NC0024881_Instream Assessment_19881206

f .
Request Form for In --stream Assessment for 67B
NAME OF FACILITY��� _CY_ �Q� �L�\�Q� � SUSBASIN U0 CA
COUNTY oa&�` -� REGION _ � N DESIGN FLOW
RECEIVING STREAM
�-----=�+�r�.-----------
BACKGROUND DATA :
A. Why is TOC needed? (Facility is out of compliance with which
effluent limits?)
7S riA-
�y.
B. History of "ZOC requests:s�
1. Monthly Average waste flow
prior to any 3 OC � �m g d
Q
Time period averaged �VN thru tl�,e.(,, O
2. Previously approved
Date: flow: mgd
Date: - flow: mgd
total of previously approved O`OC flow: �—mgd
3. Flows lost from plant
(facilities that have gone
off line)
4. Current SOC request
5. Total plant flow post HOC
(sum of original flow and
HOC flow minus losses)
f low :�ti�,,,�� mg d
flow:
f low: j_S-1 mg d
6. Is this an accurate flow balance for plant? Why/why not?
QNN- 44\%i k

C. Please attach DMR summary for past year for all permitted parame-
ters. If possible, include reports from previous years if
facility has been under MC for more than a year.
CURRENT HOCREQUEST
A. Request is for domestic or industrial waste? If it is a combin-
ation, please specify percentages.
B. What type of industry? Please attach any pertinent data.
`ON
C. The region proposes the following .7OC limits: -.MSS stiou� 5�,�y
BOD5 _ 1-7 --mg/1
NH3---- 2 —mg/1
DO � mg/
1
TS S
fecal coliform
pH
other parameters
mg/1
#/100ml C V'�
S U (�'
D. What
is the
basis for these limits?

' Q
City'of Reidsville 230 West Morehead Street Reidsville •, North Carolina 27320 [phone]
January 23, 1989
Mr. R. Paul Wilms, Director
North Carolina Department of Natural Resources
Community Development
Division of Environmental Management
P.O. Box 27687
Raleigh, North Carolina 27611-7687
SUBJECT: Amendment to Judicial Order- of Consent
JOC #88-37
Reidsville, North Carolina
Dear Mr. Wilms:
OFFICE OF THE CITY MANAGER
' /Fit 1 n
Y`..•-
JAN 2i; 1569
DIV' OFENI"-NMIEN TAL MANAGEl"OENT
Raleigh, NC
F=
In order to meet the terms and conditions of Judicial Order of Consent (JOC
• #88-37) executed by the City. of Reidsville and. on the advice of Mr. Gray ,
Hauser, Regional Engineer, Winston-Salem Regional Office, we request amendment
of this Judicial Order .of Consent in terms of the wastewater treatment plant
effluent limits and flow allocation for proposed sanitary sewer improvements.
At the time of negotiation of terms of the Judicial Order of Consent, the
presence of cyanide in plant effluent did not appear to pose a problem.
However, since cyanide was first detected, the detection of source(s) has
eluded our WWTP personnel. We have conducted a survey of industrial users,
monitored permitted industries, and initiated a monitoring program within the
sewer collection system. Although we are optimistic that this problem will be
eliminated soon, we can offer no assurance that we can meet the effluent limits
of the Judicial Order of Consent. We, therefore, restate our previous request
for the interim effluent limits for cyanide be amended to 40 ug/ml.
Mr. Hauser advised us that we request flow allocation for sanitary sewer
improvements planned by the City of Reidsville and land development
contributing to the City's wastewater treatment system. Presently planned
improvements and estimated maximum flows are as follows:
City of Reidsville - sewer extensions along US 29 Bus 7,400 gpd
and SR 2 516
S- 9.0 w
The Wright Co. - subdivision development Village Oaks 26,000 gpd
subdivision
NrUJSQO
°a Q ��c�t�, ,�q�� . �v,�vrt�. s���• �v�.lo�. A.���. w�� b�
\

4 S
rage Two
Mr. Wilms
January 23, 1989
Quail Ridge subdivision - John Atkinson Co. 2,400 gpd
Addition to Meadowgreen Apartments 42800gpd
Hinkle 4 Apple - Subdivision development 142800 gpd
The present annual average flow to the Reidsville WWTP is 3.41 mgd.
We request your consideration and approval of these matters. We appreciate the
assistance of the staff at the Winston-Salem Regional Office.
Attached is our check in the amount of $100.00 to cover the application and
processing fee for this request.
Sincerely,
D. Kelly Almond
City Manager
DKA: cr
Enclosure

-
MDS
------------------------------------------------------
,Jvrn, n ��185
s
�Or+►n
A,'s
--
---- - - --
- ------------- --
-- 3
-
-_Y. 56-- - - - - -- _
. $ ---- -
---- --- --- ----�.70 --
-- -- -
��roi�h'bvt 5 c� Oc7 - ---- -- -
- -q- 7�
3,70 G 0
S tuG d-rC4rd---
-- vri�c`----
- Lip"[C_
c•`t�
------- — _ _

a
SUMMER
JOC QW=3.51
BOD5=17 NH3-N=2
------------ MODEL RESULTS ----------
Discharger : CITY OF REIDSVILLE WWTP
Receiving Stream : LITTLE TROUBLESOME CREEK
----------------------------------------------------------------------
The End D.O. is 5.00 mg/l.
The End CBOD is 7.96 mg/l.
The End NBOD is 1.86 mg/l.
----------------------------------------------------------------------
Segment 1
Reach 1
Reach 2
Reach 3
Reach 4
Reach 5
Reach 6
Reach 7
Segment 2
Reach 1
Reach 2
Reach 3
Reach 4
DO Min
(mg/1) Milepoint Reach #
4.53 4.98 7
4.71 2.66 3
WLA
WLA
WLA
CBOD
NBOD
DO
Waste Flow
(mg/1)
(mg/1)
(mg/1)
(mgd)
34.00
9.00
5.00
3.51000
0.00
0.00
0.00
0.00000
0.00
0.00
0.00
0.00000
0.00
0.00
0.00
0.00000
0.00
0.00
0.00
0.00000
45.00
90.00
0.00
0.01750
45.00
90.00
0.00
0.02350
0.00
0.00
0.00
0.00000
0.00
0.00
0.00
0.00000
0.00
0.00
0.00
0.00000
0.00
0.00
0.00
0.00000

.+
*** MODEL SUMMARY DATA ***
Discharger : CITY OF REIDSVILLE WWTP Subbasin : 030601
Receiving Stream : LITTLE TROUBLESOME CREEK Stream Class: C--NSW
Summer 7Q1O : 0.2 Winter 7Q1O 1.0
Design Temperature: 26.0
1 LE}1&TH I SLOPE 1 VELOCITY I DEPTH I Kd I Kd 1 Ka I Ka I KN I KPH i K11R I K1VR I SOD 1 SOD 1
I vile I ft/mil f0►a I ft Idesignl H04 Idesignl 1201 #designl ,@201 #designs @201 ldesignl N01 I
-------------------------------------------------------------------------------------------------------------------
I I ! # I I I I # I I I I I I
Segment 1 1 0.081 10.311 0.507 1 0.86 1 0.44 1 0.34 110.73 1 9.411 0.48 1 0.30 1 0.49 1 0.00 1 2.63 1 1.80 1
Reach 1 I I I 1 I I } I I I I I I
-------------------------------------------------------------------------------------------------------------------
I I I I I i I I I I I 1 1 1 1
Segment 1 1 1.591 10.311 0.471 1 0.90 1 0.42 1 0.32 1 9.96 1 8.741 0.49 1 0.30 1 4.4E 1 0.00 1 2.63 1 1.BO I
Reach 2 1 1 1 1 1 1 1 1 1 1 1 1 1
-------------------------------------------------------------------------------------------------------------------
I I 1 1 1 # 1 1 1 1 1 1 1 1 1
Segment 1 1 0.301 12.501 0.465 1 0.91 1 0.44 1 0.33 111.93 1 10.471 0.48 1 0.30 1 0.43 1 0.00 1 2.63 1 1.00 1
Reach 3 1 1 1 1 1 1 1 1 1 1 1 1 1
-------------------------------------------------------------------------------------------------------------------
I I I I I I I I I I I I I 1 I
Segment 1 1 1.301 12.501 0.448 l 0.93 1 0.43 1 0.33 111.47 1 10.071 0.48 1 0.30 1 0.48 1 0.00 1 2.63 1 1.80 1
Reach 4 1 1 1 1 1 I 1 1 1 1 1 1 1
-------------------------------------------------------------------------------------------------------------------
I I I 1 I I I I I I I I I I I
Segment 1 1 1.441 6.871 0.357 1 1.05 1 0.35 1 0.26 1 5.03 1 4.421 0.40 1 0.30 1 0.49 1 0.00 1 2.63 1 1.00 1
Reach 5 1 1 1 1 1 1 1 1 1 1 1 1 1
-------------------------------------------------------------------------------------------------------------------
1 1 I 1 I # I I ! 1 1 # I I I
Segment 1 1 0.251 6.971 0.349 1 1.07 1 0.34 1 0.26 1 4.91 1 4.311 0.48 1 0.30 1 0.48 1 0.00 1 2.63 1 1.80 1
Reach 6 1 1 1 1 1 1 1 1 1 1 1 1 1
-------------------------------------------------------------------------------------------------------------------
!
Segment 1 1 0.091 6.871 0.348 1 1.07 1 0.34 1 0.26 1 4.91 1 4.311 0.48 1 0.30 1 0.49 1 6.00 1 2.63 1 1.80 1
Reath 7 1 1 1 1 1 1 i 1 1 i I I I
-------------------------------------------------------------------------------------------------------------------
I I I I I I I I I I I I I I I
Segment 2 1 0.061 2.911 0.200 1 2.04 1 0.28 1 0.21 1 2.25 1 1.981 0.48 1 0.30 1 0.48 1 0.00 1 2.63 1 1.80 1
Reach 1 I I I I I I I I I I I I I
-------------------------------------------------------------------------------------------------------------------
I I I I I I I 1 I I I I 1 I I
Segment 2 1 0.301 2.911 0.198 1 2.06 1 0.28 1 0.21 1 2.21 1 1.941 0.48 1 0.30 1 0.49 1 0.00 1 2.64 1 1.81 1
Reach 2 1 ! 1 1 1 1 1 1 1 1 I I I
--------------------------------------------------------------------------------------------------------------------
I I I I I I I ! I I I I I I
Segment 2 1 2.301 3.521 0.210 1 2.01 1 0.28 1 0.21 1 2.36 1 2.071 0.48 1 0.30 1 0.48 1 0.00 1 2.63 1 1.80 I
Reach 3 1 1 1 1 1 1 1 1 1 1 1 1 1
-------------------------------------------------------------------------------------------------------------------
I
Segment 2 1 2.351 4.441 0.227 1 1.97 1 0.28 1 0.22 1 2.54 1 2.231 0.48 1 0.30 1 0.40 1 0.00 1 2.63 i 1.00 1
Reach 4 1 1 1 1 1 1 1 1 1 1 1 1 1
-----------------------------------------------------------------------------------------------------
I Flow I CBOD I NBOD I D.O. I
I cfs I mg/1 1 mg/1 I mg/1 I
Segment 1 Reach 1

