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Table 4:Summary of Water Duality Parameter Data JM Equipment 1246 W.Charter Way Stockton,California Project No.507.2 LMn11a11MBYN MV1-1 MWd VMd MMJ Pa. pX EC. Y -F ORP CO PX EG Y -F ORP 00 PH E. -C -F OPP W PH EC. -C -F ORP 00 pX E.C. -C 'I OV W PX E.C. -F ORP W min., w HA NA NA NA NA w NA 10'11]1%] .ITo 0 -IEO 40 .HI&uee %.0 ai ]e 0.] 90.0 0.1 d6.o Oa +m/ACO -210 xA rz NA 1121 w -NO w .111.0 HA SIP ry 122303 -No PA E w. .1. HA -w.0 w. -IWB w -no TA W2 .]3.0 NA f6 NA 12 HA -No w iCP HA 1010 NA 216'FW .n0 NA -03 NA -IN w {d0 NA %.0 NP d5.0 w • IFJXOI .no N .]0 NA .111 NA HIP HA A20 w 40.0 w 3X]/aWt S20 NA A NA d5 w .]00 N9 w 190 . .1.1 20 w ] NA .]A HA dQ0 w d a w -]1.0 fU 911]1601 Sf.O NA n .Ilz -1.0 HA d60 w 1N1m31 -1W0 HA ]fi w -198 HA .2060 N4 -IIIA w NOOaeeclANemYe, ]ROAN 643 6% Ti.. 1114 920 w Qw 089 221 RR 9 N9 ]31 ]SB 216 ]12 S9 w 671 lw2 211 TA ffi0 w 681 Io]] 219 71,U -70.0 w 602 w] 219 71.42 010 HA 1NAN ].11 1. 223 7111 -0Q9 w ].1] 1151 23.4 ]4.12 -Na HA IN 10]9 II ]1.8 -1009 688 1M 21.9 11.71 .M.] 1.01 1821 98 ]1M 818 HA SO IN4 219 71.42-R] HA 9I12AJz i.N 109 AS AM 40.7 w ]6 11n MA 74.12 221 HA ].5] 1155 9.9 ]5.0 .1034 N4 ].% 1.1ZSP ]1J 8iA HA IN 1. Z3] 70.% -W.B w ]10 1]% N.4]59z -70 w i=PXV 773 917 198 PTO dQa w ]W 1023 223 M14 W NA 771 IM 216 709 -1177 HA 719 IB2] 211 6a.W .2 w IV 1. 1H] 6]46 -038 w N.X ...., y12XN ].3] w] Ma MN .Q9.1 1.07 T. 123] DS 81.% $1 251 ].]B 871 Me R] .%.6 IN 7.11 1618 .1 1214 .]1.J p 1 IN 17M 227 R% 6i9 PAT I'M 1471 N4 ]592 99 19 6QVAtl3 710 859 198 6TU d36 0.R TU %I 21.3 7031 ID.J ON 746Ne 219 ]43 -1153 On 681 1416 219 ]112 -168 IN 63 140 222 TIN .WA 131 &0 130 A.8 W.44 .R 0W AN1. 3 R.w -112 26 ].5] 1171 713 Tt11 -1. OM 2.0 1 II 71.W .z 15 031 ]E 1711 A6 ]149 - 21X 7.45 1NP Ma ]3.22 -165 ON 141 18]6 228 74.w -@1 1.6 12A2/All 742 11]0 22.7 R.% d2 2.1 TN 1165 E9 MM -W 21 ].n 11W TA ]0.52 -1E aW ].It IWI 21S M. d]A 12 ]3] 1. 21 WW .110 1.A 7. 1%3 222 ]1.%16a 19 N2d14 724 911 M.3 7114 .712 1,18 7.34 1%0 21.8 ]1.24 -23.] 2W ].8 939 216 TN -OT 1.0 7W 1481 215 7070 d1A 1S1 TIP 139] 21.8 ]1.21 41.3 0.]fi ].ID 1. .1 nre A26 I% yYpl1 711 95] n1I TIP 49 443 71] tOM NS TOM 12 1.03 ]S t0Y no .40 -n0 040 P. 1511 .,0 ]QM -213 2,M 702 1. 225 RW 41 IN 697 15N 71.6 7169 St OT &NAM ].2] 925 N.9 21.3 fi.]4 9 061 ].62 1w2 II.1 T1B ]] 2B ]@ 13ID z12 ]0.16 33 OA ].10 ISO2 311 W.% .R 0.H >.01 1569 211 M52 .1 062 12A'dp1 742 11@ 212 MAS -15 OJ1 T. 1. 21.] T.% -n I] In 133 %.] W]6 .1W 455 671 1%9 199 67.82 928 0.w 6B] 2.92 190 fi1.64 412 ON Ib AxeeslMer4nR1 271i/dYh TM 754 20.7 POM 65.9 OR 719 IM 107 67.46 0].z ON 7N 1149 313 ]0.34 -H.7 PN 685 1)A 21.1 66% 10.1 0.