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Home My WebLink AboutDP22-002PERMIT # LC. / SECTION _.Z.S', TYPE OF WORK JOB LOCATION OWNER CONTRACTOFJ EST. V/6O V 7C0 # DATE: / a a d ©(p� a 3 BLOCK LOT �� //�� /� n u� ieve" T°.*" ve l � .. %lJ INSPECTION RECORD DATE FOOTI N G FOUNDATION FRAMING RGH FRAMING INSULATION PLUMBING RGH PLUMBING GAS SPRINKLER � a ELECTRIC LOW -VOLT 0 ALARM AS BUILT FINAL INSP 0 DER APPROVALS ARB BOT PS ZBA OTHER A fps�cties � y .�� •�UU/4p`2 f - / lv��lfv � (cysod quL BR �kVL�V yV W icy v� . 99 406 annuuerw aW VILLAGE OF RYE BROOK MAYOR 938 King Street, Rye Brook,N.Y. 10573 ADMINISTRATOR Jason A. Klein (914) 939-0668 Christopher J.Bradbury www.ryebrook.org TRUSTEES BUILDING & FIRE INSPECTOR Susan R.Epstein Michael J. Izzo Stephanie J. Fischer David M. Heiser Salvatore W.Morlino CERTIFICATE OF COMPLIANCE August 30,2022 Andrew Zeitlin&Susan Loeb-Zeidin 201 Country Ridge Drive Rye Brook,New York 10573 Re: 201 Country Ridge Drive,Rye Brook,New York 10573 Parcel ID#: 129.82-1-20 Demolition Permit#22-002 issued on 1/25/2022 to Demolish & Remove In-Ground Swimming Pool,Pool Patio and Pool Equipment This certifies that the in-ground swimming pool,pool patio and pool equipment,demolished under the above captioned permit has been satisfactorily completed. Sincerely, Michael J, Izzo Building&Fire Inspector /to R D 0 ��g� For office use onl : BUILDINdWk? kTMENT PERK # > -DOa MAY 19 2022 VILLAGE OF RYE BROOK ISSUED: aS-aa 38 KING STREET,RYE BROOK,NEW YORK 10573 DATE: — —a a VILLAGE OF RYE BROOK (914)939-0668 FEE: Sa //per PAID29 BUILDING DEPARTMENT - www,rygbrook.org APPLICATION FOR CERTIFICATE OF OCCUPANCY,CERTIFICATE OF COMPLIANCE, AND CERTIFICATION OF FINAL COSTS TO BE SUBMITTED ONLY UPON COMPLETION OF ALL WORK, AND PRIOR TO THE FINAL INSPECTION ►►►►w►wwwwrrrrr►►►►www■wrwr►r►►►►►wwwwwrrrr►►►►►►►w►wwwrwr►■r►r►►w►►wrw►rr►r►►►►►rwwrrrr►►►►►►►wwrwwrrp►►►►►wwwwwwrrr►rr►►►► Address: Occupancy/Use: /'y Parcel ID#: I a 9 8v1 —/Cl)O ,� "" Zone: �S Owner:< C f Nb� Z��rGl^� Address: ( 4ymfy 6/2— P.E./R.A.or Contractor:�1�G<IL //jNT� CO� Address:13 S—Af•,.4e16G£ S 1- 4e 13 N 7 pSr73 Person in responsible charge: Address: /3 5'-AJ l-G Sr 410 IVY /0519 Application is hereby made and submitted to the Building Inspector of the Village of Rye Brook for the issuance of a Certificate of Occupancy/Certificate of Compliance for the structure/construction/alteration herein mentioned in accordance with law: STATE OF/N�EW�Y/ORK,COUNTY OF WESTCHESTER as: Sue f-A n Ul t/ f,1 T/I ti eing duly sworn,deposes and says that he/she resides at A 0 J C O IJ!t�r� k , �q e r�y� t Name of Applicant) —' (Print P ) / _/ (No.and Scree —� in Y C L /�p ,in the County of L'J S f G�i L� S T t°{— in the State of A,that City/Town/Village) he/she has supervised the work at the location indicated above,and that the actual total cost of the work,including all site improvements, labor,materials,scaffolding,fixed equipment,professional fees,and including the monetary value of any materials and labor which may 00 have been donated gratis was:$ 00 0 for the construction or alteration of I�EM O t— I I I A 1(� w I M M i NG 0 j Deponent further states that he/she has examined the approved plans of the structure/work herein referred to for which a Certificate of Occupancy/Compliance is sought,and that to the best of his/her knowledge and belief,the structure/work has been erected/completed in accordance with the approved plans and any amendments thereto except in so far as variations therefore have been legally authorized,and as erected/completed complies with the laws governing building construction.Deponent further understands that it shall be unlawful for an owner to use or permit the use of any building or premises or part thereof hereafter created,erected,changed,converted or enlarged,wholly or partly,in its use or structure until a Certificate of Occupancy or Certificate of Compliance shall have been duly issued by the Building Inspector as per§250-10.A.of the Code of the Village of Rye Brook. Sworn to before me this �' Swom to before me this ilu day of ,20 2 day of -)/ '20 A- Signature of Property Owner Signature of Applican Pt. -J`r-c-� M- 72ne S K T 511�S Gar` �C�- 2 sZ k1. Print Name of Property Owner Print Name of Applicant %&I,- tq , C7-,-()Il--�/ Nojiy Public ) Noittry Public 17"f^mmiction Expi r-f �� //u/y� 8/12/2021 O�` Zm '9a2 TBUILDING DEPARTMENT ❑BUILDING INSPECTOR ASSISTANT BUILDING INSPECTOR VILLAGE OF RYE BROOK / [I CODE ENFORCEMENT OFFICER 938 KING STREET • RYE BROOK,NY 10573 (914) 939-0668 FAx (914) 939-5801 www.ryebrook.org - - - - - - - - - - - - - - - - - - - - INSPECTION REPORT - - - - - - - - - - - - - - - - - - - - o ac) �� fr ADDRESS: 1 C7710"% PERMIT# SUED: ` SECT: $LOCK:LOT: 20 1 LOCATION: 1 OCCUPANCY: ❑ VIOLATION NOTED THEW IS... ACCEPTED ❑ REJECTED/REINSPECTION ❑ SITE INSPECTION REQUIRED ❑ FOOTING ❑ FOOTING DRAINAGE ❑ FOUNDATION ❑ UNDERGROUND PLUMBING NOTES ON INSPECTION: ❑ ROUGH PLUMBING ❑ ROUGH FRAMING ❑ INSULATION ❑ NATURAL GAS ❑ L.P. GAS ❑ FUEL TANK C ❑ FIRE SPRINKLER ❑ FINAL PLUMBING ❑ CROSS CONNECTION 0 FINAL XOTHER �E BRO O�` tim 982 BUILDING DEPARTMENT ❑BUILDING INSPECTOR SSISTANT BUILDING INSPECTOR VILLAGE OF RYE BROOK /,❑CODE ENFORCEMENT OFFICER 938 KING STREET • RYE BROOK,NY 10573 (914) 939-0668 FAx (914) 939-5801 www Uebrook.org - - - - - - - - - - - - - - - - - - - - INSPECTION REPORT - - - - - - - - - - - - - - - -- - - - ADDRESS :_ �- ATE: '� 2 C� "7Q) PERMIT# "V (2ZSI- ISSUED: Z,�ECT: BLOCK: _LOT: /. (l <U un St,/J I an to I r '� LOCATION: �e- `'�� _ Cy 2Mom' OCCUPANCY: ❑ VIOLATION NOTED THE WORK IS... ❑ ACCEPTED JECTED/ REINSPECTION SITE INSPECTION REQUIRED ❑ FOOTING ❑ FOOTING DRAINAGE cckC�c- ❑ FOUNDATION ❑ UNDERGROUND PLUMBING NOTES ON INSPE ❑ ROUGH PLUMBING ❑ ROUGH FRAMING ❑ INSULATION ❑ NATURAL GAS ❑ L.P. GAS ❑ FUEL TANK ❑ FIRE SPRINKLER ❑ FINAL PLUMBING ❑ CROSS CONNECTION 'C ❑ FINAL ❑ OTHER ■ N ' s ■ in Neq 0.4 _ N C ■ � W � � U ee s. � O O w xx a U ' a0 4W O Dcn cis G. ar m G W s ■ � O � g � v ,� .� c � ao � ■ O as 00 �iC4A coO LO z W u " ' � a ZI, It C7 A � � Q wow ON ` Q ■ v, `_'� W x WC, 10, ■ w O O v iwz' Ho� 'iu-' W. 8 ,0 w cn Q- c w w ° W N A W z a 09 .9 U 1.4 p CL?i a v .u' ern ' -a -o BUILD. DEPARTMENT DEPARTMENT 2 E, VILE,` E OF RYE BROOK 938 KING 1111ET RYE BROOK,NY 10573 JAN 2 1 2022 (914)939-0668 www.n,ebrooli.org. VILLAGE OF RYE BROOK BUILDING DEPARTMENT DEMOLITION PERMIT APPLICATION FOR OFFICE USE ONLY: Approval Date: JAN 22022 Permit 0: bAc4c)-CKD=)- Application Fee: $ Approval Signature: Permit Fees: $ Disapproved: Other: Application dated: c91— '93-oW�'ishereby made to the Building Inspector of the Village of Rye Brook.NY,for the issuance of a Permit for I lie interior alteration of an existing building,or for a change in use,as per detailed statement described below, 1. Job Address: _o201 Vt5' SBL: /C)�-0 e�-/-00 Zone: 2. Proposed Demolition.(Describe in detail): Yo /Ad &-40VA1,)- -1" 3. Property Owner: 5U4E_-t 1401t/ Z E7;rLitV Address: r y '(4 6 Er I Phone# lq- . - qrg —Cell 4 '11 7 3 email: Applicant: e04?, Address: 13!5-&j. ?_.&I 4Z Phone# flf-111Vf' Cell#_ email: e eo"1 Architect/Engineer: —Address: Phone# Cell# email: General Contractor: 1z' �trmpo -Address: 1 ?2-5- 0 11-15; F- Phone# 0��' S:- -Cell 4 email: 4. Estimated cost of construction $ 10,019Q 07>9< (NOTE:The estimated cost shall include all labor,material,scaffolding,fixed equipment.professional fees.and material and labor%A-hich niav he donated gratis.) 5. Type of construction:(wood fi-ame,masonry,steel.etc..J 7- (A 6. Method(s)of Demolition: - P.'All' 5X&Of 04 �''e 7. Number&Location of Fuel Oil Tanks to be Removed: 8. Number of Stories: A/4 Height to Highest Ridge: /1/14 To Highest Chimney: 9. Estimated date of completion: 8/12/2021 This application must be properly completed in its entirety and must include the notarized signature(s) of the legal owner(s) of the subject property, and the applicant of record in the spaces provided. Any application not properly completed In its entirety and/or not properly signed shall be deemed null and void and will be returned to the applicant. Please note that application fees are non-refundable. r STATE OF NEW YO COUNTY OFCHESTER ) as: .1 �-E'-k-i'1v-. ,being duty sworn,deposes and states that he/she is the applicant above named, (print name of i"vidtwl signing as the applicant) and further states that (s)he is the legal owner of the property to which this application pertains, or that (s)he is the for the legal owner and is duly authorized to make and file this application. (indicate architect,contractor,agent.attorney,etc.) That all statements contained herein are true to the best of his/her knowledge and belief,and that any work performed,or use conducted at the above captioned property will be in conformance with the details as set forth and contained in this application and in any accompanying approved plans and specifications,as well as in accordance with the New York State Uniform Fire Prevention&Building Code,the Code of the Village of Rye Brook and all other applicable laws,ordinances and regulations. Sworn to before me this 1 Sworn to before me this I day of 6 7 ,20 day of -T`k-17—t � 20 ZZ— A. re° lOm cr Signature of Applicant Print Name of Property owner Print Narqq of AppLcant t9. �- No Public Public Mh,rommissiop Expires'�a�/D� � UW R.ROBEFTSON •„ I Notary Public,State of Conneciimt My Commission Expires Arsil 30,?026 2 8.�I a?021 Adv,q re 3348 Route 208, Campbell Hall, NY 10916 ■ Phone: 845-496-1600 ■ Fax: 845-496-1398 12960 Commerce Lake Dr#14, Ft Myers, FL 33913 ■ Phone: 239-204-4569 1813 State Route 7, Harpursville, NY 13787 ■ Phone: 607-235-2006 ■ Fax: 607-235-2007 0 . . WINN Client: Frog Hollow Industries Holding Corp Date: Friday,April 9.2021 Client Rep.: Dominc Testa Weather: Partly Cloudy Project: NYC DEP ESSR-21 Eastview UV Plant Temperature: AM 50-60°F PM 60-70°F Project Number: 210358 Technician: Robert Patton Contractor: Arrival Time: 9:15 AM Contractor Rep.: Departure Time: 11:15 AM Summary of Daily OpemHons A representative of Advance Testing Company,Inc.was present at the above referenced project on this date for sampling and inspection of the stockpiled fill material that was previously generated from the NYCDEP UV construction. Initial Exploration samples were obtained from the relative center of the top of the stockpiled material.An excavator was being employed to move and pix material in this area.The excavator was employed to set out portions of the mixed material for obtaining samples.Four individual samples of three bags each were obtained representing some of the visible variety of size,texture and coloration present in this area.The area inspected contained varying,small amounts of small boulders,and large to small cobbles.These will not necessarily be represented in the samples obtained. D '�cFL`vE D1 [APR 2 7 2022 U f VILLAGE OF RYE BROOK BUILDING DEPARTMENT Technician Signature: V Date: Friday,April 9,2021 Report Reviewed By:Jack Harrison The results identified in this report relate only to the items sampled/tested. No representation is made that materials or items not sampled and tested will produce the same or similar results. ATC-DAILY-1 Rev,2,10/13/20 This report shall not be reproduced,except in full,without the prior written approval of Advance Testing Company. Advane 3348 Route 208,Campbell Hall,NY 10916 Phone: 845-496-1600 Fax: 845496-1398 12960 Commerce Lake Drive,A14,Fort Myers,FL 33 42 Day Farm Road, West Stockbridge,MA 01266 c� 1813 State Route 7,Harpursville,NY 13787 CLIENT: Frog Hollow Industries Holding Corp PROJECT NO.: 210358 PROJECT: NYC DEP ESSR-21 Eastview UV Plant LAB NUMBER: 21-0399A TEST METHOD: ASTM D 698'Standard Proctor' Method: C SOIL ID NUMBER: 2 ITEM: Fill No. 1 SOURCE: 21 Eastview UV Plant SOIL DESCRIPTION: Yellowish-Brown Silty Sand w/Gravel: 51%Sand;31%Silt; 18%Gravel DATE SAMPLED: 4/9/2021 1 1 SAMPLED BY: Robert Patton DATE TESTED: 4/15/20211 ITESTED BY: Erik Ranftle REPORT OF MOISTURE DENSITY RELATIONSHIP 131.0 - 130.0 129.0 0.0 128.0 127.0 126.0 a 125.0 117 a C 124.0 A 123.0 122.0 121.0 120.0 119.0 118.0 6.0 7.0 8.0 9.0 10.0 11.0 12.0 Moisture Content,%by Dry Mass Individual Test Points Uncorrected Maximum Dry Density: 129.6 lb/cu.ft. Percent Dry Uncorrected Optimum Moisture Content: 9.4 % Moisture Density Specific Gravity of Soils*: 2.65 6.2 120.4 Percent Oversize Particles: 7.5 % 7.4 126.1 Specific Gravity of Oversize*: 2.67 10.0 129.3 Corrected*Maximum Dry Density: 131.8 lb/cu. ft. 11.7 125.2 Corrected*Opt Moisture Content. 8.8 % **Corrected for oversize,when oversize particles exceed 5%ofsample. Report Reviewed By: PDF *Specific Gravity of Soils Estimated and Specific Gravity of Oversize Estimated. This report shall not be reproduced,except in full,without written permission from Advance Testing Company,Inc. The results in this report relate only to the items inspected or tested. Advane 3348 Route 208, Campbell Hall,NY 10916 Phone: 845-496-1600 Fax: 845-496-1398 12960 Commerce Lake Drive,A14,Fort Myers,FL 33 42 Day Farm Road, West Stockbridge,MA 01266 0 1813 State Route 7,Harpursville,NY 13787 CLIENT: Frog Hollow Industries Holding Corp PROJECT NO.: 210358 PROJECT: NYC DEP ESSR-21 Eastview UV Plant LAB NUMBER: 21-0399A TEST METHOD: ASTM D 698'Standard Proctor' Method: C SOIL ID NUMBER: 2 ITEM: Fill No. 1 SOURCE: 21 Eastview UV Plant SOEL DESCRIPTION: Yellowish-Brown Silty Sand w/Gravel:51%Sand;31%Silt; 18%Gravel DATE SAMPLED: 4/9/2021 1 1 SAMPLED BY: I Robert Patton DATE TESTED: 4/15/20211 ITESTED BY: JErik Ranftle REPORT OF MOISTURE DENSITY RELATIONSHIP 131.0 130.0 129.0 0.0 128.0 127.0 126.0 a 125.0 1,7 a 124.0 A 123.0 122.0 121.0 120.0 119.0 118.0 6.0 7.0 8.0 9.0 10.0 11.0 12.0 Moisture Content,%by Dry Mass Individual Test Points Uncorrected Maximum Dry Density: 129.6 lb/cu.ft. Percent Dry Uncorrected Optimum Moisture Content: 9.4 % Moisture Density Specific Gravity of Soils*: 2.65 6.2 120.4 Percent Oversize Particles: 7.5 % 7.4 126.1 Specific Gravity of Oversize*: 2.67 10.0 129.3 Corrected*Maximum Dry Density: 131.8 lb/cu. ft. 11.7 125.2 ICorrected*Opt Moisture Content. 8.8 % **Corrected for oversize,when oversize particles exceed S%ofsample. Tl o Report Reviewed By: PDF *Specific Gravity of Soils Estimated and Specific Gravity of Oversize Estimated. This report shall not be reproduced,except in full,without written permission from Advance Testing Company,Inc. The results in this report relate only to the items inspected or tested. Advane 3348 Route 208, Campbell Hall,NY 10916 Phone: 845-496-1600 Fax: 845-496-1398 12960 Commerce Lake Drive,A14,Fort Myers,FL 33 42 Day Farm Road, West Stockbridge,MA 01266 0 1813 State Route 7,Harpursville,NY 13787 CLIENT: Frog Hollow Industries Holding Corp PROJECT NO.: 210358 PROJECT: NYC DEP ESSR-21 Eastview UV Plant LAB NUMBER: 21-0399A-1 TEST METHOD: ASTM D 1557'Modified Proctor' Method: C SOIL ID NUMBER: 1 ITEM: Fill No. 1 SOURCE: 21 Eastview UV Plant SOIL DESCRIPTION: Yellowish-Brown Silty Sand w/Gravel:5 1%Sand;3 1%Silt; 18%Gravel DATE SAMPLED: 4/9/2021 1 1 SAMPLED BY: IRobert Patton DATE TESTED: 4/15/20211 1 TESTED BY: I Erik Ranftle REPORT OF MOISTURE DENSITY RELATIONSHIP 134.0 133.0 132.0 131.0 8 130.0 V a ., 129.0 e 128.0 i^ A 127.0 126.0 125.0 .7 124.0 123.0 5.0 6.0 7.0 8.0 9.0 10.0 11.0 12.0 Moisture Content,%by Dry Maas Individual Test Points Uncorrected Maximum Dry Density: 132.4 lb/cu.ft. Percent Dry Uncorrected Optimum Moisture Content: 8.1 % Moisture Density Specific Gravity of Soils*: 2.65 5.8 129.4 Percent Oversize Particles: 7.5 % 7.4 132.1 Specific Gravity of Oversize*: 2.67 9.8 130.8 Corrected*Maximum Dry Density: 134.5 lb/cu. ft. 11.7 125.1 Corrected*Opt Moisture Content: 7.6 **Corrected four oversize,when oversize particles exceed 5%of sample. l>o Report Reviewed By: PDF *Specific Gravity of Soils Estimated and Specific Gravity of Oversize Estimated. This report shall not be reproduced,except in full,without written permission from Advance Testing Company,Inc. The results in this report relate only to the items inspected or tested. Advane 3348 Route 208, Campbell Hall,NY 10916 Phone: 845-496-1600 Fax: 845496-1398 12960 Commerce Lake Drive,A14,Fort Myers,FL 33 42 Day Farm Road, West Stockbridge,MA 01266 c" 1813 State Route 7,Harpursvilic,NY 13787 CLIENT: Frog Hollow Industries Holding Corp PROJECT NO.: 210358 PROJECT: NYC DEP ESSR-21 Eastview UV Plant LAB NUMBER: 21-0399B TEST METHOD: ASTM D 698'Standard Proctor' Method: C SOIL ID NUMBER: 3 ITEM: Fill No.2 SOURCE: 21 Eastview UV Plant SOIL DESCRIPTION: Brown Sil Sand w/Gravel:46%Sand;29%Gravel;25%Silt DATE SAMPLED: 4/9/2021 1 1 SAMPLED BY: Robert Patton DATE TESTED: 4/14/20211 1 TESTED BY: M kael Rosa REPORT OF MOISTURE DENSITY RELATIONSHIP 133.0 132.0 131.0 130.0 129.0 128.0 a .tl 127.0 a C 126.0 11.10 A 125.0 124.0 123.0 122.0 121.0 120.0 3.0 4.0 5.0 6.0 7.0 8.0 9.0 10.0 11.0 12.0 Moisture Content,%by Dry Mass Individual Test Points Uncorrected Maximum Dry Density: 130.8 lb/cu.ft. Percent Dry Uncorrected Optimum Moisture Content: 9.2 % Moisture Density Specific Gravity of Soils*: 2.65 4.1 122.4 Percent Oversize Particles: 16.7 % 7.1 127.2 Specific Gravity of Oversize*: 2.67 9.0 130.7 Corrected*Maximum Dry Density: 135.6 lb/cu. ft. 11.0 126.3 Corrected*Opt Moisture Content. 7.8 % **Corrected for oversize,when oversize particles exceed 5%of sample. T>o Report Reviewed By: PDF *Specific Gravity of Soils Estimated and Specific Gravity of Oversize Estimated. This report shall not be reproduced,except in full,without written permission from Advance Testing Company,Inc. The results in this report relate only to the items inspected or tested. Adv inn V 3348 Route 208,Campbell Hall,NY 10916 Phone: 845-496-1600 Fag: 845496-1398 12960 Commerce Lake Drive,A14,Fort Myers,FL 33 42 Day Farm Road, West Stockbridge,MA 01266 0 1813 State Route 7,Harpursville,NY 13787 CLIENT: Frog Hollow Industries Holding Corp PROJECT NO.: 210358 PROJECT: NYC DEP ESSR-21 Eastview UV Plant LAB NUMBER: 21-0399B-1 TEST METHOD: ASTM D 1557'Modified Proctor' Method: C SOIL ID NUMBER: 4 ITEM: Fill No.2 SOURCE: 21 Eastview UV Plant SOIL DESCRIPTION: Brown Sil Sand w/Gravel:46%Sand;29%Gravel;25%Silt DATE SAMPLED: 4/9/2021 1 1 SAMPLED BY: Robert Patton DATE TESTED: 4/15/20211 ITESTED BY: IMykael Rosa REPORT OF MOISTURE DENSITY RELATIONSHIP 135.0 134.0 133.0 7 132.0 131.0 er 1r Y 130.0 6.4 e 129.0 A 128.0 1000 106 127.0 126.0 125.0 124.0 3.0 4.0 5.0 6.0 7.0 8.0 9.0 10.0 11.0 Moisture Content,%by Dry Mass Individual Test Points Uncorrected Maximum Dry Density: 132.9 lb/cu.$. Percent Dry Uncorrected Optimum Moisture Content: 8.4 % Moisture Density Specific Gravity of Soils*: 2.65 3.3 125.8 Percent Oversize Particles: 16.7 % 6.4 130.3 Specific Gravity of Oversize*: 2.67 8.7 132.8 Corrected*Maximum Dry Density: 137.5 lb/cu. ft. 10.6 127.8 Corrected*Opt Moisture Content. 7.2 % **Corrected for oversize,when oversize particles exceed 5%of sample. �o Report Reviewed By: PDF *Specific Gravity of Soils Estimated and Specific Gravity of Oversize Estimated. This report shall not be reproduced,except in full,without written permission from Advance Testing Company,Inc. The results in this report relate only to the items inspected or tested. Advane 3348 Route 208, Campbell Hall,NY 10916 Phone: 845-496-1600 Fax: 845496-1398 12960 Commerce Lake Drive,A14,Fort Myers,FL 33 42 Day Farm Road, West Stockbridge,MA 01266 0 1813 State Route 7,Harpursville,NY 13787 CLIENT: Frog Hollow Industries Holding Corp PROJECT NO.: 210358 PROJECT: NYC DEP ESSR-21 Eastview UV Plant LAB NUMBER: 21-0399C TEST METHOD: ASTM D 698'Standard Proctor' Method: C SOIL ID NUMBER: 5 ITEM: Fill No.3 SOURCE: 21 Eastview UV Plant SOEL DESCRIPTION: Brown Sil Sand w/Gravel and Cobble:41%Gravel;40%Sand; 19%Silt DATE SAMPLED: 4/9/2021 1 1 SAMPLED BY: Robert Patton DATE TESTED: 4/15/20211 ITESTED BY: IRobert Sanborn REPORT OF MOISTURE DENSITY RELATIONSHIP 134.0 133.0 132.0 7.5 131.0 130.0 1 NA V C4 4� 129.0 a O 128.0 t^ A 127.0 126.0 125.0 124.0 123.0 5.0 6.0 7.0 8.0 9.0 10.0 11.0 12.0 13.0 Moisture Content,%by Dry Mass Individual Test Points Uncorrected Maximum Dry Density: 132.2 lb/cu.ft. Percent Dry Uncorrected Optimum Moisture Content: 8.3 % Moisture Density Specific Gravity of Soils*: 2.65 5.7 125.5 Percent Oversize Particles: 19.1 % 7.5 131.7 Specific Gravity of Oversize*: 2.670 9.5 131.1 Corrected*Maximum Dry Density: 137.6 lb/Cu. ft. 12.0 124.9 Corrected*Opt Moisture Content. 