ML12090A526

From kanterella
Jump to navigation Jump to search
Entergy Pre-Filed Hearing Exhibit ENT00320C, Haverstraw Water Supply Project Water Supply Permit Application. Part C
ML12090A526
Person / Time
Site: Indian Point  Entergy icon.png
Issue date: 12/31/2011
From:
AKRF, CDM, United Water New York
To:
Atomic Safety and Licensing Board Panel, State of NY, Dept of Environmental Conservation
SECY RAS
Shared Package
ML12090A520 List:
References
RAS 22146, 50-247-LR, 50-286-LR, ASLBP 07-858-03-LR-BD01
Download: ML12090A526 (35)
v • d • e


Text

ENT00320C Submitted: March 29, 2012 July 2, 2010 Page 26 stormwater runoff and CSOs. The model outputs are available to do a revised calculation in the future should new PERC loading information become available for the two NPL sites, CSOs, stormwater runoff, or other sources. For example, it is expected that measurements will be made in the future of the tetrachlorothylene discharge to the JRSTP from the wastes generated by the proposed Haverstraw Water Supply Project drinking water facility.

3.4 List of Attachments

- Figure 1 - Watersheds included within 26-Mile Radius of the Proposed Haverstraw Water Supply Project Intake Location

- Figure 2 - Contaminant Discharges Identified from NPL, SPDES, and TRI

- Figure 3 - Hudson River Point of Discharge Locations considered in Numerical Modeling Analysis of NPL, SPDES, and TRI Discharges

- Figure 4 - Haverstraw Water Supply Project Numerical Model Computational Grid - Northern Haverstraw Bay zoom in and full model grid views

- Appendix A Mile Radius Facilities/Sites List and Numerical Model /

Calculated Factors for Intake Concentration per Mass Release

- Appendix B Mile Radius Contaminants

- Appendix C - Contaminant Loadings Calculation for 25-Mile Radius for SPDES and TRI data

- Appendix D - Model Calculations of Contaminant Concentrations Near the Intake

July 2, 2010 Page 27 Figure 1 - Watersheds included within a 26 mile radius of the proposed Haverstraw Water Supply Project intake location.

July 2, 2010 Page 28 Figure 2. Contaminant discharges identified from NPL, SPDES, and TRI

July 2, 2010 Page 29 Figure 3. Hudson River point of discharge locations considered in numerical modeling analysis of NPL, SPDES, and TRI discharges.

July 2, 2010 Page 31 APPENDIX A 25-MILE RADIUS FACILITIES/SITES LISTS & NUMERICAL MODEL CALCULATED FACTORS FOR INTAKE CONCENTRATION PER MASS RELEASE

