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vim' Y,z"�'���� � ,� s ..� � 'fir q _• �"� ^Y`•, <br /> ''tle3. "1'� 1 9"x'� �`N y� p3e' ':r ,u. •r.., ^�+ E - �.c .rej'£g''i;w ��!t �L�.. y �'''��E� <br /> d _ <br /> AMUT it <br /> r <br /> WATER SAMPLING PROCEDURES <br /> Six wafer eamples, one quality control duplicate and one field blank.,were <br /> czilected for chemical anplytes, Prior to ,nample collection, each well rias <br /> developed using a hand-held teflon bailer. A minimum of three casing volumes _ <br /> of .fluid were bailed from each well and p).aced into DOT apprcved 55-gallon <br /> w dr'uma. <br /> During development, temperarurc, conductivity arad regi mpisurements of the <br /> bollen fluid were made ur•.til stabilization of these p�nperties occurred; thus <br /> s:,suringthat the water collected woulr'.- be representative of groundwater <br /> csz�ditions at e._:^h location. Water samples were -placed into lab-approved glass *� <br /> vials and bottles with teel.);i' septu.s. All samplca were 'chen placed into ice ti <br /> chests at 4 ,degrees Cel6lus. and transported under s ±nda,'a chain•of-custody <br /> Protocol to'LC Laboratorier Ln i•akersfield, California: <br /> Samples collected £�.,r feca7'coliform a•,,--lyscs were placed into laboratory- <br /> - - <br /> supplied, sterile collecH{:an bags" and delivered within 12 hours to PGI. . <br /> Environmental In <br /> n Stocicrort <br /> � California using standard chrein-of-custody protocol,' <br /> - <br /> r 1 <br /> 5— <br /> ,, .. BIONTL.H20 <br /> April, 1990 <br />