Waste
1 5.441
1 34.000 1
9.000 I
5.000
Headwatersl 0.200
1 2.000 1
1.000 1
7.300
Tributary
1 0.000
1 2.000 1
1.000 1
7.300
* Runoff
1 0.028
1 2.000 1
1.000 1
7.300
Segment 1
Reach 2
Waste
1 0.000
1 0.000 1
0.000 1
0.000
Tributary
1 0.000
1 2.000 1
1.000 1
7.300
* Runoff
1 0.053
1 2.000 1
1.000 1
7.300
Segment 1
Reach 3
Waste
1 0.000
1 0.000 1
0.000 1
0.000
Tributary
1 0.000
1 2.000 1
1.000 1
7.300
* Runoff
1 0.053
1 2.000 1
1.000 1
7.300
Segment 1 Reach 4
Waste 1 0.000 1
Tributary 1 0.000 1
* Runoff 1 0.065 1
0.000 1 0.000 1 0.000
2.000 1 1.000 1 7.300
2.000 1 1.000 1 7.300
Segment 1 Reach 5
Waste 1 0.000 1 0.000 1 0.000 1 0.000
Tributary 1 0.000 1 2.000 1 1.000 1 7.300
* Runoff 1 0.065 1 2.000 1 1.000 1 7.300
Segment 1 Reach 6
Waste 1 0.027 1 45.000 1 90.000 1 0.000
Tributary 1 0.000 1 2.000 1 1.000 1 7.300
* Runoff 1 0.065 1 2.000 1 1.000 1 7.300
Segment 1 Reach 7
Waste 1 0.036 1 45.000 1 90.000 1 0.000
Tributary 1 0.000 1 2.000 1 1.000 1 7.300
* Runoff 1 0.065 1 2.000 1 1.000 1 7.300
Segment 2 Reach 1
Waste
1 0.000 1
0.000 1
0.000 1
0.000
Headwatersl 0.000 1
2.000 1
1.000 1
7.300
Tributary
1 6.500 1
2.000 1
1.000 1
7.300
* Runoff
1 0.145 1
2.000 1
1.000 1
7.300
Segment 2
Reach 2
Waste
1 0.000 1
0.000 1
0.000 1
0.000•
Tributary
1 0.000 1
2.000 1
1.000 1
7.300
* Runoff
1 0.145 1
2.000 1
1.000 1
7.300
Segment 2
Reach 3
Waste
1 0.000 1
0.000 1
0.000 1
0.000
Tributary
1 0.000 1
2.000 1
1.000 1
7.300
* Runoff
1 0.145 1
2.000 1
1.000 1
7.300
Segment 2
Reach 4
Waste
1 0.000 1
0.000 1
0.000 1
0.000
Tributary
1 0.075 1
2.000 1
1.000 1
7.300
* Runoff
1 0.145 1
2.000 1
1.000 1
7.300

�
J
SUMMER
JOG DW-3.51 MGD
BOD5=17
NH3-N=2
i Seg # I
Reach #
I Seg Hi I
D.O. I
CBOD I
NBOD I
claw I
1
1
0.00
5.00
32.87
8.72
5.64
1
1
0.01
5.09
32.85
8.71
5.64
1
1
0.02
5.09
32.93
8.71
5.64
1
1
0.03
5.10
32.01
8.70
5.64
1
1
0.04
5.10
32.79
8.69
5.64
1
1
0.05
5.10
32.77
8.69
5.64
1
1
0.06
5.11
32.75
8.68
5.64
1
1
0.07
5.11
32.73
B.68
5.64
1
1
0.09
5.12
32.71
8.67
5.64
1
2
0.05
5.12
32.71
8.67
5.64
1
2
0.10
5.13
32.61
8.64
5.65
1
2
0.15
5.15
32.50
0.61
5.6,E
1
2
0.20
5.16
32.40
8.58
5.65
1
?
0.25
5.17
32.30
9.55
5.65
1
2
0.30
5.19
32.19
8.52
5.66
1
2
0.35
5.20
32.09
8.49
5.66
1
2
0.40
5.21
31.99
8.46
5.66
1
2
0.45
5.22
31.89
8.43
5.66
1
2
0.50
5.23
31.79
8.40
5.67
1
2
0.55
5.24
31.68
8.37
5.67
1
2
0.60
5.25
31.58
0.35
5.67
1
2
0.65
5.26
31.48
8.32
5.67
1
2
0.70
5.27
31.38
8.29
5.68
1
2
0.75
5.28
31.28
8.26
5.68
1
2
0.80
5.29
31.18
8.23
5.68
1
2
0.85
5.30
31.08
8.20
5.69
1
2
0.90
5.31
30.98
8.17
5.69
1
2
0.95
5.32
30.88
8.14
5.69
1
2
1.00
5.33
30.79
8.12
5.69
1
2
1.05
5.34
30.69
8.09
5.70
1
2
1.10
5.34
30.59
8.06
5.70
1
2
1.15
5.35
30.49
8.03
5.70
1
2
1.20
5.36
30.40
8.00
5.70
1
2
1.25
5.37
30.30
7.97
5.71
1
2
1.30
5.38
30.20
7.95
5.71
1
2
1.35
5.38
30.11
7.92
5.71
1
2
1.40
5.39
30.01
7.89
5.71
1
2
1.45
5.40
29.91
7.86
5.72
1
2
1.50
5.40
29.82
7.04
5.72
1
2
1.55
5.41
29.72
7.81
5.72
1
2
1.60
5.42
29.63
7.79
5.72
1
3
1.60
5.42
29.63
7.79
5.72
1
3
1.65
5.46
29.53
7.75
5.73
1
3
1.70
5.49
29.43
7.73
5.73
1
3
1.75
5.52
29.34
7.70
5.73
.1
3
1.80
5.56
29.24
7.67
5.74
1
3
1.85
5.59
29.14
7.65
5.74
1
3
1.90
5.61
29.05
7.62
5.74
1
4
1.90
5.61
29.05
7.62
5.74
1
4
1.95
5.63
28.94
7.59
5.74
1
4
2.00
5.66
28.84
7.56
5.75
1
4
2.05
5.68
28.75
7.53
5.75
1
4
2.10
5.69
28.65
7.51
5.75
1
4
2.15
5.71
28.55
7.48
5.76
1
4
2.20
5.73
29.45
7.45
5.76
1
4
2.25
5.74
28.35
7.42
5.76
1
4
2.30
5.76
28.25
7.39
5.77
1
4
a
2.35
w r w
5.77
r nn
28,15
nr� wr
7.37
n rtr
5.77
r r.ts
DO

C
2
L
2
2
2
2
'1
L.7V
-Iil!
Cw.VU
laX7
.la11
4
2.45
♦
5.80
27.96
7.31
5.78
41
j
5:3
27.86
7.2E
5.780
4
2.55
5.82
27.77
7.26
5.78
4
2.60
5.84
27.67
7.23
5.79
4
2.65
5.65
27.58
7.20
5.79
4
2.70
5.06
27.48
7.18
5.79
4
2.75
5.87
27.39
7.15
5.80
4
2.00
5.09
27.29
7.12
5.80
4
2.85
5i88
27.20
7.10
5.80
4
2.90
5.89
27.10
7.07
5.81
4
2.95
5.90
27.01
7.04
5.81
4
3.00
5.91
26.92
7.0E
5.81
4
3.05
5.92
26.83
6.99
5.82
4
3.10
5.93
26.73
6.97
5.82
4
3.15
5.93
26.64
6.94
5.82
4
3.20
5.94
26.55
6.91
5.83
5
3.20
5.94
26.55
6.91
5.83
5
3.26
5.94
26.44
6.88
5.83
5
3.32
5.75
26.33
6.84
5.83
5
3.38
5.67
26.22
6.90
5.E4
5
3.44
5.58
26.11
6.76
5.84
5
3.50
5.51
26.00
6.73
5.84
5
3.56
5.44
25.89
6.69
5.85
5
3.62
5.37
25.79
6.65
5.85
5
3.68
5.31
25.68
6.62
5.86
5
3.74
5.25
25.57
6.58
5.86
5
3.80
5.19
25.47
6.55
5.86
5
3.86
5.14
25.36
6.51
5.87
5
3.92
5.09
25.26
6.48
5.97
5
3.98
5.04
25.15
6.44
5.8E
5
_ 4.04
5.00
25.05
6.41
5.80
5
4.10
4.95
24.94
6.37
5.88
5
4.16
4.92
24.84
6.34
5.89
5
4.22
4.88
24.74
6.30
5.89
5
4.2E
4.85
24.63
6.27
5.90
5
4.34
4.E2
24.53
6.23
5.90
5
4.40
4.79
24.43
6.20
5.90
5
4.46
4.76
24.33
6.17
5.91
5
4.52
4.73
24.23
6.13
5.91
5
4.59
4.71
24.13
6.10
5.91
5
4.64
4.69
24.03
6.07
5.9E
6
4.64
4.67
24.12
6.45
5.95
6
4.69
4.65
24.04
6.42
5.95
6
4.74
4.63
23.95
6.39
5.95
6
4.79
4.61
23.97
6.36
5.96
6
4.04
4.60
23.79
6.33
5.96
6
4.89
4.5E
23.70
6.30
5.96
7
4.89
4.55
23.83
6.81
6.00
7
4.92
4.54
23.78
6.79
6.00
7
4.95
4.53
23.73
6.77
6.010
7
4. 98
4..13
23.68
6.75
6.00
1
0.00
5.97
12.41
3.76
12.50
1
0.01
5.95
12.40
3.76
12.51
1
0.02
5.94
12.39
3.75
12.51
1
0.03
5.93
12.38
3.75
12.51
1
0.04
5.91
12.37
3.74
12.51
1
0.05
5.90
12.35
3.73
12.51
1
0.06
5.89
12.34
3.73
12.51
2
0.06
5.89
12.34
3.73
12.51
2
0.11
5.82
112.28
3.70
12.52
2
0.16
5.75
12.22
3.67
12.53
2
0.21
5.69
12.17
3.64
12.53
2
0.26
5.63
12.11
3.61
12.54
2
0.31
5.58
12.05
3.59
12.55
2
0.36
5.52
11.99
3.56
12.56

