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r TER 14ti'-,ITOR',,)G , . =l_t_ P J"7E SA' l•l� `4C INCA✓ <br /> .^ <br /> r"r 91! ?PL^ 0 t —ea-dna rd { <br /> L <br /> v�undwater GM of G�1 i^ea'=or, t .,� 'Y Cal <br /> YL <br /> 1 <br /> GROUND. A ER SURFACE INSPECTION (BAILER CHECK) <br /> Flea -c Product r t 1 ( n Sheen/lridescence _110!:1E Gcc 1Y LAG` <br /> GROUNDWATER PURGING PURGE METHOD <br /> Stainless Steel Bailer, Submersible Pump, ❑Air Diaphragm Pump ❑ Other <br /> Recovery <br /> Stagnant Volume <br /> Volumes Purged Conductivity Temp Color[Turbidity Depth Time <br /> Purged (gal ) Time pH Nslttmhos of °C (other) <br /> 0 U P1112- 7�Z1 dU o t <br /> 2 <br /> 1 4 � <br /> 5 <br /> 6 <br /> 8 <br /> 10 <br /> GROUNDWATER SAMPLING <br /> Water Level Recovery Sample Contains <br /> Depth to GW(ft ) No, Preservation Method/pH <br /> (1) Initially —L-5 � 1 liter (e), amber glass <br /> (P) After Purging t* 40 me, VOA . <br /> P - 0 8 (P-I) = 80% Recovery 500 mf, polypropylene <br /> (S) Before Sampling Trip Blank <br /> (P-S) I (P-I) X 100 = [ % Total Recovery <br /> Sample DatelTime Turbidity (NTU) <br /> DO (mg1Q <br /> Calibrate DatelTime �Z 6 Edi (MEV) <br /> PURGED WATER CONTAINMENT 'J <br /> -ota� crams at site Water S4EI +ltd e- purr p trough treatmenr sjstem 1� ' <br /> Remarks <br /> ATC --= <br />