.440
Runof f
( 0. 154
{ 2.000 I
1 .000 (
7.440
Segment 1
Reach 3
• Waste:
J 0.000
( 0.000 i
0.000 I
0.000
Tributary
i 7.000
I 2.000
I 1.000 J
7.440
Runoff
( 0.028
{ 2.000
I 1.000 {
7.440
Segment 1
Reach 4
',Taste
I 0.016
( 45.000 100.000
(
0.000
Tributary
J 0.000
; 2.000
( 1.000 J
7.440
* Runoff
I 0.028
{ 2.000 J
1.000 (
7.440
Segment 1
Reach 5
Waste
( 0.000
I 0.000
{ 0.000 I
0.000
Tributary
J 0.250
I 2.000
I 1.000 {
7.440
* Runoff
( 0.000
( 2.000 {
1.000 i
7.440
Segment 1
Reach G
Waste
{ 0.000
( 0.000 J
0.000 I
0.000
Tributary
J 0.000
J 2,000
J 1.000 (
7 .440
* Runoff
I 0.000
( 2.000 J
1.000 (
7.440
Segment 1
Reach 7
Waste
{ 0.000
( 0.000
{ 0.000 (
0.000
Tributary
( 0,300
I 2.000
I 1.000 J
7.440
* Runoff
{ 0.730
( 2.000 I
1.000 {
7.440
Segment 1
Reach 8
Waste
( 0.000
0.000
( 0.000 (
0.000
Tr•iI_)utary
( 0.000
( 2.000
( 1.000 J
7.440
Runoff"
J 2.170
J 2.000
( 1.000 J
7.440
Segment 1
Reach J
Waste
J 0.000
J 0.000
{ 0.000 J
0.000
Tr•i b u t a r y
( 20. 000
( 2.000
( 'i .000 I
7 .440
* Runoff
J 1.560
J 2.000
( 1.000 J
7.440
* Runoff flow is in cfs/mil e

I
:SUMMER
•
MODEL
INC. MARION WWTP UPSTRM
OF ROCKY
PASS REST HOME
• ( SEg #
( Reach #
( Seg Mi j
G.O. (
CBOG (
NBOD (
Flow
1
1
0.00
5.8.1
40.81
60.55
6.95
1
I
0.01
5.83
40,77
60t49
6.95
1
1
0.02
5.85
40.74
60.43
6.95
1
1
0.03
5.87
40.70
60.37
6.95
1
1
0.04
5.89
40.67
60.31
6.96
1
1
0.05
5.91
40.63
60.26
6.96
1
1
0.06
5.93
40.60
60.20
6.96
1
'1
0.07
5.95
40.56
60.14
6.96
i
1
0.08
5.97
40.53
60.08
6.96
I
1
0.09
5.98
40.49
60.02
6.96
1
1
0.10
6.00
40.46
59.97
6.97
1
1
0.11
6.01
40.42
59.91
6.97
I
1
0.12
6.03
40.39
59.85
6.97
1
1
0•13
6:04
40.35
59.79
6.97
'1
.I
0.14
6.06
40.32
59.73
6.97
1
1
0.15
6.07
40.28
59.68
6.97
1
1
0.16
6.08
40.25
59.62
6.97
1
1
0.17
6.110
40.21
59.56
6.98
I
1
0.18
6.11
40.18
59.50
6.98
1
1
0.19
6.12
40.14
59.45
6.98
1
0.20
6.13
40.11
59.39
6.98
1
1
0.21
6.14
40.07
59.33
6.98
1
1
0.22
6.16
40.04
59.26
6.98
1
1
0.23
6.17
40.00
59.22
6.99
1
1
0.24
6.18
39.97
59.116
6.99
•1
1
0.25
6.19
39.94
59-10
6.99
l
1
0.26
6.20
39.90
59.05
6.99
1
1
O�27
6.20
39.8t
58.99
6.99
1
1
0.28
6.21
39.03
58.93
6.99
1
I
0.29
6.22
39.80
58.88
6.99
1
1
0.30
6.23
39.76
58.82
7.00
1
1
0.31
6:24
39.73
56.76
7.00
1
1
0.32
6.25
39.70
58.71
7.00
1
1
0.33
6.25
39.66
58.65
7.00
1
1
0.34
6.26
39.63
58.59
7.00
1
1
0.35
6.27
39.59
58.54
7.00
1
1
0.36
6.28
y9.56
58.48
7.01
.1
1
0.37
6.28
39.53
58.42
7.01
1
2
0.37
6.28
39.53
58.142
7.01
1
2
0.39
6.27
39.46
58.34
7.01
1
2
0.41
6.26
39.40
58.25
7.01
1
2
0.43
6.24
39.34
56.16
7,02
1
2
0.45
6.23
39.28
58.08
7.02
1
2
0.47
6.22
39.22
57.99
1.02.
