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i= <br /> S:?3N J(DAQUI N L..00AL. Hj�- L - 'H DI S-rR1 C-r <br /> MININ!!M VERIFICATION LABORATORYAN gI <br /> TANK CONTENTS .PH-GtTPH-D f .�H BTX&E _------�--�-.). <br /> {Waste Product CSC FID tGC-FIDS (35C CL 8020) x(HC � TEL <br /> EDB )(ITA� (8� <br /> (5030} (5030) , (3590) <br /> 82901 1 _ L(8080) <br /> LFADE:D GASOLINE • X <br /> UNL GASO1�rNE --� <br /> --j-- - <br /> '`DIESEL' <br /> KEROSENE <br /> f- <br /> L MCNOWN FUEI.� `�`—�—I`- <br /> OIL J I { f <br /> LORCH . SOLVENTS f <br /> f <br /> NONC Z oR. SC)LVTS ---�I <br /> WASTF/USEf) Ctrl, I <br /> -1 --- X X X X f X <br /> ��__ VERIFI TI Y ANAL INOLOG7C <br /> The following lgsting of laboratory analyses abbreviations is provided as a guide <br /> ter�ninolog�r used vill be more familiar. All analyses methods are desi <br /> described-in E?A SW 846, Third Edition. Those methods not found in Stagg ted EPA methods as <br /> specifically noted, <br /> re <br /> TPH G <br /> TPP D Total Petroleum Hydrocarbon, <br /> Total Petroleum Hydrocarbon, D slne <br /> TEpH Total Extractable Petroleum Hydrocarbon <br /> BTX & E (8020) Benzene, Toluene, Xylene & Ethyl Benzene {8020) <br /> CL HC 8010 OR 8240 <br /> TEL {DOHS-L�,) Chlorinated Hydrocarbon 8010 or 8240 <br /> EDB DOHS-AB 1803) Tetraethyl Lead (DOHS-L.UFT) <br /> GC FID Ethylene dibromide (DOHS-AB 1803) <br /> Co <br /> ICP-AES OR Gas Chromatography Flame Ionization Detector <br /> Inductively upled Plasma Atomic Emission Spectrometry or Atomic <br /> Method 5030 Absorption Spectrometry <br /> Method 3550 Purge and Trap Sample Preparation <br /> Method 3540 Sonication Sample Preparation <br /> QA/QC Soxhlet Sample preparation <br /> Quality Assurance/Quality Control <br /> Notes: To lar false positive detection of benzene benzene-free solvents are to be used. <br /> Fused capillaryy columns are preferred to parked eo1�� �^s; a packed column may be used as a <br /> "first cuts' vith "dirty" samples or once the hydrocarbons have been characterized and followed. <br /> For Drinking Water Sources EPA recommends that the 500 series for volatile <br /> organics be used in preference to the 600 sexier because the detection limits are ]over and <br /> the QAfQC is better. <br /> , <br /> w.NLT.--ti..r��i.� <br />