NC0032115_Wasteload Allocation_19770511

4lCO0 32-ll
ASSIMILATIVE CAPACITY EVALUATION
SOURCE OF POLLUTION: tees
Areawide (208) Planning Area:
Facilities (201) Planning Area:
I..- 1111
LEVEL "B" ANALYSIS
l V10W I` A-41
I
5
4
3
2
)0
)0
)O
30
00.
90
80
70
50
50
40
30
20
io
0.v
Dexisn Flow [mgd]
0.6
A RECEIVING STREAM f.140 414.d 4—
Classification:
7/10 Flow (cfs) /./
B. ASSIMILATIVE CAPACITY DATA
Water Surface Slope (ft/mi) 9-02,_
Stream Velocity (fps) q .i3
Stream Depth (ft) 0.83
Elevation @ Discharge Pt. (ft) 3 S G 0
Drainage Area (sq. mi.) 4.0
7/10 Yield (cfsm) 0.21S
Design Temperature (°C) 21
Groundwater Runoff (cfs/mi) 0 ./ 9
Deoxygenation Rate (K1 Base e) 6
Reaeration Rate (K2 Base e) .Y 5
Min. Daily Avg. 0.0. (mg/1) S',D
Upstream Quality -
BODu (mg/1)
D.O. (mg/1) 'I
C. REQUIRED EFFLUENT LIMITS
Design Flow (MGD) 0 , /6 5-
BOD5 (mg/1) 3 0
Ammonia Nitrogen mg/1
Dissolved Oxygen (mg/1
Total Suspended Solids (mg/1)
Fecal Coliform (#/100 ml) /00 0
pH (S.U.) 11-q
10
D. COMMENTS
DOsat q,Q mgY1
//V ma/I
STATE OF NORTH CAROLINA DEPARTMENT OF NATURAL AND ECONOMIC RESOURCES
ORIGINAL
FIRST UPDATE
JUF
PAGE
ORT 01
SECOND UPDATE
THIRD UPDATE

15.0(0) f /./ (i,l)
1 154

ioc Cry co//Py,
t4 uo Ii.1 6 /
tr( a frvie r
J /5 �i cc�. kt©w
ef j a vtner
TbWN
esc -C (0 u.) Q, - 3 MG'".Q
G2 5S -T Y'Ot-tt
rits it 04
o 3.4 8 0'1. 6 sss
Qv'a4s
O .
R; e r
2O , ,,
LA5; OI 3/14°'
u,6,9
O, / 7 (ii )EoD
rirt o < < 2,7 (9,e) ,(z02,)c"
W i (( c e yt s r cc 0oc0 415 (e. co Vtit i rt l i2
oto off^ Cit2 ..Sr — 1 , / -- ‘2. c�5
re&
03. `WY;o '
lei
7//o . i'1 c4's
1.3 c- s
3017, ex•R-45
cs, s)
/c Y) °
0c..t

k[ L (4- c / o c T;
QLv= a,33 (k-46.0
$o tc ( / O
Po - ► yTi -�..
r� k 11 vl'/ i4 s-s o c, Yl a 0 e.
e eta_ s`�-eL arts i s K. +O O. S' 7 AiG-b
0
= 0 s"7 MG-6
0D„9(
--f- Ctee0
o
6CrYV L.Q�1
ct' tiv-2(G� CLa. 6' e s i're cz-(
G (1S c_c�
s s C— ro u c vca r, he v• e G><a.s _ 0
e rresidt,L J c (ovivie
recl
Ve
C-k0.�e✓ opt 01(6c47'", it. %'44 nq
S i'S
tt-ci
C t s 7 4 X it s s-) X, ATI + b. ci)o a> 1-(1--
WIGS
otfi
( 6 33 C f, S15) X
`0r, 1�0,1
7E-- to 11 ,Avj

,7‘e ( CO3-(6
) dz-utryt
0 33 o G cjt nit
,<,--71.-2.32_