'->
0.49
6.21
39.16
57.91
7.03
f
2
0.51
6.20
39.10
57.82
7.03
1
2
0.53
6.19
39.04
57.73
7.03
1
2
0.55
6.19
38.98
57.65
7.03
1
2
0.57
6.18
38.92
57.56
7.04
1
2
0.59
6.17
38,85
57.48
7.04
1
2
0.61
6,16
38.79
57.39
7.04
1
2
0.63
6.16
38.73
57.31
7.05
1
2
0.65
6.15
38.67
57.22
7.05
1
2
0.67
6.15
38.61
57.14
7.05
1
2
0.69
6.14
36.55
57.05
7.06
1
2
0.71
6.14
38.49
56.97
7.06
1
2
0♦73
6.13
38.43
56.88
7.06
1
2
0.75
6.13
38.37
56.80
7.07
1
�
n 7•1
r 114
Q 1 •1
qR 71)
7 nI

1
2
0.79
6.12
38ti26
56.63
7.07
1
2
0.81
i
6.12
38.20
56.55
7.07
s� s �� 1
2
0.83
6. 12
38. 14
56.46
7.08
1
2
0185
6.11
38.08
56.36
7.08
1
2
0.87
6.11
38.02
56.30
7.08
1
2
0.89
6. •1 1
37.96
56.21
7.09
' 1
2
0.91
6.11
37.90
56.13
7.09
I
2
0.93
6.111
37.84
56.05
7.09
1
2
0.95
6. 1 '1
37.78
55.9E
7 . '1 0
1
2
0.97
6.11
37.72
55.88
7.10
1
2
0.99
6.110
37.67
55.80
7.10
1
2
1.01
6,10
37.61
55.72
7.11
1
2
'1.03
6.10
37.55
55.63
7.11
1
2
1.05
6.10
37.49
55.55
7 . 1 '1
1
2
1.07
6.10
37.43
55.47
7.11
1
2
1.09
6.10
37.38
55.39
7.12
'1
2
1.11
6.10
37.32
55.311
7.12
1
2
1.13
6.10
.37.26
55.22
7.12
1
2
1.15
6.10
37.20
55.14
7.13
1
2
1.17
6.10
37.14
55.06
7.13
1
2
1.19
6.11
37.09
54.98
7.13
1
2
1.21
6.11
37.03
54.90
7.14
1
2
1.23
6.11
36.97
54.82
7.14
1
2
1.25
6.11
36.92
54.74
7.14
1
2
1.27
6.11
36.86
54.66
7.15
1
2
'1 .29
6. '1 '1
36.80
5 4. 58
7. Is
1
2
1.31
6.111
36.74
54.49
7.15
1
3
1.31
6.77
19.56
28.03
14.15
1
3
132
G.76
19.55
28.02
14.15
1
3
1.33
6.75
19.54
28.00
'14. '1 5
'1
3
1.34
6.75
19.53
27.90W
14.15
1
3
1.35
6.74
19.52
27.97
14.15
1
3
1.36
6.73
19.51
27.95
14.15
11
3
1.37
6.72
19.50
27.94
'14.15
3
1.38
6.12
19.49
27.92
14 - 15
1
3
1.39
6.71
19.48
27.90
'14.15
1
3
1.40
6170
19.47
27.89
14.15
1
3
1.41
6.70
19.46
27.87
14.15
1
3
1.42
6.69
'19.45
27.86
14.15
1
4
1.42
6.68
19.48
27.92
14.17
i
4
1.50
6.63
19.41
27.79
14.17
1
4
1.58
6.59
'19.33