July 2, 2010 Page 32 APPENDIX B 25-MILE RADIUS CONTAMINANTS

'LIQMGEP 74()7 86- 240 '%64

86-',0363)8,%2) < < <

8)86%',0363)8,%2) < <

(-',0363)8,=0)2) <

,T'(( <

,T'(* <

,T'(* <

,\'(( <

,\'(* <

,\'(( <

,\'(* <

,\'(( <

4I'(( <

4I'(* <

8VMGLPSVSFIR^IRI <

86-1)8,=0&)2>)2) <

(-',0363&)2>)2) <

(-',0363)8,%2) < <

(-',03634634%2) <

XVERW(-',0363)8,=0)2) <

1IXL]PRETLXLEPIRI <

1IXL]PTLIRERXLVIRI <

    RSREGLPSVSFMTLIR]P <

    SGXEGLPSVSFMTLIR]P <

    RSREGLPSVSFMTLIR]P <

   SGXEGLPSVSFMTLIR]P <

    SGXEGLPSVSFMTLIR]P <

   LITXEGLPSVSFMTLIR]P <

    SGXEGLPSVSFMTLIR]P <

   LITXEGLPSVSFMTLIR]P <

   LI\EGLPSVSFMTLIR]P <

    RSREGLPSVSFMTLIR]P <

    SGXEGLPSVSFMTLIR]P <

   SGXEGLPSVSFMTLIR]P <

   LITXEGLPSVSFMTLIR]P <

   SGXEGLPSVSFMTLIR]P <

    SGXEGLPSVSFMTLIR]P <

   LITXEGLPSVSFMTLIR]P <

   LITXEGLPSVSFMTLIR]P <

   LITXEGLPSVSFMTLIR]P <

  LITXEGLPSVSFMTLIR]P <

   LI\EGLPSVSFMTLIR]P <

  LI\EGLPSVSFMTLIR]P <

   LITXEGLPSVSFMTLIR]P <

   LI\EGLPSVSFMTLIR]P <

  LI\EGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

    SGXEGLPSVSFMTLIR]P <

   LITXEGLPSVSFMTLIR]P <

   LI\EGLPSVSFMTLIR]P <

   LITXEGLPSVSFMTLIR]P <

   LI\EGLPSVSFMTLIR]P <

  LI\EGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

   LI\EGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

  XIXVEGLPSVSFMTLIR]P <

'LIQMGEPW\PW 8EFPI   41

   SGXEGLPSVSFMTLIR]P <

   LITXEGLPSVSFMTLIR]P <

   SGXEGLPSVSFMTLIR]P <

   LITXEGLPSVSFMTLIR]P <

   LITXEGLPSVSFMTLIR]P <

  LITXEGLPSVSFMTLIR]P <

   LI\EGLPSVSFMTLIR]P <

  LI\EGLPSVSFMTLIR]P <

   LITXEGLPSVSFMTLIR]P <

   LI\EGLPSVSFMTLIR]P <

  LI\EGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

  LITXEGLPSVSFMTLIR]P <

   LITXEGLPSVSFMTLIR]P <

  LI\EGLPSVSFMTLIR]P <

   LI\EGLPSVSFMTLIR]P <

  LITXEGLPSVSFMTLIR]P <

   LITXEGLPSVSFMTLIR]P <

   LI\EGLPSVSFMTLIR]P <

  LI\EGLPSVSFMTLIR]P <

  LI\EGLPSVSFMTLIR]P <

  LI\EGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

 TIRXEGLPSVSFMTLIR]P <

  LI\EGLPSVSFMTLIR]P <

   LI\EGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

 TIRXEGLPSVSFMTLIR]P <

  XIXVEGLPSVSFMTLIR]P <

 XIXVEGLPSVSFMTLIR]P <

  LI\EGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

  LI\EGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

 TIRXEGLPSVSFMTLIR]P <

  XIXVEGLPSVSFMTLIR]P <

 XIXVEGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

  XIXVEGLPSVSFMTLIR]P <

 XIXVEGLPSVSFMTLIR]P <

 XVMGLPSVSFMTLIR]P <

   LI\EGLPSVSFMTLIR]P <

   LI\EGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

   LI\EGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

  XIXVEGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

  XIXVEGLPSVSFMTLIR]P <

 XIXVEGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

  XIXVEGLPSVSFMTLIR]P <

'LIQMGEPW\PW 8EFPI   41

 XIXVEGLPSVSFMTLIR]P <