6.9 % **Corrected for oversize,when oversize particles exceed 5%of sample. Report Reviewed By: QQ PDF *Specific Gravity of Soils Estimated and Specific Gravity of Oversize Estimated. This report shall not be reproduced,except in firll,without written permission from Advance Testing Company,Inc. The results in this report relate only to the items inspected or tested. A d vq n v 3348 Route 208, Campbell Hall,NY 10916 Phone: 845-496-1600 Fax: 845496-1398 12960 Commerce Lake Drive,A14,Fort Myers,FL 33 42 Day Farm Road, West Stockbridge,MA 01266 r asl 0 1813 State Route 7,Harpursville,NY 13787 CLIENT: Frog Hollow Industries Holding Corp PROJECT NO.: 210358 PROJECT: NYC DEP ESSR-21 Eastview UV Plant LAB NUMBER: 21-0399D TEST METHOD: ASTM D 698'Standard Proctor' Method: C SOIL ID NUMBER: 7 ITEM: Fill No.4 SOURCE: 21 Eastview UV Plant SOEL DESCRIPTION: Mod.Brown Silty Sand w/Gravel;39%Sand;35%Gravel;26%Silt DATE SAMPLED: 4/9/2021 1 1 SAMPLED BY: Robert Patton DATE TESTED: 4/15/20211 1 TESTED BY: Tristan Tomne REPORT OF MOISTURE DENSITY RELATIONSHIP 128.0 127.0 126.0 125.0 124.0 u a 123.0 a O 122.0 is A 121.0 120.0 119.0 118.0 117.0 8.0 9.0 10.0 11.0 12.0 13.0 14.0 15.0 Moisture Content,%by Dry Mass Individual Test Points Uncorrected Maximum Dry Density: 126.5 lb/cu.ft. Percent Dry Uncorrected Optimum Moisture Content: 10.4 % Moisture Density Specific Gravity of Soils*: 2.65 8.3 120.9 Percent Oversize Particles: 14.2 % 9.8 126.1 Specific Gravity of Oversize*: 2.67 12.6 122.9 Corrected*Maximum Dry Density: 131.0 lb/cu. ft. 14.0 119.0 Corrected*Opt Moisture Content: 9.1 **Corrected for oversize,when oversize particles exceed 5%of sample. fJ r-f rn�p . 1�o Report Reviewed By: PDF *Specific Gravity of Soils Estimatea This report shall not be reproduced,except in tun,without written permission trom Advance Testing Company,Inc. The results in this report relate only to the items inspected or tested. 3348 Route 208, Campbell Hall,NY 10916 Phone: 845-496-1600 Fax: 845-496-1398 12960 Commerce Lake Drive,A14,Fort Myers,FL 33 42 Day Farm Road, West Stockbridge,MA 01266 Advane 1813 State Route 7,Harpursville,NY 13787 CLIENT: Frog Hollow Industries Holding Corp PROJECT NO.: 210358 PROJECT: NYC DEP ESSR-21 Eastview UV Plant LAB NUMBER: 21-0399D-1 TEST METHOD: ASTM D 1557'Modified Proctor' Method: C SOIL ID NUMBER: 8 ITEM: Fill No.4 SOURCE: 21 Eastview UV Plant SOEL DESCRIPTION: Mod.Brown Silty Sand w/Gravel;39%Sand;35%Gravel;26%Silt DATE SAMPLED: 4/9/2021 1 1 SAMPLED BY: Robert Patton DATE TESTED: 4/15/20211 1 TESTED BY: Tristen Tonne REPORT OF MOISTURE DENSITY RELATIONSHIP 135.0 134.0 133.0 132.0 131.0 130.0 a 129.0 e C 128.0 it A 127.0 126.0 125.0 124.0 11.9 123.0 122.0 6.0 7.0 8.0 9.0 10.0 11.0 12.0 Moisture Content,%by Dry Mass Individual Test Points Uncorrected Maximum Dry Density: 133.2 lb/cu.ft. Percent Dry Uncorrected Optimum Moisture Content: 8.7 % Moisture Density Specific Gravity of Soils*: 2.65 6.1 126.7 Percent Oversize Particles: 14.2 % 8.4 133.1 Specific Gravity of Oversize*: 2.67 10.1 131.5 Corrected*Maximum Dry Density: 137.1 lb/Cu. ft. 11.9 124.2 Corrected*Opt Moisture Content: 7.6 % **Corrected for oversize,when oversize particles exceed 5%of sample. �O CY�ItA,Q�t,.t4n Report Reviewed By: �Q V PDF *Specific Gravity of Soils Estimated and Specitic Uravtty of oversize hstunated. This report shall not be reproduced,except in full,without written permission from Advance Testing Company,Inc. The results in this report relate only to the items inspected or tested. 3348 Route 208,Campbell Hall,NY 10916 Phone: 845-496-1600 Fax: 845496-1398 ' 12960 Commerce Lake Drive,A14,Fort Myers,FL 33913 42 Day Farm Road, West Stockbridge,MA 01266 1813 State Route 7,Harpursville,NY 13787 Client: Frog Hollow Industries Holding Corp Project: NYC DEP ESSR-21 Eastview UV Plant Item: Fill No.2 Project Number: 210358 Source: 21 Eastview UV Plant Lab Number: 21-0399B Date Sampled: 4/9/2021 Sampled By: Robert Patton Date Tested: 4/14/2021 Tested By: Samantha Jackson GRADATION(SIEVE ANALYSIS)OF SOIL OR AGGREGATE Test Methods :ASTM D422 C136 C117•AASHTO T88 T27 T11 Lab Number Sample Type Sampling Location Specification 21-0399B Fill No. 2 Stockpile 77 No Specification Sieve Size % % Spec. % Min Inches Retained Passing Pass 100.0 mm 4" 0.0 100 75.0 mm 3" 0.0 100 63.0 mm 2 1/2" 6.1 94 50.0 mm 2" 0.0 94 37.5 mm 1 1/2" 2.5 91 25.0 mm V 4.4 87 19.0 mm 3/4" 3.7 83 12.5 mm 1/2" 4.3 79 6.3 mm 1/4" 6.5 73 4.75 mm #4 1.8 71 2.00 mm #10 5.2 66 0.850 mm #20 6.1 59 0.600 mm #30 3.1 56 0.425 mm #40 4.1 52 0.150 mm #100 16.2 1 36 F01075 mm #200 11.3 25 Pan 24.7 Comments: Minus#200 by wash-sieve method. Report Reviewed By: This report shall not be reproduced,except in full,without written permission from Advance Testing Company,Inc. PDF The results in this report relate only to the items inspected or tested. 3348 Route 208,Campbell Hall,NY 10916 Phone: 845496-1600 Fax: 845-496-1398 ' 12960 Commerce Lake Drive,A14,Fort Myers,FL 33913 _ 42 Day Farm Road, West Stockbridge,MA 01266 1813 State Route 7,Harpursville,NY 13787 Client: Frog Hollow Industries Holding Corp Project: NYC DEP ESSR-21 Eastview UV Plant Item: Fill No. 3 Project Number: 210358 Source: 21 Eastview UV Plant Lab Number: 21-0399C Date Sampled: 4/9/2021 Sampled By: Robert Patton Date Tested: 4/14/21 Tested By: Samantha Jackson GRADATION(SIEVE ANALYSIS) OF SOIL OR AGGREGATE Test Methods :ASTM D422 C136 C117•AASHTO T88 T27 TI1 Lab Number Sample Tye Sam ling Location Specification 21-0399C Fill No. 3 Stockpile No Specification Sieve Size % % Spec. % mm Inches Retained Passing Pass 125.0 mm 5" 0.0 100 100.0 mm 4" 8.2 92 75.0 mm 3" 0.0 92 63.0 mm 2 1/2" 1.7 90 50.0 mm 2" 2.4 88 37.5 mm 1 1/2" 6.0 82 25.0 mm 1" 5.3 76 19.0 mm 3/4" 3.7 73 12.5 mm 1 1/2" 5.7 67 6.3 mm 1/4" 5.9 61 4.75 mm #4 2.2 59 2.00 mm #10 5.7 53 0.850 mm #20 6.2 47 0.600 mm 1 #30 3.1 44 0.425 mm #40 3.9 40 0.150 mm #100 13.1 27 0.075 mm #200 7.5 19 Pan 19.4 Comments: Minus#200 by wash-sieve method.p Report Reviewed By: This report shall not be reproduced,except in full,without written permission from Advance Testing Company,Inc. PDF The results in this report relate only to the items inspected or tested. ince 3348 Route 208,Campbell Hall,NY 10916 Phone: 845-496-1600 Fax: 845496-1398 ' 12960 Commerce Lake Drive,A14,Fort Myers,FL 33913 42 Day Farm Road, West Stockbridge,MA 01266 1813 State Route 7,Harpursville,NY 13787 Client: Frog Hollow Industries Holding Corp Project: NYC DEP ESSR-21 Eastview UV Plant Item: Fill No. 4 Project Number: 210358 Source: 21 Eastview UV Plant Lab Number: 21-0399D Date Sampled: 4/9/2021 Sampled By: Robert Patton Date Tested: 4/13/2021 1 Tested B Samantha Jackson GRADATION(SIEVE ANALYSIS)OF SOIL OR AGGREGATE Test Methods :ASTM D422 C136 C117•AASHTO T88 T27 T11 Lab Number Sample Tye Sampling Location Specification 21-0399D Fill No.4 Stockpile No Specification Sieve Size % % Spec. % mm Inches Retained Passing Pass 100.0 mm 4" 0.0 100 75.0 mm 3" 0.0 100 63.0 mm 2 1/2" 0.0 100 50.0 mm 2" 7.3 93 37.5 mm 1 1/2" 0.0 93 25.0 mm 1" 2.6 90 19.0 mm 3/4" 4.3 86 12.5 mm 1/2" 8.5 77 6.3 mm 1/4" 10.1 67 4.75 mm #4 2.3 65 2.00 mm #10 6.7 58 0.850 mm #20 6.2 52 0.600 mm #30 2.7 49 0.425 mm #40 3.4 46 0.150 mm #100 12.3 1 34 0.075 mm #200 8.1 26 Pan 25.5 Comments: Minus#200 by wash-sieve method. c�Jt�Gyc,�Q� o �Q Report Reviewed By: This report shall not be reproduced,except in full,without written permission from Advance Testing Company,Inc. PDF The results in this report relate only to the items inspected or tested. FW: Review of Soils from UV Facility construction (October 8, 2014 Clari... Page 2 of 3 Cc: 'Lansing, James(DEC)'; 'Parisio, Steve(DEC)'; 'Brenner, Kenneth B. (DEC)'; 'Rahman, Syed (DEC)'; 'Rowland, Sally(DEC)' Subject: RE: Review of Soils from UV Facility construction (October 8, 2014 Clarification Request) Many thanks Kathy. I will advise the DEP that Contractors bidding on the project can expect to beneficially reuse the soil pursuant to Part 360-1.15(b)(7),which includes but is not limited to recycling via an appropriately registered or permitted C&D processing facility. The soil will also qualify as Clean Fill for placement in Nassau and Suffolk Counties, but must meet the site specific requirements for use as fill or rover material on Division of Environmental Remediation (DER)projects. Sincerely, Ellen B. Metzger, CHMM, REM BIDWELL ENVIRONMENTAL, LLC 1353 Kings Highway, PO Box 266 Sugar Loaf, New York 10981 845-610-3993(office) 845-610-3996(fax) 845-325-5076(cell) From: Prather, Kathleen A (DEC) [ii-lilt-kathleen.mther@dec.rty.uuv] Sent:Tuesday, January 20, 2015 4:47 PM To: Ellen B Metzger Cc: Lansing,James (DEC); Parisio, Steve(DEC); Brenner, Kenneth B. (DEC); Rahman, Syed (DEC); Rowland, Sally(DEC) Subject: Review of Soils from UV Facility construction (October 8, 2014 Clarification Request) Ellen: Greetings — I have reviewed the letter from George Schmitt of NYC DEP dated October 8, 2014, requesting clarification that excavated soils stockpiled from construction of the Catskill-Delaware UV Disinfection Facility can be used beneficially pursuant to 6 NYCRR 360-1.15(b)(7), as stated in the Department's correspondence with Kathryn Mallon dated June 5, 2012. This letter states: "The Department...will allow NYCDEP the use of soils meeting the lower of 6 NYCRR 375-6.8(b) Protection of Public Health-Residential and Protection of Groundwater Soil Cleanup Objectives, tinder 6 NYCRR 360-1.15(b)(7), in fill or cover applications other than agricultural-iise land or an identified ecologically- sensitive area." As discussed in Mr. Schmitt's letter, exceedances of the above criteria in the UV Facility stockpiles do occur; however, as noted in the letter, there is no evidence exceedances of the metals of concern stem from "spills of a petroleum product, hazardous waste or industrial waste" but rather from concentrations of these metals, most particularly iron and trivalent chromium, in native rock. Furthermore, the chromium concentrations do not exceed unrestricted health-based concentrations for insoluble trivalent (oxides of) chromium (6 NYCRR Part 375 Technical Support Document (2006), page 227). The iron in these soils is typically in concentrations from one to three percent by weight; but as noted in the letter, is typical of background soils in the lower Hudson Valley and in fact throughout New York State, as discussed in Appendix D of the Part 375 Technical Support Document. Finally, as noted in Mr. Schmitt's letter, any debris discovered during excavation for the UV Facility has been removed prior to stockpiling of soil and soils with elevated mercury which could possibly have originated from historic site use, have also been removed for disposal. https:Hdepwebmail.nye.gov/owa/?ae=ltem&t=IPM.Note&id=RgAAAAAaj... 2/16/2015 FW: Review of Soils from UV Facility construction (October 8, 2014 Clari... Page 3 of 3 1 concur that the stockpiled soils (approximately 733,000 cubic yards) at the Catskill-Delaware UV Facility have been representatively characterized and can be used beneficially pursuant to 6 NYCRR 360-1.15(b)(7). Furthermore, this soil appears to meet criteria in 360-8.2 as Clean Fill for placement in Nassau or Suffolk Counties. Be advised that this concurrence does not override any acceptance criteria determined by the DEC Division of Environmental Remediation (DER)for imported fill or cover at specific DER projects; this soil rnust rneet 375-6.7(b) site-specific criteria or receive a BUD granted by DER for use at the specific site. Please contact me if you have any questions. Sincerely, Kathy Prather Kathleen A. Prather, P.E. Environmental Engineer, Division of Materials Management New York State Department of Environmental Conservation 625 Broadway, Albany, NY 12233-7253 P: 518-402-8706 F: 518-402-9024 1 kathleen.prather(c-dec.ny.gov www.dec.ny.4ov 0 https:Hdepwebmail.nyc.gov/owa/?ae=Item&t=IPM.Note&id=RgAAAAAaj... 2/16/2.015 PHOENIT„I..bx1"O'�c Fnvironment(d Itib wtories. Inc. Tuesday, July 06, 2021 Attn: Mr. Scott Taylor Taylord Environment, Inc. PO BOX 613 Wingdale, NY 12594 Project ID: NYCDEP EASTVIEW STOCKPILE SDG ID: GC164471 Sample ID#s: C164471 - C164472 This laboratory is in compliance with the NELAC requirements of procedures used except where indicated. This report contains results for the parameters tested, under the sampling conditions described on the Chain Of Custody, as received by the laboratory. This report is incomplete unless all pages indicated in the pagination at the bottom of the page are included. All soils, solids and sludges are reported on a dry weight basis unless otherwise noted in the sample comments. A scanned version of the COC form accompanies the analytical report and is an exact duplicate of the original. If you are the client above and have any questions concerning this testing, please do not hesitate to contact Phoenix Client Services at ext.200. The contents of this report cannot be discussed with anyone other than the client listed above without their written consent. Sincerely yours, U� Akk— P hiller Laboratory Director NJ Lab Registration #CT-003 NELAC -#NY11301 NY Lab Registration #11301 CT Lab Registration #PH-0618 PA Lab Registration #68-03530 MA Lab Registration #M-CT007 RI Lab Registration #63 ME Lab Registration #CT-007 UT Lab Registration #CT00007 NH Lab Registration #213693-A,B VT Lab Registration #VT11301 587 East Middle Turnpike,P.O.Box 370,Manchester,CT 06040 Telephone(860)645-1102 Fax(860)645-0823 Page 1 of 22 /�� \N ticcoq PHOENIX y, �`° 0 9y o` 0 Environmental Laboratories, Inc. NY# 11301 587 East Middle Turnpike,P.O.Box 370,Manchester,CT 06045 Tel.(860)645-1102 Fax(860)645-0823 SDG Comments July 06, 2021 SDG I.D.: GC164471 Please be advised that the NY 375 soil criteria for chromium are based on hexavalent chromium and trivalent chromium. Page 2 of 22 O XN ACCOgU - PHOENIX y� U � Environmental Laboratories, Inc. 587 East Middle Turnpike,P.O.Box 370,Manchester,CT 06045 NY#11301 Tel.(860)645-1102 Fax(860)645-0823 Sample Id Cross Reference July 06, 2021 SDG I.D.: GC164471 Project ID: NYCDEP EASTVIEW STOCKPILE Client Id Lab Id Matrix S-5 VOC GRAB C164471 SOIL S-5 FIVE POINT COMP C164472 7SOIL Page 3 of 22 PHOENIX y p \NACCpgp 1� A2 Environmental Laboratories, Inc. a 587 East Middle Turnpike,P.O.Box 370,Manchester,CT 06045 NY#11301 Tel.(860)645-1102 Fax(860)645-0823 Analysis Report FOR: Attn: Mr. Scott Taylor Taylord Environment, Inc. July 06, 2021 PO BOX 613 Wingdale, NY 12594 Sample Information Custody Information Date Time Matrix: SOIL Collected by: ST 06/28/21 Location Code: TAYLORD Received by: CID 06/29/21 15:04 Rush Request: Standard Analyzed by: see "By" below P.O.#: S L_ aboratory Data DG ID: GC164471 Phoenix ID: C164471 Project ID: NYCDEP EASTVIEW STOCKPILE Client ID: S-5 VOC GRAB RL/ Parameter Result PQL Units Dilution Date/Time By Reference Field Extraction Completed 06/28/21 SW5035A Volatiles 1,1,1,2-Tetrachloroethane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 1,1,1-Trichloroethane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 1,1,2,2-Tetrachloroethane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 1,1,2-Trichloroethane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 1,1-Dichloroethane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 1,1-Dichloroethene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 1,1-Dichloropropene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 1,2,3-Trichlorobenzene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 1,2,3-Trichloropropane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 1,2,4-Trichlorobenzene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 1,2,4-Trimethylbenzene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 1,2-Dibromo-3-chloropropane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 1,2-Dibromoethane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 1,2-Dichlorobenzene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 1,2-Dichloroethane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 1,2-Dichloropropane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 1,3,5-Trimethylbenzene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 1,3-Dichlorobenzene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 1,3-Dichloropropane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 1,4-Dichlo robe nzene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 2,2-Dichloropropane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 2-Chlorotoluene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 2-Hexanone ND 20 ug/Kg 1 07/02/21 JLI SW8260C 2-Isopropyltoluene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Ver 1 Page 4 o/22 Project ID: NYCDEP EASTVIEW STOCKPILE Phoenix I.D.: C164471 Client ID: S-5 VOC GRAB RL/ Parameter Result PQL Units Dilution Date/Time By Reference 4-Chlorotoluene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 4-Methyl-2-pentanone ND 20 ug/Kg 1 07/02/21 JLI SW8260C Acetone ND 20 ug/Kg 1 07/02/21 JLI SW8260C Acrylonitrile ND 7.9 ug/Kg 1 07/02/21 JLI SW8260C Benzene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Bromobenzene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Bromochloromethane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Bromodichloromethane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Bromoform ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Bromomethane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Carbon Disulfide ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Carbon tetrachloride ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Chlorobenzene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Chloroethane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Chloroform ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Chloromethane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C cis-1,2-Dichloroethene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C cis-1,3-Dichloropropene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Dibromochloromethane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Dibromomethane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Dichlorodifluoromethane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Ethylbenzene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Hexachlorobutadiene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Isopropylbenzene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C m&p-Xylene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Methyl Ethyl Ketone ND 20 ug/Kg 1 07/02/21 JLI SW8260C Methyl t-butyl ether(MTBE) ND 7.9 ug/Kg 1 07/02/21 JLI SW8260C Methylene chloride ND 7.9 ug/Kg 1 07/02/21 JLI SW8260C Naphthalene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C n-Butylbenzene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C n-Propylbenzene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C o-Xylene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C p-Isopropyltoluene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C sec-Butyl benzene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Styrene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C tert-Butylbenzene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Tetrachloroethene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Tetrahydrofuran(THF) ND 7.9 ug/Kg 1 07/02/21 JLI SW8260C Toluene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Total Xylenes ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C trans-1,2-Dichloroethene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C trans-1,3-Dichloropropene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C trans-1,4-dichloro-2-butene ND 7.9 ug/Kg 1 07/02/21 JLI SW8260C Trichloroethene ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Trichlorofluoromethane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Trichlorotdfluoroethane ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Vinyl chloride ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C QA/QC$urroQBtes % 1,2-dichlorobenzene-d4 97 % 1 07/02/21 JLI 70-130% Ver 1 Page 5 of 22 Project ID: NYCDEP EASTVIEW STOCKPILE Phoenix I.D.: C164471 Client ID: S-5 VOC GRAB RU Parameter Result PQL Units Dilution Date/Time By Reference %Bromofluorobenzene 99 % 1 07/02/21 JLI 70-130% % Dibromofluoromethane 96 % 1 07/02/21 JLI 70-130% %Toluene-d8 94 % 1 07/02/21 JLI 70-130% 1,4-dioxane 1,4-dioxane ND 59 ug/kg 1 07/02/21 JLI SW8260C QA/QC Surrogates % 1,2-dichlorobenzene-d4 97 % 1 07/02/21 JLI 70-130% % Bromofluorobenzene 99 % 1 07/02/21 JLI 70-130% % Dibromofluoromethane 96 % 1 07/02/21 JLI 70-130% %Toluene-d8 94 % 1 07/02/21 JLI 70-130% Volatiles 1,1,1,2-Tetrachloroethane ND 16 ug/Kg 1 07/02/21 JLI SW8260C Acrolein ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C Acrylonitrile ND 16 ug/Kg 1 07/02/21 JLI SW8260C Tert-butyl alcohol ND 79 ug/Kg 1 07/02/21 JLI SW8260C Methylacetate ND 4.0 ug/Kg 1 07/02/21 JLI SW8260C 1 =This parameter is not certified by the primary accrediting authority(NY NELAC)for this matrix. NY NELAC does not offer certification for all parameters at this time. RUPQL=Reporting/Practical Quantitation Level (Equivalent to NELAC LOQ, Limit of Quantitation) ND=Not Detected at RUPQL BRL=Below Reporting Level L=Biased Low QA/QC Surrogates: Surrogates are compounds(preceeded with a%)added by the lab to determine analysis efficiency. Surrogate results(%) listed in the report are not"detected"compounds. Comments: Results are reported on an "as received" basis, and are not corrected for dry weight. All soils, solids and sludges are reported on a dry weight basis unless otherwise noted in the sample comments. If you are the client above and have any questions concerning this testing,please do not hesitate to contact Phoenix Client Services at ext.200. The contents of this report cannot be discussed with anyone other than the client listed above without their written consent. Phyllis hiller, Laboratory Director July 06,2021 Reviewed and Released by: Rashmi Makol, Project Manager Ver 1 Page 6 of 22 �� ,N ACCO60q PHOEVIT" �� 0 U Environmental Laboratories, Inc. Q 587 East Middle Turnpike,P.O.Box 370,Manchester,CT 06045 NY#11301 Tel.