i
J
V,J+7
Ja-IC
53.77
O.siC
1CaJO
3
0,46,
5.43
11.3E
3.51
12.57
2� -
3
0.56
5.35
11.70
3.45
12.59
"2
3
0.66
5.28
11.67
3.40
12.60
2
3
0.76
5.21
11.56
3.35
12.61
2
3
0.86
5.15
11.46
3.31
12.63
2
3
0.96
5.10
11.36
3.26
12.64
2
3
1.06
5.05
11.25
3.21
12.66
2
3
1.16
5.00
11.15
3.16
12.67
2
3
1.26
4.96
11.05
3.1E
12.69
2
3
1.36
4.92
10.95
3.07
12.70
2
3
1.46
4.89
10.85
3.03
12.72
2
3
1.56
4.86
10.75
2
3
1.66
4.83
10.65
2,94
12.75
2
3
1.76
4.81
10.56
2.90
12.76
2
3
I.E6
4.79
10.46
2.86
12.77
2
3
1.96
4.77
10.37
2.81
12.79
2
3
2.06
4.76
10.27
2.77
12.80
2
3
2.16
4.7,E
10,18
2.7,E
12,B2
2
3
2.26
4.74
10.09
2.69
12.83
2
3
2.36
4.79
10.00
2.66
12.85
2
3
2.46
4.72
9.91
2.62
12.86
2
3
2.56
4.72
9.82
2.50
12.88
2
3
2.66
4.71
9.73
2.54
12.89
2
4
2.61
4.7,E
9.69
2.53
12.97
2
4
2.71
4.74
9.60
2.50
12.98
2
4
2.81
4.75
9.52
2.47
I2.99
2
4
2.91
4.76
9.44
2.43
13.01
2
4
3.01
4.77
9.36
2.40
13.02
2
4
3.11
4.78
9.28
2.37
13.04
2
4
3.21
4.79
9.20
2.34
13.05
2
4
3.31
4.80
9,12
2.30
13.07
2
4
3.41
4.01
9.05
2.27
13.08
2
4
3.51
4,82
8.97
2,24
13.10
2
4
3.61
4.84
8.09
2.21
13.11
2
4
3.71
4.85
8.82
2.19
13.12
2
4
3.81
4.86
8.74
2.15
13.14
2
4
3.91
4.87
8.67
2.13
13.15
2
4
4.01
4.BB
0.59
2.10
13.17
2
4
4.11
4.90
8.52
2.07
13.18
2
4
4.21
4.91
8.45
2.04
13.20
2
4
4.31
4.92
else
2.01
13.21
2
4
4.41
4.93
8,31
1,1
13.23
2
4
4.51
4.95
8.23
1.96
13.24
2
4
4.61
4.96
8.17
1.94
13.26
2
4
4.71
4.97
8.10
1.91
13.27
2
4
4.81
4.9B
8.03
1.88
13.28
2
4
-: 4 91
5.00
7.96
1.96
13.30
Seg # I Reach # I Seg Ki I
D.O. I
GBOD I
NBOD I
Flaw 1

~~
_
SUMMER
JOC QW=3"57
BOD5=17 1\11-13-N=2
---------- MODEL RESULTS ----------
Discharger : CITY OF REIDGVILLE WWTP
Receiving Stream : LITTLE TROUBLESOME CREEK
-------------------~--------------------------------------------------
The End D.O. is 4.98 mg/l.
The End CBOD is 8.06 mg/l.
The End NBOD is 1.88 mg/l.
--------------~~-------------------------------------------------------
WLA
WLA
WLA
DO Min CBOD
NBOD
DO
Waste Flow
(mg/l) Milepoint Reach # (mg/l}
_______ ____
(Mg/1)
(mg/l)
(mgd)
8egment
1
4.56 4.98 7
Reach
1
34.00
9.00
5"00
3.57000
Reach
2
0 00
,
0 00
,
0 00
,
0 00000
,
Reach
8
0.00
0.00
0.00
0.00000
Reach
4
0.00
0.00
0"00
0.00000
Reach
5
0.00
0.00
0.00
0.00000
Reach
6
45.00
90.00
0.A0
0.01750
Ap�rh
7
45.00
90.00
0.00
0.02350
'---
Segment 2 4.70 2.66 3
Reach 1
Reach in
Reach 3
Reach 4
0.00
0.00
0.00
0.00000
0.00
0.00
0.00
0.00000
0.00
0.00
0.00
0.00000
0.00
0.00
0.00
0.00000

SUMMER
�
JOC QW=3.57 M8D
~
B0D5=17
NH3-N=2
8eg # i
Reach #
| 8eg Ili |
D.O. |
CBOD }
NBOD >
Flow |
1
1
0.00
5.08
32.88
8.72
5.73
1
1
0.01
5"09
32.86
8.72
5.73
1
1
0.02
5.09
32.85
8.71
5.73
1
1
0.03
5.09
32.83
8.70
5.73
1
1
0.04
5.10
32.81
8.70
5.73
1
1
0.05
5.10
82.79
8.69
5.73
1
1
0.06
5.11
32.77
8.69
5.74
1
1
0.07
5.11
32.75
8.68
5.74
1
1
0.08
5.12
32.73
8.68
5.74
1
2
0.05
5.12
32.73
8.68
5.74
1
2
0.10
5.13
32.63
8.65
5.74
1
2
0.15
5.15
32.53
8.62
5.74
1
2
0.20
5.17
32.42
8.59
5.74
1
2
0.25
5.18
32.32
8.56
5.75
1
2
0.30
5.19
32.22
8.53
5.75
1
2
0.85
5.21
32.12
8.50
5.75
1
2
0.40
5.22
32.01
8.47
5.75
1
2
0.45
5.23
31.91
8.44
5.76
1
2
0.50
5.25
31.81
8.41
5.76
1
2
0.55
5.26
31.71
8.38
5.76
1
2
0.60
5.27
31.61
8.35
5.76
1
2
0.65
5.28
31.51
8.33
5"77
1
2
0.70
5.29
31.41
8.80
5.77
1
2
0.75
5.30
31.31
8.27
5.77
1
2
0.80
5.31
31.21
8.24
5.78
1
2
0.85
5.32
31.12
8.21
5.78
1
2
0.90
5.33
31.02
8.18
5.78
1
2
0.95
5.34
30.92
8.15
5.78
1
2
1.00
5.35
30.82
8.13
5.79
1
2
1.05
5.36
30.72
8.10
5.79
1
2
1.10
5.37
30.63
8.07
5.79
1
2
1.15
5.37
30.53
8.04
5.79
1
2
1.20
5.38
30.43
8.02
5.80
1
2
1.25
5.39
80.34
7.99
5.80
1
2
1.30
5.40
30.24
7.96
5.80
1
2
1.35
5.41
30.15
30.05
7.98
5.80
l
�
1.40
5.41
7.91
5.81
1
2
1.45
5.42
29.96
7.88
5.81
1
2
1.50
5.43
29.86
7.85
5.81
1
2
1.55
5.43
29.77
7.82
5.82
1
2
1.60
5.44
29.68
7.80
5.82
1
3
1.60
5.44
29.68
7.80
5.82
1
3
1.65
5.48
29.58
7.77
5.82
1
3
1.70
5.51
29.48
7.74
5.82
1
3
1.75
5.55
29.38
7.72
5.83
1
3
1.80
5.58
29.29
7.69
5.83
1
3
1.85
5.61
29.19
7.66
5.83
1
3
1.90
5.68
29.09
7.64
5.83
1
4
1.90
5.63
29.09
7.64
5.83
1
4
1.95
5.66
29.00
7.61
5.84
1
4
2.00
5.68
28.90
7.58
5.84
1
4
2.05
5.70
28.80
7.55
5.84
1
4
2.10
5.72
28.70
7.52
5.85
1
4
2.15
5.78
28.60
7.50
5.85
1
2.20
5 75
28.50
7 47
5.85
�w��=��
5.86
5.86
5.86
5.87
5.87
DO=5

1
4
2.4t0
5.8y+11 28.11
7

z
�
�.�V
�.��
�7.��
7.
1'
4 `
^2.55
5.85
27.83
7.28
5.88
1
4
2.60
5.86
27.73
7,25
5.88
1
4
2.65
5.87
27.64
7.22
5.88
1 °
4
2.70
5.88
27.54
7"20
5.89
°
1
4
2.75
5.89
27.45
7.17
5.89
1
4
2.80
5.90
27.35
7.14
5.89
1
4
2.85
5.91
27.26
7.12
5.90
1
4
2.90
5.91
27.17
7.09
5.90
1
4
2.95
5.92
27.08
7.07
5.90
1
4
3.00
5.93
26.98
7.04
5.91
1
4
3.05
5"94
26.89
7.01
5.91
1
4
3.10
5.95
26.80
6.99
5.91
1
4
3.15
5.95
26.71
6.96
5.92
1
4
3.20
5.96
26.62
6.94
5.92
1
5
3.20
5.96
26.62
6.94
5.92
1
5
3.26
5.86
26.51
6.90
5.92
1
5
3.32
5.77
26.40
6.86
5.93
1
5
3.38
5.69
26.29
6.83
5.93
1
5
3.44
5.61
26.18
6.79
5.93
1
5
3.50
5.53
26.07
6.75
5.94
1
5
3.56
5.46
25.97
6"72
5.94
1
5
3.62
5.89
25.86
6.68
5.95
1
5
3.68
5.33
25.75
6.64
5.95
1
5
3.74
5.27
25.65
6.61
5.95
1
5
3.80
5.22
25.54
6.57
5.96
1
5
3.86
5.16
25.44
6.54
5.96
1
5
3.92
5.11
25.38
6.50
5.97
1
5
3.98
5.07
25.23
6.47
5.97
1
5
4.04
5.03
25.12
6.43
5.97
1
5
4.10
4.98
25.02
6.40
5.98
1
5
4.16
4.95
24.92
6.36
5.98
1
5
4.22
4"91
24"82
6.33
5.98
1
5
4.28
4.88
24.71
6.30
5.99
1
5
4.34
4.85
24.61
6.26
5.99
1
5
4.40
4.82
24.51
6.23
6.00
1
5
4.46
4.79
24.41
6.20
6.00
1
5
4.52
4.77
24.31
6.16
6.00
1
5
4.58
4.74
24.21
6.13
6.01
1
5
4.64
4.72
24.11
6.10
6.01
1
6
4.64
4.70
24.21
6.47
6.04
1
6
4.69
4.68
24.12
6.44
6.04
1
6
4.74
4.66
24.04
6.41
6.05
1
6
4.79
4.64
23.96
6"38
6.05
1
6
4.84
4.63
23.87
6.36
6.05
1
6
4.89
4.61
28.79
6.83
6.06
1
7
4.89
4.59
23.92
6.83
6.09
1
7
4.92
4"58
28.87
6.81
6.09
1
7
4.95
4.57
23.82
6.79
6.10
1
7
4.98
4.56
23.77
6.77
6.10
2
1
0.00
5.97
12.54
3.79
12.60
2
1
0.01
5.96
12.52
8.79
12.60
2
1
0.02
5.95
12.51
3.78
12.60
2
1
0.03
5.98
12.50
8.78
12.60
2
1
0.04
5.92
12.49
3.77
12.60
2
1
0.05
5.90
12.48
3.76
12.60
2
1
0.06
5.89
12.47
8.76
12.61
2
2
0.06
5.89
12.47
3.76
12.61
2
2
0.11
5.82
12.41
3.73
12.61
2
2
0.16
5"76
12.35
8.70
12.62
2
2
0.21
5.70
12.29
3.67
12.63
2
2
0.26
5.64
12.23
3.64
12.64
2
2
0.31
5.58
12.17
3.62
12.64
2
2
0.36
5.53
12.12
3.59
12.65
2
3
0.36
5.53
12.12
3.59
12.65
2
3
0.46
5.44
12.01
3.54
12.66