27.66
14.17
1
4'
1.66
6.55
19�26
27.54
14.18
I
4
'1.74
6.51
19.le
27.41
14.'18
1
4
1.82
6.48
19.11
27.28
14.16
1
4
1 . 90
6.45
19.03
4.7 . 15
1
4
1.93
6.43
18.96
27,03
1
4
2.06
6.41
18.88
26.90
'14.19
'1
4
2. 14
6,39
18.81
26 . 78
14. '1 9
1
5
2.14
6.41
18.52
26.33
14.44
i
5
2.'17
6.40
18.49
26.28
14.44
1
5
2.20
6.40
18.47
26.24
14.44
5
2.23
6.39
18.44
26.20
14.44
1
5
2.26
6.39
18.42
26.15
14.44
1
5
2.29
6.38
18.39
26.11
14.44
I
5
2.32
6.38
18.37
26.06
14.44
1
5
2.35
6.37
18,34
26.02
14.44
1
5
2.38
6.37
18.31
25.98
14.44
1
5
2.41
6.37
'18.29
25.93
14.44
1
5
2.44
6.36
'18.26
25.89
14.44
1
6
2.44
6.36
18.26
25.89
14.44
1
6
2.45
6.37
'18.2
25.87
14.44
1
6
2.46
6.37
18.25
"5.86
14.44
I
6
2.47
6.38
18.24
25.85
14.44
1
6
2.48
6,38
18.23
25.83
'14.44
{
a
-1 1. in
r j0
10 hh
�r. n�
•11, 1Ih

1
6
2.50
6.40
18.21
25.81
14.44
11
6
2.51
6.40
'18.20
25.79
14.44
1 !f 1
6
2.52
6.41
18< 19
25.78
1h-.44
f
6
2.53
6 .. 4 1
Is. 18
25.77
'14 .4. 4
1
6
2.54
6.42
18.18
25.75
14.44
1
6
2.55
6.42
18. 17
25.74
'14.44
` 1
6
2.56
6.43
'18.16
25.73
14.44
1
6
2.57
t3.43
'18.15
25.71
14.44
I
6
2.58
6.43
'18. 'i4
25. 70
14.44
1
6
2.59
6.44
f8,13
25.69
14.44
1
7
2.59
6.46
17.80
25.18
14.74
7
2.69
6.51
'17.64
24.93
14.81
1
7
2.79
6.56
17.49
24.69
'14.89
1
7
2.89
6.61
17.33
24.45
14.96
f
7
2,99
6.64
17.18
24.21
15.03
1
7
3.09
6.68
17.02
23.97
15.11
1
7
3.19
6.71
16.87
23.74
15.18
1
7
3.29
6.74
16.72
23.51
15.25
1
7
3.39
6.77
16.58
23.28
15.32
1
7
3.49
6.79
16.43
23.06
15.40
1
7
3.59
6.82
16.29
22.84
15.47
1
7
3.69
6.84
16.14
22.62
15.54
1
7
3.79
6.86
16.00
22.40
15.621
1
7
3.89
6.88
15.86
22.19
15.69
1
7
3.99
6.89
15.73
21.97
15.76
1
6
3.99
6.89
f5."r3
21,97
15.76
1
8
4.09
6.93
15.11.7
21.58
115.98
1
8
4.19
6.95
15.22
21.20
16.20
1
8
4�29
6.98
14.98
20.83
16.41
'1
8
4.39
7.01
'14.75
20.47
16.63
1
8
4.49
7003
14.52
20 . '1 .,'
'1 6 .85
1
