ࡱ> ED =\6 Daniel Tilley B= Parent CVOCs$ ;=Z$ 8X@"1CG Times1Arial1Arial1Arial1Arial1CG Times1CG Times1CG Times1CG Times1CG Times1CG Times1CG Times1CG Times1CG Times1CG Times1CG Times1CG Times1CG Times1symbol1symbol1CG Times1CG Times1CG Times1CG Times1CG Times1CG Times"$"#,##0_);\("$"#,##0\)"$"#,##0_);[Red]\("$"#,##0\) "$"#,##0.00_);\("$"#,##0.00\)%""$"#,##0.00_);[Red]\("$"#,##0.00\)5*2_("$"* #,##0_);_("$"* \(#,##0\);_("$"* "-"_);_(@_),))_(* #,##0_);_(* \(#,##0\);_(* "-"_);_(@_)=,:_("$"* #,##0.00_);_("$"* \(#,##0.00\);_("$"* "-"??_);_(@_)4+1_(* #,##0.00_);_(* \(#,##0.00\);_(* "-"??_);_(@_) #,##0.0 #,##0.000 #,##0.00000.0                + ) , *  "8 !8  (   (  #8  !8  "8 #x "x !x     +8  *8  *<   (  "8     #8  !8  #8  "8  !8 &x  #8  "8  h "x !8 !  " " ! x !x  "8 !x #8 "8 !8  (    ! "8  "8  *8 @ +8 @ *< @ #x "x  +8  *8  *<  *8  +8  *< !x 4 4  4  4 @  x x x x  x  !x   h  #x x x x !x x  x x  "8 v@  "8 p@  "8 @p@  "8 p@  *8 F  *8 @  *8 @@  *8 @  )< F  )< @  )< @@  )< @ "x v@ x p@ "x F x @  )8 @ 4 F 4 @ 4 @@ 4 @ 4 F 4 @ 4 @@ 4 @ "x F x @ x F x @  !x F "x @  #x F x @ x @ x F x @ 4 @ &x &x .x &x F &x @  "8 @  *8 @@  *< @@  "8 @ .x  &  &8  &8 @ .x   &8   &8 @  &8   "8 @@  .x  +8 +8 @+8 +8 x @ x x  x v@ x F x  x N@ *8 *< )< @ *< @*8 @)< @@ *8 *< )< @ x F x U Parent CVOCs8 Inorganics = -/.2  dMbP?_*+%&C&"CG Times,Bold"TABLE 5 SUMMARY OF CAH RESULTS &"CG Times,Regular"Former Wastewater Treatment Facility Site Southern, New Hampshire &L&7H:\USER\IRS\&F\&A&R8/98(\(\?)?M\\GZA\PRINTQ_1pcX,Letter888888888888 %''''"C,,??U} *2} 2} } U} } } U } } } } } U} } U } * }  } U}  } U  -C@Ww(%%%%%@EP%%@ % % % % %%%%%%% %=n ==========l Groundwatern Microcosmy Microcosm^_Parent CAHs (mg/l)  _{\!\Daughter CAHs (mg/l) DE}DD _Total CAHs (mg/l)   Parent CAH Parent % mSampling Location oNo.z SimulationY ]TCA ]PCE |TCE[ /DCE  /DCEs  /DCAs  ~VC Q ZParentsZDaughter Total Ratio (%) Reduction`~ d?d Intrinsic tiGa@H"@hz@ tiG3@H@HE@hQ@  ti G@Hi@h@ LL ti~ @  aGZ-4L ff tfA^@C @j w@ tfA3@C-@CE@j3@  tf A @C}@jo@ tf@$a (Lower Unit)~ e@eControl ti!a@""@iz@ ti!3@"@"E@iQ@  ti !@"i@i@ ti~ @  aff tfA@`@C@jt@ tfA2@Ce@CC@jR@  tf A0}@C@j@ tf@(a~ e@eEnhanced ti!a@""@iz@ ti!3@"@"E@iQ@  ti !@"i@i@ ti~ @  bff tfA@U@C?j@ tfA1@Ce@CJ@jN@  tf AV@C@j?@ tfl@T@a~ e@e Intrinsic tiY@Y@Y@ tiY@"@Y@i@  ti !r@"$@io@  ti~ n@  aGZ-3L ff tf Aa@Y@j4@ tf AC@C@@Cb@j@ tf A@p@C.