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IL— <br /> v4 t%i s.�K,;�!�`z"t: �_;r-,i.",�n�.�xb1s.��t�`�a�4�z`aneritiast��-w;:�.`.3^�r:r��'�?�rkiM•c=:1.�ki..<,-ms-:+a.z;y�<a.r�"'ai='}�rt'�h`,�i�;�et".L�<�{c�a'r^x?'s S, -r�t,.,,'h4`s.S.��Si'r�■�e P ���.'.1+x4nPr;x�T`,�a s'`kµd tk,Nfutirnh4 e�at rr':"�t�._'�'"fi^fYeJ3" <br /> '44 <br /> `?.t�.r'tY <br /> R <br /> GR . N �MORING-WELL PUGEISAMPLIGW3RK S"K.�', Ef,_a NEhf s£,krT ', <br /> V*Ykry �a <br /> Project Name vPropec <br /> Address_ ocLkNumber.-T,� <br /> 3 Yh rn�n <br /> �•- <br /> 1 <br /> .rS <br /> , <br />' Well Number --- <br /> Development/Purge/Sampler(s) <br />' Screened at WELL VOLUME CALCULATION , <br /> Well Casing Total Well Depth to Linear Feet Gallons Per <br /> Diameter (in) Deoth (ft..l Goundwate,r JGWI of GW Linear Foot 1 Weil Volume 1gal l <br /> 2 n s — = X 017 <br /> 3 1L ^}7 - 13 0 X 0 $ <br /> 4 X 065 k '�f <br /> 45 — = X 083 <br /> 6 — - X 15 <br /> tGROUNDWATER SURFACE INSPECTION (BAILER CHECK) <br /> Floating Product (ft ) (in ) Sheen/Iridescence YV4`»1L Odor <br /> 1GROUNDWATER PURGING PURGE METHOD <br /> ❑ <br /> stainless Steel Bailer, 12 Submersible Pump, ❑ Air Diaphragm Pump, ❑ Other <br />' Stagnant Volume Recovery <br /> Volumes Purged Conductivity Temp ColorlTurbidity <br /> Purged (gal ) Time pH pslumhos of °C (other) Depth Tim <br /> ' 4 <br /> 5 <br /> 6 ' <br /> 6 <br /> ' 10 <br /> GROUNDWATER SAMPLING <br /> t Water Level Recovery Sample Containers <br /> ^ Depth to GW(ft) No Preservation Method/pH <br /> {€) Initially I/a-V7 1 liter (P), amber glass <br /> (P) After Purging 7C) 40 mf, VOA <br /> ' P - 0 8 (P-1) = 80% Recovery 500 mf, polypropylene <br /> (S) Before Sampling -�T7 Trip Blank <br /> (P-S) 1 (P-1) X 100 � �°10 Total Recovery <br /> ' Sample DatelTimefib/ i +�, r� Turbidity (NTU) <br /> DO (mglL) 1 -q— <br /> ' EH (MEV) <br /> PURGED WATER CONTAINMENT <br /> Dotal drums at site Water Soil Water pump through treatment system <br /> ' Remarks ,y <br /> G"' w <br /> I ptiw FRH OST <br /> ?l7r9P <br />