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LV ~lilaKLh1V HIVNLT I'1l.liL, llv ~.. <br />4036 Youngfield Wheat Ridge CO 80033 <br />(303)425-6021 <br />VOLATILE ORGANICS ANALYSIS DATA <br />Client Sample Number <br />Lab Sample Number <br />~te Received <br />to Sampled <br />to Extracted/Prepared <br />Date Analyzed <br />Methanol Extract? <br />Percent Loss on Drying <br />Compound Name <br />ahydrofuran <br />1 Ether <br />ene Chloride <br />Carbon Disulfide <br />1,1-Dichloroethene <br />1,1-Dichloroethane <br />Trans 1,2-Dichloroethene <br />Chloroform <br />1,2-Dichloroethane <br />2-Butanone <br />1,1 1-Trichloroethane <br />Caron Tetrachloride <br />Bromodichloromethane <br />Vinyl,Acetate <br />1,2-Dichloropropane <br />Trans 1,3 Dichloropropene <br />Trichloroethene <br />1,1,2-Trichloroethane <br />Benzene <br />bromochloromethane <br />s 1,3-Dichloropropene <br />C~iloroethylvinyl Ether <br />Bromoform <br />4-Methyl-2-Pentanone <br />2-Hexanone <br />1,1,2,2-Tetrachloroethane <br />Tetrachloroethene <br />Toluene <br />Chlorobenzene <br />Ethyl Benzene <br />St rene <br />To~al Xylenes <br />Surrogate Recoveries: <br />1,2 Dichloroethane-d4 <br />Toluene-d8 <br />Bromofluorobenzene <br />DFSW-2 <br />X30007 Client Project No. 219-9J-042 <br />12/28/90 Lab Project No. 10102 <br />12/27/90 Effective Dilution 1.00 <br />01/03/91 Method 8260 8240) <br />01/03/91 Matrix WATE <br />N Lab File No. >V5534 <br />NA Method Blank No. RB010391 <br />Cas Number Conc. PQL* <br /> ug/L ug/L <br />109-99-1 U 100 <br />60-29-7 U 5 <br />74-87-3 U 10 <br />74-83-9 U 10 <br />75-01-4 U 10 <br />75-00-3 U 10 <br />75-09-2 2 J 5 <br />67-64-1 U 100 <br />75-15-0 U 5 <br />75-35-4 U 5 <br />75-34-3 U 5 <br />156-60-5 U 5 <br />67-66-3 U 5 <br />107-06-2 U 5 <br />78-93-3 U 100 <br />71-55-6 U 5 <br />56-23-5 U 5 <br />75-27-4 U 5 <br />108-05-4 U 5 <br />78-87-5 U 5 <br />10061-02-6 U 5 <br />79-01-6 U 5 <br />79-00-5 U 5 <br />71-43-2 U 5 <br />124-48-1 U 5 <br />10061-01-5 U 5 <br />110-75-8 U 10 <br />75-25-2 U 5 <br />108-10-1 U 50 <br />591-78-6 U 50 <br />79-34-5 U 5 <br />127-18-4 U 5 <br />108-88-3 1 BJ 5 <br />108-90-7 U 5 <br />100-41-4 U 5 <br />100-42-5 U 5 <br />1330-20-7 U 5 <br /> QC Limits <br /> <br />96~ ( 88-110 <br />99$ 86-115 <br />Qualifiers: <br />U =Compound analyzed for, <br />Reporting limits are r <br />J = Indicates an estimated <br />below the EPA Practica <br />B = Compound found in blan <br />E = Compound is detected a <br />* = Practical Quantitation <br />pa. 8240-4. The minimu <br />numbers shown in this <br />Unless otherwise noted all <br />quantitated on ~ dry weight <br />proved: <br />Joht~D Parker <br />but not detected above <br />oughly the method detec <br />value when the com oun <br />1 Quantitation Limi~ (P <br />k and sample. Compare, <br />t a concentration outsi <br />Limits listed in EPA S' <br />m instrument detection <br />column <br />mits. <br />or reagent water <br />but is <br />k and sample data. <br />he calibration limits. <br />Vol. 1B, Part II <br />f s are less than t{~e <br />concentrations and PQL's for soils are <br />basis. (NA = not applicable or not available) <br />~~ <br />quality Assurance Officer <br />