8
4.59
7.06
'14.30
'19.78
17.06
1
8
4.69
7.08
14.08
19.45
'17.28
I
8
4.79
7 . 10
13 .87
1 9 . '13
17 .50
1
8
4.89
7.12
13.66
18.82
17.72
1
8
4.99
7.14
13.46
18.51
17.93
8
5.09
7.16
13,27
18.21
18.15
1
8
5, 19
7. '18
'1 3. 0 8
'1 7.92
is .37
1
8
5.29
7.19
12.89
17.64
18.58
1
8
5.39
7.21
12.71
17.36
18.80
1
8
5.49
7.213
12.53
'17.09
19.02
1
8
5.59
7.24
12.36
'16.82
'19.23
1
8
5.69
7.26
12.19
'16.57
19.45
1
8
5.79
7.27
12.02
16.31
19.67
1
8
5,89
7.29
1 '1 . 86
16.07
1 9 .89
f
8
5.99
7.30
11.7'1
'15.83
2.0.10
1
8
6.09
7.32
11.55
15.59
2.0.32
1
8
6.19
7.::3
11.40
15.36
20.54
1
8
6.29
7.34
141.25
15.114
2.0.75
1
9
6.29
7.39
6.71
8.20
40.75
1
9
6.79
7.30
6.52
7.69
41.53
1
9
7.29
7.24
6.34
7.60
42.31
1
9
7.79
7.19
6.17
7.33
43.09
1
9
8.29
7.17
6.00
7.06
43.87
1
9
8.79
7.15
5.84
6.81
4.4.65
.1
9
9.29
7.15
5.68
6.57
45.43
1
J
9. 7 n
7. 15
5.54
6.34
4 U. 2 'I
1
9
10.29
7.16
5.39
6.11
46.99
1
9
'10.79
7.17
5.26
5.90
47.77
I w e-g
R e a c
5 e g M i I
D. CJ . I
C OD I
NBOD I
F 1 ow

'
l •
41 1„ I C�., M E R
T liE ��I�r�R ': � i' VITP
MODEL RESSILILT"E!
Di schar
ger1
iIOC'KY PAI'�
REST H':IvIE
Receiving
Stream
1,4ORTH MUDDY
CREEK
Them End
L-11.0,
! _ 7. 17
mg/'I .
The End
CBOD
is 5.25
ing/ I .
Tiiw End
NBOD
is a,89
mq
WLis WLA
VILA
DO. NI n
R..B11D N%OD
L.C' Waste FI ow
{mg/1
Mi Iepoint
%each i {III-D/I {mg/1 }
{m1g/I ;r (myd)
(ke,ach
I
60.00 90.00
.7.00 W .00000
Rea r.:h
?
0.00 0.00
0.00 0.00000
R"z-ach
3
0.00 0.00
0.00 0.00000
Reach,
4
IN 0.00 0.00
0,00 0 : 00000
Reach
1.3
0.00 0.00
0.00 0.00000
Reach
G
0.00 0.00
0.00 0.00000
Reach
7
0.00 0.00
0.00 0.00000
Reach
8
0.00 0.00
0.00 0.00000
Reach
J
0.01_) 0.00
�0ju0
0.00 0100000

a
*** 1%10DEL w UA1MARY DATA **
L: i schar,ger,
Receiving Stream
Summerr• 7G;10
Design Temper*atur•a:
5
ROOKY PASS REST HOME 5ubbasi n
NORTH MUDDY GREET( Stream c 1ass.,
9. Winter, 7Q1 0
25.
