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TABLE 8 <br />' FATE AND TRANSPORT OF 1,2 DCA <br />' CALCULATED 112 DCA TRAVEL DISTANCES <br /> Given: <br /> • hydraulic gradients ranging from 0 001 to 0 006 ft/ft <br /> Y <br /> • corresponding groundwater pore velocities VI ranges from 0 007 to 0 045 ft/day <br /> • calculated site 1,2 DCA retardation factor of Rt-= 102 <br />' The calculated travel distance for a particle of 1,2 DCA affected water from the Major Mart <br /> Site is estimated <br />' L =VIxT <br /> Rf <br /> Therefore the following information is derived <br /> Travel Time T Distance Ran a feet from source <br /> 1 year 2 7 ft to 16 1 ft <br /> ' 2years 54ft to326ft <br /> 5 years 13 6 ft to 81 6 ft <br /> 10 years 27 2 ft to 163 2 ft <br /> Model assumptions and parameter estimation discussions are provided in Appendix F <br /> i <br /> 1 <br /> r <br /> ' S&COR lntc=UorW Inc SECORV CRC Envuonmental Rssk Management Inc <br /> November 30 1994 <br /> N026crc/N026-01addtb18 wp <br />