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1 Department of Toxic Substances Control <br />k <br />Environmental Chemistry Laboratory <br />700 Heinz Avenue, Suite 100 <br />Berkeley, CA94710-2721 <br />1/19/2007 <br />Date Collected: 1/1'8/2007 <br />Date Lab Received: 1/18/2007 <br />Sample Storage: 0 walk in Fridge <br />Q VOC GC/MS <br />0 Other. <br />Procedure: <br />=Solid samples: Weight is estimated by weighing the sample container against a tared empty container of similar sizg shape and <br />type. Sample.pre-prep'd by applicable HML SOP. <br />Liquid and multiphasic samples Volume is estimated by visually comparaing the contents of the sample container against a <br />pre-cahbrated container of similar size, shape and type. The sample contents may also be estimated by comparing the ratic s) of <br />the heights) of the phase boundary(ies) and the height of the container against the total volume of the container Sample <br />pre-prep'd by applicable SOP. <br />FECL Sample <br />Printed on: <br />Container** <br />Authorization No: <br />FECO150 <br />Collector: <br />Alex BaRhe <br />Sampling Site: <br />CAR000143776 <br />Type <br />315 North Main St <br />Received <br />Lodi CA 95240 <br />1/19/2007 <br />Date Collected: 1/1'8/2007 <br />Date Lab Received: 1/18/2007 <br />Sample Storage: 0 walk in Fridge <br />Q VOC GC/MS <br />0 Other. <br />Procedure: <br />=Solid samples: Weight is estimated by weighing the sample container against a tared empty container of similar sizg shape and <br />type. Sample.pre-prep'd by applicable HML SOP. <br />Liquid and multiphasic samples Volume is estimated by visually comparaing the contents of the sample container against a <br />pre-cahbrated container of similar size, shape and type. The sample contents may also be estimated by comparing the ratic s) of <br />the heights) of the phase boundary(ies) and the height of the container against the total volume of the container Sample <br />pre-prep'd by applicable SOP. <br />FECL Sample <br />Container** <br />Approximate Amount <br />Pre -prep <br />SOP Na. <br />Pre -prep <br />Treatment <br />Sieve <br />Collector's No. <br />Sample Matrix <br />Type <br />Size <br />Received <br />After Prep <br />Type <br />Size <br />FAQ00950 <br />RH.1 <br />Liquid, Aqueous <br />G (Glass Container) <br />' Liter <br />10118 <br />A000951 <br />RH2 <br />..Solid <br />G (Glass Container) <br />' Liter <br />2498 <br />AQ00952 <br />RH3 <br />Liquid, Aqueous <br />G (Glass Container) <br />* Liter <br />1074g <br />AQ00953 <br />RH4 <br />Liquid, Aqueous <br />G (Glass Container) <br />* Liter <br />1131g <br />AQ00954 <br />RH5 <br />Liquid, Aqueous <br />G (Glass Container) <br />* Liter <br />1193g <br />AQ00955 <br />RH6 <br />solid <br />G (Glass Container) <br />* Liter <br />678g <br />AQ 009:16 <br />RH7 <br />Liquid, Aqueous <br />G (Glass Container) <br />* Liter <br />1111g <br />AQ00957 <br />RH8 <br />Liquid, Aqueous <br />G (Glass Container) <br />* Liter <br />1062g <br />AQ00958 <br />RH9 <br />Solid <br />G (Glass Container) <br />* Liter <br />862g <br />* * G=glass container P --plastic container G-T=glass with teflon lined cap <br />Comments: <br />GV=40m1 VOA vial S.Steel=stainless steel <br />�/ Date <br />-prep'd by: Cil y u )'� 'X �.t SL gnafor�� <br />