% 6.W 20% 21.3 AN -z.0 aw Na M<eaMMe,xiM, cV. Ila 1018 21.2 M.16 464 1.W ].10 148] 21.1 ON SP2 IN ].4] 131 TA 7052 47.1 (Na ON 1742 21.6 7088 MI 1 Qw 2179 21.7 71N 83.8 OB 6Y 1551 .1 W18 424 Odl .1. 69z 1 ID> 31 ]57 199 A9 ® 61.8 0 T23 1zn Ma WN .13 a3 QBS ISM 21210.16-1592 034 ON 1913 211 NO -1!9.4 027 7M 1]55 211 NO-IN]ON 11TH. ]3 Iee @.L 16] 039 712 1142 198 @83 OM IN 104 MA WAS 39 0.W Par IM 202 NM 416 ON ].Co HOP A.0 MM EO 031 710 1]17 ID.519.41 74 032 3H0'.LLK 73] 716 I. %.Bz -ZiB O.M 751 1A3 20.7 W3 31.9 12 ].63 113 S.6 WM -3.1 1.13 711 IW4 AB WA4 -E] OM 7.19 1931 A.B 69M 33.9 045 79 14W S.2 WM SI.O 033 Y314rG ]I] Y8 211 A52 515 1]1 T. Yt 94] 69 M ].39 871 06 T1E8 N.] 0.z3 17MI a 316 ]489 .95 687 1 9 ]134 -165 eA9 1019 Z48 69.M 04 ON fl92Y6 ]N EG zt0 E9 .100 0.@ >.Cl 9ID z15 MM 'iB 065 ]Az 35 31] 11.06 48 aW 11 X1.6 EB% 380 0.16 1.13 14n A.6 W.09 -71.0 431 719 1071 31A 70.53 ]AO O 1L1/XM 7Y 679 ID.6 W.M 90.0 .33 750 853 211 W% 37 021 7Q5 4d 21 W60 % 438 BO IDO E.4W 140 410 714 1415 198 8]28 40 015 7M 10]0 21]7105 120 O.J1 yVGp] 7W W9 191 6].W 80 013 7N N9 196 Or. 15 ON 7M %1 IDS WDO 16 0.E 15 acT W3 .130 0.31 75z 1a% ID] PHN -1 T ¢15 740 w] 211 ON 30.1 OS &N 1 ].7J 615 01] WM 49.6 Pal ].w N] A.6 ON -073 0.2 TIP W3 03.1 WN -]4.2 0.1 82 2.8 69 C6 M13 ON 7.46 1412 M6 WN SS2 013 ].61 1W7 M.B WN 210 O.N].W fiw AA M72 .I@.fi 1.0 ].11 N] X1.3 MU 4£1 0.93 IN Wt A.1 W.18 -IN 0]9 1 A.8 ON AM 0.01 IN 11n XI.4 B8R -1027 IBo fi.. 1185 21.0 WW $P12NA>] 6n M 19] W.45 41.0 IP 6N n5 X1.0 WW 449 1 7W No IDP 69.W .1030 013 1@ 012 WM .]62 0.@ 6W 133 199 6]82 419 12 6.71 I1M MT WX A75 OW .11. 7.11 501 343 % nP 0 IN IN A.9 W@ 1B v.0 7.E W] XI.H W.W ]3 10 1W Me WW No 1.0 6W 1%4 19.9 67.82 WO 0.8 6.9 9N 21.z MAO RO 21 S't&10[8 QR 63 Im. ... dfl0 1A 6W NfiWR A 16 ]I2 BM 24 WR - 14 tnA8WM-1470 14 BR 11K A9 W62 -1150 14 I 1. A9 W62:1.0 15 4J ]15 Jfl0 21 QS e6 30.8 64G d8 16 >30 615 21.0 W.W .115 3S 1] 20.fi WW.1710 25 6b3 11W AS WSO -1140 28 7N 1151 3a56B 16 1151009 Qw W3 .20 02 6B] 1101 MI W10 15 0] ].M 1. ID.3 W51 -N Ol 75] 203 W.51-1150 01 6W 1019 XI.O WW 410 1.1 QW 1619 3A] W34H0 0256 IIS RW.IAO 0.3 TO 1180 z23 71% -1120 0.4 IV 1. TP WW HI.O 45 1211. IN ism 30.a W.M -]4.0 QM ].% twt A.] WM 3W 755 1519 315 TON a 9W .10 BW 21W 241 WR NO 270 6% 24W X13 W54 N0 23] SO 2113 AO WW M.0 3.W lace.IO 66] 96 n0 1M 6W 126] X41 W10 18 340 686 1387 01.0 WW 6 3.W M leo 201 W.18 17.0 1.40 POO A]3 196 61.w -ID.0 1.W 651 161 ID.6 W.W 60 290 QRY.11 592 184 2¢0 WOI -160 IW 86 1810 AO WW 300 110 86 1389 19.6 fi].20 10 200 -6ePN11 6% ]W 3] 0.@ 6% 1014 163 N09 33.9 254 72 10]8 16] W.5) - ¢W 6.8 15W 1 0 85.11 -1 W.3 O 1 fln 1]W 188 W]9 .4180 0.12 603 1318 165 W2B.61.0 0.]I Geological Technics Inc. 06/06/2011