 XVMGLPSVSFMTLIR]P <

  XIXVEGLPSVSFMTLIR]P <

  XIXVEGLPSVSFMTLIR]P <

 XVMGLPSVSFMTLIR]P <

  XIXVEGLPSVSFMTLIR]P <

 XVMGLPSVSFMTLIR]P <

 HMGLPSVSFMTLIR]P <

   SGXEGLPSVSFMTLIR]P <

   LITXEGLPSVSFMTLIR]P <

  LITXEGLPSVSFMTLIR]P <

   LITXEGLPSVSFMTLIR]P <

   LI\EGLPSVSFMTLIR]P <

  LI\EGLPSVSFMTLIR]P <

  LI\EGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

  LITXEGLPSVSFMTLIR]P <

  LI\EGLPSVSFMTLIR]P <

   LI\EGLPSVSFMTLIR]P <

  LI\EGLPSVSFMTLIR]P <

   LI\EGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

 TIRXEGLPSVSFMTLIR]P <

 TIRXEGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

  XIXVEGLPSVSFMTLIR]P <

 XIXVEGLPSVSFMTLIR]P <

  LI\EGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

 TIRXEGLPSVSFMTLIR]P <

  XIXVEGLPSVSFMTLIR]P <

 XIXVEGLPSVSFMTLIR]P <

 XIXVEGLPSVSFMTLIR]P <

 XVMGLPSVSFMTLIR]P <

   LI\EGLPSVSFMTLIR]P <

 LI\EGLPSVSFMTLIR]P <

 TIRXEGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

 XIXVEGLPSVSFMTLIR]P <

  XIXVEGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

TIRXEGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

 TIRXEGLPSVSFMTLIR]P <

XIXVEGLPSVSFMTLIR]P <

 XIXVEGLPSVSFMTLIR]P <

  XIXVEGLPSVSFMTLIR]P <

  XIXVEGLPSVSFMTLIR]P <

 XIXVEGLPSVSFMTLIR]P <

 XIXVEGLPSVSFMTLIR]P <

,\'(* <

 XIXVEGLPSVSFMTLIR]P <

'LIQMGEPW\PW 8EFPI   41

 XIXVEGLPSVSFMTLIR]P <

  XIXVEGLPSVSFMTLIR]P <

4I'(* <

 XVMGLPSVSFMTLIR]P <

 XVMGLPSVSFMTLIR]P <

XVMGLPSVSFMTLIR]P <

  XIXVEGLPSVSFMTLIR]P <

  XIXVEGLPSVSFMTLIR]P <

XVMGLPSVSFMTLIR]P <

 XVMGLPSVSFMTLIR]P <

 XVMGLPSVSFMTLIR]P <

8VMQIXL]PRETLXLEPIRI <

XVMGLPSVSFMTLIR]P <

 XVMGLPSVSFMTLIR]P <

8'(* <

 HMGLPSVSFMTLIR]P <

HMGLPSVSFMTLIR]P <

 XIXVEGLPSVSFMTLIR]P <

 XVMGLPSVSFMTLIR]P <

XVMGLPSVSFMTLIR]P <

 XVMGLPSVSFMTLIR]P <

 XVMGLPSVSFMTLIR]P <

 ((( <

 (() <

 ((8 <

 HMGLPSVSFMTLIR]P <

HMGLPSVSFMTLIR]P <

HMGLPSVSFMTLIR]P <

HMGLPSVSFMTLIR]P <

(MQIXL]PRETLXLEPIRI <

%1-234=6-(-2) <

GLPSVSFMTLIR]P <

)8,3<=)8,%230 <

1)8,3<=)8,%230 <

1IXL]PRETLXLEPIRI <

1)8,=04=6-(-2) <

   LI\EGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

  XIXVEGLPSVSFMTLIR]P <

  TIRXEGLPSVSFMTLIR]P <

  XIXVEGLPSVSFMTLIR]P <

 XIXVEGLPSVSFMTLIR]P <

 XVMGLPSVSFMTLIR]P <

  XIXVEGLPSVSFMTLIR]P <

 XVMGLPSVSFMTLIR]P <

 HMGLPSVSFMTLIR]P <

 XIXVEGLPSVSFMTLIR]P <

 XVMGLPSVSFMTLIR]P <

XVMGLPSVSFMTLIR]P <

 XVMGLPSVSFMTLIR]P <

 HMGLPSVSFMTLIR]P <

HMGLPSVSFMTLIR]P <

HMGLPSVSFMTLIR]P <

GLPSVSFMTLIR]P <

 ((( <

 (() <

 ((8 <

'LIQMGEPW\PW 8EFPI   41

 HMGLPSVSFMTLIR]P <

GLPSVSFMTLIR]P <

2-8633%2-7-(-2) <

%GIRETLXLIRI <

%GIRETLXL]PIRI <

%')832) < < <

%')832-86-0) <

%PHVMR <

%091-291 < <

%1132-% < <

%2-0-2) <

%RXLVEGIRI <

%28-132= < <

%63'036 <

%63'036 <

%63'036 <

%63'036 <

%67)2-' < <

&%6-91 <

&)2>)2) < <

&IR^MHMRI <

&)2>3 & *0936%28,)2) <

&)2>3?%A%28,6%')2) < <

