Laserfiche WebLink
Table 4 <br /> Standard Purge versus HydraSleeve <br /> Hydrocarbon Concentrations and Field Parameter Results <br /> September 1,2011 <br /> H drocarbon Concentrations Field Parameter Results <br /> Hydra save TPH m IL BTEX p /L Dissolved Electrical Temp- <br /> Depth Extractable Purgeable Ethyl- Xylenes, Oxygen ORP pH Conductivity/L erature <br /> Well Sample 10 Purge Method (ft,B7OC) (DRO) (GRO) Benzene Toluene benzene Total m <br /> ( g ) (mV) (pH units) (u5) (Deg C) <br /> Plume Interior <br /> N-7 N-7 Standard Purge - 6.3 Z 21 8,900 130 1,100 780 0.41 -190.6 6.33 2,528 20.3 <br /> N-7 N-7-HS H draSleeve 13.5 5.4 Z 5.1 1,600 56 340 340 n/a n/a We n/a n/a <br /> N-15 N-15 Standard Purge - <0.50 0.93 92 2.6 2.0 5.4 0.81 -102.1 6.48 1,447 20.36 <br /> N-15 N-15-HS H draSleeve 12 <0.50 1.9 180 3.7 4.0 8.1 2.11 -94.3 7.32 1,498 22.33 <br /> RW-1 RW-1 Standard Purge - 2.4 5.8 910 11 55 20 1.82 -62 6.7 2,062 20.7 <br /> RW-1 RW-1-HS H draSleeve 14 1.9 3.4 450 6.4 5.4 9.7 2.48 -112 6.7 1,706 24.32 <br /> Plume Fria e <br /> N-8 N-8 Standard Purge - <0.50 2.1 <0.5 V 2.6 150 100 1.56 -99 6.8 801 18.6 <br /> N-8 N-8-HS H draSleeve 16.5 <0.50 1.3 <0.5 V 2.5 160 66 3.56 -115 6.9 824 18.0 <br /> N-16 N-16 Standard Purge - 2.0 1.9 30 0.88 7.3 1.5 1.50 -109.0 6.7 831 22.6 <br /> N-16 N-16-HS H draSleeve 13.5 0.52 0.53 12 0.51 D.93 0.66 2.52 -103 6.5 862 20.38 <br /> Down ndienf <br /> N-19 N-19 Standard Purge - <0.50 <0.50 <0.50 <0.50 <0.50 <0.50 0.87 -68.2 6.26 935 19.64 <br /> N-19 N-19-HS H draSleeve 16.5 <0.50 <0.50 <0.50 <0.50 <0.50 <0.50 1.11 -69.7 6.41 945 19.56 <br /> Deeoer <br /> N-24 N-24 Standard Purge - 0.53 CL <0.50 2.7 <0.50 <0.50 <0.50 0.68 -47.10 6.26 830 19.12 <br /> N-24 N-24-HS HydraSleeve 37 <0.50 <0.50 <0.50 <0.50 <0.50 <0.50 1.29 -54.2 6.27 921 19.34 <br /> Notes: <br /> Na= Not analyzed <br /> BTOC= Below Top of Casing elevation <br /> DRO= Diesel Range Organics(C13-C22) <br /> GRO= Gasoline Range Organics(C4-C13) <br /> <= Not detected(ND)at less than indicated value. <br /> V= Reporting limits were increased due to high concentrations of target analytes <br /> L= DRO concentration may include contributions from heavier-and hydrocarbons(e.g.motor oil)that elute in the DRO range. <br /> C= Reported concentration includes additional compounds uncharacteristic of common fuels and lubricants. <br /> Z= DRO concentration may include contributions from lighter-end hydrocarbons(e.g.gasoline)that elute in the DRO range. <br /> ES10241116MDesca1W17U tlWl 1297C401rtade 4.GW Chem Req.H&%e <br />