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OEOMATRIX <br /> TABLE 1 <br /> WATER AND SOIL ANALYTICAL METHODS AND SAMPLE HANDLING <br /> Parameter Method Water Containers' Preservation' Maximum Holding Time <br /> Total Petroleum Hydrocarbons: <br /> •as diesel GCFID(3 550)2 2- i liter amber glass cool on ice 14 days(unacidified water,7 days) <br /> •as gasoline GCFID(5030)2 2-40 ml VOA glass HCL to pH 2 in water samples: cool on ice 14 days(unacidified water,7 days) <br /> Benzene,Toluene,Xylene,and EPA 8020 2-40 ml VOA glass HCL to pH 2 in water samples: cool on ice 14 days(unacidified water,7 days) <br /> Ethylbenzene <br /> Volatile Organics with BTEX EPA 80213 2-40 ml VOA glass HCL to pH 2 in water samples: cool on ice 14 days(unacidified water,7 days) <br /> Oil and Grease 5520 E&F(Soil)4 2- I liter amber glass H2SO4 to pH<2 in water samples: cool on ice 28 days <br /> 5520 C&F(water)4 <br /> Volatile Organics EPA 8010 2-40 ml VOA glass cool on ice 14 days(unacidified water,7 days) <br /> EPA 82405 2-40 ml VOA glass HCl to pH 2 in water samples: cool on ice 14 days(unacidified water,7 days) <br /> Semi-volatile Organics EPA 8270 2- I liter amber glass cool on ice 7 days for extraction,water <br /> 14 days for extraction,soil <br /> 40 days for analysis <br /> Polynuclear Aromatic EPA 8310 2- 1 liter amber glass cool on ice 7 days,water <br /> Hydrocarbons 14 days,soil <br /> Metals(dissolved) EPA 7000 series for 1 - 500 ml plastic Water Samples: field filtration(0.45 micron filter) 6 months,except: <br /> specific metal and field acidify to pH 2 with HNO3 except:Cr+6- Hg-28 days <br /> cool on ice Cf 6-24 hours,water; <br /> 24 hours after prep,soil <br /> Notes: <br /> ' All soil samples should be collected in full,clean brass liners,capped with aluminum foil or Teflon and plastic caps,and sealed with tape. If soil samples are to be analyzed for <br /> metals,they may be placed in laboratory-prepared clean glass jars. Soil should be cooled as indicated under"preservation"and maximum holding times apply to both soil and water <br /> unless otherwise noted. <br /> 2 For analysis in California,use California DHS recommended procedure as presented in LUFT manual using gas chromatography with a flame ionization detector. In other states,local <br /> requirements should be followed. Method 3660M is silica gel cleanup. <br /> 3 EPA Method 8021 is equivalent to 8010/8020 in series. <br /> 4 Method to be used in California Regional Water Quality Control Board North Coast and Central Valley Regions. In other areas,local requirements should be followed. Method <br /> 5520F is silica gel cleanup. <br /> 5 Chloroethylvinylether may be detected at concentrations below 50 parts per billion due to degradation of HCl. EPA Method 8260B was formerly 8240. <br /> 6 If EPA Methods 8010 and 8020 are to be run in sequence,HCI may be added. Check with the project manager before adding acid. <br /> References: <br /> U.S.EPA, 1986,Test Methods for Evaluating Solid Waste-Physical/Chemical Methods-SW-846,Third Edition,July,and final amendments. <br /> California State Water Resources Control Board,1989,Leaking Underground Fuel Tank(LUFT)Field Manual,Tables 3-3 and 3-4,October. <br /> California Regional Water Quality Control Boards,North Coast,San Francisco Bay,and Central Valley Regions, 1990,Regional Board Staff Recommendations for Initial Evaluation <br /> and Investigation of Underground Tanks, 10 August. <br /> t:\Doc Safc\PROTOCot,V>ROTo-ws TBL.doc Revised November 1997 <br />