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r c" - ±1E�_Y�trFrc�Tra{ .a� s�r►sr.v�•� <br /> TANK camm T'PH-G TPH-D TEPH B &Z C1, HC M ®8 METALS $Ce <br /> I Waste rProduct X-FID CSC-FID 043550) (8020) (8010) (D H S) (ICP- (6270) <br /> (5030) (5030) (3540) (8240) AES) <br /> LF-k= CASCLINE <br /> [ltd, GASOLINE <br /> DIESEL <br /> ENE <br /> r <br /> Ut'MOWN FUEL <br /> C�. SOLVEiiTS <br /> iiom m. SOLvT3 <br /> WAM`11,ISE>a OIL <br /> The following listing of laboratory analyses abbreviations is provided as a guide so that <br /> terr^Snology used will be more familiar: All analyses methods are designated FPA methcds as <br /> de. bed in FPA SW 846, Third Edition. Those methods not Lound in SR 846, are <br /> specifically noted. <br /> TPH G Total Petroleum Hydrocarbon, casoline <br /> TPH D Total Petroleum Hydrocarbon, Diesel <br /> TEP Total Extractable Petroleum H <br /> & E {802 ) nzene, o uene. X Eth 1 Benrs ne (8 <br /> or nated Hydrocarbon 8010 or 8240 <br /> TEL (DOHS-LUFT) Tetraethyl Lead (DOHS-LUFT) <br /> EDB (DOHS AB 1803) Ethylene dibromide (DOHS-AB 1803) <br /> OC FID Cas Chromatography, Flame Ionization Detector <br /> ICP-XT-2 CR AA Inductively Coupled Plasma Atomic Emission Spectrometry or Atomic <br /> Absorption Spectrcmetry <br /> Method 5030 Tra Sample Preparation <br /> 5 p enication le Prepara la <br /> 5 So e e e—para i <br /> r:541 <br /> Qua1 y Assurance <br /> y Control <br /> Notes; ro avoid false positive detection of benzene, benzene-free solvents are to be used. <br /> Fused capillary columns are preferred to packed columns; a packed column say be used as a <br /> 'first cut" vlth "dirty" samples or once-the hydrocarbons__have beencharacterizedand <br /> -- <br /> -.._.-- --- -- -- -- r s-followed,For Drinking Water Sources, EPA recommends that the 500.aeries for volatile <br /> organics be used In Preference to the 600 series because the detection limits are lover and <br /> the QA/QC Is better. ` <br /> I+ <br /> . f <br /> APP. fr .5 <br />