NCG160088_DMR_20200320

for North Carolina DEMLR General Per it o. NCG160000 - Asphalt
Date submitted 3 Zo .20.20
CERTIFICATE OF COVERAGE NO. NCG16 d O
FACILITY NAME
COUNTY
PERSON COLLECTING SAMPLF— s
u DWMAlVKT 2�1 - Lab Cert.#
Comments on sample collection or analysis:
d�eYa,dr� S?�
SAMPLE COLLECTION YEAR o2DeZa
SAMPLE PERIOD ®Jan -June ❑July -Dec
or ❑Monthly'_ (monthl
�r�l• DISCHARGING TO CLASS ❑ORW ❑HQW ❑Trout ❑PNA
�E ❑Zero -flow ❑Water Supply ❑SA
MAR 3 0 7020 ❑other
GENiI., "I LESS
Part A: Stormwater Benchmarks and Monitoring Results DWR SECTION
Outfall No. Date Sample 24-hour rainfall
Collected' amount,
(mo/dd/yr) Inches3 Total Suspended Solids
Benchmarks ===>
ca(--/
P�
100 mg/L or So mg/L
yP �ti s
PLEASE REMEMBER TO SIGN ON THE REVERSE ->
No discharge this period?z
Monthly sampling (instead of semi-annual) must begin with the second consecutive benchmark exceedance for the same parameter at the same outfall.
Z For sampling periods with no discharge at any single outfall, you must still submit this discharge monitoring report with a checkmark here.
3The total precipitation must be recorded using data from an on -site rain gauge. Unattended sites may be eligible for a waiver of the rain gauge requirement.
"See General Permit text, Table 3, identifying the especially sensitive receiving water classifications where the more protective benchmark applies.
Note: Results must be reported in numerical format. For example do not report Below Detection Limit, BDL, <PQL, Non -detect, ND, or other similar non -
numerical format. When results are below the applicable limits, they must be reported in the format "<XX me/L where XX is the numerical value of the
detection limit, reporting limit, quantitation limit, etc. in mg/L.
Note: if you report a sample value in excess of the benchmark, you must implement Tier 1, Tier 2, or Tier 3 responses. See General Permit text.
Permit Date: 10/1/2014-9/31/2019
SWU-252, last revised 9/17/2014
Page 1 of 2

11
3
c m C
O
°I(D c
M
o C
M 7 Q CL SAr+ H m E
Z
m m =� ';m -1
o � �_
ZLA 0
n
as j -�
O Qy
Nm`�T
pAy cr
rr o -o r+ O
m =r z
3 CMCU
an 0
v0► ,?O
M0 D
h O IQ 3 z
O dq O
M a T
(D
3 < a
O N
3 fu m
a4 C,
M o-�
o o 3 C
r �
d O c A m
3
O C
0 3 m
=ta
A 3 aT @
c 3
CL
a- n a
as
3 m are Q
aL m (D
0 N M
H O. 3
`^ o o
Q' r+ 3 C -
v' -
0, 7 O
= 'A m 3
c
M o o
c O c
G. 7r r+ (D
0 �.
O -o to
0.N O
m =
w o
A
3 O- -0O
O (D d
(D O 3
O �*
CM M 3 M
C, n CIS N
O c 3 N
Ol 't � �'►
rr � (D
O rm 3
d Q
a 3 N
t2.
O
3 (D Q
as � f+
o
0
m
7oNDO
O! CT1 r+ C
VCrQ
� H
,00
-Ow
n
s m
n ci M
(D 41
0 N -n m
� N o
N -Ot
V
c,
w
N
M
N
V
-nrrn O
:;o
rt
Z >
� n =1 N D
`C
M m CAD
C)x
O
Trcmnwm GZIZ
= O
m m
p
D= �
n Z�+
o
a
z
-+oo(A
IA
Z O -nD Z
V
KZ n,0 m p
D
mo=ODG)
A
m A m n C
k
m D - N
K
Gl
H
y
O ,m
-o m
O
G1 =
�
CC (A
O Z D j
0'
r- 7p m
m
c.
70
n M C
m � m
O
EA
m D m
Z
=
A m -
to
3
7o m C
m CA
'`'*
O -n 'n
m O >
m m
m D' m
M
m m
zi
1
-' D
D N
T; m m
v' i .0
.N
a
D m
y
1
Z m
Z.
❑z<Z
W
O
m
b
O
O
m
m
�
Y/
�p
O
Q
Z
O
❑
3
C0
x
93