2
3
0.56
5.36
11.90
3.48
12.68
2/
3 `
'0.66
5.28
11.79
3.43
12.69
.
8
0.76
5.21
11.68
3.38
12.71
2
3
0.86
5.15
11.58
3.84
12.72
�
3
0.96
5.10
11.47
3.29
12"74
2
3
1.06
5.04
11.37
3.24
12.75
2
8
5.00
11.27
3.19
12.77
2
3
1.26
4.96
11.17
3.15
12.78
2
3
1.86
4.92
11.07
3.10
12.79
2
8
1.46
4.89
10.97
3.06
12.81
2
3
1.56
4.86
10.87
3.01
12.82
2
3
1"66
4.83
10.77
2.97
12.84
2
3
1.76
4.81
10.67
2.98
12.85
2
3
1.86
4.79
10.58
2.88
12.87
2
3
1.96
4.77
10.48
2.84
12.88
2
3
2.06
4.75
10.39
2.80
12.90
P
3
2.16
4.74
10.29
2.76
12.91
2
3
2.26
4.73
10.20
2.72
12.93
2
3
2.36
4.72
10.11
2.68
12.94
2
3
2.46
4.71
10.02
2.64
12.95
2
3
2.56
4.71
9.98
2.61
12.97
2
3
2.66
4"70
9.84
2.57
12.98
2
4
2.66
4.72
9.80
2.56
13.06
2
4
2.76
4.73
9.71
2.52
13.07
2
4
2.86
4.74
9.63
2.49
13.09
2
4
2"96
4.75
9.55
2.46
13.10
2
4
3.06
4.76
9.47
2.43
13.12
2
4
8.16
4.77
9.89
2.89
13.13
2
4
3.26
4.78
9.31
2.36
13.15
2
4
3"36
4.79
9"23
2.38
13.16
2
4
8.46
4.80
9.15
2.30
13.17
2
4
3.56
4.81
9.07
2.27
13.19
2
4
3.66
4.82
9.00
2.24
13.20
2
4
3.76
4.84
8.92
2.21
13.22
2
4
3.86
4.85
8.85
2.18
13.23
2
4
3"96
4.86
8.77
2.15
13.25
2
4
4.06
4.87
8.70
2.12
13.26
2
4
4,16
4.88
8.62
2.09
13.28
2
4
4.26
4.90
8.55
2.07
13.29
2
4
4.36
4.91
8.48
2.04
13.30
2
4
4.46
4.92
8.41
2.01
13.32
2
4
4.56
4.98
8.34
1.99
13.33
2
4
4.66
4.95
8.27
1.96
18.35
2
4
4.76
4.96
8.20
1.93
13.36
2
4
4.86
4.97
8.13
1.91
13.38
2
4
4.98
8.06
1.88
13.89
2
4
5.06
5.00
7.99
1.86
13.41
2
4
5.16
5.01
7.92
1.83
13.42
2
4
5.26
5.02
7.86
1.81
13.44
2
4
5.36
5.08
7.79
1.79
13.45
2
4
5.46
5.04
7.73
1.76
13.46
2
4
5,56
5"06
7.66
1.74
18.48
2
4
5.66
5.07
7.60
1.72
13.49
Geg # |
Reach #
| Seg Mi }
D.O. |
CBOD \
NBOD |
Flow

SUMMER
k:.W=3 n'75 MGD
BOD5=1 :" NH3-N =2 DO=5
MODEL RESULI"S
Discharger CITY OF REIDSVILLE WWTF'
Receiving Stream LITTLE TROUDI-ESOME CREEK
The End D.O. is 5.04 mgll.
The End C BUD is 7 a 57 mg f l.
The End NBOD is 1.78 mg! l .
Segment 1
RE,ach 1
Reach 2
Reach 3
Reach 4
Reac}')
Reach tea
Reach 7
Segment 2
Retch 1
Reach 2
Reach 3
Reach It.
DO Min
(mg/1) Milepoint Reach #
4.65 4.98
4.68 2.66 3
WLA
WLA
WLA
CRUD
NDDD
DO
Waste:-: Flow
(mgll)
(mg/1)
(mg/1)
(mold)
34 a 00
9„00
5 . 00
3.75000
0 ,. 0(.)
0 p 00
0. d){_)
5 `
0. 0S,)tom)00
0. 00
0. 00
0. 00
fir., ()O4„r) ,)C)
4 5 G ram) 0
9 t_) N 0 (_)
0.00
0)
t_)
a 1'/ 5 lam)
45. 00
90. 00
0. 00
0. 02350
0. C)t.)
0. 00
0 ,. f)o
o. o0000
0.00
(7). CW)
0. 00
C-) A i_) C) i_) i_) 0
01.00
0. 00
0.1 00
() a 00()00

-.40
^
SUMMER
QW=3.75
MGD
#OD5=17
Ill 8-N=2
Geg #
| Reach #
| Seg Mi. |
D.O. |
CBOD |
NBOD \ Flow
\
1
1
0.00
5.08
32.94
E3.73
6.01
1
1
0.01
5.08
32.92
8.78
6.01
1
1
0.02
5.09
82.90
8.72
6.01
1
1
0.03
5.09
32.88
8.72
6.01
1
1
0.04
5.10
32.86
8.71
6.01
1
1
0.05
5.11
32.84
8.71
6.01
1
1
0.06
5.11
32.82
8.70
6.01
1
J.
0.07
5.12
82.81
8.70
6.01
1
1
0.08
5.12
32.79
8.69
6.01
1
2
0.05
5"12
32.79
8.69
6.01
1
2
0.10
5.14
32.69
8.66
6.02
1
2
0.15
5.16
32.59
8.64
6.02
1
2
0.20
5.18
82.49
8.61
6.02
1
2
0.25
5.20
32.39
8.58
6.08
1
2
0.30
5.22
32.29
8.55
6.03
1
2
0.35
5.24
32.19
8"52
6.03
1
2
0.40
5.25
32.09
8.49
6.03
1
2
0.45
5.27
31.99
8.46
6.04
1
2
0.50
5.28
31.89
8.44
6.04
1
2
0.55
5.30
31.79
8.41
6.04
1
2
0.60
5.31
31.70
8.38
6.04
1
2
065
.
5.32
31.60
8.85
6.05
1
2
0.70
5.34
31.50
8.32
6.05
1
2
0.75
5.35
31.40
8.30
6.05
1
2
0.80
5.36
31.31
8.27
6.05
1
2
0.85
5.37
81.21
8.24
6.06
1
2
0.90
5.38
31.11
8.21
6.06
1
2
0.95
5.39
31.02
8.19
6.06
1
2
1.00
5.40
30.92
8.16
6.07
1
2
1.05
5.41
30.83
8.13
6.07
1
2
1.10
5.42
80.78
8"11
6.07
1
2
1.15
5.43
80.64
8.08
6.07
1
2
1.20
5.44
80.55
8.05
6.08
1
2
1"25
5.45
30.45
8.02
6.08
1
2
1.80
5.46
80.36
8.00
6.08
1
2
1.35
5.47
30.27
7.97
6.08
1
2
1.40
5.48
30.17
7.95
6"09
1
2
1.45
5.48
30.08
7.92
6.09
1
2
1.50
5.49
29.99
7.89
6.09
1
2
1.55
5.50
29.90
7.87
6.09
1
2
1.60
5.51
29.80
7.84
6.10
1
8
1.60
5.51
29.80
7.84
6.10
1
8
1.65
5.54
29.71
7.81
6.10
1
3
1.70
5.58
29.61
7.79
6.10
1
3
1.75
5.61
29.52
7.76
6.10
1
3
1.80
5.64
29.42
7.74
6.11
1
3
1.85
5.67
29.33
7.71
6.11
1
8
1.90
5.70
29.24
7.68
6.11
1
4
1.90
5.70
29.24
7.68
6.11
1
4
1.95
5.72
29.14
7.66
6.12
1
4
2.00
5.74
29.04
7.63
6.12
1
4
2.05
5.76
28.94
7.60
6.12
1
4
2.10
5.78
28.85
7.57
6.13
1
4
2.15
5.80
28"75
7.55
6.13
1
4
2.20
5.81
28.66
7.52
6.13
1
4
2.25
5.83
28.56
7.49
6.14
1
4
2.30
5.84
28.47
7.47
6.14
1
4
2.35
5.86
28.87
7.44
6.14
1
4
2.40
5.87
28.28
7.41
6.15
^
^
in ^=
= oLn
oo ,o
r7 00
/- ,=.
DO=5

1
4
'~
2.50
~^
5.89
~~
28"09
'^.... '
7.36
-'--
6.15
�
1
,
4
.
2.55
5.91
27.99
7.84
6.16
°'1
4
2.60
5.92
27.90
7.31
6"16
1
A.
2.65
5.93
27.81
7.28
6.16
1
4
2.70
5.94
27.72
7.26
6.16
1
4
2.75
5.95
27.62
7.23
6.17
1
4
2.80
5.95
27.53
7.21
6.17
1
4
2.85
5.96
27.44
7.18
6.17
1
4
2.90
5.97
27.35
7.16
6.18
1
A.
2.95
5.98
27.26
7.18
6.18
1
4
3.00
5.99
27.17
7.11
6.18
1
4
3.05
6.00
27.08
7.08
6.19
1
4
3.10
6.00
26.99
7.05
6.19
1
A.
8.15
6.01
26.90
7.03
6.19
1
4
8.20
6.02
26.81
7.00
6.20
1
5
3.20
6.02
26.81
7.00
6.20
1
5
3.26
5.92
26.70
6.97
6.20
1
5
3.32
5.84
26.59
6.93
6.21
1
5
3.38
5.75
26.49
6.90
6.21
1
5
3.44
5.68
26.38
6.86
6.21
1
5
3.50
5.60
26.28
6.82
6.22
1
5
3.56
5.53
26.17
6"79
6.22
1
5
3.62
5.47
26.07
6.75
6.22
1
5
3.68
5.41
25.96
6.72
6.23
1
5
3.74
5.85
25.86
6.68
6.23
1
5
3.80
5.29
25.76
6.65
6.24
1
5
3.86
5.24
25.65
6.62
6.24
1
5
3.92
5.20
25.55
6.58
6.24
1
5
3.98
5.15
25.45
6.55
6.25
1
5
4.04
5.11
25.35
6.51
6.25
1
5
4.10
5.07
25.25
6.48
6.26
1
5
4.16
5.03
25.15
6.45
6.26
1
5
4.22
5 00
25.05
6.41
6.26
1
5
4
�
4. 7-
24"95
6.38
6.27
1
5
4.34
4.94
24.85
6.35
6.27
1
5
4.40
4.91
24.75
6.31
6.28
1
5
4.46
4"88
24.65
6.28
6.28
1
5
4.52
4.86
24.55`
6.25
6.28
1
5
4.58
4.83
24.45
6.22
6.29
1
5
4.64
4.81
24.86
6.18
6.29
1
6
4.64
4.79
24.44
6.54
6.32
1
6
4.69
4.77
241136
6.51
6.32
1
6
4.74
4.75
24.28
6.49
6.32
1
6
4.79
4.74
24.20
6.46
6.33
1
6
4.84
4.72
24.12
6.43
6.33
1
6
4.89
4.71
24.04
6.40
6.33
1
7
4.89
4.68
24"16
6.88
6.37
1
7
4.92
4.67
24"11
6.86
6.37
1
7
4.95
4.66
24.06
6.84
6.37
1
7
98
4.65
24.01
6"82
6.88
2
1
0.00
a99--
12.90
3.88
12.88
2
1
0.01
5.98
12.89
3.88
12.88
2
1
0.02
5.96
12.88
3.87
12.88
2
1
0.03
5.95
12.86
3.87
12.88
2
1
0.04
5.93
12.85
3.86
12.88
2
1
0.05
5.92
12"84
8.85
12.88
2
1
0.06
5.91
12"83
3.85
12.89
2
2
0.06
5.91
12.83
3.85
12.89
2
2
0.11
5.84
12.77
3.82
12.89
2
2
0.16
5.77
12.71
3.79
1.2.90
2
2
0.21
5.71
12.65
3.76
12.91
2
2
0.26
5.65
12.59
3.73
12.91
2
2
0.31
5.59
12.53
3.70
12.92
2
2
0.36
5.53
12.47
3.68
12.93
2
3
0.36
5.53
12.47
3.68
12.93
o
0
o 111-
=1 L`�
11 p q.4
q /,p
i p p/^