@ jo@  tf @`@G@  a (Lower Unit)~ e@ eControl ti Y@Y@Y@ ti Y@"@Y@i@ ti !r@"$@ io@  ti~ n@  aff tf A@`@C?jW@ tf AA@C@Ca@j@@ tf Ak@C@ j@@  tf @j@*@  a~ e@ eEnhanced ti Y@Y@Y@ ti Y@"@Y@i@ ti !r@"$@ io@  ti~ n@  bff tf AV@Y@j(@ tf A<@CX@Cd@j@@ tf Ai@C@@ j@@ tf ?M@ a~ e@e Intrinsic ti!l@"?iE@ ti!3@"(@"[@i?  ti !q@"@i@ ti~ @  aGZ-2 ff tfAa@Y@j@@ tfA0@C@CW@Y@  tf Aq@Cػ@j@ tf@4@a (Upper Unit)~ e @eControl ti!l@"?iE@ ti!3@"(@"[@i?  ti !q@"@i@ ti~ @ a f f tfY@Y@Y@ tfY@C|@Y@Y@  tf Ar@C@jԷ@ tfЁ@,@a~ e"@eEnhanced ti!l@"?iE@ ti!3@"(@"[@i?  ti !q@"@i@ ti~ @  cgg tfY@Y@Y@ tfY@K@Y@Y@  tf Ir@KD@kp@ tf|@>@&$$$&$$'&$$'#&##'NOTES:$$$&$$9::;<9<<;&$$&$$9::;<9<<;&$$&$$9::;:9<<;&$$&$$9::;:9<<;&$$&$$9::;:9<<;&$$&$$9::;:9<<;&&9::;:9<<;&&9::;:9<<;&L&9::;:9<<;&0&''9::;:9<<;&?$&$$9::;:9<<;D~l"@   *:********* =!w="=#%$%%%&%@'EP%(%@)%*%+%,%& ?$&$$9::;:9<<;&!@)(+9::;:9<<;&"7-,.9::;:9<<;&#8+++&$--,.&%&>'>(>)>*>+>,>F****** ]P& @x1. ti refers to time zero. 2. tf refers to time final. 3. Abbreviations: CAHs = Chlorinated aliphatic hydrocarbons; mg/l = micrograms per liter; TCA = 1,1,1-Trichlorethane; PCE = Tetrachloroethene; TCE = Trichloroethene; DCE = 1,1- Dichloroethene; DCEs = total cis- and trans-1,2 Dichloroethenes; DCAs = 1,1- and 1,2-Dichloroethanes; and VC = Vinyl chloride. 4. Parents refers to the assumed chemical reactants, 1,1,1-TCA, PCE, and TCE; Daughters refer to assumed chemical products DCE, DCEs, DCAs, and VC. Total refers to parent plus daughter CAH concentrations. 5. Results consider one half the method detection limit (MDL) for those instances when a particular parent/daughter CAH was reported as non-detect. Note that values in bold represent non-detects. 6. "Parent CAH Ratio" refers to the ratio, in percent (%), of the total parent CAH concentration divided by the total CAH concentration. Due to relatively high EPA Method 8010 MDLs, owing to high dilution factors associated with high daughter CAH concentrations, the parent CAH ratio is based upon gas chromatographic (GC) screening results (Walsh and Pickering, 1995) because: 1) dilutions were not required, and 2) GC screening MDLs were significantly lower than EPA Method 8010 MDLs. 7. "Parent % Reduction" refers to percent reduction of the parent CAH ratio for the respective microcosm.  e ) +W  g  ! ' - 0  . >   " = (;AIJ  dMbP?_*+%&C&"CG Times,Bold"TABLE 4 SUMMARY OF INDICATOR PARAMETER RESULTS &"CG Times,Regular"Former Wastewater Treatment Facility Site Southern New Hampshire +*&L&7H:\USER\IRS\abstract\salem\&F\&A&R8/98(?)p= ף?M\\GZA\PRINTQ_1pcX,Letter %''''"I,,??U} *} 3} } } } U}  } }   (  b@ w=  ,= % % % @%@ 8EP@% %@ % % % @% % % % @ P P@b ,%  i@ = 'b@b b         Groundwater Microcosm  MicrocosmNO3-SO4-2CH4 CODCl- XWV mSampling Location oNo. Simulation(mg/l)(mg/l)(mg/l)(mg/l)(mg/l) TUSR `~ d?d Intrinsic Fti u @qG@q@ q<5~ M@U@ aGZ-4L ff Btf w0@sI@ s<10s4@PQ@a (Lower Unit)~ e@eControl  ti v @rG@r@ r<5~ N@U@ aff Btf $w$@sJ@sz@s4@PR@a~ e@eEnhanced  ti v @rG@r@ r<5~ N@U@ bff Btf  w<0.05 s<10s@s@PQ@a~ e@e Intrinsic  ti $x[@rA@rP@rf@NL@ aGZ-3L ff Btf  w<0.05 s<10 s0@sO@PK@ a (Lower Unit)~ e@ eControl  ti $ x[@rA@rP@rf@NL@ aff Btf  w<0.05 s@@sP@sX@PQ@ a~ e@ eEnhanced  ti $ x[@rA@rP@rf@NL@ bff Btf  w<0.05 s<10 s@s@PL@a~ e@e Intrinsic  ti vJ@rA@ r<10r>@N,@ aGZ-2 ff Btf w@U@s@@ s<10s.