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c <br /> i <br /> (L , <br /> (WEST) (EAST) <br /> a � C <br /> V � A <br /> MW-6 = -408 MW-10A = -390 <br /> MW-9A = -4 02MW-10B = -428 ? o <br />' MW-9B = -397 MW-1OC = -419 <br /> MW-13A= -3 84 MW-9C = -4 02 MW-IOD = -410 MW-11A= -4 13 _ -4 22 <br /> W o cov <br /> MW-138= -3 80 MW-9D = -385 MW--10E = -406 MW-16= -4 19 MW-1iB= -4 22 MW-9B= -4 26 a y z w <br /> MW-9E _ -390 MW-1OF = -409 MW-17= -4 13 MW-]1C= -4 19 MW-9C= _4 27 b w <br /> MW-13C= -3 82 I ormer <br /> MW-13D= -3 73 MW-18= -413 MW-111)= -4 21 n L) <br /> RDW-1 <br /> [1 <br /> MW 6/MW-9 (THREE 8 S TRUCK PLAZA) MW-10 (3B S TRUCK PLAZA) LoLetlan ® z q <br /> DW-1 [PROJECTED 40 FEET NORTH] MW-4 MV-7 MW-11 , MW-9 0 <br /> 0 <br /> 0 MW13PROJECTED 20 FEET NORTH MW-16/1 18 <br /> I W <br /> 10 - 10 0. p <br /> A 15 15 15 20 <br />' 20 A 'i 15 <br /> 30 n/dl - -4 M- (-4 Dt1/15-425 d.-A00-(-0. /16-43t.a dh/d} _ -4 39 - (-41-1/la-�o q <br /> ah/dl - -384 - f-gaol/15-s r r r�.�.T - 0013/-z?5 - 0002 HYDROLOGIC UNIT 1r 30 C�1 <br /> - -004/-4D n Dol •••r_• r —•r r —480 <br /> A425 B 425 <br /> 5 D <br /> 480 <br /> 45 A 45 A 5050 HYDROLOGIdh/d1 -428-- (-419)/425-12 <br /> B 55 009/ 30 Doo3 <br /> r r r r r r r r r r r dh/dl -4 02- (-3 a7/42 5-72 5 r r r r r r r r r r r r rr r ----- r r r r dh/dl =-4 l8- (-413)/50-70 r r r am/-= -%cod r r w- -- r r r r r r r rrr r <br /> 81) z-005/-a0 = Doo0/-20 0 <br /> /) <br /> 70 T25 TU 70 B /m 70 l <br /> Nn1+/ <br /> -11/ -� U0✓1._=-( B HYDROLOGIC UNIT 3 <br /> 0431-40 <br /> END OF WELL CASING /0Bc <br /> OE - -0.07-(-4A /70&-ab dh/d} - -418 - (-410)/!25-975 dh/J} - -412 - (-4191/7-1 <br /> OPEN-HL003/-3o- 0 003 <br /> 90 r r r r r r— r r r—r r rrr r r r r r r r r r r r-- r r r - w — r r r r r r r rr- r r r r r r r r r r r r r r � <br /> Nr7 <br /> r r r r r r— r r r r r r— r r r 90 � Ur O O <br /> C 95 C 975 HYDROLOGIC UNIT 4 D 97 S 100 C 100 B 100 2 hD E <br /> 100 <br /> Er- <br /> 110 r r r r r r + r r r r r r Wd,' 0. (-=)/7 do/dl 0.0-:4 30f3 ((--p4,pM)/07 5 <br /> )/975-1225 r —r—r r r r r r r r r r r w— r r Ir rrr r r -- -r r r r r r r I --- r r r <br /> r 110 <br /> an/di- -36 (-370)/95-30 am/-= -Q= 004/-25 - 0002 410- <br /> ^(Wr <br /> +yI <br /> 0 <br /> C --T - C',120 0 DD/-4. 0 DL am 10 <br /> D 122 5 HYDROLOGIC UNIT 5 225 0.03/-.W - -0.0YE�- <br /> 130 r - ---r — . . rrrrrrrrrrrrr . r���rr rrrrr�� r� rr�rrrrrr rrr . . � . 190 <br /> 0 <br /> 0.0. C3 -OA0/41 - Am-HLov CV& -443- <br /> 140 140 D 140 40 E- <br /> ,Q-, <br /> D W <br /> E :47 5 HYDROLOGIC UNIT 8 F 147 5 F-�-I <br /> 150 150 <br /> C7 <br /> Q <br /> C.] <br /> LEGEND <br /> a <br /> W <br /> yy <br />' MW-IIA= -413 I <br /> UN-1 111= -422 <br /> Mw-11cREPORTED SEPTEMBER 2004 GROUND WATER ELEVATIONS <br /> 11 = -419 <br /> Mw-IIo= -421 FOR MULTI-LEVEL MONITORING WELL SCREEN LOCATIONS <br /> _V APPROXIMATE GROUND WATER LEVEL (09/2004) <br /> --- - ---- ESTIMATED HYDROGEOLOGIC FLOW UNIT <br />' NOTES <br /> 19 and water monitoring data collected on 13 September 2004 <br /> units reported in feet relative to mean sea level SCALE <br /> Ground water elevations relative to National Geadlc Survey datum C 464 (NAVD88) WELL SCREEN INTERVAL 0 40 8q <br /> All hydrogeologlc flow units Informally identified in CPT Site Investigation - 4th Quarter 2001 dated 15 March 2002 <br /> Pos}L3ve value between act een intervals indlcatlrc. of upward vertical ground dater gradient FEET <br /> Noantive valuo 6411-la ocroon lntorvalo indicative of doanaard vortica] siv d gator aradient <br /> I <br />