(860)645-1102 Fax(860)645-0823 Analysis Report FOR: Attn: Mr. Scott Taylor Taylord Environment, Inc. July 06, 2021 PO BOX 613 Wingdale, NY 12594 Sample Information Custody Information Date Time Matrix: SOIL Collected by: ST 06/28/21 Location Code: TAYLORD Received by: CID 06/29/21 15:04 Rush Request: Standard Analyzed by: see "By" below P.O.#: Laboratory Data SDG ID: GC164471 Phoenix ID: C164472 Project ID: NYCDEP EASTVIEW STOCKPILE Client ID: S-5 FIVE POINT COMP RL/ LOD/ Parameter Result PQL MDL Units Dilution Date/Time By Reference Silver <0.34 0.34 mg/Kg 1 06/30/21 EK SW601 OD Arsenic <0.69 0.69 mg/Kg 1 06/30/21 EK SW601OD Barium 161 0.34 mg/Kg 1 06/30/21 EK SW601OD Beryllium 0.50 0.28 mg/Kg 1 06/30/21 EK SW601OD Cadmium 1.54 0.34 mg/Kg 1 06/30/21 EK SW601OD Chromium 33.2 0.34 mg/Kg 1 06/30/21 EK SW601OD Copper 31.4 0.7 mg/kg 1 06/30/21 EK SW601OD Mercury <0.03 0.03 mg/Kg 2 07/01/21 AT SW7471B Manganese 373 3.4 mg/Kg 10 06/30/21 EK SW601OD Nickel 19.0 0.34 mg/Kg 1 06/30/21 EK SW601OD Lead 4.90 0.34 mg/Kg 1 06/30/21 EK SW601OD Selenium < 1.4 1.4 mg/Kg 1 06/30/21 EK SW601OD Trivalent Chromium 33.2 0.34 mg/kg 1 06/30/21 CALC 6010-7196 Zinc 56.7 0.7 mg/Kg 1 06/30/21 EK SW6010D Percent Solid 92 % 06/29/21 AR SW846-%Solid Chromium, Hex.(SW3060 digestion) <0.39 0.39 mg/Kg 1 06/30/21 BJA SW7196A pH at 25C-Soil 7.70 1.00 pH Units 1 06/30/21 13:32 DJ/EG SW846 9045D Redox Potential 210 mV 1 06/30/21 DJ/EG SM258OB-09 Total Cyanide(SW9010C Distill.) <0.54 0.54 mg/Kg 1 07/02/21 arc/gd SW9012B Soil Extraction for PCB Completed 06/29/21 L SW3545A Soil Extraction for Pesticide Completed 06/29/21 L/E SW3545A Mercury Digestion Completed 07/01/21 AB/AB SW7471B Soil Extraction for Herbicide Completed 06/30/21 M/D SW3546 Soil Extraction for SVOA Completed 06/29/21 I/K SW3546 Total Metals Digest Completed 06/29/21 M/AGBF SW3050B Ver 1 Page 7 of 22 Project ID: NYCDEP EASTVIEW STOCKPILE Phoenix I.D.: C164472 Client ID: S-5 FIVE POINT COMP RL/ LOD/ Parameter Result PQL MDL Units Dilution Date/Time By Reference Chlorinated Herbicides 2,4,5-T ND 130 ug/Kg 10 07/01/21 JRB SW8151A 2,4,5-TP(Silvex) ND 130 ug/Kg 10 07/01/21 JRB SW8151A 2,4-D ND 270 ug/Kg 10 07/01/21 JRB SW8151A 2,4-DB ND 2700 ug/Kg 10 07/01/21 JRB SW8151A Dalapon ND 130 ug/Kg 10 07/01/21 JRB SW8151A Dicamba ND 130 ug/Kg 10 07/01/21 JRB SW8151A Dichloroprop ND 270 ug/Kg 10 07/01/21 JRB SW8151A Dinoseb ND 270 ug/Kg 10 07/01/21 JRB SW8151A QA/QC Surrogates % DCAA 48 % 10 07/01/21 JRB 30-150% % DCAA(Confirmation) 48 % 10 07/01/21 JRB 30-150% Polychlorinated Biphenyls PCB-1016 ND 350 ug/Kg 10 06/30/21 SC SW8082A PCB-1221 ND 350 ug/Kg 10 06/30/21 SC SW8082A PCB-1232 ND 350 ug/Kg 10 06/30/21 SC SW8082A PCB-1242 ND 350 ug/Kg 10 06/30/21 SC SW8082A PCB-1248 ND 350 ug/Kg 10 06/30/21 SC SW8082A PCB-1254 ND 350 ug/Kg 10 06/30/21 SC SW8082A PCB-1260 ND 350 ug/Kg 10 06/30/21 SC SW8082A PCB-1262 ND 350 ug/Kg 10 06/30/21 SC SW8082A PCB-1268 ND 350 ug/Kg 10 06/30/21 SC SW8082A QA/QC Surrogates % DCBP 102 % 10 06/30/21 SC 30-150% % DCBP(Confirmation) 88 % 10 06/30/21 SC 30-150% %TCMX 71 % 10 06/30/21 SC 30-150% %TCMX(Confirmation) 73 % 10 06/30/21 SC 30-150% Pesticides - Soil 4,4'-DDD ND 2.1 ug/Kg 2 06/30/21 KCA SW8081B 4,4'-DDE ND 2.1 ug/Kg 2 06/30/21 KCA SW8081B 4,4'-DDT ND 2.1 ug/Kg 2 06/30/21 KCA SW8081B a-BHC ND 7.1 ug/Kg 2 06/30/21 KCA SW8081B a-Chlordane ND 3.5 ug/Kg 2 06/30/21 KCA SW8081B Aldrin ND 3.5 ug/Kg 2 06/30/21 KCA SW8081B b-BHC ND 7.1 ug/Kg 2 06/30/21 KCA SW8081B Chlordane ND 35 ug/Kg 2 06/30/21 KCA SW8081B d-BHC ND 7.1 ug/Kg 2 06/30/21 KCA SW8081B Dieldrin ND 3.5 ug/Kg 2 06/30/21 KCA SW8081B Endosulfan I ND 7.1 ug/Kg 2 06/30/21 KCA SW8081B Endosulfan II ND 7.1 ug/Kg 2 06/30/21 KCA SW8081B Endosulfan sulfate ND 7.1 ug/Kg 2 06/30/21 KCA SW8081B Endrin ND 7.1 ug/Kg 2 06/30/21 KCA SW80816 Endrin aldehyde ND 7.1 ug/Kg 2 06/30/21 KCA SW8081B Endrin ketone ND 7.1 ug/Kg 2 06/30/21 KCA SW8081B g-BHC ND 1.4 ug/Kg 2 06/30/21 KCA SW8081B g-Chlordane ND 3.5 ug/Kg 2 06/30/21 KCA SW8081B Heptachlor ND 7.1 ug/Kg 2 06/30/21 KCA SW8081B Ver 1 Page 8 of 22 Project ID: NYCDEP EASTVIEW STOCKPILE Phoenix I.D.: C164472 Client ID: S-5 FIVE POINT COMP RL/ LOD/ Parameter Result PQL MDL Units Dilution Date/Time By Reference Heptachlor epoxide ND 7.1 ug/Kg 2 06/30/21 KCA SW8081B Methoxychlor ND 35 ug/Kg 2 06/30/21 KCA SW8081B Toxaphene ND 140 ug/Kg 2 06/30/21 KCA SW8081B QA/QC Surrogates % DCBP 41 % 2 06/30/21 KCA 30-150% % DCBP(Confirmation) 59 % 2 06/30/21 KCA 30-150% %TCMX 54 % 2 06/30/21 KCA 30-150% %TCMX(Confirmation) 55 % 2 06/30/21 KCA 30-150% Semivolatiles 1,2,4,5-Tetrachlorobenzene ND 250 ug/Kg 1 06/30/21 WB SW8270D 1,2,4-Trichlorobenzene ND 250 ug/Kg 1 06/30/21 WB SW8270D 1,2-Dichlorobenzene ND 250 ug/Kg 1 06/30/21 WB SW8270D 1,2-Diphenylhydrazine ND 350 ug/Kg 1 06/30/21 WB SW8270D 1,3-Dichlorobenzene ND 250 ug/Kg 1 06/30/21 WB SW8270D 1,4-Dichlorobenzene ND 250 ug/Kg 1 06/30/21 WB SW8270D 2,4,5-Trichlorophenol ND 250 ug/Kg 1 06/30/21 WB SW8270D 2,4,6-Trichlorophenol ND 250 ug/Kg 1 06/30/21 WB SW8270D 2,4-Dichlorophenol ND 250 ug/Kg 1 06/30/21 WB SW8270D 2,4-Dimethylphenol ND 250 ug/Kg 1 06/30/21 WB SW8270D 2,4-Dinitrophenol ND 350 ug/Kg 1 06/30/21 WB SW8270D 2,4-Dinitrotoluene ND 250 ug/Kg 1 06/30/21 WB SW8270D 2,6-Dinitrotoluene ND 250 ug/Kg 1 06/30/21 WB SW8270D 2-Chloronaphthalene ND 250 ug/Kg 1 06/30/21 WB SW8270D 2-Chlorophenol ND 250 ug/Kg 1 06/30/21 WB SW8270D 2-Methylnaphthalene ND 250 ug/Kg 1 06/30/21 WB SW8270D 2-Methylphenol (o-cresol) ND 250 ug/Kg 1 06/30/21 WB SW8270D 2-Nitroaniline ND 350 ug/Kg 1 06/30/21 WB SW8270D 2-Nitrophenol ND 250 ug/Kg 1 06/30/21 WB SW8270D 3&4-Methylphenol(m&p-cresol) ND 350 ug/Kg 1 06/30/21 WB SW8270D 3,3'-Dichlorobenzidine ND 250 ug/Kg 1 06/30/21 WB SW8270D 3-Nitroaniline ND 350 ug/Kg 1 06/30/21 WB SW8270D 4,6-Dinitro-2-methyl phenol ND 350 ug/Kg 1 06/30/21 WB SW8270D 4-Bromophenyl phenyl ether ND 350 ug/Kg 1 06/30/21 WB SW8270D 4-Chloro-3-methyl phenol ND 250 ug/Kg 1 06/30/21 WB SW8270D 4-Chloroaniline ND 250 ug/Kg 1 06/30/21 WB SW8270D 4-Chlorophenyl phenyl ether ND 250 ug/Kg 1 06/30/21 WB SW8270D 4-Nitroaniline ND 570 ug/Kg 1 06/30/21 WB SW8270D 4-Nitrophenol ND 250 ug/Kg 1 06/30/21 WB SW8270D Acenaphthene ND 250 ug/Kg 1 06/30/21 WB SW8270D Acenaphthylene ND 250 ug/Kg 1 06/30/21 WB SW8270D Acetophenone ND 250 ug/Kg 1 06/30/21 WB SW8270D Aniline ND 350 ug/Kg 1 06/30/21 WB SW8270D Anthracene ND 250 ug/Kg 1 06/30/21 WB SW8270D Benz(a)anthracene ND 250 ug/Kg 1 06/30/21 WB SW8270D Benzidine ND 250 ug/Kg 1 06/30/21 WB SW8270D Benzo(a)pyrene ND 250 ug/Kg 1 06/30/21 WB SW8270D Benzo(b)fluoranthene ND 250 ug/Kg 1 06/30/21 WB SW8270D Benzo(ghi)perylene ND 250 ug/Kg 1 06/30/21 WB SW8270D Benzo(k)fluoranthene ND 250 ug/Kg 1 06/30/21 WB SW8270D Ver 1 Page 9 of 22 Project ID: NYCDEP EASTVIEW STOCKPILE Phoenix I.D.: C164472 Client ID: S-5 FIVE POINT COMP RU LOD/ Parameter Result PQL MDL Units Dilution Date/Time By Reference Benzoic acid ND 710 ug/Kg 1 06/30/21 WB SW8270D Benzyl butyl phthalate ND 250 ug/Kg 1 06/30/21 WB SW8270D Bis(2-chloroethoxy)methane ND 250 ug/Kg 1 06/30/21 WB SW8270D Bis(2-chloroethyl)ether ND 350 ug/Kg 1 06/30/21 WB SW8270D Bis(2-chloroisopropyl)ether ND 250 ug/Kg 1 06/30/21 WB SW8270D Bis(2-ethylhexyl)phthalate ND 250 ug/Kg 1 06/30/21 WB SW8270D Carbazole ND 350 ug/Kg 1 06/30/21 WB SW8270D Chrysene ND 250 ug/Kg 1 06/30/21 WB SW8270D Dibenz(a,h)anthracene ND 250 ug/Kg 1 06/30/21 WB SW8270D Dibenzofuran ND 250 ug/Kg 1 06/30/21 WB SW8270D Diethyl phthalate ND 250 ug/Kg 1 06/30/21 WB SW8270D Dimethylphthalate ND 250 ug/Kg 1 06/30/21 WB SW8270D Di-n-butylphthalate ND 350 ug/Kg 1 06/30/21 WB SW8270D Di-n-octylphthalate ND 250 ug/Kg 1 06/30/21 WB SW8270D Fluoranthene ND 250 ug/Kg 1 06/30/21 WB SW8270D Fluorene ND 250 ug/Kg 1 06/30/21 WB SW8270D Hexachlorobenzene ND 250 ug/Kg 1 06/30/21 WB SW8270D Hexachlorobutadiene ND 250 ug/Kg 1 06/30/21 WB SW8270D Hexachlorocyclo pentad iene ND 250 ug/Kg 1 06/30/21 WB SW8270D Hexachloroethane ND 250 ug/Kg 1 06/30/21 WB SW8270D Indeno(1,2,3-cd)pyrene ND 250 ug/Kg 1 06/30/21 WB SW8270D Isophorone ND 250 ug/Kg 1 06/30/21 WB SW8270D Naphthalene ND 250 ug/Kg 1 06/30/21 WB SW8270D Nitrobenzene ND 250 ug/Kg 1 06/30/21 WB SW8270D N-Nitrosodimethylamine ND 350 ug/Kg 1 06/30/21 WB SW8270D N-Nitrosodi-n-propylamine ND 250 ug/Kg 1 06/30/21 WB SW8270D N-Nitrosodiphenylamine ND 350 ug/Kg 1 06/30/21 WB SW8270D Pentachloronitrobenzene ND 350 ug/Kg 1 06/30/21 WB SW8270D Pentachlorophenol ND 350 ug/Kg 1 06/30/21 WB SW8270D Phenanthrene ND 250 ug/Kg 1 06/30/21 WB SW8270D Phenol ND 250 ug/Kg 1 06/30/21 WB SW8270D Pyrene ND 250 ug/Kg 1 06/30/21 WB SW8270D Pyridine ND 350 ug/Kg 1 06/30/21 WB SW8270D QA/QC Surrogates %2,4,6-Tribromophenol 99 % 1 06/30/21 WB 30-130% %2-Fluorobiphenyl 83 % 1 06/30/21 WB 30-130% %2-Fluorophenol 72 % 1 06/30/21 WB 30-130% % Nitrobenzene-d5 78 % 1 06/30/21 WB 30-130% % Phenol-d5 76 % 1 06/30/21 WB 30-130% %Terphenyl-d14 76 % 1 06/30/21 WB 30-130% Additional Semi-Volatile Compounds 1,1-Biphenyl ND 250 110 ug/Kg 1 06/30/21 WB SW8270D 1,2,4,5-Tetrachlorobenzene ND 250 120 ug/Kg 1 06/30/21 WB SW8270D Atrazine ND 140 71 ug/Kg 1 06/30/21 WB SW8270D Benzaldehyde ND 250 110 ug/Kg 1 06/30/21 WB SW8270D Benzo(a)pyrene ND 250 120 ug/Kg 1 06/30/21 WB SW8270D Caprolactam ND 140 140 ug/Kg 1 06/30/21 WB SW8270D QA/QC Surrogates %2,4,6-Tribromophenol 99 % 1 06/30/21 WB 30-130% Ver 1 Page 10 of 22 Project ID: NYCDEP EASTVIEW STOCKPILE Phoenix I.D.: C164472 Client ID: S-5 FIVE POINT COMP RL/ LOD/ Parameter Result PQL MDL Units Dilution Date/Time By Reference •2-Fluorobiphenyl 83 % 1 06/30/21 WB 30-130% •2-Fluorophenol 72 % 1 06/30/21 WB 30-130% • Nitrobenzene-d5 78 % 1 06/30/21 WB 30-130% % Phenol-d5 76 % 1 06/30/21 WB 30-130% %Terphenyl-d14 76 % 1 06/30/21 WB 30-130% 1 =This parameter is not certified by the primary accrediting authority(NY NELAC)for this matrix. NY NELAC does not offer certification for all parameters at this time. RUPQL=Reporting/Practical Quantitation Level(Equivalent to NELAC LOQ, Limit of Quantitation) ND=Not Detected at RUPQL BRL=Below Reporting Level L=Biased Low LOD=Limit of Detection MDL=Method Detection Limitl QA/QC Surrogates: Surrogates are compounds(preceeded with a%)added by the lab to determine analysis efficiency. Surrogate results(%)listed in the report are not"detected"compounds. Comments: Per 1.4.6 of EPA method 8270D, 1,2-Diphenylhydrazine is unstable and readily converts to Azobenzene.Azobenzene is used for the calibration of 1,2-Diphenylhydrazine. Please be advised that the NY 375 soil criteria for chromium are based on hexavalent chromium and trivalent chromium. The regulatory hold time for pH is immediately.This pH was performed in the laboratory and may be considered outside of hold- time. Hexavalent Chromium: This sample is in a reducing state. All soils, solids and sludges are reported on a dry weight basis unless otherwise noted in the sample comments. If you are the client above and have any questions concerning this testing,please do not hesitate to contact Phoenix Client Services at ext.200. The contents of this report cannot be discussed with anyone other than the client listed above without their written consent. AU& Phyllis hiller, Laboratory Director July 06,2021 Reviewed and Released by: Rashmi Makol, Project Manager Ver 1 Page 11 of 22 N acc0,9 PHOEVIXC,f, A'S e Environmental Laboratories, Inc. 587 East Middle Turnpike, P.O.Box 370, Manchester,CT 06045 NY# 11301 QA/QC Report Tel.(860)645-1102 Fax(860)645-0823 July 06, 2021 QA/QC Data SDG I.D.: GC164471 Blk Sample Dup Dup LCS LCSD LCS MS MSD MS Rec RPD Parameter Blank RL Result Result RPD % % RPD % % RPD Limits Limits QA/QC Batch 581639(mg/kg),QC Sample No: C164670 40X(C164472) Chromium, Hexavalent- Soil Chromium,Hexavalent BRL 0.40 <0.39 <0.40 NC 103 85-115 30 Chromium, Hexavalent(Ins) 90.0 105 85-115 30 Chromium,Hexavalent(Sol) 101 91.3 85-115 30 QA/QC Batch 581833(mg/kg),QC Sample No:064473 2X(C164472) Mercury-Soil BRL 0.01 <0.03 <0.03 NC 92.7 91.0 1.9 103 87.7 16.0 70-130 30 Comment: Additional Mercury criteria:LCS acceptance range for waters is 80-120%and for soils is 70-130%.MS acceptance range is 75-125%. QA/QC Batch 581564(mg/kg),QC Sample No:C164472(C164472) ICP Metals - Soil Arsenic BRL 0.67 <0.69 1.68 NC 99.2 91.0 8.6 94.9 75-125 35 Barium BRL 0.33 161 96.8 49.8 101 95.3 5.8 87.6 75-125 35 r Beryllium BRL 0.27 0.50 0.43 NC 95.6 97.0 1.5 94.5 75-125 35 Cadmium BRL 0.33 1.54 1.51 NC 93.9 100 6.3 94.2 75-125 35 Chromium BRL 0.33 33.2 24.0 32.2 98.1 93.4 4.9 89.9 75-125 35 Copper BRL 0.67 31.4 24.5 24.7 95.4 89.0 6.9 89.0 75-125 35 Lead BRL 0.33 4.90 5.89 18.4 99.2 91.4 8.2 98.7 75-125 35 Manganese BRL 0.33 373 339 9.60 104 100 3.9 98.8 75-125 35 Nickel BRL 0.33 19.0 16.9 11.7 101 99.0 2.0 94.8 75-125 35 Selenium BRL 1.3 <1.4 <1.3 NC 94.2 89.2 5.5 90.0 75-125 35 Silver BRL 0.33 <0.34 <0.32 NC 85.4 77.7 9.4 86.0 75-125 35 Zinc BRL 0.67 56.7 48.4 15.8 95.4 90.4 5.4 93.3 75-125 35 Comment: Additional Criteria:LCS acceptance range is 80-120%MS acceptance range 75-125%. r=This parameter is outside laboratory RPD specified recovery limits. Page 12 of 22 \�/ `c ,td ACCOq pA PHOENIX C� U � Environmental Laboratories, Inc. 587 East Middle Turnpike, P.O.Box 370, Manchester,CT 06045 NY# 11301 QA/QC Report Tel.(860)645-1102 Fax(860)645-0823 July 06, 2021 QA/QC Data SDG I.D.: GC164471 Blk Sample Dup Dup LCS LCSD LCS MS MSD MS Rec RPD Parameter Blank RL Result Result RPD % % RPD % % RPD Limits Limits QA/QC Batch 581801 (mg/Kg), QC Sample No: C164329 50X(C164472) Total Cyanide(SW9010C Distill.) BRL 0.50 <0.57 <0.57 NC 91.7 98.0 80-120 30 Comment: Additional:LCS acceptance range is 80-120%for soils MS acceptance range 75-125%for soils QA/QC Batch 581722(PH),QC Sample No: C164351 (C164472) pH at 25C-Soil 8.10 8.08 0.20 100 85-115 20 Page 13 of 22 ��O O N A C C 0,90 PHOENIX�ntti� Iz. Ile Environmental Laboratories, Inc. a a 587 East Middle Turnpike, P.O.Box 370, Manchester,CT 06045 NY# 11301 QA/QC Report Tel.(860)645-1102 Fax(860)645-0823 July 06, 2021 QA/QC Data SDG I.D.: GC164471 Blk LCS LCSD LCS MS MSD MS Rec RPD Parameter Blank RL % % RPD % % RPD Limits Limits QA/QC Batch 581737(ug/Kg), QC Sample No:C165084 1 OX(C164472) Chlorinated Herbicides - Soil 2,4,5-T ND 130 80 68 16.2 81 76 6.4 40-140 30 2,4,5-TP(Silvex) ND 130 72 63 13.3 83 77 7.5 40-140 30 2,4-D ND 250 78 69 12.2 83 78 6.2 40-140 30 2,4-DB ND 2500 64 49 26.5 75 71 5.5 40-140 30 Dalapon ND 130 74 68 8.5 81 74 9.0 40-140 30 Dicamba ND 130 80 78 2.5 82 77 6.3 40-140 30 Dichloroprop ND 130 86 75 13.7 99 95 4.1 40-140 30 Dinoseb ND 130 75 70 6.9 86 77 11.0 40-140 30 %DCAA(Surrogate Rec) 36 % 49 45 8.5 51 49 4.0 30-150 30 %DCAA(Surrogate Rec)(Confirm 40 % 52 48 8.0 52 50 3.9 30-150 30 Comment: Additional criteria:LCS acceptance range is 40-140%MS acceptance range 30-150%. QA/QC Batch 581519(ug/Kg), QC Sample No:C164446 2X(C164472) Polychlorinated Biphenyls - Soil PCB-1016 ND 33 84 85 1.2 51 59 14.5 40-140 30 PCB-1221 ND 33 40-140 30 PCB-1232 ND 33 40-140 30 PCB-1242 ND 33 40-140 30 PCB-1248 ND 33 40-140 30 PCB-1254 ND 33 40-140 30 PCB-1260 ND 33 86 87 1.2 51 62 19.5 40-140 30 PCB-1262 ND 33 40-140 30 PCB-1268 ND 33 40-140 30 %DCBP(Surrogate Rec) 78 % 77 78 1.3 53 58 9.0 30-150 30 %DCBP(Surrogate Rec)(Confirm 67 % 70 71 1.4 48 64 28.6 30-150 30 •TCMX(Surrogate Rec) 70 % 72 71 1.4 49 62 23.4 30-150 30 •TCMX(Surrogate Rec)(Confirm 73 % 75 74 1.3 51 60 16.2 30-150 30 QA/QC Batch 581521 (ug/Kg), QC Sample No:C164446 2X(C164472) Pesticides - Soil 4,4'-DDD ND 1.7 65 62 4.7 57 56 1.8 40-140 30 4,4'-DDE ND 1.7 64 64 0.0 51 53 3.8 40-140 30 4,4'-DDT ND 1.7 60 55 8.7 43 46 6.7 40-140 30 a-BHC ND 1.0 59 61 3.3 51 53 3.8 40-140 30 a-Chlordane ND 3.3 60 59 1.7 43 46 6.7 40-140 30 Aldrin ND 1.0 65 62 4.7 50 52 3.9 40-140 30 b-BHC ND 1.0 61 62 1.6 50 53 5.8 40-140 30 Chlordane ND 33 62 58 6.7 46 49 6.3 40-140 30 d-BHC ND 3.3 58 59 1.7 46 55 17.8 40-140 30 Dieldrin ND 1.0 62 64 3.2 52 54 3.8 40-140 30 Endosulfan I ND 3.3 73 67 8.6 57 59 3.4 40-140 30 Page 14 of 22 ZZ to 9l 05ed OC OVL OV Z'8 OL 9L £'Ll 88 1L 0£Z ON auaoejgluV OC 04L 04 Z'6 Z9 89 L,LE 8L LS OEE ON aullluV OE OVL Oil 9'L L 99 EL 6'9 SL OL OEZ ON auouagdolooV OE 017L 017 8'L Z9 L9 t'Sl LL 99 OCL ON auelAglgdeuaoV OE OEL-OE 87 OL ZL 9'L L Z8 CL 0£Z ON auaglgdeuaoV OE OEL-OC 81 98 £6 8'0Z 90l 98 0£Z ON IouagdaU,N-b OE OVL-Ov £-8 L8 88 Z'8L ZOL 98 OEZ ON aulIlueauN-t OE 04l 04 9'9 09 V9 t'Ll SL £9 OCZ ON jagla lAuagd lAuogdojo140-t OE OVL OV l't LL tL 0'04 L8 89 OCZ ON awllueoJo140-t OE OEL OE 611 08 t8 t"ZL 16 £8 OCZ ON louagdlAgl9w-C-wol40-V of Ovl OV C'S EL LL L,9L L8 tL 0£Z ON jagla lAuagd lAuagdowag-t OE OEL of L"SL Z8 96 9'171 COL 68 0£Z ON louagdjAgjaw-Z-0juul0-g't 0£ OVL OV 9'9 tiL 6L E'6Z 16 OL 0£C ON aulllue04N-C OE OVL OV Z'L L 9L 98 9'8C 66 L9 OE L ON aulplzuagaolgol4-,£'E OE OEL of 8'6 89 19 61 99 L9 OEZ ON (losajo-dgw)louagdlAglaW-t'gE OE OVL Ov S'Z 8L 08 V6 68 L8 OEZ ON IouagdauN-Z o£ OVL Ov S'S 90L ZLL 0'ZZ L£L 90L OC£ ON aulllue04N-Z OE OVL-OV 0'Cl ZL Z8 9'6 L8 6L OEZ ON (losajo-o)louagdlAglaIN-Z OE Ovl Ov Z'9 £9 L9 t'LL tiL 99 OEZ ON aualegjgdeulA43aW-Z OE OEL OE 8'6 89 SL Z'S 6L SL 0£Z ON louagdojol40-Z OE OVL 017 Cl 99 LL t t7L Z8 LL 0£Z ON aualeglgdeuojolqo-Z OE OVL Ov O't EL 9L O'SL 98 tL 0£L ON auanlolojllul0-g'Z OE oEL of 9'V 98 68 0'8L COL 98 OCL ON auenlolallul0-t'Z oC OEL OE L'tL 88 ZOL L'Sl bLL 86 OCZ ON Iou9ydojuul0-t'Z OC OCL 0E 61 CL 6L 9'6 88 08 OEZ ON louagdlAglawla-q'Z OE OEL-OE L't LL 1L 0'6 L8 1L OCL ON louagdaolgold-t'Z OC OCL-oE t'6 LL 8L S'LL L8 EL 0£L ON louagdojolgoul-9'17'Z OE OVL OV 6'9 OL SL t'9L 98 EL OEZ ON louagdaolgoljl-S't'Z OE OVL OV O'OL LS C9 t'L OL 99 OCZ ON auazuagaolgold-t'L OC 017l 017 £'OL SS L9 9'L 89 E9 OEZ ON ouazuagaolgold-C'L OE OVL OV L't LL tL L,9L L8 tL OCZ ON 9ulzejpAgjAuagdl0-Z'L OC OVL OV 8'6 89 t9 S'L 69 t9 O8L ON ouezuagaolgold-Z'L of OK Ov C'8 8S E9 8'8 LL 99 0£Z ON auazuagaolyoul-t'Z'L 0E OVL OV L't Z9 99 Z'L ZL L9 0£Z ON 9uazuagaot4owl9l-S't'Z'L 0E 017L 017 81 Z9 L9 L'tL 9L 99 0£Z ON Auaydlg-L'L I!OS - 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I=This parameter is outside laboratory LCS/LCSD specified recovery limits. m=This parameter is outside laboratory MS/MSD specified recovery limits. r=This parameter is outside laboratory RPD specified recovery limits. If there are any questions regarding this data, please call Phoenix Client Services at extension 200. RPD-Relative Percent Difference LCS- Laboratory Control Sample AUL LCSD-Laboratory Control Sample DuplicateMS-Matrix Spike Phyllis hiller, LaboratoryDiirector, MS Dup- Matrix Spike Duplicate July 0 , 2021 NC-No Criteria Intf- Interference Page 18 of 22 N N O D) y 0 N � C r U Q E E m 0 U II C.y N N U X `m d f0 U N N ..