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SAN .70AQUIN LOCAL HF'n.r.TH DIS=1CT <br />�IltdNit�R•1Y�1 T� ' d � « � • i i for • <br />TANK <br />ID N <br />EN <br />TANK CONTENTS <br />Waste Product <br />TPH-C <br />CC -FID <br />TPH-D <br />GC -FID <br />(5030) <br />TEPH <br />(3550) <br />(3540) <br />BTX&E <br />(8020) <br />CL HC <br />(0010) <br />(8240) <br />TEL CDB <br />(D ( H S) <br />METALS <br />(ICP- <br />ALS) <br />PCB <br />(8270) <br />(0080) <br />DTX 6 E (8020) <br />LEADED GASOLINE <br />CL HC 8010 OR 8240 <br />Chlorinated Hydrocarbon 8010 or 8240 <br />TEL (DOHS-LUFT) <br />Tetraethyl Lead (DOHS-LUFT) <br />EDD (DOHS -AB 1803) <br />Ethylene dibromide (DOHS -AB 1003) <br />GC FID <br />ICP -ACS OR AA <br />Cas Chromatography Flame Ionization Detector <br />Q <br />UNL GASOLINE <br />Absorption Spectrometry <br />Purge and Trap Sample Preparation <br />Method 3540 <br />Sonication Sample Preparation <br />Soxhlet Sample Preparation <br />QA/QC <br />Quality Assurance/Quality Control <br />Notes; To avoid false positive detection of benzene, benzene -free solvents are to be used. <br />Fused capillarycolumns are to <br />first cut wih dirty <br />preferred packed columns; a packed column may be used as a <br />samples or once the hydrocarbons have been characterized and <br />Proper QA/QC is followed. <br />p <br />DIESEL <br />KEROSENE <br />SourcesEPA recommends that the 500 series for volatile <br />to the 600 <br />-- <br />series because the detection limits are lover and <br />y <br />- /�— <br />yy�� %� / <br />G. V i nxc, S/. 0-06 �/ 1, <br />�3�a� <br />1 SWEEPS 9 <br />— <br />UNKNOWN FUEL <br />— <br />-- <br />- <br />- <br />OIL <br />CHLOR. SOLVENTS <br />NONCHLOR. SOLVTS <br />_ <br />WASTE/USED OIL <br />INIMUM VERIFICATION LABORATORY ANALYSES TERMINOLOGY <br />The following listing of <br />terminology used will be <br />laboratory analyses abbreviations Is provided as a guide so that <br />familiar. <br />described in EPA SW 846, <br />more nil analyses methods are designated F2A methods as <br />Third Edition. Those methods not found in SW 846, are <br />sPeclfically noted. <br />TPH G <br />TPH D <br />Total Petroleum Hydrocarbon, Gasoline <br />TEPH <br />Total Petroleum Hydrocarbon, Diesel <br />DTX 6 E (8020) <br />Total Extractable Petroleum Hyyddrocarbon (8015) <br />Benzene, Toluene, Xylene s Ethyl Benzene (3020) <br />CL HC 8010 OR 8240 <br />Chlorinated Hydrocarbon 8010 or 8240 <br />TEL (DOHS-LUFT) <br />Tetraethyl Lead (DOHS-LUFT) <br />EDD (DOHS -AB 1803) <br />Ethylene dibromide (DOHS -AB 1003) <br />GC FID <br />ICP -ACS OR AA <br />Cas Chromatography Flame Ionization Detector <br />Inductively Coupled` Plasma Atomic Emission Spectrometry or Atomic <br />Method 5030 <br />Method 3550 <br />Absorption Spectrometry <br />Purge and Trap Sample Preparation <br />Method 3540 <br />Sonication Sample Preparation <br />Soxhlet Sample Preparation <br />QA/QC <br />Quality Assurance/Quality Control <br />Notes; To avoid false positive detection of benzene, benzene -free solvents are to be used. <br />Fused capillarycolumns are to <br />first cut wih dirty <br />preferred packed columns; a packed column may be used as a <br />samples or once the hydrocarbons have been characterized and <br />Proper QA/QC is followed. <br />For Drinking Water <br />organics be used in preference <br />SourcesEPA recommends that the 500 series for volatile <br />to the 600 <br />the QA/QC is better. <br />series because the detection limits are lover and <br />SITE ADDRESS_ �S <br />yy�� %� / <br />G. V i nxc, S/. 0-06 �/ 1, <br />�3�a� <br />1 SWEEPS 9 <br />