_
2
�
2
=^2
2
-
3
8
3
3
3
8
3
3
3
3
3
3
3
8
3
3
3
3
3
3
3
8
4
4
A.
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
Seg # | Reach #
0.56
5.36
12.25
3.57
12.96
^ 0.66
5.28
12.14
3.52
12.97
0.76
5.21
12.04
3.47
12"99
0.86
5.15
11.93
3.42
13.00
0.96
5.09
11.82
3.37
13.02
1
04
11.72
3"83
13.03
�-1.16
4.79
11.61
8.28
13.04
1.26
4.95
11.51
3.28
13.06
1.36
4.91
11.41
3.19
13.07
1.46
4.87
11.81
3.14
13.09
1.56
4.84
11.21
3.10
13.10
1.66
4"82
11.11
3.05
13.12
1.76
4.79
11.01
3.01
13.18
1,86
4.77
10.91
2.97
13.15
1.96
4.75
10.82
2.92
13.16
2.06
4.73
10.72
2.88
13.18
2.16
4.72
10.63
2.84
13.19
2.26
4.71
10.53
2.80
13.20
2.36
4.70
10.44
2.76
13.22
2.46
4.69
10.35
2.72
13.23
2.56
4.6B
10.25
2.68
13.25
2.66
4.68
10.16
2.65
13.26
2.66
4.69
10.12
2.64
13.84
2.76
4.70
10.08
2.60
13.35
2.86
4.71
9.95
2.57
13.37
2.96
4.72
9.87
2.53
13.88
3.06
4.73
9.78
2.50
13.40
3.16
4.74
9.70
2.47
13.41
3.26
4.75
9.62
2.44
13.42
3.36
4.76
9.54
2.40
13.44
3.46
4.77
9.46
2.37
13.45
3.56
4"78
9.38
2.34
13.47
3.66
4.79
9.30
2.81
13.48
8.76
4.81
9"23
2.28
13.50
3.86
4.82
9.15
2.25
13.51
3"96
4.83
9.07
2.22
13.53
4.06
4.84
9.00
2.19
13.54
4.16
4.85
8.92
2.16
13.55
4.26
4.87
8.85
2.13
13.57
4.86
4.88
8.78
2.11
13.58
4.46
4.89
8.70
2.08
13.60
4.56
4.90
8.63
2.05
13.61
4.66
4.91
8.56
2.03
13.63
4.76
4.93
8.49
2.00
13.64
4.86
4.94
8.42
1.97
13.66
4.96
4.95
8.35
1.95
13.67
5.06
4.96
8.28
1.92
13.69
5.16
4.98
8.21
1.90
13°70
8.14
1.87
13.71
5.36
5.00
8.07
1.85
13.73
5.46
5.01
8.01
1.82
13.74
5.56
5.03
7.94
1.80
13.76
5.66
5.04
7.87
1.78
13.77
Seg Mi |
D.O. |
CBOD }
NBOD !
Flow

�
SUMMER
'
QW=3.719 MGD
BOD5=17 NH3-N=2
DO=5
---------- MODEL RESULTS ----------
Discharger
: CITY OF REIDGVILLE
WWTP
Receiving
Stream n
LITTLE TROUBLESOME
CREEK
______________________________________________________________________
The End
D.O.
is 5.05
mg/l.
The End
CBOD
is 7.80
mg/1.
The End
NBOD
is 1.76
mg/l.
WLA
WLA
WLA
DO Min
CBOD
NBOD
DO
Waste Flow
(mg/l)
Milepoint Reach
_________ _______
# (mg/1)
____
(mg/1)
____
(mg/l)
__
(mgd)
__________
Gegment
1
4.63
4.98 7
Reach
1
34.00
9.00
5.00
3.70000
Reach
2
0.00
0.00
0.00
0.00000
Reach
3
0.00
0.00
0.00
0.00000
Reach
4
0.00
0.00
0.00
0.00000
Reach
5
0.00
0.00
0.00
0.00000
Reach
6
45.00
901100
0.00
0"01750
Reach
7
45.00
90.00
0.00
0.02350
Segment 2 4.69 2.66 3-
Reach 1
Reach 2
Reach 3
Reach A.
0.00
0.00
0.00
0.00000
0.00
0.00
0.00
0.00000
0.00
0.00
0.00
0.00000
0.00
0.00
0.00
0.00000

'
�
SUMMER
QW=3"70
MGD
BOD5=17
NH3-N=2
Seg #
| Reach # |
Seg Mi !
D.O. |
CBOD |
NBOD | Flow |
1
1
0.00
5.08
32.92
8.73
5.94
1
1
0.01
5.08
82.90
8.73
5.94-
1
1
0.02
5.09
32.88
8,72
5.94
1
1
0.03
5"09
32"87
8.71
5.94
1
1
0.04
5.10
32.85
8.71
5.94
1
1
0.05
5.11
32.83
8.70
5"94
1
1
0.06
5.11
32.81
8.70
5.94
1
1
0.07
5.12
32.79
8.69
5.94
1
1
0.08
5.12
82.77
8.69
5.94
1
2
0.05
5.12
32.77
8.69
5.94
1
2
0.10
5.14
32.67
8.66
5.94
1
2
0.15
5.16
32.57
8.63
5.94
1
2
0.20
5.18
32.47
8.60
5.95
1
2
0.25
5.20
32.37
8.57
5.95
1
2
0.30
5.21
32.27
8.54
5.95
1
2
0.35
5.23
32.17
8.52
5.95
1
2
0.40
5.24
32.07
8.49
5.96
1
2
0.45
5.26
31"97
8.46
5.96
1
2
0.50
5.27
31.87
8.43
5.96
1
2
0.55
5"29
81.77
8.40
5.96
1
2
0.60
5.30
31.67
8.37
5.97
1
2
0.65
5.31
31.57
8.34
5.97
1
2
0.70
5"32
31.48
8.32
5.97
1
2
0.75
5.34
31.38
8.29
5"97
1
2
0.80
5.35
31.28
8.26
5.98
1
2
0.85
5.36
31.19
8.23
5.98
1
2
0.90
5.87
31.09
8.21
5.98
1
2
0.95
5.38
30.99
8.18
5.98
1
2
1.00
5.89
30.90
8.15
5.99
1
2
1.05
5.40
30.80
B.12
5.99
1
2
1.10
5.41
80"71
8.10
5.99
1
2
1.15
5.42
30.61
B.07
6.00
1
2
1.20
5.43
30.52
8.04
6.00
1
2
1"25
5.48
30.42
8.01
6.00
1
2
1.30
5.44
80.33
7.99
6.00
1
2
1.35
5.45
30.23
7.96
6"01
1
2
1.40
5.46
80.14
7.93
6.01
1
2
1.45
5.47
30.05
7.91
6.01
1
2
1.50
5.47
29.95
7.88
6.01
1
2
1.55
5.48
29.86
7.85
6.02
1
2
1.60
5.49
29.77
7.83
6.02
1
8
1.60
5.49
29.77
7.83
6.02
1
8
1.65
5.53
29.67
7.80
6.02
1
3
1.70
5.56
29.58
7.78
6.02
1
3
1.75
5. 551
29. 48
7.75
6. 03
1
3
1.80
5.63
29.39
7.72
6.03
1
3
1.85
5.65
29.29
7.70
6.08
1
8
1.90
5.68
29.20
7.67
6.04
1
4
1.90
5.68
29.20
7.67
6.04
1
4
1.95
5.70
29.10
7.64
6.04
1
4
2.00
5.72
29.00
7.62
6.04
1
4
2.05
5.74
28.90
7.59
6.05
1
4
2.10
5.76
28.81
7.56
6.05
1
4
2.15
5.78
28.71
7.53
6.05
1
4
2.20
5.80
28.61
7.51
6.05
1
A.
2.25
5.81
28.52
7.48
6.06
1
4
2.30
5.83
28.42
7.45
6.06
1
4
2.35
5.84
28.33
7.43
6.06
1
4
2.40
5.85
28.23
7.40
6.07
.
^
�n ^=
=- o-,
oo " ^
" m�
I- o-,
DO=5

1
4
2.50
5.88
28.04
7.35
6.07
4^
^ 2.55
5.89
27.95
7.32
6.08
' 1
4
2.60
5.90
27.86
7.29
6.08
1
4
2.65
5.91
27.76
7.27
6.08
1
4
2.70
5.92
27.67
7.24
6.09
1
4
2.75
5.93
27.58
7.22
6.09
1
4
2.80
5.94
27.48
7.19
6.09
1
4
2.85
5.95
27.39
7.16
6.10
1
4
2.90
5.96
27.30
7.14
6.10
1
4
2.95
51-S96
27.21
7.11
6.10
1
4
3.00
5.97
27.12
7.09
6.11
1
4
3.05
5"98
27.08
7.06
6.11
1
4
8.10
5.99
26.94
7.04
6.11
1
4
8.15
5.99
26.85
7.01
6.12
1
4
3.20
6"00
26.76
6.99
6.12
1
5
8"20
6.00
26"76
6.99
6.12
1
5
3.26
5.91
26"65
6.95
6.12
1
5
3.32
5.82
26.54
6.91
6.13
1
5
3.38
5.74
26.43
6.88
6.13
1
5
3.44
5.66
26.38
6.84
6.14
1
5
3.50
5.58
26.22
6.81
6.14
1
5
3.56
5.51
26.12
6.77
6.14
1
5
3.62
5.45
26.01
6.73
6.15
1
5
3.68
5.-39
25.91
6.70
6.15
1
5
3.74
5.33
25.80
6.66
6.15
1
5
3.80
5.27
25.70
6.63
6.16
1
5
3.86
5.22
25.60
6.59
6.16
1
5
3.92
5.17
25.49
6.56
6.17
1
5
3.98
5.13
25.39
6.53
6.17
1
5
4.04
5.09
25.29
6.49
6.17
1
5
4.10
5.05
25.19
6.46
6.18
1
5
4.16
5.01
25.08
6.42
6"18
1
5
-4"2�--- -�a97
24.98
6.39
6.19
1
5
4.28
4.94
24.88
6.36
6.19
1
5
4.34
4.91
24.78
6.32
6.19
1
5
4.40
4.88
24.68
6.29
6.20
1
5
4.46
4.86
24.58
6.26
6.20
1
5
4.52
4.83
24.49
6.22
6.21
1
5
4.58
4.81
24.39
6.19
6.21
1
5
4.64
4.79
24.29
6.16
6.21
1
6
4.64
4.77
24.88
6.52
6.24
1
6
4.69
4"75
24.80
6.49
6.24
1
6
4.74
4.73
24.22
6.47
6.25
1
6
4.79
4.71
24.13
6.44
6.25
1
6
4.84
4"70
24.05
6.41
6.25
1
6
4.89
4.68
28.97
6.38
6.26
1
7
4.89
4.65
24.09
6.86
6.29
1
7
4.92
4.65
24.04
6.85
6.80
1
7
4.95
4.64
28.99
6.83
6.30
1
7
4.928
4.63
23.95
6.81
6.80
2
1
--U.).�0
5.99-
12.80
3.86
12.80
2
1
0.01
5.97
12.79
3.85
12.80
2
1
0.02
5.96
12.78
3.85
12.80
2
1
0.03
5.94
12.76
3.84
12.80
2
1
0.04
5.93
12.75
3.84
12.80
2
1
0.05
5.92
12.74
3.83
12.81
2
1
0.06
5.90
12.73
3.82
12.81
2
2
0.06
5.90
12.73
3.82
12.81
2
2
0.11
5.83
12.67
3.79
12.81
2
2
0.16
5.77
12.61
3.77
12.82
2
2
0.21
5.70
12.55
3.74
12.83
2
2
0.26
5.64
12.49
3.71
12.84
2
2
0.31
5.59
12.43
3.68
12.84
2
2
0.36
5.53
12.88
3.65
12.85
2
3
0.36
5.53
12.88
3.65
12.85
o
:a
o �I-
=. 6./^
Ip P7
q f.o
1P'A7