@P*@a (Upper Unit)~ e @eControl  ti vJ@rA@ r<10r>@N,@a f f Btf ~ wX@ s<10 s<10s4@P@@a~ e"@eEnhanced  ti vJ@rA@ r<10r>@N,@ cgp Jtf  <0.05t7@t@t@O4@NOTES:$$'$$4&$$'$$4&$$'$$4&$$'$$4&$$'$$4&$$'$$4&'$54&'$64&L'$64&5'$64&15'$64&D lvkIu]flrTe]yjtxT2""""""""" b! w=" =# %$ %' % ?$'$$ &!?$'$$!&"?$'$$"&#?$'$$#&$@)*+$( ' %d ]6 @81. ti refers to time zero. 2. tf refers to time final. 3. Abbreviations: mg/l = milligrams per liter; mg/l = micrograms per liter; Cl- = Chloride; NO3-= Nitrate; SO42- = Sulfate; CH4 = Methane; and COD = Chemical Oxygen Demand.   c ( + u vr > 4 8  > " Oh+'0T) hpx Tricia Halliday Sue DadolyMicrosoft Excel@lqؽ@n6GX((%  -   -45'  ' -  "- "- !-++- !+-==- !=-QQ- !Q-dd- !d-ww- !w-- !-- !-- !-- !-- !-- !-- !-  - ! -- !-- !-- !-mm- !m-- !-'- -   "-++- !p+-==- !p=-QQ- !pQ-dd- !pd-ww- !pw-- !p-- !p-- !p-- !p-- !p-- !p-- !p-  - !p -- !p-- ! -- ! -mm- ! m-- ! -  !" ! !<-  ! !+ !X+ !x+ !u+m !+ !X+ !x+-  "-- !-- !-<=- !<-<- !)-<- !)-<- !)-<- !)-m<m- !)m->?- !>-<?- !<-?2- !?-?2- !?-?2- !?-?2- !?-?m2m- !?m-+2- !+-- !-- !-- !-- !->>- !>-<<- !<-<<- !<->>- !>-dd- !Bd-- !B-- !-- !B-- !B-- !-'- CG Times-  2  -  "-- !-- !-- !-- !--  2  +1 2 - -=2 2 A ?Q3 2 T Sd4 2 g fw5 2 z y6 2 7 2 8 2 92 102 112 122  132  14 2 YA 2 B 2 .mC 2 xoD "Systemn-'- CG Times- - 2 : Groundwater CG Times- -'-  + 2  Microcosm  -2  Microcosm  - CG Times=- CG Times=- - - - - - - 2 NO - 2 3- 2 -- -'-  - !2 -*Sampling Location  2 -No. 2 - Simulation - 2 -(mg/l) - -'-  Q>  2 A12 A IntrinsicCG Times- CG Times=-- -- -- 2 A{t- 2 Fi- -'-  -  2 TMGZ-4L- -- -'-  dR-- --   2 Tzt- 2 Yf- -'-  -  2 g< (Lower Unit)  -'-  we  2 g22 gControl- -- -- -- 2 g{t- 2 li- -'-  -- -'-  x-- --   2 zzt- 2 f- -'-  - -'-    2 32 Enhanced- -- -- -- 2 {t- 2 i- -'-  -- -'-  -- --   2 zt- 2 f- -'-  - -'-    2 42  Intrinsic- -- -- -- 2 {t- 2 i- -'-  -  2 MGZ-3L- -- -'-  -- --   2 zt- 2 f- -'-  -  2 < (Lower Unit)  -'-    2 52 Control- -- -- -- 2 {t- 2 i- -'-  -- -'-  -- --   2 zt- 2 f- -'-  - -'-     2 62 Enhanced- -- -- -- 2 {t- 2 i- -'-  -- -'-   -- --   2 zt- 2 f- -'-  -'-  -  "-- !-- !-4'@՜.+,00 8@ H p  Parent CVOCs Inorganics  Worksheets  !"#$%&()*+,-./0123456789:;=>?@ABCRoot EntryLL- !LFz]@E)Bookr- !r- !-LSummaryInformation- (-- ')DocumentSummaryInformation-8- !-<