« J U yO af N U y c a> m �E o o C U cn N 0 N Q O 7 p N O T C fII f0 Q. 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NY# 11301 y 587 East Middle Turnpike,P.O.Box 370,Manchester,CT 06045 Tel.(860)645-1102 Fax(860)645-0823 Analysis Comments July 06, 2021 SDG I.D.: GC164471 The following analysis comments are made regarding exceptions to criteria not already noted in the Analysis Report or QA/QC Report: PEST Narration AU-ECD35 06/30/21-1: C164472 The following Continuing Calibration compounds did not meet%deviation criteria: Samples:C164472 Preceding CC 630A040-%DCBP 37%L(20%),g-BHC 23%L(20%) Succeeding CC 630A052-%DCBP 31%L(20%) A low"1A"standard was run after the samples to demonstrate capability to detect any compounds outside of the CC acceptance criteria. All reported samples were ND for the affected compounds. SVOA Narration CHEM19 06/29/21-1: C164472 For 8270 full list,the DDT breakdown and pentachlorophenol&benzidine peak tailing were evaluated in the DFTPP tune and were found to be in control. For 8270 BN list,benzidine peak tailing was evaluated in the DFTPP tune and was found to be in control. The following Initial Calibration compounds did not meet recommended response factors:2-Nitrophenol 0.057(0.1), Hexachlorobenzene 0.083 (0.1) The following Initial Calibration compounds did not meet minimum response factors:None. The following Continuing Calibration compounds did not meet%deviation criteria:%2,4,6-Tribromophenol 34%H(30%) The following Continuing Calibration compounds did not meet Maximum%deviation criteria:None. The following Continuing Calibration compounds did not meet recommended response factors:2-Nitrophenol 0.068(0.1), Hexachlo robe nzene 0.093(0.1) The following Continuing Calibration compounds did not meet minimum response factors:None. Up to eight compounds can be outside of ICAL%RSD criteria and up to sixteen compounds can be outside of CCAL%Dev criteria if less than 40%. VOA Narration CHEM14 07/01/21-2: C164471 The following Initial Calibration compounds did not meet RSD%criteria: 1,2-Dibromo-3-chloropropane 21%(20%),Acetone 29%(20%),Acrolein 30%(20%),Carbon Disulfide 22%(20%),Chloroethane 25%(20%), Methylacetate 26%(20%),Methylene chloride 27%(20%) The following Initial Calibration compounds did not meet maximum RSD%criteria:None. The following Initial Calibration compounds did not meet recommended response factors:Acetone 0.057(0.1),Acrolein 0.026(0.05), Bromoform 0.090(0.1),Tetrachloroethene 0.181 (0.2) The following Initial Calibration compounds did not meet minimum response factors:Acrolein 0.026(0.05) The following Continuing Calibration compounds did not meet%deviation criteria:Acrolein 31%H(30%),Chloroethane 35%H(30%) The following Continuing Calibration compounds did not meet Maximum%deviation criteria:None. The following Continuing Calibration compounds did not meet recommended response factors:Acrolein 0.034(0.05) The following Continuing Calibration compounds did not meet minimum response factors:Acrolein 0.026(0.05) Up to eight compounds can be outside of ICAL%RSD criteria and up to sixteen compounds can be outside of CCAL%Dev criteria if less than 40%. Page 20 of 22 10 xN ACCp90If PHOENIX U 4 Environmental Laboratories, Inc. ` NY#11301 587 East Middle Turnpike,P.O.Box 370,Manchester,CT 06045 Tel.(860)645-1102 Fax(860)645-0823 NY Temperature Narration July 06,2021 SDG I.D.: GCI64471 The samples in this delivery group were received at 1.0°C. (Note acceptance criteria for relevant matrices is above freezing up to 6°C) Page 21 of 22 a ) q LLJ v auj Q0� !J9 ,�,, l9 b ❑❑�❑0 ❑❑ � m � o� e 8 to uj p a Y Y- ma .8 1i ❑❑❑❑ sS U. / 0 m �, �1 Z � � m 3 D a3 a3 J W ° F 1 m 8 o � > a° ti c M U. O b a e a 6 J Z D EC EFF NWAPR 17 1011 VILLAGE OF RYE BROOK Pr otection t ire tel BUILDING DEPARTMENT Pro October 8,2014 Ms. Kathleen Prather,P.E. Environmental Engineer Emiiy Lloyd New York State Department of Commissioner Environmental Conservation Division of Materials Management George Schmitt,P.E.Accountable Manager Bureau of Waste Reduction&Recycling,9�h Floor Bureau of Engineering.Design 625 Broadway &Construction Albany, New York 12233-7253 gschmiU@dep.nyc.gov Re: Request for Beneficial Use Clarification Corona,NY 11368 Horace Harding Expressway NYCDEP Construction Project Caro Tel: (914)372-3600 Westchester County,New York Fax:(914)592-0256 Dear Ms. Prather: Pursuant to your August 12, 2014 correspondence with Ms. Ellen B. Metzger of Bidwell Environmental, attached hereto is a summary of data that represents approximately 733,000 CY of soil generated on a New York City Department of Envirorunental Protection (NYCDEP) construction project in the Town of Mount Pleasant,New York (Figure 1). We are requesting clarification as to whether the soils will qualify for beneficial use pursuant to 6 NYCRR Part 360-1.15(b)(7) and the protocols for sampling and data evaluation developed between NYCDEP and the New York State Department of Environmental Conservation (NYSDEC) in 2013. The soil was generated during construction of the Catskill-Delaware Ultraviolet Disinfection Facility (UV Facility) and is currently stockpiled onsite. In order to secure a final Certificate of Occupancy for the IN Facility, the DEP is required to remove the stockpiled soil and meet the final grades previously approved by the Town of Mount Pleasant. To this end, DEP is initiating a construction contract for the removal of the soil. The contract is anticipated to commence in 2015 and is currently in final design. The final design and resulting construction specifications will need to reflect whether soils can be managed under 6 NYCRR Part 360-1.15(b)(7) for reuse in New York State, and must include any additional sampling requirements to support a Clean Fill classification for reuse in NYSDEC Region 1, in accordance with 6 NYCRR Part 360-8.2,or reuse elsewhere in the state. Additional project background and a summary of the data provided to support this request for clarification is presented herein. t Site Location and Hisim y The Catsk.ill-Delaware UV Facility site is an approximately 153-acre parcel divided into two portions by Route 100C (Grasslands Road), as depicted in Figure 2. The northern portion of the site (North Site) is comprised of 86 acres and is located in the Town of Mt. Pleasant, in Westchester County. The southern portion (South Site) is 67.3 acres and extends southward of Route 100C into the Town of Greenburgh, also in Westchester County. The Catskill Aqueduct and the Delaware Aqueduct pass below the eastern side of the property. According to the Phase l Environmental Site Assessment (ESA) prepared by the Joint Venture of Hazen and Sawyer/CDM in 2005, the North Site was primarily undeveloped prior to the UV Facility construction, with the exception of Shaft 19 of the Delaware Aqueduct, the Shaft 19 Water Sampling Station, the historic Hammond 11orrse and access roads. Previously there was a residential dwelling north of the Hammond house. Reportedly this dwelling housed the person who oversaw fanning activities on the property by the inmates of an adjacent work house/penitentiary. The house was demolished in the early 1980s. In the early 1900's the Catskill Aqueduct Connection Chamber(CCC)was constructed below grade with the Catskill Aqueduct easement along the eastern boundary of the South Site. Otherwise, the South Site was reportedly undeveloped "since at least 1938". Between 1953 and 1965, a Con Edison transformer was erected at the northeast corner of the South Site. Subsequently, two small buildings associated with the CCC were erected. One was the Pump Ilouse and the other was the Laboratory Building. Soil and groundwater testing performed during the UV Facility project design phase did not identify any subsurface contamination associated with the facilities on the North or South Site. However, it is worth noting that the septic system at the CCC Laboratory Building was identified in the Phase I ESA as mercury containing. The septic system was remediated under a separate contract in 2007, in accordance with a Special Technical Advisory Group (TAG) agreement. The remedial action was overseen by both the New York State Department of Health (NYSDOH) and NYSDEC. The septic field soils are not included in the subject stockpiled soils. Project Background The UV Facility structure was constructed within an approximately 650-foot by 750- foot excavation up to 80 feet deep, at the southeastern corner of the North Site. Approximately 1,000,000 cubic yards of soil and 50,000 CY of rock were excavated under the CAT-210SP contract to allow for construction of the main facility structures, the majority of which are situated underground. While a portion of the excavated soil was used for backfill on site, approximately 550,000 cubic yards were stockpiled and not reused in the facility construction. Later, approximately 300,000 cubic yards of 2 soil were added to the stockpile as a result of contract work performed under Contracts CAT-210G,H,P,and E. The stockpiled soils were sampled insitu under two separate contracts (CAT 210-SP and CAT-210G). Sampling occurred over four separate events. Chemical analysis included the New York State Department of Environmental Conservation TAGM and Subpart 375-6 parameters at a minimum frequency of one sample per 10,000 CY. The majority of sampling occurred under Contract 210-SP in 2006, within the footprint of the UV Facility structure. DEP later issued an addendum to the CAT-210SP contract to perform additional (i.e., deeper) sampling within the structure's footprint during the spring of 2008. Shortly thereafter, the CAT-210G Contractor performed sampling to the final depths of the UV Facility structure, also in 2008. The fourth and final sampling event associated with the stockpiled soils occurred outside the UV Facility footprint in the fall of 2008, and was associated with excavation for various infrastructure connecting the UV Facility to CCC. Data generated from these four sampling events are summarized in Attachment A. Subsurface Soil and Bedrock Conditions As described in the Geotechnical Report prepared by the Joint Venture of Hazen and Sawyer/CDM in 2006, subsurface conditions at the UV Facility Project Site consist of a layer of locally varying surficial soils underlain by glacial till, decomposed rock and bedrock associated with the Manhattan Schist formation. Surficial soil consisting of a combination of topsoil, fill and/or alluvial deposits, overlies the majority of the site. Reportedly, it was difficult to distinguish between the fill and alluvial soils at some locations due to their similarity. Fill material of variable thickness was generally present in the area of the proposed UV building, and typically consisted of reworked glacial till, with zones of fractured rock, cobbles and gravel. The fill was likely deposited during construction of Shaft 19 in the early 1940s. A significant thickness of fill was also encountered in the vicinity of the Catskill Connection Chamber. In general, the soils encountered during excavation of the UV Facility footprint and associated structures compare favorably with the findings of the geotechnical investigation described above. However, isolated pockets of debris were encountered. The debris was attributed to historic construction at the site. None of the debris was placed in the subject stockpile. Rather, the debris and surrounding soils were segregated for offsite disposal. Prior Regulatory Correspondence It is worth noting that DEP and its consultants were in communication with NYSDEC and NYSDOH in late 2007 regarding the reuse of excess soils generated by the CAT- 210SP contract. In January 2008, the NYSDOH in conjunction with NYSDEC concluded that the 210SP soils were consistent with 6 NYCRR Part 375-1.8(g)(1)(i) 3 "Unrestricted Use", and that it could be reused consistent with unrestricted use levels. Though deemed consistent with unrestricted use levels, NYCDEP decided not to reuse the soils at its reservoir sites, in order to satisfy NYSDOH and NYSDEC concern that the detection limits for several constituents were above the 6 NYCRR Subpart 375-6 criteria. A copy of the NYSDOH January 2008 letter is provided as Attachment B. Subsequent to the 2008 determination, soils generated from CAT-210G contract were stockpiled adjacent to the 210-SP soils. Since that time tip to 50,000 CY of stockpiled soils were approved by NYSDEC Region 2 for reuse on the Ferry Point Park project, as shaping layer material. A copy of the approval letter is provided as Attachment C. Reuse of the soils on other NYSDEC Brownsfields projects will likely be an option considered by Contractors bidding on the contract to remove the soils(CAT-210SR). Data Analysis In total, the 733,000 CY of soil currently stockpiled onsite are represented by 101 samples. As demonstrated in the data summary tables provided as Attachment A, no organic compounds were detected by any of the insitu sampling events at concentrations exceeding the NYSDEC Unrestricted Use Soil Cleanup Objectives (SCOs). However as expected, several naturally occurring metals have been detected at levels exceeding the Unrestricted Use SCOs and the lower of Residential or Groundwater Protection SCOs. These metals include barium, chromium, copper, iron, nickel,vanadium and zinc. According to the Phase II Environmental Site Assessment performed during the UV Facility project design phase, the bedrock underlying the UV Facility project site is the Manhattan Schist formation. 'This formation is made up of rocks containing minerals such as K-feldspars and micas which contain several of the elements exceeding SCOs, including chromium and iron. The metals concentrations detected in the stockpiled soils are considered representative of local background concentrations or the presence of decomposed rock at the sampling intervals, as noted below. The metals are not considered indicative of contamination. Summaries of the heavy metal data and exceedances associated with each sampling event are provided as Tables I through 4. Additional considerations regarding the exceedances are provided below: Barium o I out of 101 samples (0.99%) contained barium at concentrations exceeding the lower of Residential or Groundwater SCOs (i.e., Residential SCO). o The exceedance was detected in material sampled from the bottom of the UV Facility excavation (Sample No. D41SP/0-5). The boring log describes the strata sampled at this depth as "decomposed rock" 4 o Due to DEP project-specific protocol, the material associated with the sample was delineated and segregated for disposal offsite due to the detection of mercury above NYSDEC TAGM. Chromium 0 10 out of 101 samples (9.9%) contained chromium at concentrations exceeding the lower of Residential or Groundwater SCOs (i.e., Residential SCO). o The average concentration of'all concentrations of chromium was 22.4 mglkg. o Two samples (Sample Nos. D41SP/0-5' and Al A31G/0-26) contained chromium at concentrations an order of magnitude higher than the SCOs. These data were generated at the final depths of excavation. The boring log describes the strata sampled at D41SP10-5' as "decomposed rock". The strata sampled at AI-A31G10-26' is described as "glacial till" and "decomposed rock" o Due to DEP project-specific protocol, the material associated with Sample No. D41SP10-5'was delineated and segregated for disposal offsite due to a mercury detection above NYSDEC TAGM. Copper o 4 out of101 samples (3.9616) exceeded the Unrestricted Use SCOs. None of the concentrations exceeded the lower of Residential or Groundwater Protection. Iron o Iron was detected at concentrations exceeding the lower of Residential or Groundwater Protection in all 101 samples(Residential SCO). o The presence of iron at concentrations exceeding the Residential SCO in all samples is considered indicative of naturally occurring (background) conditions. Nickel o 4 out of 101 samples (3.96%) exceeded the Unrestricted Use SCOs. None of the concentrations exceeded the lower qf'Residential or Groundwater Protection. 5 Tanadium 0 3 out of 101 samples (2.97%) contained vanadium at concentrations exceeding the lower of Residential or Groundivater SCOs (i.e., Residential SCO). o These data were generated at the final depths of excavation (Sample Nos. E22 [E-2 DUP] SP/8-22', D41SP/0-5', DI-D41G/0-40'). The boring logs describe the strata sampled as glacial till and "decomposed ruck". o Due to DEP project-specific protocol, the material associated with Sample No. D41SP/0-5'was delineated and segregated for disposal offsite due to a mercury detection above NYSDEC TAGM. Zinc o I out of 101 samples (0.9991o) contained zinc at concentrations exceeding the lower of Unrestricted Use SCOs. The detected concentration did not exceed the lolver of Residential or Groundwater SCOs (i.e., Residential SCO). We trust the information provided herein is sufficient to clarify whether soils can be managed under 6 NYCRR Part 360-1.15(b)(7) for reuse in New York State, and whether additional sampling will be necessary to(1) support a Clean Fill classification for reuse in NYSDEC Region 1, in accordance with 6 NYCRR Part 360-8.2, or (2) reuse elsewhere in the state. We thank you in advance for your timely consideration of this request and ask that you contact Ms Ellen B. Metzger of Bidwell Environmental should you have any questions or require additional information. Ms Metzger can be contacted by telephone at (845) 610-3993 or via email at emetzger( bbi(Iivel1en%,irt)ni23ental.cam Sincerel George Schmit ,P.E. cc: Kenneth Brezner, RMMS,NYSDEC James Lansing, RMMS,NYSDEC Steven Parisio, Solid Waste Geologist,NYSDEC Syed Rahman,RMMS,NYSDEC George Heitzman,Bureau Director DER,NYSDEC Carl Pannuti,NYCDEP BEDC Daniel Sheeran,Hazen and Sawyer,P.C. Richard Fahey, Hazen and Sawyer,P.C. Ellen Metzger, Bidwell Environmental 6 4U� I IMUrlea III /✓� 5 kl !I it v: 1 ac ' z� Am r _ 2 Syr j f ! �P.• i� ',� i A lo It A`F ;tern I Penit nti rY j I; 100C '' Site Locations t ,,,•-- - i i. rt3sitOlners MArFae Manor` , Nil .'._. ��--i':i \ '-v - �.�a_• O��M�IL R I: � A� �~fR�OGf �� ~! 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V V V V V V V V `J V V V V V V V V ''v 'fit. ;SGl '� ° - <^ sao m acx xxxoo oo- -��mxx P m x P :ay v v v v v v v v v v v v v v v v v v v v V V V V v v v v v v vci v v y »• C U =' I N CI N N-N N N N N N N N N N N�N N�d d N N N N N C1 T C V Q Cl Cl C!N N N N fV N fV fV d p tV fV N N fV C Ca o V V v v V v v v v V v v v V v V v v v v v v v v V V v v v v v v v u 8 y N? ?. �^� C H v v v v v v r v v v v v v v V � / V V v v v v v v 8 o 9 _ u ° q u N tV fV lV fV CI lV fV fV fV(V N lV N N fV lV[V N O d v v v V v V V v v V v V V V V V v v V v V V r i V .° oaa ,o � o ,c `V H N N N N fV tV N N N N N fV N CI N eV N N N r - - v G O U v v v v v v v v v v v v v v v v v v v v v Y U U >5 8 v:OU y V q N C 9 Yi y m W N�} o863 C7 < 3 u u@ Y, ? I ° 5 E .`c z o� °�— { c s �.. � p $o ° 7 z E 8 0 - - ` = - = _ 3 v c p - o c O g u E _ - - _ - - _� __ `- = c - _ c a r� ° $Z o 6 pE 4 Q z I< _ _ _ _ Z 9 d 8 G Z 88 Z Z,ZdC.o.$XXX Z a8o Z$000a��$aEa� 8$8 v Y 'C � ,nZ - � n-a c' ZN NX_Z _Zr _ZZQZX^� � 'o p aC c a a C L '* -oa u caaaa a a a as aaa a a z c E 8 2 n ` =cys88 � 3 qy �8ga8 $ � �8 � s �8 �88 c° 0Ln'nY .1 u"_^i3-_¢ln w I— lug-'0__''g07u"^uu^ 0 0 0 0 0 0 0 C V Z X Z Z X Z X Z Z Z Z Z Z Z Z Z Z Z X E `o N x xx xxao xxxxxao aox_rxx x x xxx xxxr x11-�rao xxx Q & y w N v _,�_ _v v v v v v v vV v V V vV V V V V C U s F Ix---x x--aox x ao ooz_I x -x x x x x__.o _xxx.°x-x- Q c A e o V V V V V v V v v v v v v v V v V x v v V V V v V v V V V v v v v U m ti r? = L Y - �' « eNeva v, ae a -raa .r -+ xeav v -rt e�rxawer xe _ yc E Fe- `c° 9 u N N p eV N Y / y E U f = o v v v v v v v v v v v v v v V V V V v V V v' / V v v v v v v E y a s Q g co_a r y v V V v r v V V V V V V V v v •✓ v v v / 1: v v v v v r 7 $ Xyy O p a v' ce .�•7b Vry�a.m. ? - - - x x x x »zoo- - c mJ€ a CU ? r U f U L•ZAA tail so: V V Q% C Q Q N N N N N N N N fV IV N N N Ni1 O N N N f /V N N V N N O a y 1 V V J V V V V V J V V V V V V V '/ J V V / V / V V V y C t C y 0 Y E E e F e v E L H U ?P P P P P P P P P P P P C gg 'bnn IV IV IV ei I IIII IV nn� n .• .v ri n IV nn sir n n.ri II IV IV Q 2 v v v Y V V v v V v V V Y v v � � ✓ v v V v v V v v v v v V V V V v e e C �rri riry ri ev eiei ri ri rirvrv-ervNrrrvNrvNNrvwHrvri e,iervN v O iss5 $ �`O v V v v v v v v v v v v v v v v v v v v V V V V v v V V V V V V V v �Et 9 eJ 3 ;t r 9 DR 1O"m'4m.m.m.