_
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
-
3
8
3
3
8
3
3
3
3
3
8
3
3
3
3
8
3
8
3
3
3
3
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
A.
4
4
4
4
4
4
4
4
4
Seg # I Reach #
0"56
5.36
12.16
3.55
12.88
' 0.66
5.28
12.05
3.50
12.89
0.76
5.21
11.94
3.45
12.91
0.86
5.15
11"83
3.40
12.92
0.96
5.09
11.78
3.35
12.94
11.62
3.30
12.95
6
~-�,, 99 -
11.52
3.25
12.97
1.26
4"95
11.42
3.21
12.98
1.36
4.91
11.82
3.16
13.00
1.46
4.88
11.21
3.12
18.01
1.56
4.85
11.11
3.07
13.03
1.66
4.82
11.02
3.03
131104
1.76
4.80
10.92
2.99
13.0 5
1.86
4.77
10.82
2.94
13.07
1.96
4"76
10.72
2.90
13.08
2.06
4.74
10.68
2.86
13.10
2.16
4.73
10.58
2.82
13.11
2.26
4"71
10.44
2.78
13.13
2.36
4.70
10.35
2.74
13.14
2.46
4.70
10.26
2.70
13.16
2.56
4.69
10.17
2.66
13.17
2.66
4,69
10.08
2.62
13.18
2.66
4.70
10.03
2.62
13.26
2.76
4.71
9.95
2.58
13.27
2.86
4.72
9.86
2.55
13.29
2.96
4.78
9.78
2.51
13.80
8.06
4.74
9.70
2.48
13.32
8.16
4.75
9.62
2.45
13.33
3.26
4.76
9.54
2.41
13.35
3.36
4.77
9.46
2.38
18.36
3.46
4.78
9.38
2.35
13.38
3.56
4.79
9.80
2.82
13.39
3.66
4.80
9.22
2.29
13.40
8.76
4.81
9.14
2.26
13.42
3.86
4.83
9.07
2.23
13.43
3.96
4.84
8.99
2.20
13.45
4.06
4.85
8.92
2.17
13.46
4.16
4.86
8.84
2.14
13.48
4.26
4.87
8.77
2.12
13.49
4.86
4.89
8.69
2.09
18.51
4.46
4.90
8.62
2.06
13.52
4.56
4.91
8.55
2.03
13.54
4.66
4.92
8.48
2.01
13.55
4"76
4.94
8.41
1.98
13.56
4.86
4.95
8.34
1.96
13.58
4.96
4.96
8.27
1.93
13.59
5.06
4.97
8.20
1.90
13.61
8.13
1.88
13.62
-' 5.26
5.00
8.06
1.86
13.64
5"36
5.01
8.00
1.88
13"65
5.46
5.02
7.93
1.81
13.67
5.56
5.03
7.86
1.78
13.68
5.66
5.05
7.80
1.76
13.69
} 8eg Mi
! D.O. |
CBOD I
NBOD |
Flow

SUMMER
°
QW=3.725
MGD
BOD5=17
NH8-N=2
Seg #
| Reach # |
Geg Mi |
D"O. |
CBOD |
NBOD |
Flow !
1
1
0.00
5.08
32.93
8.73
5.97
1
1
0.01
5.08
32.91
8.73
5.97
1
1
0.02
5.09
32.89
8.72
5.97
1
1
0.03
5.09
32.87
8.72
5.97
1
1
0.04
5.10
32.85
8.71
5.97
1
1
0.05
5.11
82.84
8.71
5.98
1
1
0.06
5.11
32.82
8"70
5.98
1
1
0.07
5"12
82.80
8.70
5.98
1
1
0.08
5.12
32.78
8.69
5.98
1
2
0.05
5.12
32.78
8.69
5.98
1
2
0.10
5.14
82.68
8.66
5.98
1
2
0.15
5.16
32.58
8.63
5.98
1
2
0.20
5.18
32.48
8.60
5.98
1
2
0.25
5.20
32"38
8.58
5.99
1
2
0.30
5.22
32.28
8.55
5.99
1
2
0.35
5.28
32.18
8.52
5.99
1
2
0.40
5.25
32.08
8.49
5.99
1
2
0.45
5.26
81.98
8.46
6.00
1
2
0.50
5.28
31.88
8.43
6.00
1
2
0.55
5.29
31.78
8.4D
6.00
1
2
0.60
5.31
31.68
8.38
6.01
1
2
0.65
5.32
31.59
8.85
6.01
1
2
0.70
5.83
31.49
8.82
6.01
1
2
0.75
5.34
31.89
8.29
6°01
1
2
0.80
5.85
31.29
8.27
6.02
1
2
0.85
5.37
31.20
8.24
6.02
1
2
0.90
5.38
31.10
8.21
6.02
1
2
0.95
5.39
31.01
8.18
6.02
1
2
1.00
5.40
30.91
8.16
6.03
1
2
1.05
5.41
30.82
8.13
6.03
1
2
1.10
5.42
30.72
8"10
6.03
1
2
1.15
5.48
30.63
8.07
6.03
1
2
1.20
5.43
30.53
8.05
6.04
1
2
1.25
5.44
30.44
8.02
6.04
1
2
1.30
5.45
30.34
7.99
6.04
1
2
1.35
5.46
30"25
7.97
6.04
1
2
1.40
5.47
30.16
7.94
6.05
1
2
1.45
5.48
30.06
7.91
6.05
1
2
1.50
5.48
29.97
7.89
6"05
1
2
1.55
5.49
29.88
7.86
6.06
1
2
1.60
5.50
29.79
7.83
6.06
1
3
1.60
5.50
29.79
7.83
6.06
1
3
1.65
5.54
29.69
7.81
6.06
1
3
1.70
5.57
29.60
7.78
6.06
1
3
1.75
5"60
29.50
7.76
6.07
1
8
1.80
5.63
29.41
7.73
6.07
1
3
1.85
5.66
29.31
7.70
6.07
1
3
1.90
5.69
29.22
7.68
6.07
1
4
1.90
5.69
29.22
7.68
6.07
1
4
1.95
5.71
29.12
7.65
6.08
1
4
2.00
5.73
29.02
7.62
6.08
1
4
2.05
5"175
28.92
7.60
6.08
1
4
2.10
5.77
28.88
7.57
6.09
1
4
2.15
5.79
28.73
7.54
6.09
1
4
2.20
5.80
28.64
7.51
6.09
1
4
2.25
5.82
28.54
7.49
6.10
1
4
2.30
5.83
28.44
7.46
6.10
1
4
2.35
5.85
28.35
7.43
6.10
1
4
2.40
5.86
28.25
7.41
6.11
^
^
-. ^=
= o-,
oo 4L-
r7 oo
/- ,,

^
1
'
4
~^ '~
2.50
~'~'
5.89
--'--
28.07
''--
7.35
-'--
6.11
1�
4`
` 2"55
5.90
27.97
7.33
6.12
4
2.60
5.91
27.88
7.30
6.12
^ 1
4
2.65
5.92
27.79
7.28
6.12
1
4
2.70
5.93
27.69
7.25
6.13
1
4
2.75
5"94
27.60
7.22
6.13
1
4
2.80
5.95
27.51
7.20
6.13
1
4
2.85
5.96
27.42
7.17
6.14
1
4
2.90
5.96
27.32
7.15
6.14
1
4
2.95
5.97
27.23
7.12
6.14
1
4
3.00
5.98
27.14
7.10
6.15
1
4
3"05
5.99
27.05
7.07
6.15
1
4
3.10
5.99
26.96
7.05
6.15
1
4
3.15
6.00
26.87
7.02
6.16
1
4
3.20
6.01
26.78
7.00
6.16
1
5
3.20
6.01
26.78
7.00
6"16
1
5
3.26
5.92
26.68
6.96
6.16
1
5
3.32
5.83
26.57
6.92
6.17
1
5
3.38
5.74
26.46
6.89
6.17
1
5
8.44
5.67
26.36
6.85
6.17
1
5
3.50
5.59
26.25
6.82
6.18
1
5
3.56
5.52
26.14
6.78
6.18
1
5
3.62
5.46
26.04
6.74
6.19
1
5
3.68
5.40
25.94
6.71
6.19
1
5
3.74
5.34
25.83
6.67
6.19
1
5
8.80
5.28
25.73
6.64
6.20
1
5
3.86
5.23
25.62
6.60
6.20
1
5
8"92
5.18
25.52
6.57
6.21
1
5
3.98
5.14
25.42
6.54
6.21
1
5
4.04
5.10
25.32
6.50
6.21
1
5
4.10
5.06
25.22
6"47
6.22
1
5
4.16
5.02
25.12
6.43
6.22
1
5
4.22
4.99
25.02
6.40
6.22
1
5
4.28
4.95
24.92
6.37
6.23
1
5
4.34
4.92
24.82
6.33
6.23
1
5
4.40
4.89
24.72
6.30
6.24
1
5
4.46
4.87
24.62
6.27
6.24
1
5
4.52
4.84
24.52
6.24
6.24
1
5
4.58
4.82
24.42
6.20
6.25
1
5
4.64
4.80
24.32
6.17
6.25
1
6
4.64
4.78
24.41
6.53
6.28
1
6
4.69
4.76
24.33
6.50
6.28
1
6
4"74
4.74
24.25
6.48
6.29
1
6
4.79
4.72
24.17
6.45
6.29
1
6
4.84
4.71
24.0B
6.42
6"29
1
6
4.89
4.69
24.00
6.39
6.30
1
7
4.89
4.67
24.12
6.87
6.33
1
7
4.92
4.66
24.08
6.85
6.33
1
7
4.95
4.65
24.03
6.83
6.34
1
7
4.98
4.64
23.98
6.82
6.34
2
1
0.00
5.99
12.85
3.87
12.84
2
1
0.01
5.97
12.84
3.87
12.84
2
1
0"02
5.96
12.83
3"86
12.84
2
1
0.03
5.95
12.81
3.85
12.84
2
1
0.04
5.98
12.80
8.85
12.84
2
1
0.05
5.92
12\79
8.84
12.85
2
1
0.06
5.90
12.78
3.84
12.85
2
2
0.06
5.90
12.78
3.84
12.85
2
2
0.11
5.84
12.72
3.81
12.85
2
2
0.16
5.77
12.66
3.78
1r"2.86
2
2
0.21
5.71
12.60
3.75
12.87
2
2
0.26
5.65
12.54
3.72
12.88
2
2
0.31
5.59
12.48
3.69
12.88
2
2
0.36
5.58
12.42
3.66
12.89
2
3
0.36
5.58
12.42
3"66
12.89
1p nP7
n Aa
1P'90