ILENGTHI SLOPE1 VELOCITY I DEPTHI Kd I Kd I Ka I Ka I Kit I K11 I KHR I KHR I
I mile I ft/mi 1 fps I ft Idesignl @201 Idesignl @20' Idesign( @20' Idesignl @201 1
-----------------------------------------------------------------------------------------------------
I I I I I I! I I I I I I
Segment 1 1 0,371 31.301 0,601 1 0.88 1 0.64 1 0.51 137.73 1 33,841 0.73 1 0.50 1 0.73 1 0.00 1
Reach 1 I I I I I I I I I I I I
-----------------------------------------------------------------------------------------------------
I I I I I I I I I I I I
Segment 1 1 0,941 19,001 0,511 1 0.96 1 0.48 1 0.38 119.49 1 17.481 0.44 1 0.30 1 0.44 1 0.00 1
Reach 2 1 ! 1 1 1 1 1 1 1 1 1 1 1
-------------------------------------------------------------------------------------------------------
I! I I I I I I I I I I I
Segment 1 1 0.111 13.101 0.478 1 1.40 1 0.37 1 0.29 1 9.08 1 8.151 0.44 1 0,30 1 0.44 1 0.00 1
Reach 3 1 I I I I I I I I I I I I
-----------------------------------------------------------------------------------------------------
I I I I I I I I I I I I I
Segment 1 1 0.721 13,101 0.477 1 M l 1 0.37 1 0.29 1 9.06 1 8.131 0.44 1 0.30 1 0.44 1 0.00 1
Reach 4 1 1 1 1 1 1 1 1 1 1 1 1 1
-----------------------------------------------------------------------------------------------------
i 1 1 11 1 1 1 1 1 I l i
Segment 1 1 0.301 13.101 0.478 1 1.42 1 0.37 1 0.29 1 9.08 1 8.141 0.44 1 0.30 1 0.44 1 0.00 1
Reach 5 1 1 1 1 1 1 1 1 1 1 1 1 1
--------------- ----------------------:----------------------------------------------------------------
I
Segment 1 1 0,151 16.601 0.512 1 1.37 1 0.40 1 0,32 112.32 1 11.051 0.44 1 0.30 1 0,44 1 0.00 1
Reach 6 I 1 1 1 1 1 1 1 ! 1 1 1 1
-----------------------------------------------------------------------------------------------------
I I I I I I I I I I I I I
Segment 1 1 1.401 16.601 0.523 1 1.39 1 0.40 1 0.32 112.57 1 11.281 0.44 1 0.30 1 0.44 1 0.00 1
Reach 7 I I I I I I I I I I I ! I
-----------------------------------------------------------------------------------------------------
I I I I I I I I I I I I -I
Segment 1 1 2.301 16.601 0,550 1 1.49 1 0,40 1 0.31 113.24 1 11.871 0.44 1 0.30 1 0.44 1 0.00 1
Reach 8 1 1 1 ! 1 ! 1 1 1 1 1 1 1
-----------------------------------------------------------------------------------------------------
I I I I I I I I I I I I I
Segment 1 1 4,501 6,601 0.630 1 2.16 1 0.32 1 0.25 1 4.00 1 3,661 0.44 1 0.30 1 0.44 1 0.00 1
Reach 9 1 1 1 1 1 1 1 1 1 1 1 1 1
-----------------------------------------------------------------------------------------------------
I F 1 ow
c -f s
Segment 1 Reach 1
Waste 1 4y650
Ideadwaterss 1 2.300
"rr•7 butar,y I 0.000
Runoff I 0.154
1 CB01D I
NcoD I
D.O. i
I mg/1 1
mg/7 I
i-ng/1 I
1 60.000 190.000
1
5.000
I 2.000 1
1.000 1
7.440
1 2.000 I
1.000 1
7.440
1 2.000 I
1.000 I
7.440
030830
15.
0arrrY-,ar%+ 1 D.==rnh 7

E^rastre
I 0.000 (
0.000
0.000 I
0.0.00
Tr•i butar,y
( 0.000
2.000
1 .000 I
7 .440
�Runoff
( 0.154 (
2.000 {
1.000 (
7.440
Segment 1
Reach 3
k4aste
{ 0.000 (
0.000 I
0.000 (
0.000
Tributary
( 7.000 {
2.000 {
1.000 (
7.440
* Runoff
( 0.028 {
2.000 {
-1.000 (
7..440
Segment 1
Reach 4
Waste
I 0.000 I
0.000 {
0.000 I
0.000
Tr ibLrtar~y
0.000 {
2.000 (
1,000 {
7.440
* Runoff
( 0.028 I
2.000 {
1 ., 000 I
7 ..440
Segment 1
Reach 5
Waste
( 0.000 (
0.000 {
0.000 (
0.,000
Tributary
( 0.250 {
2.000 (
1.000 I
7.440
Runoff
{ 0.000 (
2.000 j
1.000 (
7.440
Segment 1
Reach 6
Waste
I 0.000 {
0.000 I
0.000 {
0.000
Tributary
I 0.000 I
2.000
1.000 (
7.440
Runoff
( 0.000
2.000 I
1.000 (
7.4-40
:segment 1
Reach 7
waste
I 0.000 {
0.000 I
0.000 (
0.000
Tributary
( 0.300 (
2.000 (
1.000 {
7.440
* Runoff
{ 0. 30 I
2.000 I
1.000 I
7.440
Segment 1
Reach 8
Waste
i 0.000 I
0.000 (
0.000 (
0.000
Tributary
( 0.000 (
2.000 {
1.000 (
7.440
* Runoff
i 2.110 (
2.000 {
1.000 {
7.440
i
Reach 9
Waste
gV
( 0.000 (
(�
0 .000 (
('�ast�
0.000 (
0.000
Tributary
I 20.000 (
2.000 {
1 . 000 I
7 ..440
* Runoff
{ 1.560 {
2.000 (
1.000
7.440
* RL!noff flow is in cfs/m7 l e

i
aeq # 1
Reach #
6eq Mi
D.O.
