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a.Ds3 moa <br /> 11�� �•C N-NiOwwlimelhylemine BA yglL <br /> L�` bt y. � ✓ &s12-eNYlhexylMlitlwbb SS <br /> GmunOwater FleN <br /> SIYCI.7.�`�• Dlmcam DP36 <br /> (InbrreE Irwn Nearby Spas) DP34 <br /> N.Nlbos°aimebybmina - N-NiO°s°almtllryl— <br /> i Iry-itef VbOC2ceINYlnexNhhtlubb _ &s tliylhmyl)Fhthebb <br /> S,I,t, 1k- DPBD DP130 DP17 DP10 <br /> _,�v_•/�/ I I{ Ni" NSVkOkdCs 015N6D NBViOktlCs .0.0210 m <br /> 383 <br /> .3 .0 S- <br /> ND <br /> SB7T <br /> SVOCs NO NMctl p.425 mga BVOCs ND 3VOG Np N 0'0/85 mgIL <br /> ✓' SVOG ND <br /> ©�� v <br /> PSA-08 PSA-07 <br /> CSA-12 CSA-10 <br /> DP75D <br /> �74a. Rr� DP7 WTA•03 WfA-04• 383R DP2 <br /> TRENCH DP28 PSA 23 PSA PSA IB• Nlcktl 0.646mga. 362 S vocs A CSA <br /> • DP15 PSB-02 ♦ • ♦ OP3 OA <br /> W7A MP SUMP <br /> ,&°`kn� �l • I DPI •WTA-06 CSA-09 CSA <br /> nn I DP72 PSA-12 PSA-20 ®DP78 CHE L <br /> Nkw 0.76 mga • PSA-13 WfA-05 STORAGE DP26 STORAGE <br /> Qt DP12 -16 —► �-.SB1T • BAYS <br /> (♦ q•y 6 9 PLATING SHOP A PSA-77• PSA-14 • 3B7 SUMP DP2R• <br /> \\" ' PSA-09• <br /> ' PSA-24• PSB-0I VVTA-02 VOCs <br /> /! <br /> PSA-10• PSA-25 RIR�E] WASTE TREATMENT •WTA-OBWTA-07 <br /> PSA-02 P10R DP33• wN�wwa�memylam.6e r .-J - l FORMER WATER <br /> I DP4 OP9 • • VOCz Bie(2-egrylhmyl)pWabb ./.I TANKS <br /> SB5 <br /> PSA-15 PSA-16 uocs.: / <br /> FRMQ0. PSA-01 NkW 0oas6 myt Nl kel.. p.am . :DPt9'. (REMOVED) <br /> • 6is(2.dWlhmyl)phlhW- 66 <br /> C¢ilU(,} .PSA-22 PSA-06 <br /> 2 DP38 DP23 I• � � '�\ CSA•03 <br /> Nicht .0.707 OP35 ` 1 O O <br /> BP41 r P VOCs UylhexYnghlhabb p . DPS PSA-18 NOhppap4mtlhyNnme I /' . I ADP7 <br /> • Nidtl 0200 mga I Bls(2-NhYlhmyllMlhalele L—•—•� ��/ <br /> • VOCs OTN-03• ® 964 <br /> DP37 PLATING SUMP <br /> 11 ro <br /> W SHOP B <br /> Bh(2-e:IlryUsxY0ph6ubb DP7 <br /> 3c:la� vocs �A � SUMP <br /> PSB-06 •PSB-03 SEALED STORM DRAIN FORMER <br /> PSA_o (TO WASTE WATER BU LK STORAGE <br /> DP40 DP6 TREATMENT SYSTEM) DP20 TANKS <br /> DP39 FAB SECONDARY CONTAINMENT <br /> I Nickel., Bie(2elhy0•xYl)PI�Ntlale NiNtl. 0.79gmgrL <br /> - -Vou. <br /> I alp(z-eurylNazylphAalate • PSB-04•♦DP74 STRUCTURES REMAINING) <br /> • <br /> / I voce OTH-06 .441. CSA-01 <br /> SOLDER <br /> CO]Clx{¢- MASKDP25 CSA-02 <br /> • <br /> ETCH oTH-02 SOLDER <br /> / • MASK PSB-05 <br /> ] LABORATORY _ <br /> OT• 8 <br /> N 4 00117(A 35 <br /> o £ <br /> g <br /> o ♦ PROPOSED GROUNDWATER O STANDPIPE <br /> I SAMPLE LOCATION ! <br /> G-?./l LOCATIONS OF EXCAVATION DURING ✓-�- z� <br /> SAMPLE LOCATIONS L:z 1988 AMMONIA HYDROXIDE ETCH <br /> E SPILL REMEDIATION <br /> r0 A JANUARY 2005 DIRECT <br /> I PUSH BORING PROPOSED GROUNDWATER y <br /> SAMPLING <br /> Q �� JANUARY 2005 SLANT BORING, JANUARY 2005 GROUNDWATER <br /> n DIRECTION INDICATED ` <br /> TT <br /> SAMPLING P✓p�,�� SCALE IN FEET <br /> GENERAL NOTES: NO NOT DETECTED <br /> 1 <br /> 17 <br /> 1.ALL RESULTS SHOWN ARE FOR GROUNDWATER SAMPLES ONLY <br /> v <br /> -�•, 2.ADDITIONAL HISTORICAL SOIL AND GROUNDWATER ANALYSES FIGURE 1 <br /> PERFORMED BUT NOT SHOWN. EarthTech PROPOSED GROUNDWATER <br /> s 3.PROPOSED GROUNDWATER SAMPLES WILL BE ANALYZED FOR <br /> SAMPLING LOCATIONS <br /> y.• 3 VOCs USING EPA METHOD 82606(EXTENDED LIST). TYCO ELECTRONICS <br /> •.,t.- i A Tym Intematimal Ltd.Company FREMONT STREET,STOCKTON,CA <br /> J MAY 2006 90894 <br />