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VC'CVLIYLJYYMI Gl'1 NIVIYIIIJI\ll\V ■tLLa_ f VI\VL..iVI"11R1 4.11\V7 1YV1��• rw+�a <br /> Project Name: Qvi y c P i 3'2 Project Number. <br /> Addre s; ; EST �ml V_ ct_kTiT► Date: 5-•Z -.. <br /> Well Lock Number: <br /> Well Number Well Integrity: <br /> Development/Purge Sampler(s): rr Ambient Conditions: <br /> Pre-Purge DO (mglL) o yo <br /> Screened at WELL VOLUME CALCULATION <br /> Well Casing Total Well Depth to linear Feet Gallons Per <br /> Diameter On.) Death fft.) Goundwater(G%M of GW Linear Fact Z well volume(eat.) <br /> 2 - z 0. 8 <br /> 3 3 5 <br /> � 3 �Z�-� - g.ijC) - LI,�?i X 0.338 = <br /> 4 ` - X 0.68 <br /> 4.5 - - X 0.83 = <br /> $ = X 1.5 = <br /> ` GROUNDWATER SURFACE INSPECTION (BAILER CHECK) <br /> Floating Product (ft.) (n.): Sheen/Iridescence: _ ? Odor: �n <br /> GROUNDW TER PURGING PURGE METHOD <br /> ❑ Stainless Steel Bailer, ❑ Submersible Pump; Air Diaphragm Pump; ❑ Honda Pump; ❑Other <br /> Stagnant Volume <br /> Volumes Purged Conductivity Temp. Colorfrurbidity <br /> Purged (gal.) Time pH (Nslumhos) (69 - (other) <br /> 0 0 `� !• �` Recovery <br /> 2 -71577 1L41 Rate: <br /> - �' ' Fast <br /> die <br /> 4 m <br /> 5 Slaw <br /> 6 <br /> s <br /> 9 <br /> 10 <br /> GROUNDWATER SAMPLING Sampling Equipment: <br /> Water Level Recovery Sample Containers <br /> Depth to GW(ft.) No. Preservation Method/pH <br /> (1) Initially 1 liter(L),-amber glass <br /> (P) After Purging 40 ml VOA _ PC-i U <br /> P -0.8 (P-1) = 80% Recovery 500 ml polypropylene <br /> (S) Before Sampling Trip Blank <br /> (P-S) / (P-1) X 100 = /cam % Total Recovery <br /> Sample Date/Time: 'ZZ-�1�1(�br� Turbidity (NTU): <br /> Calibrate DatelTime: GZ--^ 1 jd1 f0 EH WEV): <br /> PURGED WATER CONTAINMENT <br /> Total drums at site: Water Soil Water plump through treatment system <br /> Remarks: <br /> E'-•.Cti `:Eti1'�R':.`'�-�'Su^ri:n{7y�_:�... <br />