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HomeMy WebLinkAboutNC0063860_Wasteload Allocation_19851220I NPDES Facility Name:j,� Existing O LOAD ALLOCATION ineer �,Lt xe�. (ZCO I Z53S pIQ) Date Proposed Permit Pb.:COJ 63 O 1p Pipe No.: m®� Cbunty: A.oz Design Opacity (MGD) : B, OZS Industrial (% of Flow)::f Ibmestic ( % of Flow) Receiving Stream: �� �� 1"M4-f Ary class: Z7 —�— LL sub -Basin: (� 3 D �-::jr4 Reference USGS Quad: (Please attach) Requestor: �, ��G 1�+ Regional Officb��<Lf/y�� (WIdeline limitations, if applicable, are to be listed on the back of this form.) Design mwp.: c�) 5 cC— Drainage Area (mi2): Avg. Streamflow (cfs): 7Q10 (cfs) /f vG Winter 7Q10 (cfs) 30Q2 (cfs) Location of D.O. minimum (miles below outfall): Velocity (fps): Slope (fpm) K1 (base e, per day):_ ,,Z K2 (base e. Der day): . t. Effluent Characteristics Monthly Average 0:)mments .206 U% 55 Cr Q o On O Comments: O On �� R :ton .:_.=s By: GZ�z�C-_�L�Ip tGEChL�ry Reviewed By: Date i FACILITY NAME TYPE OF WASTE COUNTY REGIONAL OFFICE RECEIVING STREAM 7010 : 600 CFS DRAINAGE AREA REQUEST NO. 2535 Ay WASTELOAD ALLOCATION APPROVAL FORM HARBOR ESTATES PARTNFRSHIP DOMESTI(.0 MECKLENBURG MOORESVILL..E REQUESTOR ; MACK WIGGINS 03oO3+� LAKE WYL.IE SUBBASIN �fi =ram W7010 . CFS 3002 CFS 0.00 SO.MI. STREAM CLASS :A -II RECOMMENDED EFFLUENT LIMITS WASTEFLOW(S) (MGD) 1 02 .075 BOD-5 (MG/L) 30 30 NH3-N (MG/L) -----•-_.--- D<O. (MG/L) 5 5 PH (SU) . 6+9 6-9 FECAL COL_IF'ORM (/100ML): 1000 1000 TES (MG/L) 30 30 ���d:K*��k�M**��****�***�:i:*�**�:Y*��*���:k*��:k��%K�MAikC�:k:1c*:K�k FACILITY IS : PROPOSED (1/) EXISTING ( ) NEW LIMITS ARE : REVISION ( CONFIRMATION ( ) OF THOSE PREVIOUSLY ISSUED REVIEWED AND RECOMMENDED BY: MODELER SUP'E:RVISOR.TECH SUPPORT GROUT"-' REGIONAL.. SUPERVISOR PERMITS MANAGER (A 0 swooxamn A T E _...__.___........_DATE -00? " ,g Moe&-( (OP &� LL 19A 017 ?IC) 6 Cf� k4j) i r�4k-j 1"h 600 iiiel-A I B KLI eOO 4 Q ) = z ol 006i 04) v -- - I LU &D q 46mb --I j. g -WA61�, _Q _V n �rh_ rnoUqA, Cf , ; k 11 44460 Cf ou � : Jcvir i�FGEf DAMES OF I_AKE DEPTH WIDTH VOLUME FRESHWATER INFLOW WASTEWATER FLOW ULT . BOD OF WASTE MAX TIDAL VELOCITY CROSS -..SECTION AREA ADVCC T I VE VEL . i ISPERS10N KI K2 a HARBOR E ST;ii'ES PATNERSHIP I-AKE WYL..IE (CATAWBA RIVER 1400 FEET 200+00 17 E7 ET 6 + 336E-1006 CiJ I C FEET 600 + 00 CF S 0♦02 MOD 135+00 MO/L 0.00 KNOTS 600 ♦ 00 SO + 1= 'r . 16.36 MI/DAY .:i a 0+24 Q+MI./DAY 0.20 PER DAY 0.36 PER DAY BOD AT OUTFALL M 240061 227208 MG/L+ D + O + AT OUTFALL = 7 + 71.92816 556 MG/I... MILEPOINT UPSTREAM BOD UPSTREAM Ti.O + 0.00 2.01 7 t 7::y -0010 0400 r ♦72 - 0 + 2 + .� + 7 2 /0 [[ /0 /0� �0y 7*72 --0 .40 0.00 f + �2 -0.50 0400 7,70 .-0+60 0+00 7+72 ••-0 + 70 0.00 7 + 7M .-0+80 0+00 7+7M _0 ♦ 90 0000 7.., -1.00 0.00 7+72 MILEPOINT DOWNSTREAM BOD DOWNSTREAM DO 0♦00 2+01 7*.1 01,10 2+00 77 t72 0♦20 zoo() / t71 0♦30 2.00 ! +71 0* 40 2t i O 7.71. 0,50 1199 + 1 0 + 60' 1 .9'F t r it 0.70 1.99 7 70 0080 :1..99 It 0 0+90 1.98 7t70 1+00 1+98 /+10 THE WASTELOAD ALLOCATION FOR HARBOR ESTATES PATNERSHIP IS 135 MG/I_. !i.To-"CHhRGER- NAME 01=' L'AKE DEPTH WIDTH VOLUME FRESHWATER INFLOW WASTEWATER FLOW ULT ♦ BOD OF WANE MAX TIDAL VELOCITY CROSS --SECTION AREA ADVECTIVE VEL, DISPERSION K1 K2 1 4 HARBOR ESTATES,. -PARTNERSHIP I...AKE WYL:l E 6,00 FEET 1.00♦ 00 FEET 4.752E+0a6 CUBIC FEET 600.00 CFS a . a8 MG1:1 135 + 00 MG/l... 0.00 KNOTS ♦ 300+00 SQ+F*r, a 32♦73 MI/DAY f 0♦24 SO.MI♦/DAY 0.20 PER DAY a♦36 PER DAY BOIL AT OUTFALL = 2.02558228454 MG/L. T.Q.O. AT OUTFALL = 7.7198185701.6 MG/L MIL:EFOINT UPSTREAM BOD UPSTREAM U,a 0♦00 2*0-3 7.72 MIL.EPOINT DOWNSTREAM BOO DOWNSTREAM DO 0100 2,03 11 74f�' 0.J.0 2.02 7+7 0,20 2.02 7 «f� „ I . l .\.. 0.30 ry 2 7 12 0,40 .:.02 7.71 0♦50 2♦a2 7.,'1 0♦60 2♦02 7.71 0+70 2♦02 7.71 0♦80 2+02 7.71 0.90 2101 7.71 loan 2.01. 7♦71 1.410 2.01. 7♦ f1 1♦20 2.01 7♦71 :1..30 2•01 71?70 1 ♦40 2.01. 7.70 1,50 2.01 7.70 1♦60 2,01 7♦70 1♦70 2♦00 7.70 1 a 8a 2.00 7 r 70 1.90 2.00 7.7a 2+00 2.00 7.70 2.10 2.00 7.69 2.20 2.00 7♦69 2.30 2.00 7.69 2.40 2♦00 ?.69 2♦50 :Lo99 7.69 2♦60 1. •99 7,69 2♦7 14 I C] -•, i .69 2,,80 1.199 f .6T 2490 1♦99 f,%r8 1000 1,99 7 .68)