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HomeMy WebLinkAboutNCG080109_DMR_20211110Semi-annual Stormwater Discharge Monitoring Report for North Carolina Division of Water Quality General Permit No. NCGO80000 Date submitted 11,)t : I zo —l CERTIFICATE OF COVERAGE NO. N0008 U i S2 q 1 FACILITY NAME C";ka 4MkF PA_-r )er.S (wit Kil i AVcV.1NiY I COUNTY MECIL.L,Ai PERSON COLLECTING SAMPLES PAILtArAh", VOLPATR1Ctl LABORATORY F'Acr: AA)ALti FLAA- Lab Cert. # ER�653 Comments on sample collection or analysis: NOV 16 Z021 Part A: Vehicle Maintenance Areas' Monitoring Requirements SAMPLE COLLECTION YEAR L L Z 1 SAMPLE PERIOD ❑ lan-June © July -Dec or ❑ Monthly' (month) DISCHARGING TO CLASS ❑ORW ❑HQW ❑Trout ❑PNA [_]Zero -flow [:]Watersupply ❑SA ®Other Cl,u C� r$asd PLEASE REMEMBER TO SIGN ON THE REVERSE 4 No discharge this period' Outfall No. Date `�" Sample Collected, mo/dd/yr `' ` ''' 00530 00400 00556 Total Suspended Solids, mg/L pH, Standard units,A& Non -Polar Oil and Grease/TPH EPA Method 1664 (SGT-HEM), mg/L New Motor Oil Usage, Annual average gal/mo Benchmark - 50 or 100 see permit Within 6.0 - 9.Q 15 - C.0 iU. -0 ZI ! L t S.� U 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 No. Date Sample Collected, mo/dd/yr 00556 00530 00400 Non -Polar Oil and Grease/TPH EPA Method 1664 (SGT-HEM), mg/L Total Suspended Solids, mg/L pH, Standard units Permit Limit 15 50 or 100 see permit 6.0 - 9.0 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 0 er 25, 2012 -Page 1 of 2 rL to ° < 3 7 z - z 0 w 1'D yr. v D D o H, m OZ p �` O O T 1 N p trot/ 7 to m n< O�mm pt D O m O m V ai ,vm, n Z w m d m rD. A m a Z .._m 0= n= m n Q. N m m to 3 r'^ m -1 = m o X a.. C < .7. 3 O Z D I S tp o. 7 N j 7. — m n m. to m �' pC .m.. m O -1 O O Dto m El, o d_. ro g n Z 3 nx a Z 0 M > M Z 3 D z> z M, m n`�i of m c sm O mn. � n p p to .+O O 7= 3 .. tx 3 m H T N S '. 0 2 O fz : "" C .7e m O .e h v aO'.. �Dw�. 3 m G01 C fD O m �. m m rL A to to in O. O m m O A • d -" m °1 3 O O m 7 A m. m hi ,.°1r RZ O m v S 1D • 7 0.. T A .. z S D m a m v_ p �.� >SI 3 . ❑ s O -& N 0 w m 1 2 ... to .. a m a n r) m ..�. m m 3.'m S ma m D to G O a fl n o 3 m, m m ❑ z m y G 7 O m - ti co o v 0 m m Z m 3 .0m m a a V o - � ¢ �. m c=- rD-- ❑ _..'.• _.. 3 F m 013 :: tmn C) a DOv _ M mom; N p 3 0 _ C v m Y 7 v C O 0 K A I m 3 m m ° -4 A :v N m o m y tp m — n D Z Z ' 3 m p w w '. m m m O a ° _. m p m 7 O C Q T m h $ ' o n 7 L° 3 m - = „� v -I to -I 3 CL OO m m'^ -3m ° ❑� m 3 m 3 < 3 o a 7 0 o � o p ° 0 m m 0 j 0 m y M N N G O p Z N N L M � 3 N N