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...n.. ,.-:M.�; %-, ,c�ri-T- + -;7.:.'P r'.P.,* t3•i.� .41r d 'r" 4 4 `�_.�.. � •�S'rti -.n c-, xv,a� a�-'�'S �f �*-.�"�—'���, is 2 �,•.,, ,.�jx! <br /> - <br /> F�':� <br /> .L7�'�'i `��4.., ,.._,a�..,s., '�-„,.•Y,,'�w,iairt�' .., , :,; 7 _ r tr�.Gr.e�N+u'>� u' �,���v hx ;�,�"''tr. u�x;�,.wv „+�"�,. 1�r�»+�"r�m?tri:''�hk�”;�w}r+� "�i.�r by ���il`�y��F -y�. " <br /> h <br /> ti <br /> b ' <br /> k <br /> f <br /> t <br /> 4.2 BAT GROUNDWATER-EIEMISTI y DATA <br /> Groundwater samples were obtained from each of the 5 BAT Installations and from each <br /> adjacent monitoring well. All samples were an <br /> Toluene, EJhyI Benzene, Chlorobenzene, -4-ddichlorananzening EPAMothacl 602 fpr Benzene, <br /> Xylene. Complete an <br /> 1,2�fichlorot3enz9ne,and t,3-cflchlarobertzene, <br /> alytical results are presented in Appendix B. <br /> The following provides a comparative summary of the <br /> groundwater samples versus the corresponding the monitoring llsamples:for the BAT <br /> (i) $AT B1 cOncentratiOnS ranged from I%to 996 <br /> MWtof the measured concentrations in <br /> ; <br /> (ii) BAT B2 onncentratons ringed from 4%to 8%, of the measured concentrations in <br /> MW2; <br /> (iii) Measured gyrations in SAT B3 and BAT B4 and in monitoring wells MW3 and <br /> MW4 viere essentially at the non-detect level;and <br /> (iv) BAT B5 concentrations ranged from I%to/0%of the measured concentrations <br /> in MWS_ <br /> 14 <br />