°.° .m.p N.°.°�°.0 O O.O .O.0.O N.O D O IL ry.O N N N N N eV N N Y.N N N N N N N N N N h eV N fV fV Vi fV fV tV v O pp f J V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V ee C O mN ' N Z S rh 0.$ "E E 3 _ E N x 4 J•d O.� n O e e ° � O x y y y x = a x x o a r i C E. o" c a-, sc o m yc ° °yam gt r y i �s E.`-'s$ E� Y� o_og &s r'• ' c c$ y`� L- Ix $oe e E s 2,L- —th _ _ - cO ___ _ __ _S S l 7. _ _ _ '� J _ _ _ _ _ _ _ _ _ _ _ Z Z 1e Y• .e x L = Y a a x a � � � u --aaa. g $ a. aaaa � an. aa aaoaaaa � aaaa C W Z Z Z IT =Z Z Z Z Z Z Z Z Z Z o Z Z - Z z z z z z z z z CLL�.. L •6 � U i U 'o = •o � � •v •v � � •o c 9 ¢ •c � u u u u u u u u u u u F' o a $ �+ ^._ ._ ._ p ._ ._ AAA •_ � A '=' '_ A A .`-' '_ A o o i •V.V, E a '' 7 Q:—O x— 7 uc W aM v a .j Lu W w.A. O gO w aen O m Oc'f M p p $ aO o 0 C Fi o o O- `r o o Z 0^ o COr1 0 0 E xu z z z z z z zz zz � po p pp p pp p p p p p p p h ~ P T O• T S T O• °� P O. P O• mo m M O^ g T O O N O 0' 1 8 M M M M M M M Vf M N N w d M M M M M M M M eivvvvvvvvvC�' vvvv "IvIvvSvvvr, Vvv7 � a m 9 � y y N u a O z w Insufficient sample was collected for analysis due to shallow bedrock. c '> o O ` Z y � p p p p 00 � p pO� °• O� �D S O O� O T N u`e� E U O g MMM p~ m 8Oe c M M M M M M M M M M M M M 7 M M � VY M N M �O C C O u w y, v v v v v v v v v v v v v v v v v v v v v v v v v v v o 0 ^ � V O O FF v' s N O• T P T P ? T T T T O�� CC M M M M M M M M M M M V1 — yvvvvv � vvv � vvvvvv5vv5v � vvCvvv a ° = ° MF drz` '"1 °� Z " o z CL V U A a c w v v v v v v v v v v v v v v v v v v v v v v V v v �. O w e 000 ^ 000000 ^ 00 0000 x x x x x 8 x x x x x x x x M o 8 g Z A Q W M M M M M 8 M M M 8 M M M M M M M N N M �O _ T C �^' �-• 7 a V V V V V V V V V y V V V V V V �y V V V V T • v V V V V V C w 02 o. = E ° N o a 0 O a c E U U � 00000 000 ^ o 000000000 � oo ^ off ^ � � $ a, u U N � r � rrr` grrro r` rrrt� MM ,.I ,.l � g r` �tor` y •p •o r 0 M M M M M M M M O M M M M M M M Vt M N N M Vl V G EJ z avvvvvVvvvVvvvvvv VvvvVvvVvv wggg e w � 0 $ $ 0 $ 8000g $ $ $ $ � � � 000g � 0 -, -• 00 � � � z a ¢ J M M M M M M M N M M M M M •Y •'^. M 7 h = M N N M V1 -•• G V F F F y v v v v v v v v v v v v v v v v v v v v v v v v v V L V 7! � V D •C C G 0 •p V p 7 7 � 1 •O �O �O �O �O S_ M �O �O $ `O �O �O D •O MO M M M M M M M M M M M M M M M M M V•1 CCI N .°. �— O• V V V V V V V V V u V V V V V V V V V v V M V V v M V V �v ° �• �. fA V G q d e 8 O O ~ o E m O > > t C7 W E 41 u u u u o o u u E E E c CCl CC u V O C V V U U p to u CL 'S V� r0Vo L7E 7CE �KVE e.Vcc tUc � L5� o_� Z Z= �, ��-, - E _ = c .Vc• ._e _II L«ol CCCL V i) rVu3 aEtSL oo ue ro s � 0 0 0 o0 = r sn ° NL L r stu ao ` EoeoaF F z E v ° r n ce° Ya5oo =R5op 11 `g3 Z .00] CrC1 � Z Z c AA0. II O 4 rl N N rl rl rl rj N r! rl rl rl rl •+' •+'. r+l 1 4 zZ t: — g pp 8 fl a.^ 6 1$ [O 6 ^ O L 6 6 H 0 O 6 L vn �N�8 $ �ggzzzzzzzR�^zzzz`zgo"zz`zgz_'zzzzm �g`z� z $•y c� E�9 �y� Er °� t t Y O'a dy d 3 C = 55, 6:u"y:i�3,n•�'v `o,o - e:n'�i yn �i:�it ° E o;�A y ~ucG Tim Nz°iz° i iz"2 Z,- Z. Z. > � g c �d8 'vvvvv8r8RRRR$$8 evo v v v v v v v v v v v v v v v v v v v v v v v v v v v v v v vv v TITT v ;° c E y 8 A E rE W � r i m Insufficimt sample was collected for analysis due to shallow bedrock g _ 7 — V - C L m a v v v v v v v v v v v v v v v v v v v v v v v v v v v^„'v v v v v v v v v $ F' — Q v v v v v � � S v v v v v v v v v v v v v v v v v v v v v v v v v v v v v v v v v v v v v v Z <E 8 O € c m y y &5 e y v v v v v v v v v v v v v v v v v v v v v v v v v v v v y v v v v vvv v z u 9 v y t v v v v C a°am� m m mcm nnsaoaocco�mn nnm°o ° .6��g�n n n v n 8 n n-v n g n n n n n��`��8 Iv�I�n n n o e g r O y v v v v v v v v v v v v v v v v v v v v v v v v v v y v v v v v v v v v 0 oa,v vvvvvvvvvvvnvnvv - vvvvvvvvvnvnvvv ^vnvvvvvvnvzv g m y gSgggS ��$ S3a� g$vvvv 5€=_-- G 7. E - n v v v v v v v v v v v v v V v v v v v v v v v v v v v y v v v v � v v v v v r$8e {j h vvvv v v v v v v v v v v v v v v v v v v vvv v v v v v v v v v v v v c C = Z a a O _ 2 le tIS A -E .L E _ _c 'a�rV '_ _m g oz Za c = = 2 x as 8 c E - =��sLt55fi5H5= ��zfz - « n 4 N '6 ^ m - Y Y - q� �1Q� " -z-k z a �,?a,0 ate, ,� QG v z G n.O ��Qaaa aGGa u1� -tZ'°ZZrMI,MMNZ„MPZazz"'z?�I�I-z z_Qzz zz = r M z =� t w w _ E 4A W W W W W — W Q � W �_ — u u u �uJ p u •O y u L O O O O O ? 7 Z O q 1� O Z Z Z Z Z Z Z Z Z y u c 2 p p o �°�D iqr �O��O�NOP�O �1 � �D — ——y v v v v v v v V v v V v v v v v v V v v V V V v V V v v Z C = y y y u j O 6 N O > `J C L C Insufficient sample was collected for analysis due to shallow bedrock c `" q a. m O v tc cu c E a E - _ S E fV .�pp p _ o o S C C C L 4 N M r��f P a n1 ni n1 Y1 �e`U oo P vJ?L eN+f eN+l JNn r'+Ji— C = O P A e = w y v v v v v v v v v v v v V v v v v v v v v v v - v v v O _ wNnn77 v ni��N�°�pnp.. v NTro 'O m nln ,o � In F�� Z ° y a C O y v v V V V V V V V V V v y V v v v v V V v V V V V v V v v Z - C C C U 3 E an d O ; y O' x "w w `•N my�-ninim v v vi— v r' C L _ O w y v V V v v v V v 'V° V v v `/v v V V V V V v v v V v V c - G�--__Imni--h-�vri-,Q,1-'^N-MM-MM---- v z � � o � u — y V V V v V V V V V V V V v V v y V v V V V V V V V V V v v Z ti Fuu C E i = r E 'Q pp pp z ° Gp• �N N-_ v M M N D M r m y v v v v v v v v v v v v v v v v v v v v v v v v v v v v _ > Ou o.y7 c m 2 y > " " ' b _ u E r s Y� � � dFF , �orv .° �"J x.pNNaNr _ "' '°� � C = c c C .�; r; P E 44 v v v v V V v V V v v V V v v v v v v v M J M n ,✓ v - 7 _ £ E z F$r.a E_ E ue u E to '^ To 8 M E o0o M.n.o �o4 ,°� °,=,1?,n� °� QN ,o M.o� $ G `00 v v v v v v v v v v v v v v v v v v v v vvv v v v v v v z O O W "3 s c Vui s 9 E _ u £u �Ou c v'� m C C C J -`o � c 1551E >> - oCCC G O=s E_ ° = E .Ec- .-_ Ibd'agam= m 3 " c cm " IeaW WWW ==r = - - � zZ z_'i me� ;�xT 3 c 'L V a •V 0. •� Y 1 1 '� N v 0. '� 0. O 0. 0. "'p 1 v G. 1 r. 0. V O •p U ' E Z Z M r N Z o Z ^ Z Z $ z �^ Z N Z Z N Z a u.. o °° A Oa u o s m e e E yW CI m AGO Imy = m m Nm L L a fn CA W W •O !/1 � OS ea LO vJrno O ;n ov� �nv� . ° c` w CO ae z ¢ q u pp u 8 u u u •c h VI C S � p .-. O � 1 � � N O 9 p Q n 8 C C L E p g N b ^ h ib `�+ h IQ h O �_ N M rn• 't0 x o 'e0 S yp, a y U M1 u CM ¢ o ¢ ¢ ¢ = P W coo U Z Z N O x Z Z Z U u c h 1 "' � O N n �• O � � r• — S 7 � S N b S � o. 7 �° C C O > C O a W y N V V N Ov vR O N x o� M x v — — �O r O > Q E c� v� c U a ti p U � � y 0 Y D a N u E C O d W Insufficient sample was collected for analysis due to shallow bedrock s c Q a u rn E y y a u ° u u z 0. W y ° a N GG x M p V1 Q p M b O� �° 1� M r v'1 Vf M T V V N ^' Ov S M — O — rl Ov M .O V O v N i Z x 0 p o c c e u c o '3 m � t, W v 5 ram. F V y 7 W N p N v V yO ae. V1M v C rppU yr E C T M F U 3 •� a a'E .3 181 = G Q N N 'O O N eM�1 `-' V °• b D\ S N 8 x M M C ems+•' h r x L .� 88 O e y „v '" � oo °;c � eo; - c_ ,x,' o_ NoxN v o - v o '^ r, a s .� o �. •� � W cc y t o 'ui 2 u u 1•' tu. ¢ Y a o % c F C ° E ° o x x x 10 T O e} Cj N �p N 88 �p O p x 10 O x z x x e+,, C �V" y �_ ••n-' C Ne+jOMnv1 ONx80 MO v1 4 O E 7 u �" ', c •O G Q ob p t� �G OC M O vl `O M 7 �G U O V ea V V N O O ".j v ? O1 N� m o;_ M O; v ^JV •-• V O x v^ m N pp G V V rn O O y C O a V fn O U � � ¢ Q ?M O D\ O O > C _ V V z V V N V v v V v v v ^ E c 9 C � u u u v1 u 9 •u E O O o O 3 3 r M 00 S '� p — N e+N1• � R O M N � T � T � — O x � � vi � ,� J O R p M T W m is O W •T c r°,� 0. C y T O v N V N V1 Vl�O a N v ^• N V v V v "1 `7 K ° O a 3 3 y 0. E V O m d � 0 '0 a, AvvivVisU �O o N S x N t` S v `� v1 v O x V1 v1 x rr• d =d t'..' Z cc rA v r p p r p vi O: r! N p O n p M M p O e^ 3 7 7 U 1p p V �- V 0. v �p v v 7 v V P N v �- N 1/ v V V v N N y O V A O O• V C. C� m a a E w � t,7 �• 7 V V > V O JJ o L yE a «°. su •o O ° E � UU c t a um ° 3 u � V h y A20 _o a E > > E m u Y �'- E U .2 a Z y ° ° o d •e o = EE ._ e O E �' � � z � mm 2 � � � � a vn � � > .: Zv�iZ Zl= ri vv N o � oo CL\N9\14\14 1_.1 SIC PIAM .-ST,$,.,M 3_.10_0a� A ze lox Ar 1"j . ............. all .0 .......................... 0 L r su cc 1, T IN Z>N, pi (OD >z F j M 0 8 R ty a R �i R A R F A � F F 9 w7 w V G d � Qo I � ®� gwoogg000.q000, qryon - y F 9 - � TABLE I VOLATILE ORGANIC COMPOUNDS IN SOEL SA,NtPLPS CON'TRACf CAT 210-G SkauskarECCO IIUl.F.Whka,A Mat Vcntort CaUM11 and Delaware UV Light Diatitfectloo F.dLity Moans Pleatu4 New Vark Page 1 ot2 Saampte Destyhuatlaq Dtplh&Rnelt(uglkg) TA GM 04046 CY1Uria NYCRR Pan A! C Da tltatm Rcomm ene Svo 3 A-00/ B-11GI C-ItG1 C-I11(il D41SPI D-UG EVG/ Cfeampatl Unrfid Ilse Pvsameter 10-11, 4-1i' 940' 9.10' 0-1' S.6' 1.1' Cliterit ) 1,11,2-Tetmcblonxthant <5 - <5_ <2.7- <2.) <21- <5 <2.7- None Established NP 1 t 1-Trichloroethaec 8 <5- 45 - 12.7- <2-3- 12.2- <5 <2.1- goo 690 1121-Tetrichknxthane <5 - <5 <2.7- <2.3 <21- <5 -1 <2.1- 600 NP 1.1,2-Trichloroame <5 - <5- <2.7- <2.3- <2.2- <5- <2.7- No Esubl hed NP I,1-Dichloroethane l8 <5 - <5 - <2,7- <2.3-- <21- <5-- <2.7- 200 270 I,1-Dichloroethme 8 <5 - <5 '� <2.7 <2.3-' <21 <5- <2.1- H-1 330 I,I-Di:hloro o c <5 - <5 <2.7- <2.1 - <2.2- 15 - <2.7- Nont Establulrel NP 12 -Trichlorobetvcoc <5 - <5 <2.7 <2.3 <22 <5- <2.7- None Ettabltshal NP 1.2.3-Trichloropr2e&sre <5 - <5 <17 <2.3- <2.2- <5 -- <2.7- 400 NP 124-Trichlorobcmroat <5 - <5 <2.7- <2.3 <22- <5- <2.7- 3400 NP 11A.Trimeth Ibetume <5 - 15 <2.7 <2.3- <2.2- <5- <2.7- Nano Established 3 600 I •Dibromo-lrhloropane <5 - <5 12.7- <2.3- <2.2- <5 <2.7- None Established NP 124)icblorobavme 8 <S -- <5 - <2.7 <2.3 - <2.2 <5 <2.7- 7900 1100 I -Dichlotoetbane <5 <5 - <2.7� <2.J <2.2� <5- <2.7- IW 20 5 1,2-Dichloropropane <5 - <5 <2.7 <2.3 <2.2_ <5< <2.7- 1 Notx Eaablidxd NP 1,75•Trimetb iben ere <5 15 12.7 <13- <2.2- <5 12.7- NoneEtablisbed 9,400 13-Dichiorobeaussc B <5 <5 <2.7 <2.3-- <2.2- <5- <2. - 1,600 Z400 I3-Dichloro ane <5 - <5 - <2.7- <2.3 <2.2-- <5 <2.7- 300 NP 14-Dichloroleemenc <5 - <5- <2.7- <21 <21- <5'- <2.7- A 00 I800 -Dichbro ro arx <5 <5- <2.7- <2.3 <2.2- <5 12.7-- None Established NP -ChlorofoWenc <S <S <27 2.3 <21- <5- <2.7- Nooe EMhlishel NP 2-Hexanone <25 - <25- <13 <I 1- <11- <25- <13- None Establistxd NP -lso hctu<ac <5 - 15- <2.7- <2.3 <2.2- <5-_ <2.7- Nate Extablished NP Cblorotoharne <5 <S <2.7- <2.3 <22- <5- <2.7 No-EmbliRxd NP Meta I-2- tanonc <23 <25 <13- <11 - <1 I- <25-- <13- 1,000 NP tx.oee <50 - <50 <so- <45 - <44 <50- <50-- 200 50 bnitrilc <10 - <10- <54- <4.5- <4.4-- <10- <5.3- NP NT me <5 - <5 <2.7- <2.3- <22- <S 12.7- 60 60 romoberueoe <5 <5 <2.7- <2.3 <22- <5 - <2.7-- None Established NP romoehloromethane <5 <5 <2.7- <2.3 <22- <5 - <2.7- None Fsablished NP Bromodchlononethane <5 - <5 <2.7- <2.3- <2.2- <S-- 12.7 Nme Established NP Bromoftim <5 <5 - <2.7 <2.3- <22- <5 --- <2.7- Now Estshliibed NP Jirwrromethax <S 15" c2.7r <2.) <22-- <S - <2.1 None Fatahlished NP CArtOn Disulfide <5 - <5 <2.7- <2.3 <21 <5 <2.7=11 2700 NP Leveed: NT)=Nme Detected NP-Not Published Nam I.Samples were obtained by GWDesigrt,Inc.of Middlebury,Cortnectiau and analyred by Phoenix Ftivironmcatal l,abaratories of Manebtster,Connecticut.Disetct,,samples were owixd and pmmed in wcorda-a;e with EPA Melbod 5035. 2.Recommended Soil Cleanup Objoe ivet(SCOs)and Fa.nem USA Background Concentrations am specified in the New Yort Department of Eri ooroenUl Cvn atinr s,'Te,chnical and Adtniniuntivc Guidance Memorandum 04046 or TAGM. 3.The SCOs for unrestricted we were capped err a maximum value of l00 ppm See Tedtniul Suppmr Doctrrowt(TSD),seuion 9.3 4.For cotvtituents where the wlculatcd SCO was lowerthan the conowl required qumdtarion limit(CRQL),the CRQLis used u the Track 1 SCO mil- S.For wratimcnis where the cakuleted SCO was lower than the rural soil background concemzatiorti as detenmioed by the Deps.enmt and Department of HuPb m al soil s: ey,the runt soil h-Agmund oomcentraliou is used as tbt Track I SCO value for this use of the ate. 6.Highlighted is in txce is of 6 NYCRR Put 375-6.8 Utuatricled Use Criteria 7.The SCO for this specific compound(or family of compounds)is considered to be met if tht analysis for the total species of this conuminant is below the specific SCO. 8.Protection of ecologjW ttxeuras SCOs were not developed for contemioacts identified in Table 175-6.8(b)with'NS".Where such coraamioane appear in Tahle 375b.8(a),the applicant Tray bo taivua]by the Dcy¢rtntrnt to takulase a ptoteUim of ecological rssoufets SCO according to the TSD. 4<laGPTTT N(rvl a�n t�.rL rL.Tait. TABLE 2 VOLA'MLE ORGANIC COMPOUNDS IN SOIL SAMPLES CONTRACT CAT 210-G SlsanekaJECCO 111/J.F.White,A Jelat venture Cankill■ad Delaware UV L41tt Dlslefereton FaMUty Mount Pkannt,New vorte Per 2.172 Suapk Dcrlgias&o,Dtpth&Rcalt(-z/W TAGM 04W6 CrNMa NYCRR Pan QAJQC Du lleatea Rmetnmtaded Sell 375-6.6 A-11C1 B-17G! C-IfG/ C•111G,r D41SPI D-MGI E41G1 C3sanup Objt<tfve IhuasRkted Use P►nmeter t6tt' 4S 9-l0' Ss-IG` 0.1' S-6' 0.1' Criteria Carbon Umxbloridc 8 <5 <5 <27- <23- <2.2- <5- <2.7- 600 160 hlorobenzeree <5- <5- <27- <2.3- <2.2- <5 <2.7- 1,700 1.100 'hloroethene <5 - <5 i' <2.7 <2.3- <2.2- <5--- <23- 1,900 NP .hlurofuaa <5 - <5 - <27- <2.3 <2.2- <5- <2.7 300 370 is-1,3-Dichlor r <nc <5 - <5 <2.7- <2.3: <2_2 <5 0-2.7- Nose EstablishW ibrurn-Woromcth- <5 - <5 <2.7 <2.31 <2.2-- <5-- NorteEsublished NP ibromoetlune <5 <S <2.7 <23- <2.2- <5 - Nose FstubEhed NP 'bromometAa^< <5 - <5 - <27- <2.3 <22 <5- None Esublished_ NP ich:orodi0uorometh►ne <5 - <5- <2.7- <2.3 <2.2- <5-- None Fstablished NP th Ibemen< B <5 - <5 - <27- <2.3 <2.2- <5- 5500 l000 icrscblorobuudiett 8 <5 <5 - <2.7- <2.3 <2.2- <5" None Psublisbod 330 3opropylh-eme <5 - <5 <2.7 <2.3 <22 <5�- Norse ButbE,hed NP A-Xlrnc <5 <5- <2.7= <2.3 <12- <5- <2.7- 1,200 NP 1<th I Ethyl Ketone <30- <30/ <16 <14- <13- <30- <16-- 300 120 feth l e-bu l ether E 8 <10 <10- <5.4 c 41.5--- <4-4_- <10- <5.3- None Esublishod 930 te• lenechtonde <5 - <S- <2.7- <2.3- 122- <5- <2.7- 100 50 L thalene <5 <5- <2.7� <2.3- <2.2- <5- <2.7- 13.000 NP •B Ibrnz"4 <5 - <5- <2.7 <2.3-- <22-- <5- <2.7- Nose FsublLled 12,000 -Pro Ihemrse 8 <5 <5-� <27-- <2.3� <22-- <5- <2.7- None Faublished 3,900 X"t, <5 <5- <2.7 <2.3 <2.2- <5- <2.7 I 00 NP -La Itoluena <5 - <5- <17 <23- <2.2- <5 <2.7-- None Fsubllshed NP B Ibcsaene 8 <5 <5 i <2.7 <2.3- <2.2- <5 <2.7- None Eavbbahod 11000 <5 <S- <2-7 <5- 12.2-- <5- <2.7- None Fsteblishcd NP crt-B Ib<nzem 8 <5 <5/ <27- <2.3 <22--- <5 - <2.7- Nonc Fsubhshed 5900 machloroethene <5 <5 i <2.7 <2.3 <2.2- 15 - <2.7- 1.400 1-W tv hdrofuran <10 <10- <5.4- <4.5 <4,4- <10-- <5.3 Noce Fstebb hed NP oluene <5 - <5- <2.7 <23- <2-2-- <5- <2.7- 1,5()0 700 Total X eas <5 <5- <2.7 <2-3- <2: <5- <2.7^ 1200 260 s-1,2•Dichlomethene <5 - <5- <2.7 23- <2.2- <5- <2.7_ None Established 190 s-I S•Dichlo r ne <5 - <5i <2.7 <2.3 <2.2< <5 - <2.7- NoneFstablubed NP -14-dicldoro-2�srtrne <10 <10- <5.4- <4.5- <4,4- <10--- <5,3- None Established NP richlmoethene <5 <27- <2J- <2.2 <5- <27- 700 470 tchlorofluoromethane <5 <5 <2.7- <2.3- <22- <5- <2.7- None Fsubb abod NP riebtomtrifl-meNar:c 113 Freon <5 - <5 ' <2.7 - <2.3-- <2.2 <5 -` <2.7-- Ne ne Established NP in chloride 8 <S -- <5 <27- <2.3- <21 <5 <2.77 200 20 70TA[.v')Cs ND ND ND ND ND ND ND 10000 NP Lt>.m& ND-Nonc Detwed hY-Not Published Hops: L Samples were obtained by UmDesigq Inc.of Middlebury-Comccticvl end anelyred by Phoenu Fmvrmnmmw l bors ies of Maro:hmler,Conrccricut.DLscsebe-Vici was otuoul end prr-od in accordance wish EPA Medu d 5035. 2.Recommended Soil Cle"003;ecrivn(SCO.)aed Fsstem USA Backgound Caneeatntiaau tre peofed in the New vertc Deparumi of Environmental Conservstion's,Technical and Admirtisoalive Guidance Memorandum N4046 or TAGM- l.The SCOs for sasresvitt<d use were eeDpW at a muimum value of 100 ppeo.See Technical Ssrppon Doa m.t CFSD),-;ii.•ses 9.3 4.For cortahtunts where the"k-Waied SCO wer iov<er than the cantmct mgwmd quantiutian limit(CRQL),the CRQL is used as the Track I SCO"I- 5.For eon,6-ts wMe,J a celcWtsted SCO-lower than the rural soil baekputuul co-ntnrion,u der-ined by the Depervr<nl and Deput-ri of Hulth rural soil survey,tm Waal soil backpound cr mhation is uaW u the Treek I SOO vslue for ibis we of the site, 6.Highlighted is in tacecduwc of 6 NVCRR Put 375-6.9 Uruomcurd Use Cdwn. 7.The SCO fur this specific compound(or(unify,of compounds)is comedved to be me if the eaelysis for the tnral species of this contentment i is below V,e sped 6:SCO, 3.Protection of ecologiul resources SCOs wen not developed for eonumlnanti identified in Table 375-6.8(b)with"NS Where surb contaminates appear in Table 375Sb(.).the nppl iczrsr may be regw red by the Dcp rt n f to calnilav a protection s,f ecological nsou et SCO sxording to the TSD. TABLES SEMI-VOLATILE ORGANIC COMPOUNDS&TOTAL PETROLEUM HYDROCARBONS IN SOIL SAMPLES CONTRACT 210-r SlucskWECCO HI/J.F.Wlsdt.,A Joint V—NI. Catlhill aad Delaware UV Llgbe Didtsf,<tiots Eae➢5ey Mowt Pleveny New York Peg,I of 2 Sam kDeoiguitItia,Dmtb lstenml&RmIt TACM*$M N 'D t" Crlleru NYCRRPert CII7C2V Rsmmmesrdrd 375-6.8 AI-AVCl BI-"Q CIJCLC3fG Cl)!C DUSPi D1.04lG ElA-ESlG Soil Cleared Unrestricted Use Panosemr 0.26, 4-29, 3-23' 3-23` 0-S 0�0' OJ4' OD e,dve Criteria 1,245-Tetr"1orobx a <380— <370-- <370— <370— <400 <360 <380— None Fstablished NP t 4-Tnchlorobenxene <380— <370— 1370— <370—. <400-- <380— <380— 3,400 NP 124)ichlorobenune <380— <370-- <370-- <370— <4DO <380— <190— 7900 NP 13-Diehlorobenrene <380--- <370 <370 <170— <400 <360 <380— 1600 NP l,4-Dkhlorobenune <380-- <370 <370" <370 1400— <380-- <J&0- 6500 NP 4,5-Trichl hest <100— <100— <100 <100--- <100-- <100— <too 100 NP 46-Trichl heml <390 <370— <370— <370-- <400— <390 <)W- Non,Busthshed NP ,4-Diehloro enol <380 <370— <370 <370— 1400— <3150— <380— 400 NP 2.4-Dimeth I ti—I <380— <370_. <370 <370— <400— <380-- <380— Noce Established NP 2,4-DmiW hcnul <2001— <200 J--- <2MJ— <2001— <200 1 120 J <2001 200.,1,ML NP 4-Dinitrotoluene <380— <370— <370 — <370-- <400— <380-- <380— None Fstabiished NP 6-Denimototucsec <3"i <370— <370 <370— <400 <380— <380— 1000 NP -Chlotooa Nh.lcac 1380-- 1370— <370 <370— <400 <380— <380— None Estebished NP -C1tl I <380— <370 <370— <170— <400 <380— <380— Boo NP -Meta __ hdWmo <380— -370- <370�' <37D— 1400 <380— <3W 364D0 NP 2-Mmh I brn I o csol <330— <330— <310-- <330— <330— <33 <330— 100 or MDL 330 4 -Niboani➢ne <430i <430 <430-� <430— <430— <43O <4J0— 430 or MDL NP -NiDo h,nol <330-- <330 <330 <330— <330— <330-- <330— 330 or hfDL NP 3A4-Meth henof rode t <330— <330— <330 <330•-- <330 <330— <330-- None Esub➢shed 330 3,3'•Didtlorobr>uidiac <450 <MO-- <440— <450 <470— <46D= <450— Not Available NP '3-Nitromilme <500 <500— <500— <500— < <500— <5 500 tw MDL NP ,6-Dis itro 2-meth I of <1,100— <1,100 <1.100— <I,100— <1400 <1100— <1 I None Pstablubed NP Bmmo hrn l phenyl ether 1 1390 <370•— <370— 1370— <400— <380— <380— None Established NP loco-Smeth I henel <240 <240— <240 1240— <240— <340— <240— 240 or MDL NP osomiline <220J— <220.1 <2201 <220J— <2201 <2201 4220J- 220 or,MDL NP , to m 1 phenylether <380 <370— <370— <370 <400— <380— <380— None Established NP 'Nitmaniline <600= <590— <590-- <600— <630 <610— <600— Non.PstablW d NP 4-Nitr2gtmol <100 J.— <I OD J <100 3-- <I m 1 <100 1 <100 J <I DO 1 t D0 nr MDL NP dot ND,None Detected MDL-Mini.—Detection Limit NP-Not Published 'sees• 1.Samples were obmincd by Cr Design.Inc.of Middlebury,Canrxsti<ul and anilyzed by Phomi.Firvnonmenul Is`wratorics of Manchestrr,Cnnneesin:t. 2.Re nrneaded Soil Cl—up Ob,,,m,,es we specified in the New York DeparOner+t ofEnvirravnmW Cumervatiui s,"Technical and Administrative O+udsetce hSensorarsd+an 04046"or TAGM. 3.In addition to the Soil Cleanup Obecriva speci6rd undo TAGM 14046,the standard of TDW SVOCs often Jun or equal to 50Q000 ughg also applies. 4.In tedditioe to the Soil Cleanup Objectives apecifit l under TAGM 04046,the star+dad of"individual SVOC of Ins that or equal to 50,000 ugh&also appfres. S.The Sr..Os for unrestricted use wese capped at a muumum veltm of 100 ppm.See TeJusiul Support Donunert(TSD),section 9.3. 6.For co lintenls where the caicolvied SCD u-as loner than the concoct rcgeiend quentitatien limit(C'RQL),the CRQL is used as the Track 1 SCO value. 7.For eomlimients wberr the calculated SCO wu louer than the rural soil beekgotend amcennation,as determined by Ob,Deparpnent and Jkpuln l of Heahh nral soil survey,the rural toil background conerntnuom is used u the Tmck 1 SCO value for lhk site. 8.Protection of ecislogic.1 resources SCOt were not developed for centarninm idenu6ed in Table 3756.8(b)with'NS". Whose such coruaminas appear in Table 375-6.8(a),the applraa+tray be required by the Depsrtrnrnt to nlcWue.pramalm of e-lDgiol resources S(X)to the TSD. N`¢�OY,en eJs WsL4�.'4r�.