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1 6 _ <br />' 5a�t3:E$ IN( �10NITORING WELL P�.�RG ING .SND SAMPLING LOG <br /> • Welll`l0 Lu1 <br /> Proica nne Pr ied No 1 <br /> MIZA .&� LcZSL-r�E CJC� <br /> 10¢0x2 Address r Cate Co to <br /> E2r-t-O d. -retie-4-mA) <br /> l ACT Level VfEt,ar(hi, reutn) S-7r r L Interfice Probe oi.,ievm) r� <br /> t \katerQualrtVlvleterfModan 3Y� Dzc.ontarnmdtrouMethodt�taae nuc,e` (wash, t-ip rinse, DT -iiise) <br /> Purging lMethod 1 PGC 13drr o Vacuum Trucl, Submc-„IOlL Pump Other <br /> Sdrrrpliiig Method Teflon BatlLr 1 rsposable B-71--) __Other <br /> Borehole Diameter(Circle) 8” 10" 12" Casuig Diamder(CrrUe) 2" 4" G" 12" 18" 24" <br /> Boreholt,Multrplter(BIV1)(gaU0rWr00t) 081 15 195 Casing'Multiplier(CM)(gallons/root) 065 147 -987 13 2 235 <br /> Depth to Free Product(ted) 30reholt.Volumes(BGn) <br /> Depth to Water(DTW)(fceQ S'S• WC _ e BM = (BV)(gat) x 15 BV(gat) <br /> T otal Well Depth(feet) Casing Volumes(CV) <br /> Water Column(WC)(fieet) 49G� WC_g r i ClI��1 = • �' (CV)(-,J) s 3 0 CV(gW) <br /> F-ee Product Thickness(Iaat) Free Product Purged(gallons) <br />' Cana Vol Purged Eleam;Conductivity Dissolved Turbidity Odor <br /> Trine DTW(ft) (gau—) Temp(•c) pH (u orm mhos) CExygen(mglL) (N'Itl) (Yes/No) <br /> Purgzng Start Time Q /4L 76 01 tT <br /> A/ <br /> 70. S `x 7G �G •v <br /> 7.6�1 . 7S' <br /> z S L G-4 ��. `7. 7 Na <br /> 1 5700P4`y3 <br /> Total Gallons Purged 4-- <br /> Purging End Trine <br /> 1 ' <br /> Trine Sampled r 7Depth to Water @a Sample Tune(DTWs) Sr 6 <br /> Filtered Analytical Parameters <br /> Container Types,Volumes &Quantities (Ytno) Sample Preservatives (cross out all NOT appheable) <br /> y 4G m NIJAs N i,e and IiCI TPlig / ©TE, / MTBE <br />' Maxunum Drawdown(DTWm}(fea) 5�C, Approximate Flow Rate(GPM) o,c(, Gr p pi,�, <br /> °/"Recovery =1 (DTW DTWs) x 100 Calculation %Recovery =1 (0,&Z - 53,0) <br /> x 100 <br /> (DTW-DTWm) <br /> Recovery Type � ast Slow °.Recovery .3 7 <br /> = 7� <br /> iATC Representatrve(s) F <br /> Subcorttr Umar l` ! <br /> Signature Dale ov1,6 U <br />