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FL" <br /> Q <br /> 9 <br /> U <br /> `PP1 PP2La <br /> \\ � z <br /> \ w <br /> \\ \ o L, <br /> \ \ 0 <br /> co <br /> \ �+ <br /> AREA \\ PP4 REVI ED o <br /> + \ \\ A /�* G2 ESTI ATED AREA a Z <br /> / OF IL IMPACTED w o <br /> SOIL ofy <br /> 0. <br /> A ROXIMA E PIPELINE �' PP7 T "f + <br /> RUPTURE LOU ,.� 0 PP11 <br /> ' P5 r` Q�. / P10 E- <br /> Olt <br /> Q <br /> P6 ��p + rQCkp��e a <br /> A STOCKPILE � + � �� +� \ CA EA C �� +� PP 1 ..�.. <br /> \ p �`\ O PP 8 AREA D P2 G3 a c w <br /> \ PPT7 + + J7 z�� <br /> \ ��0 <br /> roux <br /> EMERGENCY RESPONS \\\ \\ STOCKPILE PP20 + oa z a <br /> OIL R ENTION BASIN <br /> �- aao <br /> mg <br /> PROPOSE BOTTOM EXCAVATION a m ce H <br /> APPROXI OCAION CONFIRMA ON SOIL SAMPLE <br /> CHEVROtl CRUDE OIL <br /> I PIPELINE <br /> w <br /> USHPROBE <br /> G4 P. BORGR PI <br /> Q � <br /> w � <br /> GROUNDW TER BORING G1 <br /> ---N-- PIROPOSED SID WALL ANTICIPAT D AVERAGE EPTH OF W <br /> EICAVATION C NFIRMATION C13 EXCAVATION FOR OBVIOUSLY r-a <br /> S, IL SAMPLES PETROLEU IMPACTED SOIL IN FEEI <br /> NQTED__-l.N ES. R-EA <br /> a <br /> SCALE: 1" = 5 APPROXIM TE 50 F00 GRID <br /> PATTERN <br /> 0 25 50 P EASE NOTE F R SAFETY R SONS EXCAV4rION BY PIPEIJINES MAY N071 BE POSSIBLE <br />