^,W TADLE 3 SEMI VOLATILE ORCAMC COMPOUNDS @ TOTAL PLMOLEUM HYDROCARBONS LN 5OILSAARISS CONTRACT 110-0 P-*.ILCCO 33UJ.F.Whey A JoIct Veen. Canh1 acd 0dA6 UV 118bt DMofwdit P.catty M...I PI—t,Hen Yrk NM.2./2 S&wk Ulm bank&R«.II TACI3116o66 NYCRALP t A/ Dc oh. Crime. 37".8 llrav elcel Soo Uorewvk cd A14JO 0 DI.IMICJ CLrvC 0 Cl ricnA it; D45P7 DI-0610 EIA4_VG CkaaW Objeed" Uoe Cllte.l. P_cc« 16, 42V 7-23' 3623- 43' 4,8' ash' A <360 <370 .170 <370- <e00- <580- <360- 30000 20000 crn. lent 8 <380 e370-^! <371D -- c370 <600- <360- <310- 61.000 100P70 1 +1.thraaee b) <3110 <370 <170 <370-- 1600^ <380-- <)80` $0.000 100000) e 1100 <1100 <3,100 <1 100- <1 100- <l 100 <I 1 W I Wo NP <)10 <170 <370 <600-- e380- c380- 226 or MDL ION <180- <370- <370 4370 <600-- <110 1310- Nee.Eanbkthd NP <S80 <370 e370 -370-" ee00-- <380 e360- 61 ee MDL INN +O.rsarMmc a <380-, <330- <330 <33D- <310- <330- <380- 1100 1000 J con a <130 <370 <370 <370--- «00- <380._ e380- A000 100MD i0oo«nAn•a <320 <170 c370- <370 e400^-1 <390- <380- 1100 10045) ' add <Itoo <I100 <Ito0- 11100- 13100 <1100- <1100 2.700 NP d I pwUbu 0110 <370 a 370 e 370 <'M-^ e 3llo- <380- 30000 NP i 2tllae«boa c e380 <370 -370 <370- 1600- <)W- <380- Nwa EndAUbad NP i 2�lorrth ha <3M <37D c)70- <600- a)30- <3W- Nor EwNirbed NP <bbrolr 1 due <)1a- <370 <370 -370- <600- <Iw^ <M- Nor Erubluhd NP Seehelhu '.0 430 <370 <170 <310 <100- <)to- <310 xM NP rbawk e1100 <Itoo-+.� <1100 <t100 <1100- c1100- <).100- Nm<EtuNhhed t� y <380 <330 <)W - <330- ,e Da- c330- <310- e00 10003 ♦b)arelhno.ee t e330 c330 <310- <130- < 70- <130- <330- 1<or NUX 330 6 .3W_ <370 <370 e17D--- c10o-� e)70- e380- 6.200 NP 41 re <180 <170 <370 e370 «00--- <lt0- e380- 7.100 NP 4 rwea <1 0 <310 <370 e370 - <600- e380- <310- w NP )4 el>urr <310 <370 <370 - <170 - <e00 <380- <380- t00 NP A sour <380 e370 <370 <170 - <600— <330- - 30000 NP .bme d <130 <170 e370 -- cJIM - <600 <M- <380- so.000 too,OOo 3 <380 <M <370 -- <370- <400- <360 <180- SOODD 30000 <380 .370 <370 <370 «4w <)SO- c380- 610 N► eauLlaoO.tadtaw 8 <180 <370 <370 c)70 <600 <360- <380- Nooe Erkami76ed NP a..ehk.a:<I <380 <370 <370,-. <370� c600- c1y(._ <)80- Noo<Eeebtbbed NP aoMloncth.os <no c370 <))0 - <)7p - «p0 <)10- c)80 Nor T.uDWbod M 380 < 70 <370 - <370..._ e 4w- <180^ <38 1200 100 .380 <370 c170 <)70 <6pp- <)W- <]BO- Ner E-W-bd NP .acne bl <360 <370 <370 <)70 - <600-- <ISO- <) 13000 12,000 'ierebuame <260J-+ <7d01 <2001- <2001- e2001- <2001- <2001_ 200.MDL NP '•Nitre7o0iennh <310 <370 c370 <370 <600- <310- c380- Nor EnaWubd NP .35oorod.n <380- e370 <7T0 -- <370-- 1e00- <310 <180- Nooc Etablirhed NP 'Mae,"hw le.vao c380 <370 c170 1370 <600-- c31O-- <180- Nor lvubIbbed NP much 1 c380 <33D -370 <370- <WO- <310- <380- 1,000.IA)L 800 8 e380 13" <330 -� <)30 <330- <330- <350-- 000 100.000 <3l0 <33p <370 330 <330 - <170-. c770- <170- to or l3DL _330 y e380 <170 < - <170 «00^ <38 -' S0 p� ISO 100000 e 310 <370 <370 - <370 «AN <310 <)80-^ Nc.e 9ub"M N► AL SVOCa NO ND I ND I ND I ND ND S00ODQNP e<d Wbeleu.N droarbem0 a ei3.- < <72 - <78 - <X� - Non.FtYD4hOd N< < Land ND.Nor Daectd r,-I1�T - NOL-Mr.ke.w D~ir Umd o n'P-Na P.blohwl il"L I.Srepl..Ynre sb a el by OwOeutn I-of MMob.+y.Cprer k A and-lpd by Phrmi.Pneireorr l l tAMnwta of au tmv.Coiraucw. 2 R.co rdd Soil CIt W O.6-1 arc rycified is the Nk-Yerk Depanmmt of E iror -I ComemaonY.'TxMial nd Adrekrrr.eWo G.tdaoa Menor.odor..d0 ror TAGM. 3.to bddiw,b 4c Sod Ckm p Obj.ctlr«V=ifid ea.Mr TAGM 8r066.tba skw"d MToul SVOCi of Ion eh.e w a r d u S(*.bM.zAj;.bo n0i.. :.I.dd;ticv a Ae Sal Cleaeep Obimtieea apbeifid rwder TAOM 0404.the fwdW of ry ieWridul SVOC of lu,thn oe eq%W to 50.000 v&ILS U.applk3. S.1Le SiO.fa aa...orW m.Y.e.upped o1 a wie.Wo.+l.e of 100 ppm Sr TecLokd Agpon Ooctueec.t RSDI.ecaoe 9.3. 6 Fer eaostie.mu whea.6-uWa cel SCO ran low«Oru the:eooa.n eegetired epualudw li.it(CRQI.).th.(!IQL e.red u Q.Tnek I SCO e.... 1.F««redt.enu..he.dK e.krd..d SOO ov lerw«Ju the WO w$becbVp W soeoe.morrle,u dcec m od try 4e De mrerot .w Oeprc.cee eyelukh ti l soil is cy.the MI M8 bukyewn6 ewttemOWen i..rd a dw Trek 1 SCO YOn/or tb.oir. 3 rro:ccl000frwoetul refDW.<7 SCOr wvx en deeclopod fwcx a iru id-ii8ed i.Tabl.373S.H6)with OHS'.Whmncb eadae.in.0 appeav a 7rbk 3756 6(.),the ppLtaret trY fK eegaYd by the Depanerred m ulu.lau a Prtl.edon of.,*veal rcra s SCO u LM TSD TABLES Hobkide%FnUclda&PolyAkri-ted Blphrsyla le Soo Samples CONTRACT 2I0-G SL-1k..'FCC4)IIVJ.F.Wblta,A Mot Veemre C.tsltill•sd Dei•vsre W UgW Dtalnfecdua F�dUty Mount Ptcas.or,Nm York S. !<Der .tie.Depth At R.Of TAGMsi Crt4ri- kYCAR Part QAW bo 11ceft Aesumneeded 375-6.! ,41-&M 0 BI-B41GI CtK7K-30G CIMLC331 D4'9PI DI-CWG ZIA-ESiG SOU Ckaocp Uar*drkted Use N"..tar 26' 1 4.19e 3.23' G13.23' 0.5' 0.40' "' Ob ecifre n CrNtris u 4 T <110- <110--- <110- <110 - <120- <)to- <37 1,900 NP 4 .TP Silvez 9 <110- <110 <110-" --- <110- <120- <110- <37 700 3,600 •4•D <110 - <1I0- <110-- <I10 -1 <120- <I10- <186-- 500 NP 4-DB <I IOU- <1100 <1100- <I too 1 <I J00- <1100- <IM- Noce Established NP ,4'-0DD itcune 13.3 - <3,3- <3.3 13.3 <3.3--- <3.3 <)1-- 2.900 33 4 •4'-DDE .8 3.3 <33 <33 <33- <3..3-_ 2.100 33 4 .D J < <33 3,3 <3-3 - <3.3--4' 2,100 3.3 a - HC <16 116- <16 <16 - ' <16 - <16 110 20 lachtor <16 -'. <16- e 16 ' '16- <16 - <16 <16-- None Esubh Acd NP idnn <5 <5- <5 - <5 <5.0 <5- <5-- 41 5 S BIC <16 <16- <16 - <16 <16 - <16--- <16- 2.00 36 Nord- 166-- <66- <66 __ <66-- <66 - c66- <66- 540 94 ..spon <560- <560- <.550- <560- <590- <W-- <930- None Fublistd NP BHC <16 <16 c16 - _<16-- 116- -- <l6- <16- 300 40 b. <340 <340- <330- <330- <360- < 40- <56- None Esabt A d NP khlor ra <110 < 110- <120- .110- <186-' None EsabtisAed NP ictdoe <5.0- <5.0- <5.0- <5.10 - <5 - <5.0--- <5.0- 44 5o iamb <220- e720-- <220 <220 <NO <no- <19-r None F�uMW}ted NP d0sul6n 1(6) <16 - <16 <16- <16-- c16--- <16 <16-RN. 2400 --osulf a If b <32 - e 32- <32— <32- <32- <32- <32- 3,400 'rMo3ulLa sulfite(6 <32 --- <32-- <32--' <32 <32 e32- <32- 2400 io 114 <14-- <14--- <14 <14� <14- <14- IA dnnaldeA c <32 - <32- <32 - <32 <32 <32- <32- NR-n ketonc <32 <32�-'' <32 <32 - <32 <32- <32- NP BFIC <16 <16 <16- <16- <16 e16v'- <16- NP epuzhior <13 413 <13 -- <13- <13- <13- <13 42 oxide <16 <16.-- <16- <16 - <16 - <)6- <)6-- NP lettnz cbkx -e 160 <160-- a 160-- <160- <160-- <160- <160- None E.tabiisha1 NP Co.a erte <160- <160- <11-- <160 <I60-• <160- c[60- Nonc EriaMsshaf NP COPAL Pes6cides/Habiades ND ND ND ND hD I ND ND 1 10000 NP oW POIUU%g.. .rn Is 10 <74 - :7 Lretnd: ND-None Detected NP-Not Publow ti s a I.Samples wcre obulned by GeeDesigt,ix.of Middlebury,Cornetskut and analyzed by Pkaenis Envirot mes W L.bomtorits of Marecbemer.C.—cwm 2.Re<ornmtsdtd Sril Clump Objwivu(SIX).)and F-I"USA Backgow d Covc trstioar ere specified in ttre N.w York Dtp.r m of Fn rarrmr.i Coascrvation's,'TmWW and Adrninistrxd. Guidance Metnddwro 04046'or TAUM. 3.TM SWs fo:uaa7icted use were eytped m s msttimum vdut of 100 ppn.Ste Technlul Support Docttrsxnt(TSDX.e<lioo 9.3. 4.For cu uruenu wt-t the ulruLttd SCO was 1�wa than the con"d requ rW gtuntiquon ilsnit(CRQL),tM CRQL Is used u the Track t SCO v.fue. 5.Fer comtitut-us what the calculutd SCO wu kwty dun the runt roil Wckgro.snd coaocnusdon,u drlamUted by the DeparUmm and Depuftmt of IfuIN rural wit survey,the rural wit background conoendwim is vwd u de Tnek I SCO Wt for dti.use of the site. 6.SCO is Use aum of crelonifan 1,aW nlf-If and otdc atdfan tulfate 7.Highlighl,,d rs s rscccdaocc orb NYCRR Pan 375.6.9 Uaresvicted Use Criteria 8.The SCO for thu,yeah,a-V.,,d(or family of-Mandi)is mmihsed to he meet if the anslysn for ttx tout species of Nis coruarauu t is below the spairk SCO. 9.Notnetiou ofecobgies%tesourua SCOs were not de.elopud for wnmmin u idad6td m TOAa 3756.8(b)with'NS".Wbm such-A&,nituu appear in Tabte 3756JI(a),the applicant wy be regW d by the DepM t to uk.I to a protection of a Iopcal msoorets SW to the TSD. 10.Dcteeticn timiet far PCB',ate ImirA idwi aoelcm. r aawir..w.a..tty.s..•s.su w,.rare TABLE 5 METAL ELEMENTS&CYANmE IN SOIL SAMPLES CONTRACT 21O-G Skamkm'ECCO IIUJ.F.Wbllq A Jolnr YcoNrc GUI U and Del{wan UV IJBbl Dblafa144a Paclltty lteual Plwan4 Nrw York Aam le Qes %ties.Dirisith&Raclt TAGM 04046 OA/OC ik.sea Crilevio NYCRR Port Estero USA RND=eoded UU 37SdA At-A31G/ 81.BAf./ ,ClIC2101411, C33IG D"ll/ 0I•114'G EIA•tiLG DacaYroond C3e•nup Ob)ective UnrwtrieWU Pernmeter 0.24, 4•I0, 323' 3.231 6!' 01101 (a U, Cone rr S CrilcH* m bsmioum 19 100- 14,800 - 21 100_ 5 400- )4,WO 17 600- 33000 SB NP ..omany <4.0- 43.9- <3.7- 01-- <4.2 .17- _ <3.4-- Nol Available SB W r<cmc L2 - <09- <0.7- <0.8 <0.8 <07 <0.7-- 1•12 7.5 or SB 13 5 Barnsm 264- 149 -- 167-- 203 411 269= 89.9- IS-600 300 or SB m Be Ilium 069- 0.48 <0.10-- 0A1 - 1.13 0.86 OJ6--- 0.1.75 0.160r SB 7.2 um 0.51 - c0.39-1 <037 0.42" ].to- 0,77 <O.34_- 0.1.1 for SB 2.5 5 .Ctkium 2 80- 3 440-1 1 170-- 1 36D- 2 090- 6 300-^ 130,M" SB NP Heuwleel(14omium CSJ <0.4I- <0.45-1 <0.44- <0,45- <0.43-" <0,46-. <0.51-- 1_-A0 IO or SB 1 4 n valrnt Clnonuum Ilj 255 - 395-1 42.1 50.3 107 - 53.6 168- Not Avelleble Not Avaibble 30 'Cb.lt 124 - 9.30- 9.49 111.6 - 24.9- 141, 714 2.1-60 3Om SB NP 744 21.7- 17.5- 17.4- 43.1 313- 10.8- 1-50 25 or SB 50 r 52 600- 2b,a00_ 27 600 62 600-- 78 700-- 48.700 22 a00 2000-S50O00 2000 or SB NP 5.53-- 341-- 015 - 0,81 -- 1.34 - 2.31 _ 3.43-- 4-61 rural- Sia"1 63 5lum 6,850- 7 010- 6 750.•- 16,100-- 20 400- IS 100- 70-6 0 IOa5000 SB NP Ma,ancsc T 1160- 419- 273- 621- $94 -- 660 258- SO.5000 SB 1600 5 .-ry 0.10- 0,11- <0.10- <011-- 076- <0.09 <0,11- O,001-01 0.1 a-,, ckel 291- 19.s - 201-- 23.3- 442--- 253 14.1 OS-13 13 or SB Potassium 8,750 7 360 7 30- 18 700-- 2S 000-- t3 dfl- 6.120 8500-03000 SB <Irniwn <20 <i.9- <1.6 <1.9- <2A- <L6 <1.7 0.1-3.9 2 or SB Silver <0.40- < 3939- <0.37 <038 <0.42- <OJ7- <0.34- Not Available SB Sodium 1-48 91.1 _ 127- 117= 112- It - 110- 60DO4000 SB Ihaiuum <{0- <).9-- <1.7 - < 8- <4.2- <17- <3A Not Avaslabie SB oral Cvaridc 89 <0.57 <0.57 <0,R, <0.56- <0,60^ <0,57- <057-- Not Available None fstablaLed I7 urad.wn 48.1 - 47.8- 53.6- 63-5 - 167- 117 - 31A - 1-300 150 or 5B N➢ 69.0- 489- 41.5 - 51.0- 116 78.6 l a�- 9-50 20 109 l.eernd" ND-None De ,tail -ladiatb doctwi..limiv which u .ded which-..ded 375-6.4 Vanxviewd Use Q,urm. S8--Si.Rai Irgrosmd N➢-Not PoblisW Notcr: I.5ampiu were obw d by GeoDesipy h.of Mifdkbury,C4-.6 at and anatyrrd by Pho i.Criviroanesul Labontoriu of Manehater.Coone.eticus. 1.Recoromer&-d Sod Ckanup Ob;ectivcs(SCOs)arid F»tcm USA BackpouM Cur-rt ationa ecru spaifurt in the New Yak Otpvtment of Essvuoori-tal Comc-suon's. "focbnial and Administrwve Quidartce Mnnonlaum 04046•or TAGM. 3,The SCO,for unrest K"usa wesc capped at a maciroum value of 100 ppm Sec Techeical Support Dacument(TSD),section 9,3, 4.For w.s7i omis where the alculowl SCO waa lower Wars We oon6ect ngwrsd Quaoriation hmil(CROL)We CRQI.is used at We Track 1 SCO value. 5.For wnstiNcnls-hero the eakulaeed SCO sou Iowa Wars the Wool soil baelpound torteer,aatar4 m determined by the Deparoncnt and Departrewt of HoIW rural wit survey,the rural suit background conuntnuon is wsod as the Track I SCO value for this ufc of the site. 6.SCO is the sum of embalfan 1.c.dosulf o n id-&-if.wlf k 7.Nighli66tn1 ism<ac<cdanec of 6 NYCRR Part 375-6 6 Ur4esric..d Use 0itxsie 6,The SCO for this spocift-pound(or family ofcompounds)is cio"demd w be meet if tlat analysis for O.e tosit spma of this wntammm is bdo.v the specif c SCO. 9.Praoetion of ecological resowcea SUM were mt davdow forcontaovnau idmtifiod in Table 173-6.8(b)sviLh-NS-.wlrc such<enuuni"ur apposi in Table 375.6 8(e). the opp+kam may be requited by the Deparunect to ukulatc a piol Non of omlogml resources SC'O w the I'M 10.Desmlm 6r 4 for PCB'a art for individual aroolon. 210G-WM SOIL SAMPLING DATA-2008 EEA ENVIRONMENTAL ENERGY ASSOCIATES INC. A MINORITY BUSINESS ENTERPRISE 57 Verdi Street,Farmingdale,New York 11735 Tel: (631)420-1866 Fax: (631)420-1767 Nove,tiber 20,2008 Mr.Bill Cromu_k Via Email: bill.eromee' a> kanska.con: SEW 10 Walker Road Valhalla, NY 10596 REF: REVISED FSSR CAT21OG-INSITU SOIL SAMPLING AND ANALYSIS RESULTS SAMPLING DATES: OCTOBER 20-24,27-28,2008 INCORPORATING ENGINEERS COMMENTS OF NOVFMBER 18,2008 Dear Mr.Cromeek: This correspondence shall serve as our Field Sampling Sununary Report(FSSR)for samples obtained ou the above referenced dates. lllis report is generated front notes and observations as documented in the Project Field Log Book. This includes references to Bores 108N2 and 108N4 omitted from the I I/6/08 FSSR,omission of characterizations on Page 1,typo correction on Page 3. The Excel spreadsheet ltas been sent electronically. Samples taken were as follows: Date Sample ID Bore ID CYDS AAL Work Order 10/20/09 SPCCP4 108S5 8,942 ^080379 108S6 108S7 10/21/08 SPCt;PS 108S8 4,910 0810345 MC2 0-10 108S2 7,408 0810345 SPCCP2 108S2 3,777 0810345 SPCCP3 108S3 7,996 0810345 108S4 1 O/22108 MCI 0-10 108S 1 7,408 0810369 10/23108 SPCCP 1 108S 1 4,155 I 0810389 CCC1 CCCI 2,353(2) 0810390 10/24/08 NPCCP 1 108N 1 7,765 0810411 108N2 CFMCI CFMCI 4,500 0810411 10/27/08 NPCCP2 108N3 6.854(3 0910419 I08N4 I"9/08 CVC'1 CVC1 7,000 0810436 tCVC2 II , (1) Depth only from 9-26.5'BGS,ruck below (2) Depth only from 0-14'BGS,rock below (3) Depth only from 0-24'BGS,rock below X:',GASXEEAICAT?10G M350 SEW FSSR 2008kar21 Og Issr%,ar oct 2008 comments nov 18 2008.doc 'DER � Y1f� �$` - •" � l/ 1 /' ' / ij��,/�.,,.'"' ice'`_6,�'••�`..-,�-• ,•r �,•'`�r ��p�. Llf-dJ' ON JMO 3' FIQRvnmN (Y3 f. 3NlAK21y1! A Y Np fir. ---' �� ' /// •rxr•_ �i � � L7 �;_ "' .•fir � _..-- -- � Ala iw )I s+ LOON ..J- I J i ..• ,/~ ,ter ss }...._ /' �.r , ( I �!r 1 Cr"WX 41 6 cw 0 ;,O,c.00c.-c ,00 9k;, L 4 X 4k .V 14! MAIGAIJN FOR CON'RNUATI, DWG NO --CP--12M 0,81 AIOWTVENTURE OF ��OA , Faa,a if*tdWcamnRl,p %wvEwmwow CATSKU L AND DELA WARE WATER TREATMENT ULTRAVIOLET LIGHT DISINFECTION FA�CMM CAPITAL PRMCT NO.WM.30 CONTRACT CAT-21OG - STRUCIILI S & EOUIPMENT AlVIERICAN ANALYTICAL LABORATORIES LABORATORY ANALYSIS SPCCP- WORK ORDER#0810389 NYSDEC—6 NYCM Part 375 Unrestricted Use Criteria sheen arkan Ana W L&Mr*ftrkm4 LLC. WorkOrder:0810089 Clierrb Environmentar bwc Pro :SEW 2100 10-2E b 8PCCP1 cntm a erccrt rroe Spent tur voc SPCCPI Camp; t.abon at =03"41 Oa1a1MQ? moi" same"Ddw lwzb2ooe tor>rutee4 1o�nma voC Icasno AnjWNU Una. Leta. o 0 0 630-20-6 1,1,1 -Tebachlomethane PPB NA 'J 5.1 U 71-55-8 1 11-Trichbr3ehane PPB 88D ' 5.1 U 79.34.5 1 t 2-TeO"oroathane PP8 NA ` 5.1 U 76-13-1 1,1 -Tdrhbro-! 2-trifluoro PPB NA '"41 5.1 U 79-00-5 1,1,2-Tr&Joroethane PPB NA " 5.1 U 75343 i 1-Diddoroethane PPB 270 n'1 5.1 U 75.35-4 1,1-Dichlo►oel4ne PPB NA "r 6.1 U 563-s" 1.1-Dichlompropens, PPB NA " 5.1 U 87-61-6 1,2,3-Tkhbrobanzene PPB NA(") 5.1 U 96-18-4 1 ,3-TrWft ne PPB NA " 5.1 U 95.93-2 1 A4-5-Tetramsthylbsruwe PPB NA 5.1 U 120.82-111 4-Trichlorobenzene PPB NA " 5.1 U 95.63-6 1,2,4-Trirne benzene IPPB 3600 "i 5.1 U 0&12-8 ! •D9xomo3-cNm ne IPPO NA " 5.1 U 106-934 1 2-Dibionvothwe PPB NA 5.1 U 95.60-1 1 2-0k hbrobenzene PPB 1100 711 5.1 U 107-M2 1 2-Dichloroethane PPB 20 " _ 5.1 U 78-87-5 1,2-DJeNc ne PPB NA i"J 5.1 U 10"7-8 1,3,5-Trimeth nwe PPB 8400 o 5.1 U 541-73.1 t 3-Dlohlorobenzene PPB 2400 " 5.1 U 142-28 9 7 3 dlchioro na Ipps NApf)_ 5.1U106-467 1,4-Dl Omabenme PPB 18005.1 U 123-91-11 4 iowe PPB NA5.1 U PPB NA5.1 U 78.93-3 2-Butwww PPB NA5.1 U 110.76-8 2-Chiometh ether PPB NA 5.1 U 95.49.8 2-CNaroboluene PPB NA t` 5.1 U 591-78-6 2-Haawme, PPB NA "i 5.1 U 67-63-012-Pmwid PPB NA t"J _ 51 U 106-43-4 4ChWftk►erle PPB NA 5,1 U 99-87-8 41 uene PPB NA r"1 5.1 U 108.10-1 Me 2 one IPPS NA t" 5.1 lu 67-64-1 lAo&Ww Ippa 50 "J 6.1 U �- 107-02.8 AcmWn JPPB NA ' 26 U 107-13-1 lAcrOonlVk Ipps NA "J 5.1 U 71-43-2 Benzes IPPB 80 "1 5.1 U 108-86-1 10mmobanzons Ipps NA t" SAL 74-97.6 1 Bmmodrloromelhane PPB NA 001 5.1 U 75-27-4 Bromo4tYliora wthane PPB NA!") 6.1 U 75.25.2 9romotorrn PP8 NA r" 5.1 U _ 74-83-9 8 momeMana PPB NA t" 5.1 iu 75-15-0 Carbon dlaulflde PPB NA "J 5.1 lu 58-23�5:Carbontetredooride PPB 760 5.tU 108-90-7 CNorobenzene Ippe 1t00 " 5.1 lu 75.4&-8 ChbrodMuommethene PPB NA r" 5-1 U _ 75-00.3 Chiomethana JPPB NA " 5.1 lu 6.7-6B3 Ctdorolorrn Ipps 370 " 5.1 iU 74-873 Chloromethane PPB NA ` 1 5.1 lu 158&9.2 cis-1 2-Di&lorco hone PPB 250 5.1 U 10061-01 6 -1,3-DlchWWrppw& PPB NA 51 U 12448-1 Dibromochbromethena PPB NA 5.1 U 74-953 Dibromomelhans PPB NA "1 5.1 U -0 75.71 Dlehbrodbluoromethane PPB NA ' S.1 U Pepe 1 Sheen 108-203 ether IPPB NA 5.1 U 17-5 Etttand PPB NA ") 28 J 141-794 ft ecobts PPB NA " 5.1 U 100-41-4 E1h PP8 1000 "1 5.1 U 76-14-2 Freon-114 PPB NA(11) 5.1 U 87-88-3 HouchbriWadtene PPB NA " 5.1 U 108.21-4 acstats PPB NA t" 6.1 lu 9682-8 loopropyftnune PPB NA ")1 5.1 lu 1330-20.7 mp-Xyhm PPB NA t') 10 u 1634.04-4 MMh other PPB_ 930 t") 5.1 u 75-W2 chloride PPB 50 " 25 B n acetate Ippe NA(') 5.1 U_ _ 91-20.9 NayNhalem IPPB NA n') 5.1 U 123-86-4 rrBOA wetatoe IPP8 NA ") 5.1 U 104-51-8+n-Bu benzene PPB 12000(") 5.1 u 109.904 n-Propyl acNale PPB NA 1) 6.1 U 103415.1 n-PrOP34m=ns PPB 3900 CITI 5.1 U 26.47-6 cp-XVWM PPB NA t" 5.1 U 106.056 PPB NA " 51 U 822-96-8 ij..EOrpVkmm PPB NA r') &1 lu 135-98-0sou- a PPB 11000 1p 100-42-5 PP8 NA t") 5.1 iu 75-BS-0 atoohol PPB NA ' _ 5.1 U 90-0641*d-OLtAbonzem PPB 5900 6.1 U 127-18-4 1 Tetrachloroethane jPpB 13DO 5.1 U 108-88.31Totuene PP8 700 `) 6.1 U 156.80-6 I MM-1 -Dldaoroethene 'PP8 119011111 5.1 U 10061-02-b bans-1,9-Dichloro ane PPB NA'") 5.1 U 79-01-8 Ttichtorostltene PPg 470 r') 8.1 U� 75-69-41richbroAuoromethens PPB NA ") 5.1 tt 108-05-4IVinyl acetate PPB NA(' 5.1 U 75-01-4'Vinyi ehlodde PPB 20 n') 5.1 U SYOC 120-02-1 1 2,4-Tri&1orobenzene PPB NA t 120 U 95-50-1 1 2-Dlddorobenzons PPB 1100T') 120 U 541-73-1 1,3-Dichlorobenzone PPB 24001' 12C.0 108-46-7 t 4-Dictdarobenzene PPB 1800 ji i 120 U ., 95-9542AS-Trtchl0 henoi PPB NA t") 120 U 88-06.2 2,4,6-Trkhb hsnoi PPB NA ) 120 U 120-83-2 2 4-Dichb nol PPB NA l' 120 U 105 67-9 2 01meth enol PPB NA ") 12C U 51-28-52.4-Dln enoi PPB NA ") 120 U 121-14-2 2 4-DINVOW4LAne ippB NA '" 120 U 606-20-2 2,6-DiNtrotnkw6 IPPB NA ' 120 U 91-667 2-Chlorona hihalene IPPB NA ' 120 U 96.57-8 2-Chlamphono PPB NA ") _ 120 U 91-67-6 2-M8lhyfn3Rh1haleno PPB NA t") 120 U 95-48-712-Methytomml PPB 330 t') 120 U 88.74-4 2-NhroanNine PPB NA ") 120 U 88 7&6 2-Nttry o! PPB NA ') 120 U 91-94-1 S,3'-DW*robenzldine PPB NA ") 120 U 108-39-d/106-44 3+4-Meth henol PPB 330 ') 120 U 99-09-2 3-Mrtro"ne PPB NA _ 120 U 53452-1 6-DinWc-2-meth henoi PPB NA t") 120 U 101-S&314-Bromophonyl phonyt ether PPB NA ") 120 U 59-50-7 4- hloro-3-mothylphencil PP8 NA n') _ 120 u 106-47-8 4-Chlomeniina PPB NA " 120 U 7005-72-3 4-Chloro en he etl)er PPB NA t" 120 U 100-01-6 4-NltroaniGne PPB NA ' 120 U Page 2 Sheetl 100.02-7 4 enol PPB NA " 150 U 83.32-9 Acena ene PPB 20000 ` _ — 120 U 208-968 Aces ems PPB_ 100000 12t7 U 6253-3 Aniline PPB NA TSIT 120 U 120-12-7'Anittraoene IPPB /00000 ' 120 U 100.33-3 Azoberzene PPB NA " 120 U 92.87-5 Benzkke PPB NA t' 120.0 56-b5-3 Benm(a antneene PPB 1000 n' 120 U 50-32-8 Benzo a e PPB 1000 t") 120 U 20&eg-2 Ban b Auomnlhene PPB 1000 " 120 U 191-24-2 8enzo(y,h,i)p9rytene PPB 100000 011 120 U 207-08-9 So= ltuorontltene PPB 800 n' 120 U ma";Benxoicacid PP8 NA 771 120 U 100-61-61BOW alcohcl PPB NA'" --, 120 U I11.91.1 Bts -chloroelh. methane PP8 NA ' 120'U 111-44-4 Bls 2-chbroeth ether JPPEI NA ' 120 IU 108-60 1 Bts -oioroiao elhw PPS NA " 120 U 117-01.7 Bls 2-e &&late iPPB NA " 120 U 85-6&7 Butyl bwr,4 pt,.Vtalate PPB NA t" 120 U 88-74-8 Carbemle PPB NA r" 12D U 218-01-9 Ch.rIveme PP8 1000 r" 120 U 63-70.3 Dibenzo a h nthraceno PP8 330 " 120 U 132-64-9 Dlbenzoiumn PPi3 7000 r" 120 U 84-66-2 pie PPB NA ' 120.U 131.1.1-3 1 Dim ethyl hthalate lflps NA r"1 120 U 84.74-2 DI-n 5telate _IPPB NA t'f 120 U 117.04-0 Mn thelate IPPB NA " _ 120 U 206-44-0 Fluorandwe IPPS 100000 120 U 86-73-7 Fluorsne PP8 300001117 120 U 118-74-1 Hexachiorobenzene PPB 390(1') 120 U 87-683 Hexachlorobutadlene ipps NA t+ t 1 120 U 77-47-4 Haxachbomcydopentadlens PPS NA 7('1 150 U 97.72-1 HexschlorosBrane PPB NA ' 120 U 19339.5 tnda 1 one PPB 600 " - 120 U 78-59-1 1 PPB NA 1" 120 U 91-20-9 NVtlWwl ppe 12000 n' -- 120 U W96-3 Nlbob9naone PPB NA 120 U 62-7&-9 N ine PPB NA t" - 120 IU 621-64-7 N-NlVasod-n o PPB NA t"l 120 U 8630-6 