CBOD
1
'1
0.00
5. 8 '1
40.81
1
1
0.01
5.83
40.77
1
I
0.02
5.85
40.74
1
1
0.03
5.87
40.70
1
1
0.04
5.89
40.67
1
1
0.05
5.91
40.63
11
'1
0.06
5.93
40.60
1
i
0.07
5.95
40.56
1
1
0.08
5.97
40.53
1
1
0.09
5.98
40,49
1
1
0.10
6.00
40.46
1
1
0.11
6.01
40.42
1
1
0.12
6.03
40.39
1
'1
0. 1 3
6,011
40.35
1
1
0.14
6.06
40.32
1
'1
0.15
6.07
40.28
1
1
0.116
6.08
40.25
1
1
0.17
6.10
40.21
.1
1
0.118
6. 1 1
40.18
1
1
0.19
6.12
40.14
1
1
0.20
6.1'13
40 . 1 1
1
1
0.211
6.14
40.07
1
1
0.22
6.16
40.04
1
1
0.23
6.17
40.00
1
1
0.24
6. '1 8
39.97
1
1
0.25
6.19
39.94
1
1
0.26
6.20
39.90
'1
1
0.27
6.20
39.87
1
1
0.28
6.21
39.83
1
1
0.29
6.22
39.60
1
1
0.30
6.23
39.76
1
1
0.31
6.24
39.73
1
1
0.32
6.25
39.70
!
1
0.33
6.25
39.66
1
1
0.34.
6.26
39.63
1
1
0.35
6.27
39.59
I
1
0.36
6.28
39.56
1
1
0.37
6.28
39.53
1
2
0.37
6.28
39.53
1
2
0.39
6.27
39.46
1
2
0.41
6.26
39.40
1
2
0.43
6.24
39.34
1
2
0.45
6.23
39.23
1
2
0.47
6.22
39.22
I
2
0.49
6. 2 'i
39.16
1
2
0.51
6.20
3 9. '1 0
1
2
0.53
6.19
.39.04
1
2
0.55
6.119
38.98
1
2
0.57
6.18
38.92
1
2
().59
6.17
38.85
1
2
0.611
6.16
38.79
1
2
0.63
6.16
38.73
11
2
0.65
6. 15
3 81 . 67
1
2
0.67
6.15
38.611
1
2
0.69
6,14
38.55
11
2
0.71
6.14
38.49
1
2
0.73
6. '!3
38.43
1
2
0.75
6. '13
38.37
•1 _s_
1)
n 17
k •1 1
a s I I
P1v06L
TOAFOR INTERACTION WITH
THE MARION Wkh1TP
NBO0
Flow
60.55
6.95
60.49
6.95
60.43
6.95
60.37
6.95
60.31
6.96
60.26
6.96
60.20
6.96
60.14
6.96
60.08
6.96
60.02
6.96
59.97
6.97
59.91
6.97
59.85
6.97
59.79
6.97
59.73
6.91
59.68
6.97
59.62
6.97
59.56
6.98
59.50
6.98
59.45
6.98
59.39
6.98
59.33
6.98
59.28
6.98
59.22
6.99
59.16
6.99
59.10
6.99
59.05
6.99
58.99
6.99
58.93
6.99
58.88
6.99
58 � 82
7 .00
58.76
7.00
58.71
7.00
58.65
7.00
58.59
7.00
58.54
7.00
58.,48
7.01
58.42
7.01
58.42
7.01
58.34
7.01
58.25
7.01
58.16
7.02
.58.08
7.02
57.99
7.02
57.9'i
7.03
57 .82
7.03
57.73
7.03
57.65
7.03
57 .56
7 .04.
