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HomeMy WebLinkAboutNCG080841_DMR_20200625Semi-annual Stormwater Discharge Monitoring Report for North Carolina Division of Water Quality General Permit No. NCG080000 Date submitted ��2,j 2C, 20 CERTIFICATE OF COVERAGE No. NCG08 V S 41 FACILITY NAMECo - �AN,�'a}�otrs rgacsT� ✓�"�/4rrol✓ COUNTY Cft Ab4 eP-U 5 PERSON COLLECTI SAMPLE COLLECTION EAR Z� Z0 SAMPLE PERIOD ' Jan -June ❑ July -Dec or ❑ Monthly' month LABORATORY A 6 N SAMPLES Td Ho.l Cu t6R E yii F( R DISCHARGING TO CLASS ❑ORW HQW ❑Trout ❑PNA 11V L0-1,1 L Lab Cert. # �o '� �C����® ❑Zero -flow ❑Water Supply [:]SAComments on sample collection or analysis: �UL —]Other Part A: Vehicle Maintenance Areas Monitoring Requirements U 0 2020 CEN-r L FIB DWR SECT1o�S PLEASE REMEMBER TO SIGN ON THE REVERSE 4 No discharge this period' Outfall No. Benchmark Date Sample Collected, mo/dd/yr 00530 00400 00556 Total Suspended Solids, mg/L 50 or 100 see permit pH, Standard units Within 6.0 — 9.0 Non -Polar Oil and Grease/TPH EPA Method 1664 (SGT-HEM), mg/L 15 New Motor Oil Usage, Annual average gal/mo Did this facility perform Vehicle Maintenance Activities using more than 55 gallons of new motor oil per month? _yes no (if yes, report your analytical results in the table immediately below) Part B: Oil/water Separators and Secondary Containment Areas at Petroleum Bulk Stations and Terminals Outfall Date No. Sample Collected, Permit Limit 00556 Non -Polar Oil and Grease/TPH EPA Method 1664 (SGT-H 15 00530 Total Suspended Solids, SO or 100 see 3 00400 PH, Standard units 6.0 — 9.0 r For sampling periods with no discharge at any single outfall, you must still submit this discharge monitoring report with a checkmark here. SWU-250 last revised October 25, 2012 Page 1 of 2 r N O N D a O_ 'r O J d O a m 0 0 'r S 0 0 3 3 w m O_ 0 J 0 d O_ m O_ w rt a m 3 A s°:= °o :0mo�3 z m C w C ?� 0 3 N 3 z N c H z 0 O O r _I N D J o a p C- m m F X m ! Z n 2' m w m n O D m D 2 m 2 0 m x °.m p 03 n<DD 3 O m n Z D w m v 0 m N < y 0 0 m m ^•moo -A+ m m O Z O T D m ri �D� o D C S Q e�T Q v m :E n pro 0 >M J 3 J0 o z w° x D 3 m A m O 0 w m { �0 r2 �° D 3 3 1 m' -Zpit n z O m m 0 m m 0 a m m D 9 A _L Gl 4+ v o m= D O Z m 3 m . 3S. 1 D C) A o O r x C ° 1 z 0 3 p a n 0 d 3 m O T A D S n i n C >> O O •., m 2 O' N x m 1 tl0 3 c i m S < m in 0 m M 3 0 O m mT Z m m 0^m El zpmm nO m T . Z m C z LN TO o_ O ❑ 0 > -1 -0 N D_ J �' 1 � D mA� L1 - N < 3 a D m m < 3 3 z 30 f Z O m Z 3 w m o a w J m >•0 O `aA y N 1 A C m ^ O' vm�i m m -Di o m ?. ,.. Z m m 0 p O 1 z f ' m 3• S z !A OJO O O m n Q O <• n �^ O 1 m C 2 ft T 70 0 W N 3 * J C r � m 3 $ .y 1 m F, j D' n m s o m 0 v o NEl m Z '..� 4Z d N 30> > F 0 0 0 W 0 0 m o :3 +v J mTi c . c mm p N O a O N d N N ID m S m a a 0 m m m 3 N d 3 v ID a 7 mm '0 0 J ao 9 m M. a m 7 n. W M m m O C mm