N. PPB NA�' 120 U 87-B8-5 Pentachlorophanol PP8 80o "t 150 U 85-01-8 Phenanthmm PP8 100000 ' _ 120'U 10&95-2 Phenol PP8 330 " 120 U 129-00-0 Nei PP8 100000 120 U 110-WI Pyrkgno PPB NA "l 120 U HEROICS= 93.76.5 2,4,5-T PPB NA r '1 100 U 93-72-1 2,45-TP StNex IPPB 3800 ' 100 U 94.75-7 2 4-0 Ippa NA " 100,U PE91MM _ 72.54-6 4,4'-ODD I PPB 3.3 'I 52 U 72a5-9 4 4'-DDE PPB 3.3 n' 52 U 50.29.3 4,4"-DDT IPPO 3.3 52 U 309-00.2 Aldtln PPB 51" 52 U 319.64-6 -SHG PPB 201" _ 52 U 319.85.7 beta-BHC PP8 36 r'1 52 U 57.74 9 Chlordane PPB 94 1 82 U 510-15-6 Chlorobenzilate PPS NA " 2 52 U 9&12-8 DBCP PPB NA 52 U Page 3 sheets 319-86-a!,dalts-BHC IPPB 40 " 5.2 U 6D 57-1 Dieidrin PPB 5 t"1 5.2 U 959.98-e Endosuban I IPPB 2400 " 5.2 U 33213�b-9 Endoeulfan ti jpPq_ 2400 t" - 52 U 1031-07-8 Endorutfan&Mate IPPB 2400111 52 U 72-20-81 Endrtn I PpB 14 " 5.2iU 7421-93-4 1 Endrin aidshyde PPB_ NA "I _ 52 U 53494-70-5,Endrin ketone PPB NA ' 5.2 U 5&89-9' amnia-BHC PPB 100 " 5.2.0 7S-"8 H tachbr PPB 42 "1 5.2 U 1024-573 He opde PPB NA t"l 52 U 118-74-1 jH&zm&&robenzsns PPB 330 " 52 U 77-47-4 HaxacNcw ntadlene PPB NA(" -- 6.2 U 72-43-5 Methoxyrhlor PPB NA ") 52 U 8001,35.2 Torn a PPB NA(" 50 U PCBS 12674 11.2 Arodor 1016 PPB 100 ") 82 U 11104-28-2 jAroclor 1221 PPB 100 '� _- 82 U 11141-18 6!Arodor 1232 PPB 11000, -- - 82 U 6346 9-2 1-9 jAmclor 1242 PPB 100 t' 82 U 12672-29-6 Atocbt 1248 PPB 100 t"1 82 U 11C07-69-1 jArador 1254 IPPB 100(" _ 82 U 11096-82-5 Areclor 1260 PPB 100 " 82 U METALS 7429-90-6 Aluminum PPM NA FT 16800 744036-0 PPM NA t" 0.472 U 7440-38.2 An►enk IPPIM 13 t"t 1.01 7440.39-3 BaAum PPM_ 350 " 102 7440.41-7 BWkim PPM 7.2 7it 0.378 U 7440-43.9;Cadmlum PPM 2.5 l' 0.283 U 7440-70-2 Caldum PPM NA t"1 1620 7440-47-3 Chromium PPM NA "1 25.4 7440444!Cobalt PPM NA " 0.378 U 7440.60-8 Copper iPPM 50 "1 32.6i 743941" Iron PPM NA "l 21600 7439-92-1 Laad PPM 63 t"t 4.13 7439.954 Ms eslum PPM NA ") 517C 7439.96-5 Ma anew PPM 1600 t" 255 7439-97-SlMe=ry PPM 0.18 " 0.0099 U 7440•402-0 Nkkei PPM 30"' 14.8 7440-09.7 Potasalum PPM NA(" 4800 7782 t9?3elenlum PPM 3.9 " 0.472 U 7440-22-4 SIver IPPM 2 t"� - 0.376 U 7440-M-6 Sodium i PPM NA " 242 7440.284 ThaiOum IPPM NA " 0.472 U 7440-82-2 Vanadium I PPM NA " 41.6 7440-66-6;27nc IPPM 109 t" 43.8 WET CHEMISMY 18648.29-9 Chromium Hexavalent IPPM 1 t" 0.312 U 1606543-1 jChromJum,TivaIsM Ippm 30 t"t 25.4 67-12-5 C Me Tote!6 Amenable ippm 27 " 0.1 04 U I nitabl IF _ NA t" 140 U Percent Moisture wt% NA t" 3.41 3.70 H pH Urdt NA t"t 7-9:H Resetive Cyaride PPM NA"') 0.1041 U Reactive Sulfide PPM NA t"l 2.08 U TCLP VOC 7535-4 1,1-Mchbroethene PPM 330 t" 0.00056 U 107.06 2 1 2-D)cNomethans PPM NA t" 0.00065 U Pape 4 Sheetl 108.467 i 4-DICMorobenzone IPPM NA " 0.00086 U 78-93-3 2•Butanone I PPM NA I" 0.0086 U 71-43-2 Benzene IPPM NA 'i 0.0006 U 56.235 Carbon tatradlbride PPM NA ' 0.0005 U 108-90.7 CNombwwne PPM NA " 0.001 U 87-6t13 Chloroform PPM NA n' 0.0005 U 127-18-4 Tetrachbroediene PPM NA "� 0.0007 U 79-01-6 Trtchior ahme PPM NA "� 0,001 U 75.01-4 I\Anyl cNorme PPM NA 'i 0.0012 U TCLP 8vOC I I _ 95-964 4 Trichbr arwA PPM NA "I 0.05 U 88-06-2 2 4 6-Trichloro heml PPM NA n'I 0.085 U 121.14-2 2 44*0vboluene PPM NA fill 10.046 U 96-48.7 2-M enol PPM NA " Q.035 U 108.39-4/108-44 3+4-Me of PPM NA "I 0.04 U 118.74-1 Hexachlorobenzene PPM_ NA r' 0.09 U 87-88.3 Hexachlombuta6ens PPM NA i" 0.15 U 87.72-1 HexachimooMwte PPM _ NA ' 0.04 U 98-953 I Nitrobenzene PPM NA n'r 0.035 U 87-8"lPentachbrophemol PPM NA "I 0,17 U 110-B&I ine PPM NA n' 0.12!U TCLP MERBIClDES •--- 93 72•i 2,4,5-TP SYvex PPM NA 0.1 U 9¢75 7 2 4-D PPM NA 1' 1 U TCLP PESTICIDES ! —�—' 57-74-9 Chbrdans IPPM NA " 0.015 U 72-20-0 fildnn IPPM NA '� _ 0.008 U 58 89 9 -BHC PPM NA ' 0.002 U 78-44-8 Hoptachbr PPM NA 0.00i6 U 1024-57-3 Hoptadilor epoxkJo PPM NA " 0.0Q/5 U 72- 3-5 MeVioxychlor PPM NA 0,0Cr2 Ll 8001-35-2Toxa ens PPM NAI"I 0.01 lu TCLP METALS 7440-38-2 Arsenic PPM NA " 0.05lu 7440393 SarKsn PPM NA " 1,15 7440-43-9 Cadmium PPM NA r" 0-05 U 744047-3 Chrwl_urq PPM NA " 0.0252 IJ 7439-92-1 Lead IPPM NA i" 0.00546 7439.97.6 Mercury PPM_ NA ' 0.02 U 7782-40-2 Selenium IPPL4 NA " 0A5 U 7440-22.4 Silver PPM NA Tffr 0.05 U 11 NYSDEC-6 NYCRR Part 375 Unrasft*d Use Crttena -- ADbrevlation-. 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P wk SEW 2100 CPMA D: spccp4vDcl 4 TCtP YOC aPCCP4 CA Laborsim ID: M 031141 W 0316.0 W 001l-03 9"Ina Deft, taltOom _ 109Lmm tanaman voc C"Mo Ufft Lmft lo 0 Q 630-20-8 1.1,1,2-TatracNoroethane PP8 NA "' S.8 U 71-55-8 1,1,1-Trichlometftane PPB 880 5,616 79`34-8 1,1 -Tebachloroethane IPPg NA t' 5.6 U _ 76-13.1 1,1,2-TricNcro-1, 2-trifl PP8 NA 5.6 u 79-00-5 1,1,2-Trtchioroethane PPB NA ' 5.9 u 75-34-3 10-Dichbroethane PPB 2701' 5.6 u 75-35-4 11-Dichloroethens PPB NA '1 5.6 U 58358 6 1,1-Dish ne PPB NA t' I 5.6 u 87-81-6 f 2,3-Trichbrobenzene PPB NA ' 5.6 U 96.18-4 1,2,3Trlchior one I PPB NA t" 5.8 U 95-93-2 1 2,4 5-Tetrameth nzene IPPS NA') 5.6 u 12042-1 1,2,4-Trichbrobenzona IPPS NA 5.6 U 95-83-6 1,2 4-Trimeth name [Ppa 38W 5.6 U 96-12-8 1,2-Dib►omo-3-chlo ro ane I PPB NA n'1 5.6 u 106-93-4 1.2-Dibrorwothans IPPB NA ' 5.8 U 95.50-1 1,2-Dichlorobenzene PPB 1100 t 5.6 U 107-06.2 1,2-DieNoroethane IPPS 20 n 5.8 U 78-87-5 1,2-pith ane I PPB NA("1 5.6 u 10W-8 I 1,3,5-Trimahyflwzens IPPB 9400 t"I 5.8 U 541-73-11,3-Dichbrobenzene PPB 2400 5.6!U _ 142-28-911,3-dkhbropropane PPB NA 5.6 U 108-46-7 1,4-Dichbrobenzons PPB 1800 5.8 u 123-91-1 1,4-Dbxans PPB NA 5.6 U 590-20-7 2,2-Dichbro ane PPB NA ' ' 5.8 U 78-93-3 2-Butarx" Pp8 NA 5.6 U 110-75-812-ONomethVi virrA other Ippa NA 't S.8 u 9S494 2 Chbrotoluene Ipps NA t" 5.8 U 591-78-6 2-Hexenons PP8 NA " S.6 U 67-63-0 2-P of PP8 NA t' S8 u 108.43.4 4-ChlorakWone PP$ NA " 5.6 U 9047-6 4-I toluene PPB NA 5.8 u 108.10.1 4-Meth -2- tanons PPB NA 5.8 U _ 87 64 t Acetone PPB 50 n 5.6 U 107.02-8 Acrolein ,PPB NA n 1i 28 U 107-13-1 Ac rthrlls IPPB NA ' S.8,u 71-43-2 Benzene Ipps 60 5.8 U 108-861 l8romobenzone IPPB NA ' S.6 u 7497-5 Bromochbromathane Ippa NA " 5.6 u 75-27-4 1 BromodicNaromethana IPPS NA t' S.8 U 75.25-2 8ramoform I PPB NA ' 5.8 U 74-8&9 8romomathane IPP13 NA "1 5.6 u 75-15-0 Carbon dlsuH de IPPB NA t11 5.8 U 56-23-5 Carbon tevwhWde Pp8 760 " 5.6 U _ 108-90-7 Chbrot*nzone IPPB 110009 5.8 u _ 75-46-8 1 Chlorod l"omethane Ipps NA t"1 5.8 U I_ 75-00-3 Chlorcethane Ippa NA " 5.6 U 67-883 Chloroform PP8 370 ') 5.8 U 74-873 Chloromethane PPB NA " 5.6 u 156.59-2 68-1,2-Dichloroethens PPB 2501"I 5.6 u 10061-01-5 cie-1 3-Dichlc ens PPS NA t"' 5.8 U Page 1 Sheetl 124-46-1 Dlbromochbromethane PPS NA " 5.6 U 74-95-3 CIRwomomett rie PPB_ NA 't 5.6 U 75-71-8 DkhbrodNiuoromethsns PPB _ NA(S 5.6 U 108.20-3 E)Msopropyl ether PPB NA(") SA U 84-17-5 Ethanol PPB NA tn)i 28 U 141-7&8 I EthVI acetate PPB NA 01 5.0 U 10041-4 Eth merle PPB 1000 " 1.4 J 76-14-2 Freon-114 PPS NA " 5.6 U 8768-3 Hexachlorobutedlene PPS NA "t 5.6 U 106-21-4 1 lsopmW acetate PPS NA c" 5.8 U 98-82-9 tsopropybeniene PPB NA(r 5.6 U 1330-M7 m X ns PPB NA n') 5.9 J 1634-044 Meth tent-bu ether PPB 930�" SOU75-09 2 Meth Chloride PPB 50 23 B n-ArrM acetate PPB NA 5.6 U 91-20-31Naphftkwo PPB NA 5.6 U 1234"1 n4w scotete PPB NA ` 5.6 U 104-51-8n nzene PPS 12000 I 5.8 U 109-60-4 n acetate PPB NA ' 5.6 U _ 103 85 1 n P zone PPB 3900Tw 5.8 U 9647-6 o-X PPB NA 5.6 U 105-0&5 Diet ne PPS NA ' _5.8 U 822-96-8 us lr ne PPB NA ' S.8 U 135-welmo-Bulytenzons IPP13 ll0000')l 5.6 U , 10042-51SVM410 PPB NA(111 5.1 U 75 65 0 4 abohoi PPB NA r` 5.8 U 98-O 8 tart ens PPB 5900 r 5-6 U 127-18-4 1 Tetmchbro dw-* PPB 1300 r'r� 5.6 U 108-8&3 IToluene PPB 700('1) 1.4 J 156.60-5 trans-t -DicNomethene PPB 190(' 6.6 U_ ID081-02.6 trans-1 3-)lcNo ene PPB NA r'11 5.8 U 7"1-8 Trichbrosthene PPB 470l11) 6.8 U 75-69-4 Trkhlotdluoromethane PPB NA ' 5.8 U 109-0b-4 VIn acetate PPB NA f' S.8 U 75-01-4 Virr,4 ctWoride PPB 20t" 5.6'U SVOC 120-82-1 1,2,4-Tdchlorobenzene PPB NA TFIT 130 U 95.80.1 1,2-Dichbrobenzens PPS 1100' 130 U 541-73-1 1,"Ichbrobenzone PPB 2400 r' 1 130 U 106-46-7 1,4-Dk:hb►abentene PPB 1800 t11) 130 U 95.96 A 2,4 T nol PPB 88-06-2 2,,4,8-TrkhlorophsW PPB NA " 130 U 120-83-2 4-Dichbr henof PPB NA 130 U 1 D5-67.9 2,4-Dlme herol PPB NA�'t� 130 U 51-28-6 2,4-Dlnftphonal PPB NA 130 U 121.14-2 2,4-Dlnitroto4uene PPB NA "� _ 130 U 606-20-2 2,6-Dlni rntoluene PPB NA 't 130 U 91-58-7 2-Chbrons thalens PPB NA "t 130 U 96-57-8 2-C nol PPB NA 130 U 91-5 7-812-Mothyl naph#Wene PPB NA inn 130 U 95-48-7 2-Meth d PPB 330 130 U 88-74.4 2-Nnmanilne PPB NA ' 130 U 89.75-5 1 2-Nhrophemol PPB NA 1r 130 U 91-94-1 3,X-DichIorobenzidlne PPB NA r"f 130 U 10&394110644 3+4-Me PPB 330(1" 130 U 99-09'2 3-Nltroanline JPPB NA n') 1 130 U Pape 2 Sheen 53452-1 4,&Dinitro-2-meth PPB NA _ 130 U 101-55-3 4-Brom enyi phanylether PPB NA '' _ 130 U 59-50-7 4-Chloro-3-methyouwd PPB NA t" 130 U 106-47-8 4-Chbroanilne PPB NA ' 130 U 7005-72-314-Chbrophanyl phe eftr PPB NA ! 130 U 100-01-614-Nitroaniline 1PPB NA t 130,U 100-02-7 4-NIt enof PPB NA r"! 1bDjU 93-32-OlAcenaphthene PP8 20000 t" 130.0 208-98-81AcenwHhv1ww PPB 100000 '! 130 U 82-533 Anglne PPB NA t' ! 130 U 120.12-7 Anthrecene PPB 100000 130!0 103-333.Azobenzone PPB NA t"! 130 U 92-87-5 Benzidne PPB NA ' 130 U W&S-3 8enm nthracene PPB 1000 n' _ 130;U 5032-8 Benzo a ne PPB IOOO n'! i 130 U 205-99-2 8enm tiuorarithene PPB 1000 " 130 U 191-24.2 h,l ne PPB 100000 TIT 130;U 207-083 Benzo k f "arthene jPPB 800 r' _ 130 U a6-85.0 Benzoic acid IPPB NA "! 130 U 100.51-6 IPPS NA 130 U 111-91-t B 2-chbroetho methane PPB NA t' 130 U 1114" BI 2-chb ether PPB NA r"! 130 U 108-60-1 BI -chbrda ro ether PPB NA r"! 130 U 117-81-7 Bls 2-eth hthalats PPB NA " 130 U 85-68-7 Butyl ben thabte PPB NA r" 570 8&74-8 Carbazofe PPB NA ' 13oiU 218-01-9 C ane PPB 1000 " 130 U 53-70-3 Dibanzo a,h ar►thracens PPB 330 t 130 U 132-64-9.Dlbenzo4uran PPB 7000r" 130 U 84-86-2 1 Diethyl haleft IPPB NA(")1 130 U 131-11-3 Dlmem hthalate PPB NA '' _ 130 U 84.74-2 DI-n-buyhalate PPB NA "! 130 U 117-84 0 Di-n htthslate PPB NA '! 130 U 206-44-0 Ruoranthene PPB 100000 130 U 8&73-7 Fluorene PPB 30000 r 130 U 118-74-1 Hexachlorobenzene PPB_ 33011! 130 U 87-883 Hexachiorobutadiene PPB NA fill 130 U 77-47-4 Hexach b ntadiens PPB_ NA '! 160 U 97-72-1 IMaxachlomethane PPB NA ' ! 130 U 193-39-5 fnd 1,2,3-c d e PPB 500 ' 130 U 78-59-1 jlso orone PP8 NA ' 130 U 91-203 1 Naphthalene JPPB 12000 t" 130 U 98-96.3 Nhrobanzene ipps NA r"! 130 U 62-75-9 N-Nttr s meth amine I PPB NA '! 130 U 821-64-7 N-NNrosodl-n- ro mine jPPB NA "1 130 U 88,30-8 N-NPtrosodi hen amine APB NA t"! 130 U 87-865 Pentachlo henol PPB 800 "! ISO U 85.01.8 Phenanthrene .PPB 100000 r"! 130 U 108-95-2,Phanoi Ippe 330(11)1 130 U 129-00-OlPyrone Ipps 100000 " 130 U 110-8&I pyrkfine Ippa NA t 130 U HERBICIDES 93-76-5 2 4,5-T PPB NA ' 11 a U 93-72-124,5-TP SINex PPB 3800 itOU 94-75-7 2,4-D Ipps NA t10 U AEST1c IDES Pape 3 Sheetl 72-54-8 4,4'-DOD PPB 3.3 ' 5.2 U 72-55-9 4,4'-ME PPB 3.3 t'1 5 2 U 50.29-3 4 4'-DOT PPB 3.3 6') 5.2 U 309-M2 Aidrin PPB 5 T') 5.2 U 3194"alpha-BHC PPB 20 t"7 5.2 U 319415-7 beta-BHC PPB 36 1 1 5.2 U 57-749 CNordans PPB 84 " 83 U 510-i 6 Chlombenek" PPB NA 't 5.2 U 98-12-a DBCP PPB NA Wrl 5.2 IU 3t9-8&a delta-BHC PPB 40 "f 5.2 U 8457-1 Oielddn PPB 5 b' S2 U 969-98-8 Endosuifan l PPB 2400 '1 5.2 U 33213-86-9 Endosulfan Il PPB 2400 ' 5.2 U 1031-07-8 Endosulan sulfate PPB 2400 '7 5.2 U 72-20-8 Endrin PPB 14 f') 5.2 U 7421-934 Endrin akWWo PPB NA MIT 6.2 U 53494-70-5 Endrin ketone PP8 NA " 6.2 U 58-89-9 mma-BHC PPB 100(" 5.2 U 7&44-SIHoptachlor PP8 42 n') 52 U 1024-57-3lHoptad,Jor opoxide PPB NA 0'1 52 U 118-74-1 Hexachk)roben_Zene PPB 330 ' _52 U 77-47-4 Hexachlorm Madlene PPB NA t" 52 U 7243-5' Metho hlor PP8 NA('1 5.2 U &MI-35-2 T PPB NA "? 50 U PCBs f 2674-1 t-2 Aroclor 1019 PPB 100 ' 84 U 11104-28-2 Arocior 1221 PPB 100 1 84 U If 141-16 5 Aroclor 1232 PPB f 84 U 534fl9-21.9 Aroclor 1242 PPB 100 t"1 - 84 U 12672-29.6 Arock)r t248 PP8 100 "1 84 U 11007-6W 1 I Arock)r 1254 PPB i 00 t"1 84 U 11096.82-5 Amcior 1260 PPB 100 t' 84 U METALS 7429-905.AJuminum PPM NA n' 70400 74404&0 Anti PPM NA "1 0.495 U 7440-38-2 Arsenic PPM 13 1 2.12 7440-39.3 Barium PPM 350 ' 49.3 7440-41.7 B ium JPPM 7.2 h 1 0.390 U 7440.43.9 Cadmium PPM 2.5 "1 0.291 U 7440.70-2'Calckim PPM NA"" 1790 744047-3 1 Chromkim PPM NA 12.8 744048.4 Cobalt PPM NA'" 0.388 U 7440.50.8 C r PPM 50 n' 12.5 743&&46 lral PPM NA " 16100 7439 92 1.t.ead PPM 83 '1 3.82 7439-954JNftnmum PPM NA " 2640 7439.96-S anew PPM 16M t ' 298 7439-97-61 Mercury PPM 0.18 n11 0.0f05 U 7440.02-Q Mckei IPPM 30(11)1 10.7 7440-M7 Poteasium Ippm NA t"1 1770 7782.49.2 Selenium Ippm 3.B " 0.485 U 7440-22-41 Silver Ippm 2 ''> 0.388 U 7440-23.5 Sodium PPM NA 107 7440-28-0 ThMum PPM NA '1 0.485 U 7440-02-21 Vanadium PPM NA 7T'1 19.3 7440 66 6.Zinc PPM 109 "FT 29.2 Page 4 Shawl WET CHEMISTRY 18540-29-9 Chromium,Hexavatent Ippm i ' 0.333 U 16065-83-1 Chromium,Trivalent Ippm 30 t" 12.8 57-12-8 Cyanide Total 3 Amenable PPM 27 t"t 0.111 U I n8a •F NA ' 140 U Percent Moisture Wt% NA t" 10.2 9.88 H pH UnR NA 6.8 ReocWe Cyanide PPM NA " 0.111 U Reach Suffide PPM NA t 222 U TCLP VOC 75-W4 1,1-1)fchlaoethere PPM 330 t" 0.00055 U 107-06.2 1,2 Dichioroethane PPM NA 0.00085 U 106-467 1,4 DkNoroberuene PPM NA t"t 0.00086 U 78 93 3 2 Rotenone PPM NA t"t 0.0066 U 71-43-2 Benzene IPPM NA "t 0.0006 U 56.23-S Carbon tetrachloride Ippm NA 0.0005 U 108-90-7 Chlomberasne I PPM NA t") 0.001 U 67-663 Chlordorm Ippm NA "t 0.0005 U 127.1&A TeVachlofooftne PPM NA "t 0.0 007 U 79-01-8 Trichloroethere PPM NA 1 0.001 U 75-01-4 Vinyl chloede PPM NA t+'t 0,0012 U TCLP SVOC 95-954 2,4,5-Trlchlo nol PPM NA'' 0.05 U 8&06-2 2 4,6-TrfeN henol PPM NA 't 0.085 U 121.14-2 2,4-DlnKrotoluene PPM IM t 0.045 U 95.48-7 2 Met nol PPM NA t"t - - 0.035,U 108-39-4/106"i 3*4-MethVphenol Ippm NA 118-74-1 Hexachlombenzene I PPM NA n't 0.09 U 87-66-3 Hexachtorobutadene Ippm NA InT 0.15 U 67.72-1 114exwNomethans JPPM NA r"Y 0,04 U 9&95-3 Nftrobenzens PPM NA TIRT 0.035 U 87-WS Pentachlora henol PPM NA " 0.17 U 110-W l P ne PPM NA ' 0.12 U TCLP HERBICIDES 93-72-1 2 4,STP Silvax PPM NA ' 0.1 lu 94.75-7�2,4-1) PPM NA t" 1 U TCLP PESTICIDES 57-74-9 Chlordane Ippm NA t 0.015 U 72-20 8 Endrin PPM NA 0.006 U 58.89-9 anima-SHC PPM NA t" 0.0w U 76 44 BIReptachlor PPM NA 0.0015 U 1024-57-3114eptictVor epoycids PPM NA( 0.0015 U 72-43.5 Ma hlor PPM NA "t 0.00211) SW1-35-2'Toxapherw PPM NA t"t 0.01 iu TCLP METALS 744038-2 Arsenic IPPM NA ' 0.05 U 744039-3,Barlum PPM NA' 1.44 7440-43-9 Cadmium PPM NA t"t 0.05 U 7440-47-3 Chromium PPM NA 0.05 U 7439-92-11 Lead PPM NA ' 0.00567 7439-97-a!Msrc PPM NA n 0.02 U 7782-49-2 Selenium PPM NA t+t 0.05 U 7440-224 Silver PPM NA ' 0.05 U it NYSDEC-6 NYCRR Part 375 Unrestrfcted Use Criteria Pape 5 Sheet, Abbreviation: NA-Not awmall ,no value In Unrestricted Ue. Pegs 6 rTPnIJZ)asn un SL£Pta HIUAN 9- 69£Oi O # uHQuO XWOM Iaw .L2laHsUV3uds sI ArIVKV AHOIVHOgVz smuoivuoavz rlvz)IiArIVNV Nv3lu39W ,L TRain d v RMEMAZIs-NivIva jjVRUM OMM OON J'aaroad av AJ IPM RaM Q I'I.L O GUI Ak'NAWN1MiM A--a*3 Appµp�T29i 4FIM'J! r, W�+M+i f10JJfl ��dAl►O YSfI�6 30MOM twdr Sheetl American Army1cal Labw*ort LLC. WorkOrder.081 M9 C.ilont:Environmental EnwV F Assoclatee ina. Project St1M 2100 Ce.nr e.m MCI(0-1 1tC1 1 TCLP Vw ttticl(0-101 camp Lebo M- waeee-oi comma at'rroeo.eo a.mpe,v tlrar I ieQY200e tomriaae tor�,so0e VOC 1cmNa Am uMe Ur"to 0 O q 630.20.8 1 t 1 -Tetrachkovethim PPB NA t" 5.3 U 71.55-8'1 1,1-Trichloroethar+s PPS 880 n' 5.3 U 79.34-5 1 1 22-TatrachfaoWw* PF9 NAP' 5.3 U 78-13-1 1,1,2-TrW*wo-1,2,2-tMluomePP8 NA t"t S.3 U 79.00-5 1 1,2-TAehioroaftm PPB NA t 5.3 U 75-34-3 1,1-Dlehloi l ne PPB 270 '1 5.3 U 75.35-4 1,1-Dichlomelhom PPB NA " 5.3 U 563-6843 1,1-Oid;1ot PPS NA "1 5.3 U 87.81-6 1 23Trfchlomberaws PPB NA ' 5.3 U 9&18.411,2,3-Trichlor a PPB NA ' 6.3U 96-93-2 1,2.4,5-Tetrsmel S NA " S.3 U 12042-1 12,4-Trldtiorobenzale PPB NA " 5.3 U 95-43-611.24-Trimat4lberawle PPB 3soc '1 5.3 U 96-12-8'1,2-Dibromo-3-ch PPB NA"' S.3U 100.03-4 1,2-Dibmmoethane PPB NA t"1 5.3 U 95-60-1 1 -ClIcNorobenzeM PPB 1100 09 5.3 U 107-06-2 1,2-01chbroethene PPB 20 , 5.3 U 78-87-5:1 2-D►ch no Pp8 NA ' 5 3 U 108-674 1 3 5-T beruane PPB 8400 n't 5-3 U Sat-73-1 1,3-rwd*robenzene pP8 2400 '3 5,3 U 142-28-9 1,3 dldN PPB NA t" 5.3 U 100 46-7 1,4-Dlchtorohenzwe PPS 1800 ' 5.3 U 123.91-t 1,4-Dlame Ipps NA 111) 5.3 U 59o-20-7 2 -Dichlo PPt3 NA "3 S. U 78-933 2-Butarnne 1PP9 NA " 5.3 U 110.754 2-Chforanthyl vwM ether PPB NA n' 5.3 U 95-49-8R-Chforotduene PPS NA ' 5.3 U 591-78 8 2-Howane PPB NA tf' 5.3 U 67-834 2-Pro PPS NA " 63 U IDS-43-4 4-ChioratWuere IPP13 NA�'r 5.3.0 98.87.8 4- PPB NA "� 5.3 U 106.10.1 2� PPS NA�'1 5.3 U 97.64.1 Aoelcne PPB 50 t"1 5.3 U 107402-8 Aardain PPB NA t" 27 U 107.13.1 PPB NA t1' 5.3 U 71-43.2 Benzana PPB 80 t i 5.3 u toe-8&1 Bromobenzene 1PPB NA('"I S.3 U 74-97.5 BmmocWaarnegens PPB NA t" 5.31 U 75-27-4 SromodldUoromettwre PPB NA r'1 5.3 U romof 7S-25-2 B m PPB NA "t 5.3[U 74.83-9 Brarrtomethane PPB NA„'' 6.3 U 75-1"lc~dLttrHlde PPB NA t"1 5.3 U 5&23S Carbon Mtmmodde PPS T80 t`" 5.3 U 10&90.7 Chbrobensene PPB 1100 n` 5.3 U 75-4&6 1ad01uoromethane PPB NA " 5.3 U 75-00-3 Chlofodhone PPB NA t"� 5.3 U tS74l8 3 CNora form PPB 370 b` S.3 U 7487-3 Chloraaethene PPB NA t" 6.3111 158-50-2 cis-1,2-DldNoroelhwe PPB 2S0 '1 5.3 U 10051-01-6 cia-1,3-Dichbro ne PPB NA t" 5-3 LJ 124-48-i Mmmow1ornmethane PPB NA 74-95.3 Dibromomethane PPB NA 75-71.8 DkfNorodifiuoranethano PPB NA ' 5.3 U 108 2a3 Dtiso a Bihar PPB NA t"� 5.3 U Pepe 1 Sheet 1 8617S Ethanol PPB NA 27 U 141-78-6 Etho ecfUts PPB NA 5.3 U 100-41-4 Ethylbenzeno PPB 1000 "s b.3 U 78-14.2 Freon•114 PPB NA 5.3 U 87-66-3 Hm mWrcbutsdlene PP8 NA "I 53 U 106-21-4 Isopmpyl acetate PP8 NA 's 5.3 U 9&82-6 IsoproWbenzene PPB NA t"l 5.3 U 133&20.7 M,RXVIVOG PPB NA " 11 U 1634-044 Meth ton-buy ether PPB 930 r"' S.3 U 75-09-2 ne Chloride PPB so(,,)I 269 m-AmyJ acetate PPB NA r'' 5.3 U 91-243 s PPB NA FT 5.3 U 123-864 n• Goatees PP8 NA T7r 6.3 U 104-51-9 in-Butybenzens PPB 120M t"> 53 U 10a.60-4 n-ProW wows PPB NA " 5.3 U 103-66-1 m-Propylbenzene PPB 39 00 t" 5.3 U 95 47 E o4yiens PPB NA " 6,3 U 105-OS5 let benzene PPB NA " 5.3 U =-QSajp.Ethjft1uene PP8 NA " 5.3 U 135-98-8 sec-SutyWenam PPB 11000 -' 5.3 U 100r42-5 lWene PPB NA ' 5.3 U 7595-0 t alcohol PPB 1AI .3 U 9&08b ten 8 zene PPB 59003 U 127.18-4 Tetrachloroethsne 'PPB 1300 .3 U 108 88-0 Tok►ene PP8 700 .3 U 156�5 bens-l2-0�Noroethene PPB 190 .3 U 10081 0Q-6 tren! 13 DIcN PPB NA3 U79-01.8 TAchlomethens PPB 4703 U 75-41"Tnchlorofluoromet►tar,e PPB NA .3 U 108-05.4 H aoeUde PPB NA3 U 75-01-4 Mn CNorlMe PPB 20 .3 U BVt7C12042-1 1,2,4-Trkhlorobenzens PPB NA 130 U 96-60-1 1,2-Dichlombenzene PP8 1100 130 U 541-73.1 1,3-01cfllorobenzene PPB 2400�' 130 U tOB 46 7 1 4Dich7aobenzens PPB 1800 t"l 130 U 95-95-4 2 4,5-TrichlOro enol PP8 NA t"s 130 U 88-W2'2,4,S-Trichloro of PP8 NA"' 13C U 120-83-212,4-Dichkwophenol PPB NA 130 M 105.67.9; Ippe NA ' 130 U 51-28-5 2 4-Qinit enol PPB NA t" 130 U 121-14-2 2 4 Ntrotoluens PPB NA�'1 130 U 80&20-2 2 6-Olnhrototuane PP8 NA°' 1301U 91-58-7 2!�=htvmft PPB NA "I 130 U 95.57-8 2 PPB NA '' 130 U 91-57-6 2-M !PPB NA 130 U 9646-7 2-Mat PP8 330 r"' 130 U 88-744 2-Nltroanillne PPB NA t"' 130 U W75-512-Nhmphmol PPB NA ' 130 U 91.94-1 3,3'-DichloroberzkIne PPB NA t" 130 U 1083"106-44 3r4- enol PPB 330 r" 130 U WD9-2 3-Nl marikne JPPB NA t"' 130 U 534.52-1 4,6-D(nNo-2-m PPB NA 130 U 101-653 4-Bromo n ether JPPB NA- ) 190 U 59.50-7 4-Chbro3-ma! enol IPPS NA n' 130 U 105-47-8 4-CNoroanWne Ippe NA " 130 U 700s723 4-GNorophenyl phony;ether JPPO NA 4T' 130 U 100-01-6 4-NMroaniine PPB NA 130 U100-02-7 4•NRro enol PPB NA 18O089" A83-32.9'.Acen hens PPB 200002 eon hth ene PPB 000010 130 U Page 2 Shawl 82 53 3 AnMne PPB NA "1 130 U 120.12.7 Anthrecene PPB 100000 h'1 130 U 103-33-3 Ambenzene PP8 NA I 130 U 92-87.5 BenBdlne PP8 NA�'1 130 U 58-55-3 a anthracene 'PP8 1000°' 130 U 50-32-8 a re+e PP8 1000 ' 130 U 205-99-2 Benzo b fluoranNane PP8 1000"'r 130 U 191-24-2 8enzo h ene PPB 100000^'i 130 U 207-08-9 Beruo k fluoranthene PP8 _ 800 ' 130 U 66-M-0 Benzoic add PIPS NA t'° 130 U 100-51-8 1 alcohol PPB NA t" 130 U 111-91-1 Bis 2-ohlomstho methane PPB NA ' 130'U 111-44-4,BIs 2-chkwoeth ether PPB NA t' 130 U 108-60-1 BIa -hlo ether PPB NA t"1 130 U 117-81-7 81s 2-eth elate PPB NA 1' 92 J 85.68-7 ben r PP8 NA�'� 130 U 88 7"t:atbAwle PPB NA '1 130 U 218-01-9 Ch ens IPP13 lam W'1 1301 U 53-70-3 1 Dfbenzv r anthracene Ipps 330 "1 130 U 132.64 9 D!benmf;ran PP8 7000 " 130 U 84$8-2 DIsNylpfthahft PPB NA '3 130 U 131-11-31DIrnotho pfthalate PIPS NA 1 1301 U 84.74-2[DI-Pbuty phthaiate PPB NA t" 130 U i i 7-a4-0 Df-ft-octyt phthalste PPB NA 1" 130 U 206 440 Fiuoranthens PP8_ 1000D0 'i1 130 U 88-73-7 FhJorene PPB 3o000 ' 130 U 118.74-1 He acNorobemmne PP8__ 330 p1' 130 U 87-88-3 Hamct+TofohAedlene PPB NA n' 130 U 77.474 Hexachl 1 %diene IPPS NA 1111 160 U 67-72-1 Hexach{oroethana Ippe NA^` 130 U 193-396 tndeno 1 2 3-c, ene PPB 500114 130 U 783&t fso Drone PPB NA 1'i 130 U 91-20-3!N hthslsne PP8 12000i'1 130U 98-95-3 Nitrobenzene PPB NA 11 130 IU 82-75.9 N-Nitmsot8meth ins PPB_ NA t" 130 U W.64-7 N•Nitrosodf-n- mha PPB NA '1 130 U 86.304N-NRr000 en ne PP8 NA " 130 U 87-W-5jPwftchlomOw=f PP8 800 "l 180 U 85-01-6 Phenardhrene PPB 100000 ' 130 U t08-95-2 Phenol PPB 330 t"}' 13C U 129.00-0?Pytene PPB 100000 T,' 13C U 110.88-1 Pyticins PP8 NA ' 130 U HER�ClDEti 43.76.5 2,4 5-T PPB NA ' 110 U 93.72-1 2 TP S4v PP8 3600 "1 110 U 94-75-7 2 4-D PP8 NA 110 U PESTICIDES 72-548 4,4'-ODD PPB 3.3 "1 5.4 U 72 b5 B 4 4"-DDE PPB 3.9 % _ 5.4 U 50-2W3 4,4'-DDT IPPS 3.3 '1 5.4 l! 