57.48
7.04
57.39
7.04
57.31
7.05
57.22.
7.05
57 . Ii 4.
7 .05
57.05
7.06
56.97
7 .06
56.88
'?.06
56.80
7.07
r.r. 171
7 n-7

7
0.79
6.12
38.26
56.63
7.07
2
0.61
6.12
38.20
56.55
7.07
2
0.8w
6. 12
38.14
56.46
7.08
1
2
0.85
5. '1 'i
38.08
56.38
7.08
• 1
2
0.87
6.11
38,012
56:30
7:08
1
2
0.89
6.11
37.96
56.21
7.09
i
2
0.91
6.11
37.90
56.13
7.09
1
2
0.93
6. '1 '1
37 .84
56.05
7.09
1
2
0,95
6.11
37.78
55.96
7.10
1
2
0.97
6. 1 1
37.72
55.88
7.10
1
2
0.99
6.10
37.67
55.80
7-10
!
2
1.p1
6.10
37.61
55.72
7111
$
2
1.03
6:10
37.55
55.63
7.11
1
2
1.05
6.110
37,49
55.55
7.11
1
2
1 .07
6. 10
37.43
55.47
7 . 'I 'I
1
2
1.09
6.10
37.38
55.39
7.12
i
2
1.11
61,110
37.32
55.31
7.12
1
2
1.13
6.10
37.26
55.22
7.12
1
2
'1 r 1 5
6. '1 0
3 7.20
5 5: 14
7. 13
1
2
1.17
6,10
37.14
55.06
7.13
1
2
1.19
6.1'1
37.09
54.98
7.13
l
2
1.21
6.11
37,03
54.90
7.14
!
2
1.23
6.111
36.97
54.82
7.14
2
1.215,
6.111
36.92
54.74
7.14
1
2
1.17
6ti111
36.86
54.66
7.15
1
2
1.29
6.11
36.80
54.58
7.15
1
2
1,31
6.11
36.74
54.49
7,15
I
3
1.31
6.77
19.56
28.03
14.15
1
3
1.32
6.76
19.55
28.02
14.15
!
3
1.33
6.75
'19.54
28.00
•14.15
i
3
1.34
6.75
19.53
27.99
14.15
1
3
1.35-
6.74
19.52
27.97
14.15
3
1.36
6.73
19.51
27.95
'14.15
1
3
1.37
6.72
19.50
27.94
14.15
1
3
1.38
6.72
19.49
27.92
'14.15
1
3
'1 .39
6. 7 '1
19.48
2 7.90
'14. '1 5
1
3
1.40
6.70
19.47
27.89
14.15
1
3
1.41
6.70
19.46
27.87
'14.15
1
3
1.42
6.69
19.45
27.86
14.15
1
4
1.42
6.69
19.45
27.86
14.15
1
1�
1.50
6.64
19.38
27.73
14.16
1
4
1.58
6.60
19.30
27.60
14.16
i
4
1.66
6.56
19.23
27.47
14.16
1
4
1.74
6.52
19.15
27.34
14.16
4
1.82
6.49
'19.08
27.21
14.17
1
4
1.90
6.46
19.Op
27.09
'14.17
1
4
1.98
6.44
18.93
26.96
14.17
i
4
2.06
6.41
'18.86
26.83
14.17
1
4
2.14
6.39
16.78
26.71
14.17
1
5
2 . '14
6.4 1
'1 8.49
26.26
14 .42
1
5
2.17
6.4.1
18,47
26.22
14142
1
5
2.20
6.40
'18.44
26.'18
'14.42
1
5
2.2.3
6.40
18 s42
26.13
14.42
1
5
2.26
6.39
18.39
26.09
14.42
1
5
2.29
6.39
18.36
26.04
14.42
!
5
2.32
6.38
'18.34
26.00
'14.42
I
5
2.35
6.38
18.31
25•96
14.42
1
5-
2.38
6.37
•18.29
25.91
'14.42.