2
3
0.46
5.44
12.31
3.61
12.90
3`
` 0.51
5.40
12.26
3.59
12.91
2
3
0.56
5.36
12.20
3.56
12.92
^f'
^ 2
3
0.61
5.32
12.15
3.54
12.93
2
3
0.66
5.28
12.10
3.51
12.93
2
3
0.71
5.25
12.04
3.48
12.94
2
3
0.76
5.21
11.99
3.46
12.95
2
3
0.81
5.18
11.93
8.43
. 12.96
2
3
0.86
5.15
11.88
3.41
12.96
2
3
0.91
5.12
11.83
3.39
12.97
2
3
0.96
5.09
11.78
3.36
12.98
2
3
1.01
5.07
11.72
3.34
12.98
2
3
1.06
5.04
11.67
3.31
12.99
2
3
1.11
5.02
11.62
8.29
13.00
2
3
1.16
4.99
11.57
3.27
13.01
2
3
1.21
4.97
11.52
3.24
13.01
2
3
1.26
4.95
11.46
8.22
13.02
2
8
1.31
4.98
11.41
3.20
18.03
2
3
1.36
4.91
11.36
3.17
13.03
2
3
1.41
4.89
11.31
3.15
18.04
2
3
1.46
4.8B
11.26
3.13
13.05
2
8
1.51
4.86
11.21
3.11
18.06
2
3
1.56
4.85
11.16
3.08
13.06
2
3
1.61
4.88
11.11
8.06
13.07
2
3
1.66
4.82
11.06
3.04
13.08
2
3
1.71
4.80
11.01
3.02
13.09
2
3
1.76
4.79
10.96
3.00
13.09
2
3
1.81
4.78
10.92
2.98
13.10
2
3
1.86
4.77
10.87
2.95
13.11
2
3
1.91
4.76
10.82
2.93
13.11
2
3
1.96
4"75
10.77
2.91
13.12
2
3
2.01
4.74
10.72
2.89
13.18
2
3
2.06
4.74
10.67
2.87
13.14
2
3
2.11
4.73
10.63
2.85
13.14
2
3
2.16
4.72
10.58
2.83
13.15
2
8
2.21
4.72
10.53
2.81
13.16
2
3
2.26
4.71
10.49
2.79
13.17
2
3
2.81
4.71
10.44
2.77
13.17
2
3
2.36
4.70
10.39
2.75
13.18
2
3
2.41
4.70
10.35
2.73
13.19
2
3
2.46
4.69
10.30
2.71
13.19
2
3
2.51
4.69
10.26
2.69
13.20
2
3
2.56
4.69
10.21
2.67
13.21
2
3
2.61
4.69
10.16
2.65
13.22
2
8
2.66
4.68
10.12
2.63
18.22
2
4
2.66
4.70
10.07
2.63
13.30
2
4
2.71
4.70
10.08
2.61
13.31
2
4
2.76
4.71
9.99
2.59
13.81
2
4
2.81
4.71
9.95
2.57
13.32
2
4
2.86
4.72
9.91
2.56
13.83
2
4
2.91
4.72
9.86
2.54
13.33
2
4
2.96
4.72
9.82
2.52
13"34
2
4
3-Cl
4.73
9.78
2.51
13.35
2
4
3.06
4.73
9.74
2.49
13.36
2
4
3.11
4.74
9.70
2.47
13.36
2
4
8.16
4.74
9"66
2.46
13.37
2
4
3.21
4.75
9.62
2.44
13.38
2
4
3.26
4.75
9.58
2.43
13.39
2
4
8.31
4.76
9.54
2.41
13.39
2
4
8.36
4.77
9.50
2.39
18.40
2
4
8.41
4.77
9.46
2.38
13.41
2
4
3.46
4.78
9.42
2.36
13.41
2
4
3.51
4.78
9.38
2.35
13.42
2
4
3.56
4.79
9.34
2.33
13.43
2
4
8.61
4.79
9.30
2.32
13.44
o
to.
q AA
� Au
9 PA
P 'qn
'44

'
2
4
3.71
4.80
9.22
2.29
13.45
4
4^
" 3.76
4.81
9.18
2.27
13.46
/^'2
4
3.81
4.82
9.15
2.26
13.47
° 2
4
3.86
4.82
9.11
2.24
13.47
2
4
3.91
4.83
9.07
2.23
13.48
2
4
3.96
4.88
9.03
2.21
13.49
2
4
4.01
4.84
8.99
2.20
13.49
2
4
4.06
4.85
8.96
2.18
18.50
2
4
4.11
4.85
8.92
2.17
13.51
2
4
4.16
4.86
8.88
2.15
13.52
2
4
4.21
4.86
8.84
2.14
18.52
2
A.
4.26
4.87
8.81
2.13
13.53
2
4
4.31
4.88
e.77
2.11
13.54
2
4
4.36
4.88
8.73
2.10
18.54
2
4
4.41
4.89
8.70
2.08
13.55
2
4
4.46
4.89
8.66
2.07
13.56
2
4
4.51
4.90
8.63
2.06
13.57
2
4
4.56
4.91
8.59
2.04
13.57
2
4
4.61
4.91
8.55
2.03
13.58
2
4
4.66
4.92
8.52
2.02
13.59
2
4
4.71
4.93
8.48
2.00
13.60
2
4
4.76
4.93
8.42-j
1.99
13.60
2
4
4.81
4.94
8.41
1.98
13.61
2
4
4.86
4.94
8.88
1.96
13.62
2
4
4.91
4.95
8.34
1.95
13.62
2
4
4.96
4.96
8.31
1.94
13.68
2
4
5.01
4.96
8.27
1.98
13.64
2
A.
5.06
4.97
8.24
1.91
13.65
2
4
5.11
4.98
8.20
1.90
13.65
2
4
5.16
4.98
8.17
1.89
13.66
2
4
5.21
4.99
8.14
1.88
13.67
2
4
5.26
4.99
8.10
1.86
13.68
2
4
5.31
5.00
8.07
1.85
13.68
2
4
5.36
5.01
8.03
1.84
13.69
2
4
5.41
5.01
8.00
1.83
13.70
2
4
5.46
5.02
7.97
1.82
13.70
2
4
5.51
5.02
7.93
1.80
13.71
2
A.
5.56
5.03
7.90
1.79
13"72
2
4
5.61
5.04
7.87
1"78
13.73
2
4
5.66
5.04
7.84
1.77
18"78
8eg #
} Reach #
| 8eg Mi |
D.O. }
CBOD |
NBOD |
Flow

MODEL RE31..1LT3
Discharger a CITY OF REIDSVILLE WWTP
Receiving Stream a LITTLE TROUBLESOME CREEK,
The End D.O. is 5.05 mg/1.
The End CBOD is; 7.. 81 mil/ ]...
The End NBOD is 1.76 mg / 1 ..
WLA
WLA
WLA
DO #"1in
CIrOD
1\1F-3III3
Do
Waste F lr,w
(mg/1) Milepoint Reach 44:
(mg/1)
(my -/I)
(fng/1)
(mgd)
Segment
1
A.. 63 4.98 17
Reach
1
34.(--)O
9.00
5.00
347100 ;
li e a c h
2
() . 00
() u 00
0. O C-)
(-) n 00000
Reach
/1•
0 „ 00
o „ oo
0 „ 00
0. 0(_)o0o
Reach
5
0. 00
0. 00
0. (--) 0
0. 00000
Reach
6
45. 00
530. 00
0„ 0(--)
0.01750
RaaC h
7
A-5.00
90. (--)0
(_) .. oo
0.02350
Segment
2
4.69 2.66 3
Reach
1
0. (_u_)
0. 00
0, 00
0 ., (::) C) o c) („)
Reach
2
o .. i;)(„)
0.100
0.00
0. 00000
Re ach
3
0. i_)(.;)
0 „ (»)C)
01.00
0. 00000
Reach
4
0. 00
0 u 00
0 n 0()
(-) „ 00000

' 'SUMMER
^ QW=3.71 M8D
Beg #
} Reach #
| Beg Mi |
D.O. |
CBOD i
NBOD |
Flow }
1
1
0.00
5.08
32.92
8.73
5.95
1
1
0.01
5.08
32.91
8.73
5.95
1
1
0.02
5.09
32.89
8.72
5.95
1
1
0.03
5.09
32.87
8.72
5.95
1
1
0"04
5.10
32.85
8.71
5.95
1
1
0.05
5.11
32.83
8"71
5.95
1
1
0.06
5.11
32.81
8.70
5.95
1
1
0.07
5.12
32.79
8.69
5.95
1
1
0"08
5.12
32.78
8.69
5.95
1
2
0.05
5.12
32.78
8.69
5.95
1
2
0.10
5.14
32.67
8.66
5.96
1
2
0.15
5.16
32"57
8.63
5.96
1
2
0.20
5.18
32.47
8.60
5.96
1
2
0.25
5.20
32.37
8.57
5.96
1
2
0.80
5.21
32.27
8.54
5.97
1
2
0.35
5.23
32.17
8.52
5.97
1
2
0.40
5"25
32.07
8.49
5.97
1
2
0.45
5.26
31"97
8.46
5.97
1
2
0.50
5.28
31.87
8"43
5.98
1
2
0.55
5.29
31.78
8.40
5.98
1
2
0.60
5.30
31.68
8.37
5.98
1
2
0"65
5.32
81.58
8.85
5.98
1
2
0.70
5.83
31.48
8.32
5.99
1
2
0.75
5.84
31"38
8.29
5.99
1
2
0.80
5.35
31.29
8.26
5.99
1
2
0.85
5.36
31.19
8.24
6.00
1
2
0.90
5.37
31.09
8.21
6.00
1
2
0.95
5.38
81.00
8.18
6.00
1
2
1.00
5.39
30.90
8.15
6.00
1
2
1.05
5.40
30.81
8.13
6.O1
1
2
1.10
5.41
30"71
8.10
6.01
1
2
1.15
5"42
30.62
8.07
6.01
1
2
1.20
5.48
30.52
8.O4
6.01
1
2
1.25
5.44
30.43
8.02
6.02
1
2
1.80
5.45
30.33
7.99
6.02
1
2
1.35
5.45
30.24
7.96
6.02
1
2
1.40
5.46
30.15
7.94
6.02
1
2
1.45
5.47
30.05
7.91
6.03
1
2
1.50
5.48
29.96
7.88
6.03
1
2
1"55
5.49
29.87
7.86
6.03
1
2
1.60
5.49
29.78
7.83
6.03
1
3
1.60
5.49
29.78 '
7.83
6.03
1
3
1.65
5.53
29.68
7.80
6.04
1
3
1.70
5.57
29.58
7.78
6.04
1
3
1.75
5.60
29.49
7.75
6.O4
1
3
1"80
5.63
29"39
7�73
6.05
1
3
1.85
5.66
29.30
7.70
6.05
1
3
1.90
5.68
29"20
7.67
6.05
1
4
1.90
5.68
29.20
7.67
6.05
1
4
1.95
5.71
29.11
7.65
6.05
1
4
2.00
5.73
29.01
7.62
6.06
1
4
2.05
5"75
28.91
7.59
6.06
1
4
2"10
5.77
28.82
7.56
6.06
1
4
2.15
5.78
28.72
7.54
6.07
1
4
2.20
5.80
28.62
7.51
6.07
1
4
2.25
5.81
28.53
7.48
6.07
1
4
2.30
5.83
28.43
7.46
6.08
1
4
2.85
5"84
28.34
7.43
6.08
1
4
2.40
5.86
28.24
7.40
6.08
"
^
" I. I---
= ""
�" .=
" .,"
� ^o

