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HomeMy WebLinkAboutNCG140381_DMR_20200527PROCESS WASTEWATER — Quarterly Discharge Monitoring Report GENERAL PERMIT NO. NCG140000 CERTIFICATE OF COVERAGE NO. NCG14 o 3 $ 1 FACILITY NAME: Cep: Al of+j3 Mix Conv Ic PERSON COLLECTING SAMPLES: Anflo., (plfrMo. CERTIFIED LABORATORY: PaC6 4nRl)14 an, Lab # 1,�_ Lab # LIMIT VIOLATIONS? YES ❑ NO ❑ Part A: Wastewater Monitorine Reauirements SAMPLE COLLECTION YEAR: ZO ZO SAMPLE QUARTER: ❑Jul -Sept ❑Oct -Dec ❑Jan -March ©April -June COUNTY: Wckt PHONENO.(9i_) .21-7-021z ADD TO LISTSERVE? OYES ONO EMAIL: DISCHARGING TO CLASS: ❑SA ❑HQW ❑PNA ❑Trout ❑Other OPTIONAL INFO: Outfall No. _ a quarter— FI Date Sample Collected' (mm/dd/yr) _ D2/11 ZoZV Type of Wastewater VE, RM, ( MD ) - VE,tm, M pH (standard) 6-93"Q Total Suspended e Solids (mg/L) 303"s l Settleable Solids mL L ( /) 53 Np TPH using method 1664A SGT-HEA46 (mg/L) (15)6 Discharge Duration (minutes) Total Flow (gallons/day)' - - If wastewater systems have not discharged in this re rt'"N — Z Po o ow or No Discharge here. Please make sure to mark the sample quarter above. Report the abbreviation for the type of Authorized Wastewater Discharges here: Vehicle and Equipment Cleaning (VE), Raw Material Stockpiles (RM), Mixing Drum Cleanout (MD). Report more than one type if the waste -stream is commingled. 31f an effluent limit is exceeded twice in a row, the permittee is required to institute monthly monitoring for that parameter for six months, unless DWQ RO staff notifies you to continue monitoring. a pH limits are 6-9 S.U. for wastewater discharges to freshwaters, and 6.8-8.5 S.U. for discharges to saltwaters. 5 TSS limits are 20 mg/L for wastewater discharges to HQW waters, 10 mg/L for Trout and PNA waters, and 30 mg/L for all other water classifications. Permit Date:7/1/2010-06/30/2015 Last Revised 07/13/11 Page 1 of 2 i f .! � { _ i ,� . �. i 'i i Y � J _�. � �" ;r.-t3a-=--rT-r. �'r� 1-----�' .,- ` , - ,b.+�---sir--,;-..�:� :�---�-.�:.�: �--� � - . -- -•"'-' -- :- _ , _ y, � - �. d c V m 3 m -S O 0 �' y oo y rt�°—°off + m N N d 0 e•t C Of H C a. ► m0. m m m m O _y -ti rT O "s m rt �• `C in �• �. co CL no OQ 0•a*� C � a • C. i 0 JU cr m ? � m CR o O m 0 7 m trm 3 e 3 ID tr a W .ct� CL - A H N '�"% crta3 CL O 0 •C r+ 0 Q c m •o J2 O O O 0, C r* m o CD m o mEL�''. o. o n n •C fD H N y fD 0 0 � y ro 0 :r ._ 0-= An 0 -� as � su 0 ; M 3 A� • = m m rL (A (. m o• 3 � 0 0 11 a) m n� m -I A m 3 r+ T a cr 0 nnZ — C -ems O to A O " 0 �• n s O Of N ram,+ m N a)(A 00 m oi cu _a 03 N O N• n m M m i=► m tangy Q: wmCLM %w N H• 'Ot ? O 3 N m O �• O I (A 0 M S y t) O z ao - m o' m pia <_° 3 N� '� m C o O In d m H O -� r+*"T CL M 0 °' o CL � .0—.�•v co fu "q� m r+ 0 0 m o H D on V S (A �• 0 rm n 3 �a•su aq. .0 i Q Ca . CLCA �1 �. c �- f D m m o a 3 AV = U .0 0 CL 0 D C' �OJ fu CL o OL 0 r+ cr 3 vim n p o 0 0 ni qq w o, ti r,+ w J E+r _ O o m a v C v o3 3 A 3 r+ � V .o m A � a •a o °' �• M T �. `D30 3. r. m N o o� o Ol m m