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r <br /> t <br /> � <br /> ' cnN' <br /> MR, <br /> tl ; <br /> gg <br /> S <br /> ryx 1' <br /> A <br /> i <br /> 0 <br /> { ) <br /> ds. 4 9L' W "n '•4SY. <br /> _ 'v' _ .-„€- zr � �n�;.T :F �-';'=�. -,�, ,Fs _- ��#5 Y•� �� r�F�� {a�,.�,� ��,3Tie: ��. <br /> a - <br /> �d <br /> StBlAS f.'.: .tn.irnnI,d Suite 13 Fi—Ont C A 94534 1415;651-190f) <br /> APQ/i�d CseDSy <br /> REr-nRn OF ANALYSIS <br /> Date 4-8-87 <br /> Applied GeoSystems <br /> 43255 Mission Blvd. <br /> Fremont, CA. 94539 <br /> Attention: Andrew P. Lush <br /> Date Received: 3-28-87 <br /> Laboratory# 8704WO02 <br /> Date Analyzed: 4-2-87 <br /> Procedure: <br /> The water sample re`erenced on the attached Chain-of-Custody was <br /> concentration of Benzene, Ethyl- <br /> analyzed for the presence and <br /> Benzene, Toluene, and Xylenes (BETX) and for Total volatile <br /> Hydrocarbons (TV11) by EPA method 602.- The sample was prior to <br /> concentrated on a Tekmar LSC-2 and ALS automatic sampler p <br /> i[ljection into a 5890 Hewlett Packard gas chromatograph fitted <br /> with a Photo-Ionization detector (PID) and a Flame Ionization <br /> detector [FID) . The limit of detection for this sample is 0.0005 <br /> milligrams/liter (parts per willion = PP,-u) - <br /> The results are presented in the table below: <br /> ETHYL TOTAL <br /> SAMPLE SITE BENZENE BENZENE TOL UEN XYLENES TVH <br /> 2514 ND ND ND ND <br /> JULIET 87031-1 ND <br /> Results in milligrams/liter (Parts per million = PPm) - <br /> ND=Non Detectable - Less than 0.0005 milligrams/liter (pPm) • <br /> `ila Tran, Chemist <br /> Applied GeoSystems is a State of California, Department of Health <br /> Services Certified Hazardous Waste Testing Laboratory (NO. 153)• <br />