4 2.50
5.88
28.05
7.35
6.09
4^ ° 2.55
5.89
27.96
7.32
6.09
4 2.60
5.90
27.86
7.80
6.10
4 2.65
5.91
27.77
7.27
6.10
4 2.70
5.92
27.68
7.25
6.10
4 2.75
5.98
27.59
7.22
6.11
4 2.80
5.94
27.49
7.19
6.11
4 2.85
5.95
27.40
7.17
6.11
4 2.90
5.96
27.31
7.14
6"12
4 2.95
5.97
27.22
7.12
6.12
4 3.00
5.98
27.13
7.09
6.12
4 3.05
5.98
27.04
7.07
6.13
4 3.10
5.99
26.95
7.04
6.13
4 8.15
6.00
26.86
7.02
6.18
4 3.20
6.00
26.77
6.99
6.14
5 3.20
6.00
26.77
6.99
6"14
5 3.26
5.91
26.66
6.95
6.14
5 3.32
5.82
26.55
6.92
6.14
5 3.38
5.74
26.45
6.88
6.15
5 3.44
5.66
26.84
6.85
6.15
5 3.50
5.59
26.28
6.81
6.15
5 3.56
5.52
26.13
6.77
6.16
5 3.62
5.45
26.02
6.74
6.16
5 3.68
5.39
25.92
6.70
6.17
5 3.74
5.33
25.81
6.67
6.17
5 3.80
5.28
25.71
6.63
6.17
5 8.86
5.23
25.61
6.60
6.18
5 3.92
5.18
25.50
6.56
6.18
5 3.98
5.13
25.40
6.53
6.19
5 4,04
5.09
25.30
6.50
6.19
5 4.10
5.05
25.20
6.46
6.19
5 4
5.01
25.10
6.43
6.20
5 4.22
4.98
25.00
6.39
6.20
5 4,28
4.95
24.90
6.36
6.21
5 4.34
4.92
24.80
6.33
6.21
5 4.40
4"89
24.70
6.29
6.21
5 4.46
4.86
24.60
6.26
6.22
5 4.52
4.84
24.50
6.23
6.22
5 4.58
4.81
24.40
6.20
6.22
5 4.64
4"79
24.30
6.16
6.23
6 4.64
4.77
24.39
6.53
6.26
6 4.69
4.75
24.31
6.50
6.26
6 4.74
4.73
24.23
6.47
6.26
6 4.79
4.72
24"15
6.44
6.27
6 4.84
4.70
24.06
6.41
6.27
6 4.89
4.69
28.98
6.38
6.27
7 4.89
4.66
24.10
6.87
6.31
7 4.92
4.65
24.06
6.85
6.31
7 4.95
4.64
24.01
6.83
6.31
7
4.63
28.96
6.81
6.81
1 0.00
5.99
12.82
3.86
12.81
1 0.01
5.97
12.81
3.86
12.82
1 0.02
5.96
12.80
3.85
12.82
1 0.08
51.94
12.78
8.85
12.82
1 0.04
5.93
12.77
3.84
12.82
1 0.05
5.92
12.76
3.88
12.82
1 0.06
5.90
12.75
3.83
12.82
2 0.06
5.90
12.75
3.83
12.82
2 0.11
5.83
12.69
3.80
12.83
2 0.16
5.77
12.63
3.77
12.84
2 0.21
5.71
12"57
3.74
12.84
2 0.26
5"65
12.51
8.71
12.85
2 0.31
5.59
12.45
3.69
12.86
2 0.36
5.53
12.40
3.66
12.87
3 0.36
5.53
12.40
3.66
12.87
r
/^p
I ql.f.
q e,n
1p q7

3 0.46
5.44
12.28
3.60
12.88
3^ ~ 0.51
5.40
12.23
8.58
12.89
3 0.56
5.86
12.18
3.55
12.90
3 0.61
5.32
12.12
3.53
12.90
3 0.66
5.28
12.07
3.50
12.91
8 0.71
5.25
12.01
3.48
12.92
3 0.76
5.21
11.96
3.45
12.92
3 0.81
5.18
11"91
3.43
12.93
3 0.86
5.15
11.85
3.40
12.94
3 0.91
5"12
11.80
3.38
12.95
3 0.96
5.09
11.75
3.35
12.95
3 1.01
5.07
11.69
3.33
12.96
3 1.06
5.04
11.64
8.81
12.97
8 1.11
5.02
11.59
3.28
12.98
3 �1..18-
4.99
11.54
3.26
12.98
3 1.21
4.97
11.49
3.24
12.99
.3 1.26
4.95
11.44
3.21
13.00
8 1.31
4.93
111.38
8"19
18.00
3 1.86
4.91
11.33
3.17
13.01
3 1.41
4.89
11.28
3"14
13.02
3 1.46
4.88
11.23
8.12
13.03
3 1.51
4.86
11.18
3.10
13.03
3 1.56
4.85
11.13
3.08
13.04
3 1.61
4.83
11.08
8.06
13.05
3 1.66
4.82
11.03
3.03
18.06
3 1.71
4.81
10.99
3.01
13.06
3 1.76
4.79
10.94
2.99
13.07
8 1.81
4.78
10.89
2.97
13.08
3 1.86
4.77
10.84
2.95
18.08
3 1.91
4.76
10.79
2.93
13.09
3 1.96
4.75
10.74
2.91
13.10
8 2.01
4.75
10"69
2.88
13.11
3 2.06
4.74
10.65
2.86
13.11
8 2.11
4"73
10"60
2.84
13.12
8 2.16
4.72
10.55
2.82
13.13
3 2.21
4.72
10.51
2.80
18.13
3 2.26
4.71
10.46
2.78
13.14
3 2.81
4.71
10.41
2.76
13.15
3 2.36
4.70
10.37
2"74
13.16
3 2.41
4.70
10.32
2.72
13.16
3 2.46
4.70
10.27
2.70
13.17
3 2.51
4.69
10"23
2.69
13.18
3 2.56
4.69
10.18
2.67
13.19
8 2.61
4.69
10.14
2.65
13.19
3 2.66
4.69
10.09
2.63
13.20
4 2.66
4.70
10.05
2.62
13.28
4 2.71
4.70
10.01
2.60
13.28
A. 2.76
4.71
9.96
2.58
13.29
4 2.81
4.71
9.92
2.57
13.30
4 2.86
4.72
9.88
2.55
13.30
4 2.91
4.72
9.84
2.53
13.31
4 2.96
4.73
9.80
2.52
13.32
4 3.01
4"73
9.76
2.50
13.33
4 3.06
4.74
9.71
2.48
13.33
4 3.11
4.74
9.67
2.47
13.34
4 3.16
4.75
9.63
2.45
13.35
4 3.21
4.75
9.59
2.44
13.35
4 3.26
4.76
9.55
2.42
13.36
4 3.81
4.76
9.51
2.40
13.37
4 3.36
4.77
9.47
2.39
18.88
4 8.41
4.77
9.43
2.37
13.38 .
4 3.46
4.78
9.39
2.36
13.39
4 3.51
4.78
9.35
2.34
13.40
4 3.56
4.79
9.31
2.32
13.41
4 3.61
4.80
9.28
2.31
13.41
^ in �L-
^ o^
0 o^
o pp
1 ':a LLp

2
4
3.71
4.81
9.20
2.28
13.43
2�
4
8,76
4.81
9.16
2"26
13.43
3.81
4.82
9.12
2.25
13.44 -
~ 2
4
3"86
4.82
9.08
2.23
13.45
2
4
3.91
4.83
9.04
2.22
13.46
2
4
8.96
4.84
9.01
2.21
13.46
2
4
4.01
4.84
8.97
2"19
13.47
2
4
4.06
4.85
8.93
2.18
13.48
2
4
4.11
4.85
8.89
2.16
13.49
2
4
4.16
4"86
8.86
2.15
13.49
2
4
4"21
4.87
8.82
2.13
13.50
2
4
4.26
4.87
8.78
2.12
18.51
2
4
4.31
4.88
8.75
2.11
13.51
2
4
4.36
4.88
8.71
2.09
13.52
2
4
4.41
4.89
8.67
2.08
13.53
2
4
4.46
4"90
8.64
2.06
13.54
2
4
4.51
4.90
8.60
2.05
13.54
2
4
4.56
4.91
8.57
2.04
13.55
2
4
4.61
4.92
8.53
2.02
13.56
2
4
4.66
4.92
8.49
2.01
13.57
2
4
4.71
4.98
8.46
2.00
13.57
2
4
4.76
4.93
8.42
1.98
13.58
2
4
4.81
4.94
8.89
1.97
13.59
2
4
4.86
4.95
8.85
1.96
13.59
2
4
4.91
4.95
8.32
1"95
13.60
2
414.
96
4. 96
8.28
1.93
13.61
2
4
5.01-
4.97
8.25
1.92
13.62
2
4
5.06
4.97
8.21
1.91
13.62
2
4
5.11
4.98
8.18
1.90
13.63
2
4
5.16
4.98
8.15
1.88
13.64
2
4
5 21
99
8.11
1.87
13.64
2
4
5.-*26
5.00-'
8. 08
1.86
13 .65
2
4
5.31
5.00
8.04
1.85
13.66
2
4
5"36
5.01
8.01
1"83
13.67
2
4
5.41
5.01
7.98
1.82
13.67
2
4
5.46
5.02
7.94
1.81
13.68
2
4
5.51
5.03
7.91
1.80
13.69
2
4
5.56
5.03
7.88
1.79
13.70
2
4
5.61
5.04
7.85
1"78
13.70
2
4
5.66
5.05
7.81
1.76
13.71
Seg #
} Reach # |
Seg Mi I
D.O. }
CBOD |
NBOD |
Flow }