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HomeMy WebLinkAboutNCG160210_DMR_20200320Semi-annual Stormvlrater Discharge Monitoring Report(I)MR) for North Carolina DEMLR General Permit No. NCG160000 - Asphalt Date submitted CERTIFICATE OF COVERAGE NO. NCG16 D oZ / 0 FACILITY NAME COUNTY_GCklirs�8�2y PERSON COLLECTING SAMPLES L/41eRr 7i4y S LABORATORY AeA por*r/ Lab Cert. q Comments on sample collection or analysis: Part A: Stormwater Benchmarks and Monitoring Results SAMPLE COLLECTION YEAR 1.96X0 SAMPLE PERIOD ® tan -June ❑ July -Dec or ❑ Monthly'_ (month) DISCHARGING TO CLASS ❑ORW ❑HQW ❑Trout ❑PNA ❑Zero -flow []Water Supply ❑SA ❑other PLEASE REMEMBER TO SIGN ON THE REVERSE t0utfall No discharge this period: ECRNIFF-0 MAR 3 0 2020 C:EN I RAL FILES DWR SECTION Monthly sampling (ins eaof semi-annual) must begin with the second consecutive benchmark exceedance for the same parameter at the same outfall. For sampling periods with no discharge at any single outfall, you must still submit this discharge monitoring report with a checkmark here. 'The 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. 4 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 mg/V' where XX is the numerical value of the detection limit, reporting limit, quantitation limit, etc. in mg/L. Mote: 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 is s C Oc G a7 a 0 C O ti 00 LA LA h d0 L cc u L c 0 3 N 0: ba L C ea i O u C cc C c� V s m a N E s, Ln O O i O. -i tw N E � p 0 � a W >� .0 WtD _ G E O � c. t° c � 0 Z W � d O E s N W = o 0 u° E x Ol 4 O Z v � o� ui (j� J _ Q in G O O tft w z M vi O Z ZD n� 1� g a O W Q Z p cr.a El M LL1 N�U. Cr W w LA us oc CC LJ:I •� i= � a'w c l�7 N - a W to ~ Q J ccm tQop Lu • o W o _ • Ln. w V! LU W u Q" °C = X Lj o = LU LL Cc 0 LLI � a erq 4, L„ W v z .p �zp v o C7 a oWLLS w Q W a cc m (D LLJ C) a °' LLJ J�Ln0 Z = UJ _ .0 LLA LJ F- Q LLJ � LJ.i ts Z W au �rjLii es N A!H O u, Y a u Z a a oQ'a�0Z N m ��z »Q a c y, m�Woo� m Q= U m c Q a Q J = O f p W U_ Z U W Q Z W LJ vi � X < vl W W > O 0 ~ z C O O a o a a 0 O LLJ u. LL a m cn L � N o v c u •o L to al m O 4-0 v U Q U o o°C—z C m 0 0 2 L N O O w Q E E n u w m vi E S O '++ N m L E M o 3 -C 3 3 + o U 4n ~" C 0 L M L al v0- O C. 'O C o co E c C 0 r_ tn 0 y o w a w o E a � Y o m $A E o ` o r- C a 4a4- O C a7 O d •EL t — v o o N E -Ow oa 0m -0 w s _ 4 E 0 L � � f8 E w o oL O 3�L:4-0 Lit M O C 4� E c L Z u O s c °n 0 0 � «- mo E c a — f° � o C c a c E � ;° -0 (v Z C C y en m L zE w ° %- a u v W al O -0 tw io U. 'n >. to c Z 4Z W I- a ~ m O O fC0 3 c C c ° o O in U : a`) m d (A >Z A m a� H "Q i _ r W O Ln ,�- 4' a, aQi 3 � co O u in 0 E M m M e•i O N \ cn \ rn a'+ O .E N d p a; ,m s p Y {d Y a