1
5
2.41
6.37
18.26
25.87
14.42
5
2.44
6.37
'18.24.
25.82
14.42
6
2.44
6.37
18.24
25.82
14.42
1
6
2.45
6.37
'18-23
25.81
14.42
1
6
2.46
6.38
18.22
25.80
14.42
1
6
2 -.47
6.38
18. 2 1
25.78
l4.42
i
6
2.48
0.39
18.20
25.77
14.42

4% . /T
a
1
1
I
i
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
.1
1
1
1
'I
1
1
1
'I
.1
'I
1
'1
1
'I
'I
1
1
1
i seq #
6
2.50
6.40
18.18
25.74
14.42
W
2.51
6a40
'I8• 17
25.73
14.42
6
2.52
6 4'1
'18.17
25.72
14.42
6
2.53
6.41
18,16
25.70
14.42
6
2.54
6.42
1 8 . 1 5
25.69
'14 .4 2
6
2.55
6.42
18.14
25.67
'14.42
6
2.56
6.43
18.13
25.66
14.42
6
2.57
6.43
18. 12
25.65
14.42
6
2.58
6.44
18.11
25.63
14.42
6
2.59
6.44
'18.11
25.62
14.42
7
2.59
6.46
17.78
25.12
14.72
7
2.69
6.52
17.62
24.87
14.80
7
2.79
6.57
'17.46
24.63
14.87
7
2.89
6.61
17.30
24.39
14.94
7
2.99
6.65
17.15
24.15
15.02
7
3.09
6.68
'17.00
23.91
15.09
7
3.19
6.71
16.85
23.68
'15.16
7
3.29
13.7
16.70
23.45
15.24
7
3.39
6.77
16.55
23.22
15.31
7
3.49
6.80
16.40
23.00
15.38
7
3.59
6.82
16.26
22.78
15.45
7
3.0-9
6.84
16.12
22.56
15.53
7
3.79
6.86
15.98
22.34
15.60
7
3.89
6.88
15.84
22.13
'15.67
7
3.99
6.90
15.70
21.92
15.75
8
3.99
6.90
15.70
21.92
'15.75
8
4.09
6.93
'15.45
21.53
15.96
8
4.19
6.96
15.20
21.15
16.18
8
4.29
6.98
14.96
20.78
'16.40
8
4.39
7.01
14.72
20.42
16.61
8
4.49
7.03
14.50
20.07
16.83
8
4.59
7.06
'14..27
'19.73
17.05
8
4.69
7.08
14.06
19.40
'17.27
8
4.79
7.10
13.85
19.08
'17.48
6
4.89
7.12.
13,64
18.76
17.70
8
4.99
7.14
13.44
18.46
17.92
8
5.09
7.16
13.25
18.16
18.13
8
5.19
7.18
13.06
17.87
18.35
8
5.29
7.20
12.87
17.59
18.57
8
5.39
7.21
12.69
'17.31
18.78
8
5.49
7.23
12.51
'17.04
19.00
8
5.59
7.25
12.34
16.78
19.22
8
5.69
7.26
12.17
16.52
19.44
8
5.79
7.28
'12.00
16.27
19.65
8
5.89
7.29
11.84
16,02
19.87
8
5.99
7.30
11.68
15.78
2'0.09
8
6.09
7 .32
1 '1 .53
'15.55
20.30
8
6.19
7,33
11.38
15.32
20.52
8
6.29
7.34
'11.23
15.'10
20.74
9
6.29
7.39
6.70
8.18
40.74
9
6.79
7.30
6.51
7.87
41.52
9
7.29
7.24
6.33
7.58
42.30
9
7.79
7.20
6.16
7.30
43,08
9
8.29
7.17
5.99
7.04
43.86
9
8.79
7•15
5.83
6.19
44.64
9
9.29
7.15
5.67
6.55
45.42
9
9.79
7.15
5.53
6.32
46.20
9
10.29
7.16
5.38
6.10
46.98
9
10.79
7.17
5.25
5.89
47.76
Reach
5eq Mi
D.O.
0BOD
NB -OD
FlOW