&)2>3?%A4=6)2) < <

&IR^S?FNOAJPYSVERXLIRIW <

&IR^S?IAT]VIRI <

&IR^S?KLMATIV]PIRI <

&,' EPTLE <

&,' FIXE <

&,' KEQQE <

&-4,)2=0 < <

&MW IXL]PLI\]P TLXLEPEXI <

&-7 )8,=0,)<=0 4,8,%0%8) <

&3( HE]  HIK ' <

&SVSR <

&VSQS FIR^IRI <

&6313(-',03631)8,%2) <

&6313*361 < <

'%(1-91 < < < <

'EVFSR XSX SVKERMG 83' <

')68%-2 +0='30 )8,)67 <

'LPSVHERIEPTLE GMW <

'LPSVHERIKEQQE XVERW <

'LPSVHERIS\] <

',036-2) < <

',0363&)2>)2) <

',0363(-&63131)8,%2) <

',0363*361 < < <

',631-91 < <

'LV]WIRI <

GMW(-',0363)8,=0)2) < <

'SFEPX < <

'SPMJSVQ <

'344)6 < <

'=%2-() < <

'='03,)<%2) <

HIGEGLPSVSFMTLIR]P <

'LIQMGEPW\PW 8EFPI   41

(- )8,=0,)<=0 4,8,%0%8) <

(MFIR^?ELAERXLVEGIRI <

(-&)2>3 %, %28,6%')2) <

(MGLPSVSFVSQSQIXLERI <

(MGLPSVSHMJPYSVSQIXLERI <

(-',03631)8,%2) <

(MIPHVMR <

(-)8,=0 4,8,%0%8) < <

(-2&98=0 4,8,%0%8) < <

)(8% <

)RHSWYPJER WYPJEXI <

)RHSWYPJER EPTLE <

)RHSWYPJER FIXE <

)RHVMR <

)RHVMR EPHIL]HI <

)RHVMR OIXSRI <

)8,=0&)2>)2) < < <

)8,=0)2) +0='30 <

  • PYSVERXLIRI <
  • PYSVIRI <
  • PYSVMHI <
  • 361%0(),=() <
  • 6)32  <

+IVQERMYQ <

,EJRMYQ <

,ITXEGLPSV <

,ITXEGLPSV ITS\MHI <

,I\EGLPSVSFIR^IRI <

,I\EZEPIRX 'LVSQMYQ <

,=(63',036-' %'-(  %2( %*8)6 %'-( %)637307 320= <

,=(63+)2 *0936-() <

-2()23 '( 4=6)2) < <

-632 < <

0)%( < < < <

0MXLMYQ <

1%2+%2)7) < <

1IVGYV] < <

1)8,%230 <

1IXLS\]GLPSV <

1)8,=0 -73&98=0 /)832) <

1)8,=0 1)8,%'6=0%8) <

1)8,=0 8)68&98=0 )8,)6 < <

1IXL]PIRI GLPSVMHI <

1IXL]PQIVGYV] <

1MVI\ <

1SP]FHIRYQ <

2ETLXLEPIRI <

2,)<%2) <

2-'/)0 < < <

2-86%8) < <

2-86-' %'-( <

2MXVMXI <

21)8,=04=6630-(32) < <

22-86373(-4,)2=0%1-2) <

2SREGLPSV GMW <

2SREGLPSV XVERW <

3'(( <

'LIQMGEPW\PW 8EFPI   41

3'(* <

3MP KVIEWI <

3VXLSTLSWTLEXI <

3\]KIR HIQERH GLIQ LMKL PIZIP '3( <

3\]KIR HIQERH YPXMQEXI <

3\]KIR HMWWSPZIH (3 <

4EPPEHMYQ <

4IV]PIRI <

T, <

4LIRERXLVIRI <

4,)230 <

4LIRSPMG GSQTSYRHW <

4LIRSPMGW <

4LIRSPW <

4LSWTLEXI <

4,374,36-' %'-( <

4LSWTLSVYW <

4SXEWWMYQ <

4]VIRI <

4=6-(-2) < <

6LIRMYQ <

6YXLIRMYQ <

7EPQSRIPPE <

7IPIRMYQ <

7MPZIV <

73(-91 ,=(63<-() 73098-32 <

73(-91 790*%8) 73098-32 <

7SPMHW <

7X]VIRI <

790*96-' %'-( %2( %*8)6 %'-( %)637307 320= <

8ERXEPYQ <

8)86%',0363)8,=0)2) < < <

8MR <

8MXERMYQ <

8309)2) < < <

8SXEP ,T'(( <

8SXEP ,T'(* <

8SXEP ,\'(( <

8SXEP ,\'(* <

8SXEP /NIPHELP 2MXVSKIR <

8SXEP 4I'(( <

8SXEP 4I'(* <

8SXEP TLIRSPW <

8SXEP 8'(( <

8SXEP 8'(* <

86%27(-',03634634)2) <

8VMGLPSVSIXLIRI <

86-',0363)8,=0)2) < < <

8VMGLPSVSJPYSVSQIXLERI <

8YRKWXIR <

8YVFMHMX] <

%2%(-91 < <
-2=0 ',036-() < <

<=0)2)7 < < <

>-2' < < <

8SXEP     

'LIQMGEPW\PW 8EFPI   41

July 2, 2010 Page 33 APPENDIX C CONTAMINANT LOADINGS CALCULATED FOR 25-MILE RADIUS FOR SPDES AND TRI DATA

Retrieved from "https://kanterella.com/w/index.php?title=ML12090A526&oldid=2103163"