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WorkOrdar.t1f1OM Cilw*.EmlronnwHa!Enwg I Asoodstas,W& Projeft SEW 2100 twee D 0=0.14 Yoe cmi 0.14 TCLP V0c ocel Ou to Wtmg4/ Ureaaoao o alo-W aaorptlneDow fan7rJtw toozApOa loaaoae� VOC CAOft txft trae o 0 0 e30.20-e1,1,1 240MCNora0hane PPB NA S.T U 71-55-6 1 1 1-Tridikxoethene P➢8 680717 5.7 U 79-94-5 1 i 2-Tetrachoosmone PPB NA ` 5.7 U 76.13-1 1,1,2-TrlcNoro-1.2,2-Iriflu PPB NA(1' 5.7 U 704"1,1,2-TAdiloroeMana Ipps NA ') 5.7 U 75-34-3 t.1-DkhlomMhana PPB 270 ' 5.7 U 75.35-4 1 1-DW%loroattrrta PP8 NA " 5.7 U S83-89.0 1.1-Dkhbmpmpww PP8 NA ' S.7 U 2 87 61-6 1 3-Trktdorobonmm PPB NA ' 5.7 U W18-4:1,2,3T PPS NA " 5.1 U 9S4M-2 1 4 S-Tatrwrw ne PPB NA " 5.7 U 12OW-11 1 4-Ttich o PPB NA "t 5.7 U 95.63.E 1,2 4-T PPB 3600 r' 6.7 U 98-12-8 t,2-Dib PPB NA ' 5.7 U 106.93-4 1 2-0ibromoo0wta PPS NA t" 9.7 U 0530-1 1 2-DicNorabmp" PPB t f00 n 5.7 U 10746-2 1 2-D)chkxoMhwws PPB 20°'i 5.7 U 78 87-5 1 -DId1I PPB NA(" 10"7-B 1,3,5-TAmeth PPB 6400 " 541.73.1 11 3Dlchlorobeuwo IPPB 2400 ' b 7 U 142.28-9 1 3d ohlo PP8 NA ' 10648-7 1,4•Drhlorobenzsne ippe 7000011 S.7 U 123-91-1 1 4-D)oxarw IPPB NA 5.71 U 5W-20-7 2.2-Didior PPB NA T"Tj 5.7 U 78-93312-Butenone IPPB NA " S7 U tt0.75-8 2Chioroeth vinvi ether IPPB NA tt' S.71U 95-4"2-CNoratduene Ippa NA ' S.7 U 591.78-8 2-Hexwore IPPB NA " 5.7 U 67434 2-P PPB NA 3 57 U 106-4.3-4 4-CNOrdduene PP8 NA t'st 5.7 U ZW-614-120prowtoluens Ipps NA r'115.7 U 108-10-1 4-Meth -2 ktnone Ippa NA I 5.7 U 67.641 Acetone Ipps_ 50 t" 5.7 U 107-02-S'AoroWn IPPB NA " 28 U 107-131 trila Ipps NA " 5.7 U 7/432 eenzen• PPB 80 IT S.7 U 108-MI Bromobwuwne PPB NA "t 5.7 U 74-97-S:Bromolioromothine PPB NA "t 5.7 U 75-27-4 8mmodicNommethane PPB NA ' 5.7[U 75.25.2 Bromolorm IPPS NA fit) 5.7 U 74-63-9 Bromom 0 ane PPB NA 5.7 U 75-is-0.Carbon di ufdo PPB NA"' S.7 U 56-23.5 Carbon tatradtloride PPB 760 " S.7 U 106.90-7 CNorobervsne PPB 1100 n' 5.7 U 75-4S-9 Ch)orodHNcmmetheno PPB NA "t 5.7 U 75-003 C kmmthana Ippa NA t"t 5.7 U 674M-3,CNorotam PPB 370 ' 5.7 U 74-87-3 ChlarometUne PPB NA 5.7 U 156-59-2 da-i 2 Dk h1moWJwne PPB 250 5.7 U 10061.01.5 ds-1 3-0iehro ro e PPB NA t 5.7 U 124.48.1 Dib►omochloromethane PPB NA " 5.7 U 74-95.3 Dlbromorrethane PPB NAZ&7 U 7S-71d DkhlorodNtuommethane PPB NA "� U 108-20-3 DiI r ether PPB NA r' U 64-17-5 Emend PPB NA t" U 141.78-4 H acetate PPS NA ' U Pace i Sheen 100-41 PPB 1000 " 5.7 U 7&14-2 Froort•114 PPB NA t"t 5.7 U e :&.3 HaaacN=brrtadlene PPB NA T"T 5.7 U 108-21.4 190 aoeb" PP8 NA " 5.7 U 9842 fscpnWbwv&m PPB NA " 5.7 U 1330.20.7 M.O-XVIGM PPB NA "t 11 U 1634.044 Meth tent-bu ether PP8 030 9 5.7 U 7"9.2 Mothyflarle chloride Ippe 60 49 B "fN aaetate PPB NA 'I 5.7 U 91.20-3 N e PP8 NA t" 5.7 U 123-W4.n B acetate Pp8 NA ' 5.7 U 104-61-8in- benzene PPB 12000 5.7 U 109.6"n-Pro aaetde PPB NA 5.7 U 10345-1 n-P bemmne PpB 3900 ' 5.7.0 85-47-8 o-X ene PPB NA ' 10s05 b. Df2VIbsnzww PPB NA " M-90-Olp-Erhyliduenil PPB NA 135888 amo-B bermes Pp8 11000 5.7 U _ 100-42.5 Stwarls PPB NA 7&46-0It-Buy almhol PPB NA tl) L7 U 99-06;t=. benzene PPB 6000127-18-4 Telraahlaroethene PP8 1300 &7 U 10&883 Toluene PPB 7006.7 U 156-80-5 trans-1 2-Dlattfortadhene PP8 too5.710061 OZG Crone-1,3-Dlcttlo PPB NA6.7 U79-01-8 TdcNoroaltune PPB 470 5.7 U 754 4 ITricNomfluoroinothans PPB NA "' 5.7 U 108.0&4 IViryl acetate Ippa NA MT 5.7 U 75 Ot 4.H cNorfde iPPB 20 " 5.7 U SHOO 1204M1 1,244 0chlorobwawm PPB NA ' 130 U B5.50-t 1,2-DIcNoroberasna PPB 1100 "t 130;U 1 541-73.1 ,3•DtoNarobenzana PPB 2400 ' 130 U 10&4&7 1,4DioNorobenzw* PPB 1e00 " 130 U Q5-§&4jZ4,S-Trx"a,ophsmf IPPB NA ' 130 U 88-06-2 4&Trichloro PPB NA 130 U 12043.2 2,4-DICN pPB NA 130 U 10567-9 2.4Dim erwt Ippe NA ' 130 U 51-28.6 2,4-Dlnitr enai Ippe NA ' 130 U 121-142 4Dlnluolduerte PP8 NA "T T_ 130 U 6W-2&2 Z6-DiM PPB NA TM 130'U 41-5&712-Ch PPB NA 1' 130 U 95-57-812-ChIMOOMO Pp8 NA ' 130 U 81.57-8 ene PPB NA ' 130 U t S.4S-7 2-Me NwW PPB 330 ' 130 U 8&744 2-NkmarMno PPB NA InT 13o U 90-75-61:2-NitwOmwmg 1PPB NA " 130 U 91.94.1 3,T-Dictilorobenuddlne IPPB NA " 130 U 08.� 0B 14/1 -4t 3i+M PPB 330 " 13D U 98-011 2 3-WroaMne IPPB NA " 130 U S34S2.1 4,6 Xnftro-2 PPB Nll It 130 U 101d5.3 4 odt f PP8 NA ") 130 U S"0-7 4CMom44nath d PPB NA " 13C U 10647.8 4-Chloroar> km PPB NA " 130 U 7M-723 4-Ct her pn ether Ippe NA ' 130 U 100-01.8':4Nhroarufin• pPB NA r"t 130 U 100.02-7 4Krtro PPB NA '1 180 U 63 32 8 Hoene Mf>one PPB 20000 130 U 2D8 9ti8 Aoens hth ene PP8 100000 13D U 82-6131An1Bne PP8 NA 130 U 120-12-7'Anrhmcena PPB 100pD0 n' 130 U 10333,3 Azobuuene PPB NA " 130 U Pape 2 1hee11 92-V 5 Rormdine PPB_ NA ' 130 U 5&55.3 a Bacons IPPB 1000 " 1 130 lu -2 50 -A Ben a PPE 1000 ' 130 205-94 ens PPB 1DDO ' 130 191.24-2 8 ww PPB 100000 '� 130 U 207-08-9 8e k hens PPB 800 'I 130 U 86.850 Bw%a*odd PPB NA r' 130 U 1 D0 51-8 Swwi akohel PP8 NA I' 130 U 111-91-1 2 ddoroelh methans PPB NAT'W 130 U 111-444 Bia 2-ddaroeth thor PPB NA TT 130lu 108-60.1 9W2-chkw*wVrWyg&th9r PPB NA t"1 130 U 117-91-7 EVS(2-sq7~pWalate PPB NA ' 2D0 Mp.M71RW benr OphthWato PPB NA /30 U 88.74 8 Carbamie PPB NA 'n 130 U 21"i-9 Ch ens PPB 1000 130 U 53-70-3 Dlbenm a h anthrsaene IPP9 am TW 130':U 132-6"!Dibenmturen PP8 7000 "' 13DI U 84-6a-21DIcho phthalsto PPB NA " 130 U 131-11-3 Dimeth halals PPB NA h" 130 U 84-74.2 Dt-n-0 hfhekte PPB NA c" ' 130 U 1174"DI- a PPB NA 130 U 206-44.0 Fluoranthene PPB 100000 "} 130':U 8&73.7 Ruorene PPB 30000 130 U 118-74-1 Hamohlorobwuans PPB 330 "� 130 U 87-68-3 Heamohlorobufadlsne PP8 NA "' 130 U 77-47-4 HexacNo PPB NA ' 18D U 87-72.1 He auhlorawMane PP8 NA "1 130 U 183-39-6 In 1,2,3e o PPB 500 ' 130 U 78-59-1;1 ha-one PPB NA " 130'U 91-203.N dens PPB 12tI00 'I 130 U BB-95-3 Nitrabenxens PPB NA tl 130 U 82-75-9 N•Nftrosodhneth amino PPB NA "I 13010 821.64-7 N-Nllfcw amine PPB NA " 130 U 68-3"N-NNrosodi hen mine PPB NA 130 U 67-M-SlPernachlorWhemol ippe am I 180'U as-01-8'Phenanthrons Ippe 10000011' 130 U I 08-W21 Phand PPB 330 130 IU 129_00_0 no PPB 100000'" t30 U 1104 1 bMdine PPB NA"' 130 U HERBICIDES 93785 24,5-T PPB NA " 110 U 93-72-1,2,4 5-TP Siivex PPB 38100 " 110 U 94-75-7 2 4-o PPB 1" 110 u PESTICIDES 72-64-8 4,4'-DAD PPB 3.3 5.5 U 72-55-9 4 4'-DDE iPPB 3.3 `' 55 U 50-293 4,4'-DDT JPPB 3.3 '� 5.5:U 30a462!Aldln PPB 5 5.5 U 3194W-8!4l -BHC PPB 2091i 6.5 U 319-W7 boa-BMC PPB 9857-74-9 Chlordane PPB 94510.15-6 Chlorobenalate PPE NA W12-DBCP JPPB NA 3194*-S deka-BHC IPPS 40 " 80-57.1!Dlaldrin PPB 5 TnT 5.5 U 969.984 Endaaunan I PPB 2400 "I 6-s u 33213654 Er4k*Man it PP8 2400 ' 5.6 U 1031-07.8 Endasuthnsulfate PPB 2400 "' 5S lu 72-2D-8 Endrin PPB 14 " 5.5 U 7421-a34 FmdHfs aldshyde PP8 NA I 5.5 JUU 63494-70-5 Endrtn ketone PPE to ' 6.5 584§9-8 amma-BHC PPB 100 ") 5.5 Paps 3 sheets 76 44-8 H [PPB 42 ' 1024.57-0 HeptuNorepoidde JPPEI NA r' 5.5 U 118-74-1 Hasraddorobw=ww PPH 330 ' 5.5 U 77-47.4 Hexachlor dime PPS NA "s 5.6 U 72-43-5 MeihoxyohW PPB NA 's SW1-3&2 Tomphone PPS NA s 53 U vCBS 12e74-11.2 Arodor 1016 PPH loo " 88lu it 1 04-29-2 Arodor 1221 PPH 10077 88 U 11141.1"Arocior 1232 PPB 1o0T" !�U 53469-21-9 Arodor 1242 PP8 too " 88 U 12672-29-6 Amdor 1248 PPS 10C " Be U 11097.01;-1 Amdor 1254 PP8 100 ' 88 U i 1098-82-5 Arodor 1260 PPB 100 1"i Be u METALS 7429-90-5 Alumlhun PPM NA ITT 2 0M 7440-WOlAnfrnony PPM NA Ti' 0.497 U 7440.38.2 Arsenic PPM 13 ' OAM 7440,393 Berium PPM 35D "s 230 7440-41-7 Beryllum PPM 7.2 0.396 U 744C-43.9 Cadmhxn PPM Z5 ' 0288 U 7440.70-2 Caldum PPM NA 's 923 7440-47-3 Chromium PPM NA " 38,4 7440 48 4 Cobalt PPM NA 's 0.398 U 744050-8 jropper PPM 50 ") 815 7439-W6 kon PPM NA ' 30400 7439.92-1 Lead PPM 63 's 4.76 7439-95-4 Ma nealum Ippm NA "s 8= 74PBD6 S.Me n"* PPM ISM", 269 7439-97-SlMwatry PPM 0.18 n 0.0111 U 7440-02-0 Nlokei PPM 30 " 21.5 7440-09.7 Potassium PPM NA " 13000 7782-49-2 Selardum PPM 3.9 " DA97 U 7440-22-4 Silver PPM 2 " 0.1391 7440-23-5 Sodlum Ippm NA ' 241 7440.2E-0 ThaAfum PPM NA n'1 3.13 744C-62-2 1 Vanadium PPM NA '' AB-2 7440-06-8 Zlnc PPM 109 TIT 75,9 WET CHEM19TRY 1WAO-289 Chromitm,Hefmvaienl PPM 1 f's 0,332.0 1606643.1 Chmmlurn Trivalent PPM 30 ' 36A 57-12-6 amide ToW 6 Amenobia PPM 27 f"1 0.111 fu- lirtubmy IT NA "1 140 U Peroant Mdsture 11.21 9.82 H IPH UnO NA " 7.3 H fieadive Cyanide Ippm NA "s 0.111 U Raac#vo Sulfide PPM NA "s 2.21 JU TCLP VOC 75 3S-{1 1-DW*wootMne PPM 330 "s 0.00066 U 107.06-2 1,2-DichloromNum PPM NA ' 0.00085 U 108-48-7 1,4-DW*wobenxww PPM _ to "s 0.00085 U 78-M 2-&Awons PPM NA 'D 0.0086 U 71-43-2 8anune PPM NA ' 0.0006 U 58.23•b Carbon torsoNorde PPM NA 's 0.0006 U 108-W-7 Chlorb nsane PPM t" " 0.001 U e1-083 Chloroform PPM NA " 0.0005 u 127-18.4 TetrecNOWIhana PPM NA "i 0.0007 U 79-0i-8 Tr1cNcroMherw PPM NA " 1001 U 75-01-41VInyl dtiodde PPM NA ") 1 0,0012 U TCLP EYOC 96 96-4 2,1 STrf PPM NA 8S-W-2 2 4 6•Tddiwr enol PPM NA 7 0.085 U Pape 4 Shaetl 121-14-2 2 4-01NValaluana PPM NA " 0.046 JU 95-46-7 2-161 PPM NA�' 0.036 U 1063"106.44 3a4 PPM NA `� 0.04 U ita-74.1.HexachlorcbwmwA PPM NA " 0.02 U 1i7.663ex HacMWoaAadene PPM NA "I OAS U 67-72-1 H*=d4oraethane PPM NA ' 0.04 U 96-953 NlImbanzwm PPM NA n' 0.0357 67.6fr5 Pentach hand PPM NA ' 0.17 U 110.86.1 Pyridne PPM NA T" 0.12 U TCLP HERI MCIOEB 93.72-1 2 4 5-TP SA PPM NA 0.1 lu 04.75-7 2,4-D PPM NA t' 1 U LP PES71CIM 57-74-9 Chlordano PPM NA 0.015 U 72-20-1111 a dnn PPM NA ' 0.006.U 564 9 -8HC PPM NAM 0.002;U 748. 'Q 0.0015 U 1024- 7-3 it,Ha tdUor PPM NAB 0.0015 U 72-43-6 Methcrydibr PPM NA " 0.002 U SD01-35-2 Tozaphons PPM NA 0.01 lu TICLP METALS 7440,M4 Arserk PPM NA " 045 U 744030-3 Barium PPM NA " 1.29 7440.43-0 Cadmium PPM NA " 0.05 U 7440 473+Chmmfum Ippm NA r"t D.OS U 7439-92-1 IlLoad Ippm NA rq 0.05 IU 7439.97.6 ury Ippm NA 0.02 U 7762-482 Ssionlum ippm NA°'1 0.05,U 7440-22-4 SOwr Ippm NA ' 0.05 U i 1 NYSDEC-6 NYCRR Pan 375 Unmoricled Use Criteria AbbnMatbn: NA a Not available no value spokinified In Unrestricted Use Llmits I Papa 5 A)OMT VENTURE Of kaoNlrod , wrraedt eczo r 6mepr6M it.ti**rcw*w" usawM.w+►�wwy vAvunftmwy um CATSKILL AND DELAWARE WATER TREADLENT ` ULTRAVIOLET LIGHT'D104MMON FACI11TY CAPITAL PROJECT NO, WM-30 CONTRACT CAT-21OG - STRUCTURES & EOU ZMF,NT AMERICAN ANALYTICAL LABORATORIES LABORATORY ANALYSIS NPCCP1 & CFMC1 WORK ORDER # 0810411 N—YSDEC—b NYCRR Part 375 Unrestricted Use Criteria I LV t � P � � txfill W O N N N N N ►�t •� r j_. . j ei� C P ❑ QQ ? � +NN Z Zzz ZZ ZZ ZZLLZZZZZZZ29pZ _ yy�+ z z Z Z Z $ Z t3 � > Y > HA_> �5 > ? ]. 7► » > Y ? r2SY � � Y � H > � a ). > } l. 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HWV dM 3 V RMIAMS - JOT -,L J JJ Iid'Iv a NOLOMMSIG I-I MOIAVILVM INMKLVHNJL?I M aNVM rld GNV d acii AN VLOMA% =nw�rnvs� 39 r� io MUMA uaa a She611 Amerfoan AmgdvUcii Le ties,LLC. workOrdw.WOOD Glatt:Envk"ffwnW bm Pro :BEW 2100 lcuwwawpwn. mr=eras voC W C2(&22ATCLP Nscca lUaorwwV►D. oallm t I 0a/C61D.W Ioatost►st awprne or& lorzrnooa tWmc-W foomm I'Voc tazllo L Upr►d o 0 0 63C-M4 11.1.1,2•Tetreehloroethana jPPB NA ' 5.3 U 71-5 6 1 t 1-Tddlloroethans PPB 680 FIT- 5.3 U 79345 i 1,4,2-Tetrathbmethene PPS NA 5.3 U 76.13�1 1 1 2-Tddroro-1 4d PPS NA " 5.3 U 79-00.5 1 1 -TrkHmmftre PPS NA 11 6.3 U 75,34.3 1 1-DldlbroMtene PP13 270^'1 5.3 U 764%4 i 1-Didtlomotlwne PPS NA " 5.3 U 563 i8-0 1 1 PPB NA ' 5.3 U 87.61-6 1,2,3-Tr�tlard�sr►zane 8 NA^' 6.3 U 98-18.4�1.2,3-TrfcW ane PPB NA ' 6.3 U 95-93-2 1,2.4,5-Tatra rw PPB NA t' 5.3!U 120.82-1 ? ,4TrtcNarabrmens PPB NA ' 5.3fu 95 W4 1,2.4-Tdmeth benzene PPB 3600 " 5,3 U 98.12.8 1,2-Dibromo-3-NUa ne'PPB NA^' 5,3 U 106-03.4 1,2•DibromoSthans IPPB NA " 5,3 U 96-50.1 1,2-13ichlo# enzsne Ipps 1100 't 1 5.3 U 10748-2 i -Dldilorooth4ne PPS 20 1" 1 5.3 U 78-87-6 12-Dtchla ane PPS NA^'1 5.3 U 10887.8 1,3,5-Trlmeth nzsne PPB 8400 " 63U 541.73-1 1,3-DiOvarobermane PPB 2400 '' 5.31 U 142.28-9 1.3-dehl ro a IPPS NA(") 5.3 U 106-48.7 1,4•Dltfibrobenzene IPPB 16tbW'T 5.3 U 123-91-1 7 4-Dkmne Ipps NA Rl 5.3 U 590.20-7 22-Dichi ro Ippe NA " 6.3 U 78-93.3 2-Butanons PPB NA ' 5.3 U 110-7"2-Chto�oeM v!n ether PPB NA " 6.3 U 95-4"2-Chlorotduens PPB NA " 5.3 U 591.7"2.1�laxanons PPB NA 1"1 6.3 U 67-83-0.2-Pr and IPPB NA " 53 U 106-43-4'4-CNorotdtlsne IPPS NA I 6.3 U 99-87-6 4-iso uene Ippa NA "11 5.3 U 105-10-1 4-Meth -2 ne Ippe NA ' I S.3 U 97.54.1 jAcetone Ippa 60 "t I 5.3 U 107-C2-8 Acrdotn IPPB NA"") 271U107-13-1 onhdla PPB NAU 71-43.2 8w%tsno PPS 80U 1094WI Bromott'anzwo PPB NAU 74-97-5 8mmodrtoromethane PPS NAU 75-27-4 8romoddllommethans PPB NAU75-25.2&omotorm PPB NAU 74.839 8mmomelhore IPPB NA 5.3 U 75-16-0 Carbon daAft PPS NA^' 5.3 U III W23.5 Carbon tetrud*W de IppB 780 " 5.3 U 105.90-7 1aNuvowue le PPB 1100,67 S3 U 75-4546 CNorodfluoromethare IPPS NA 1" 5.31U 75-003 Chbroethare IPPS NA " 5.3 U 97-Ma Chloroform PP8_ 370 '1 5.31 U 74-87-3 ChtoromQhmrm Ippe NA " .3 U 15&592ids 1,2-Dtchforoethsne PPB 250 " 5.3 U 10061.01-5 Cis-1.3-Mchomommia IPP9 NA "' S 3 U 124-48.1 Dibromochloromethane Ipps NA ' 5.3 U 74.963 Dtbromomethane PPB NA"'15.3 U 75-7t a Dfchtorodfluoromelhone PPS NA U 108-20-3 DN ether PPS NA U i 84-17-5;Ethanol PPS f" U 141-78-6 Eth acetate PPB NA U Page t shear, 100.41-4 h bwzsna PPB 1000 ' 6.3 U 7&14-2 Freon-114 PPB NA ' 5.3 U tt7-65-3 Herachlorobutediene PP8 NA " 5.3 U 106.21.4 Isc to somate PPB NA " 6.3 U 9&82-alleo gh#banzane PPB NA " 5.3 U 1330-20-7 m X a PPB NA "I 11 U 1834-04.4 Meth lert-bu ether PPB am 5,3'U 7&09-2 M ome cNot(de JpPR 50 n9 19,5 In-AM-V aeeiate Ipps NA " 5.31 U 91.203 Naphthalene PPB NA ' 5.3 U 123.88-4 n-BuM scaWe PPB NA ' 5.3 U 104.61.8 n-Bytybonnne PP8 T2000 " 5.3 U 109804 n-Propy aoetels PPB NA h'1 5.3'U 10385.1 n-P bw%zena PPB 3000 t't 5.3 U 9&47-6 o-X na PPB NA 5.3 U 105-06-fi Di rmana IPPS 5.3 U t122-96-8 Eth iduene Ipps NA " 5.3 U _ 136-98 B w-B , benzene PPB 11000 " 5.3 U 100-42-5 ne PPB NA t" 5.3:U 75$6-0 t-B atoohd PPB NA n' 5.3 U 98-0&8 tart-Bu nzens PP8 5900 T' &3 U 127.18-4 Tstrai Moraethene Ippe 13001"t 5.3 U 1WW3 Tduana PPB 700 ") 5.3 U T58-60-5'Irana-1,2-Dichlorosthans PPB 190 r"l 5.3 U 10081-t72-8 I trans-l,3,Dcftar r n_e PPB NA ' 6,3 U 79.01-6 fTncWoto4W,9r4 PPB 470 5.3 U 7540-4 TrichkwOuornmethans PPB NA 1"l 5.3 U 108.054 jWnvl ecxtate PPB NA ' fi,3 U 75414 V{ chloride PP8 20 "t 53 U lavoc 120-02-1 1,24-Triddorobenmrw PPB NA'- 150 U W50-T i -Diohiorobenmre PP8 1100 " /50 U 541-73-1 1 rw 3-Dichlorobenze PPB 2400 ' 150 U 106-4E-7 i 4-DlcNorobenzene PPB 1800 " 15C U 95-9&4 2,4,5-Trichlor hand PPB NA ' 150'U 8&0&2!2 4,6Trlciio and IPPB NA "I 1 1 15o U I20A3-2!2.4-DlchJorcphsnal PPB NA TITIT 150 U 105.87-9 2,4-Dimeth nol PPB NA I 150 U 61-2&5 2,4-Dini hand PPB NA "� 160 U 121-14-2 4-Dln*dcUene PPB NA 150.0 60&20.2 2,8-Dinlirofthwe IPPB NA 1"r 150 U 91-58-7 2-ChlonrinaphdWaris PPB NA c"l 160 U 95-67$2-Chi henol PP8 NA n' 150 U 91-67-0 2-Me hthalens PPB NA h' i50 U 95-48.7 2-Math not PPB 330 n 150 U 8&7dr3 2-NittoWine PPB NA 1"' 150 U 8&75S 2-Nitro henol PPB NA " 15D U 81.64-1 %3 Dichlorobenzldirm PPB Na ' 150 U 1W39-6�106.44'3+4-Meth hand PPB 330 't i50 U 9909-2'3Nitroarilina PPB NA 1" 160 U 534-52-1 4,8-Dinitty-2-meth henol PPB NA "i 1m U 10135.3 4-Bromo hen hen ether PPB NA 150 U 59-50-7 4-Chlaro3-meth of PPB NA ' 150 U 106-47-8�4-Chiorcemine PPB NA ' 150 U 7005-723 4-Chlor en ether PPB NA "1 150 U 100-01 d 4-NRroanirow PPB NA '1 150 U 100-02-7 4-NR henol PPB NA n'1 180 U 8332-9 Ace thane PPB 20000 n' ifi0 U 208-06-8 th ene I PPB t 00000 ' 150 U 62-533 AnNJne �fPP8 NA 't 1$0 Ut20 12 7 Anlhracane P8 t00000 150 U103333 Azabenzens PB NA " 150 U Page 2 Sheen 9287.5$enzidiM 'PPS NA 150 U 56-55-3 mane PP8 1000 t"i 150 I U 50-32.8 Sonzo a PPB 1000 fill 150 U 205-W2 b lxtMhane IPPS 1000 " 150 U 191.24.2 Senzo ,h, 00 PPS 1000 } 150 U 207-08-9 1 Bent k ftuor WW* PP8 800 "1 150 U 65-M-0 8enz*add PPS NA ' ISO U 100-51 alcow PPS NA 150 U I I1-91-t Sis 2-ch metlt ra IPPS NA"" 150 U 111 44 4 BI 2ettwr PP8 NA 't 160 U 109-80-1 Bis 2-cMods er PPB NA ' 150 U 117-81-7 Bis 2-eth he ! hthelate PPB NA " 1800 85-68.7 Bu tWate PPB NA ' 150 U 80-74-8 Carbazole PPB NA " 150 U 218-01-9 Ch ne PP8 1000 'i 150 U 53-70-3 Dibor= h anthrscene 1 PPS 330 150 U 132.84-9 Dlbenmlu w PPB 70M ° 150 U 8488-2 Dietl+ hthatata PPB NA " 150 u 131-113 DimethV phthalds PPB NA I 150 U 84-74-2 Df-n-WAA phthalsto PPB NA " 150 U 117-84-0 1 DI-n-00tyl phthalate PPB NA '� 150 U 20644-01F1ucn&m w» PPB 100000 150 U 86-73-7 Fk"w* PPB 30000 MY- 150 U it 8-74-11 Naxadtlombenaana PPB 330 ' I 150 U 674M-3 HexachlorabuUmbons PPB NA " i5o u 77-47.4 Haxachbro tatSeM PPB NA'" 18o U 67-72-11 Hexachloroothw PPB NA n' 150 U 193-30-5 1 ind 1, ris PPB 500 ' 150 U 7639'1 Iso horone IPPB NA 'i 150 U 91-20.3 Naphthalene PPB 12000 611 160 U 9l3-95-3 Nitrobsnzano PPB NA ' 1501 U ML75 9 N-NltrcaodUnetn amlM PPB NA "i 1501U 621 647 N Nitroaodi namims PPB NA " 150 u W30-0 N-Nitrosodohonviartgne PPB NA ' 150 U 87-88-5 Penmzhiorcphenal PPB 600 '� 180 U 65-01-8 Phonanthwo PPB 100000 " 150 U JIM 05-85-2 Phand PPB 330 'i 150 U P one PPB 100000150 U dne PPB NA t"' 1$0 U MERBICIDES 93.76-6 245-7 PPB NA "1 120 U 93.72-1 2,4,5-7P SUvex PPB 3800 'r 12D U 94-75-7 2,4-D PPB NA " 120 U PESTIdDE6 72-54-814 4'-DDD I PPB 3-3 "' 6.1 lu 72.55-9 4,4'-DDE IPPB 33 0' :1 6.1 U 50.29-3 4 4'-DDT PPB 3.3 8.1 U3D9-00-2 Aldrin PPB 58.1 U 319 4"al -BHC PPS 2D6.1 U 319.867 beta-BHC PPB 38 6.1 U 57-74-6 Chlardans PP8 934 73 U 510-15-0 CNorobenzllats PPB NA6.t U W12.8 DBCP I PP8 NA ' 6.1 lu 3134"delta-8HC Ippe 40 Till- 6.1 lu 60-57.1 Disldrin IPPS 5 " 6 1 U 959.96-8 EndosuMan I IPPS 2400 '/ 8.1 U 332t31S5 9 Eridosulfan!I PPB 2400 7, 8.1 ju 1031-07-8 I Endn+Wfan a ftm Ippa 2400 "i 8.1 U 72.2"Endrin Ippa 14 "i 8.1 U 7421-83.4 Enddr,skishydo PPB NA ' 6.1 U 53494 765 Endrtn ketone PPB NA " SA U 58 89 9 ma-BHC PPB t00 r"1 6.1 U Pape 3 Sheets 76448 PPB 42 e.III U 1024-67.3 de PPB NA " 6.1 U 118-74.1 Haxaohlombenzene PPS 330 1 6.1 U 77474 MaxachloracVolopentaclene PPS NA 6.1 U 72.43.6 Met for PPS NA "1 6.1 U 8001-35-2 Tomphome PPS NA ' 59 U PCBS 12674-11-2 Aroelor 1016 PPB /00T14 98 U 11104-28.2 Araalor 1221 PIPS f 00 17f 96 U 11141-18-5 1 Amdor 1232 - 1007,7 98:U 6346921-9 Arodor 1242 PPS 100 ' 98 U 12672.2931Arodor 1249 PPS 100 ' Go U 11097-69.1 Arodor 1254 PPB 100 1j 98 U 11096-82-5 Arodor 1260 PIPS 100 98,U METALS 7429.906.Atuminum PPM NA '1 58001 74404"Antiman PPM NA 'n 0.605 U 7440.98-2 ArsaNc PPM 13 '1 1.99 7440-393 Barium PPM 3SO ' SBS 744041-7 m PPM 7.2 "1 0.484'U 7440.43-9 Cadmium PPM 2.5 "I 0.363 U 7440-70-2 Callum PPM NA '1 767D 7440-47-3 Chromium PPM 7440.48-4 Cobalt PPM NA 7440.503 r PPM 50 " 133 7438.89.4'!ron PPM, NA "1 13WO 7439.92.1 Load PPM 63 " 3.89 7439.954 Ma neaium PPM NA v 5410 7439-96-5 M anew PPM 1800"'1 220 7439-97-8'Marcu. PPM 0.18 ' 0,0111 U 7440 2-O'Nk" PPM 30 " 10.4 7440.09.7 Polasalum PPM NA n'1 2200 7782J8 2 Selenium PPM 3.9 "1 0.605 U 7440-224 S!Ner PPM 2 " 0.484 U 7440.23S Sodium PPM NA '1 137 7440-2&0 nOlum PPM NA r" 0.605 U 7440-62-2 Vanadium PPM NA r"1 19.5 7440-68 8 ZMC PPM 109 ' 29.41 WET CMEM19 TRY 18540.29.9 r, IvrN Henvalant PPM 1 r"1 0.369 U 18066.83-1 Chromium,Trivalent PPM 30(1t) 13.8 57-12.6 ICvGNde Tote!&Amenable PPM 27 " 0.123 U f nitabili 'F NA(,'1 140 U Percent Moisture Wt% NA 04 M7 PH H Unit NA F1 7 g H Raa*va !de PPM NA 0.123 U ReadNe Suglde PPM NA " 2.45 U TCLP VOC I I i _ 76.354'1,1-M)NOroethena I PPM 33C "1 0.00066 U 107-08.2 1,2-CHemkwoelhane PPM NA 1O.o0085 U 10646-7 1,44)iChloroberawm PPM NA 1 0.00085 U 78-933 2-Butanone PPM NA 1, 0.0085 1 U 71-43-2 Benzene PPM NA i 0.00t16 U W23-5 iCarbon tetrachloride PPM NA '1 0.0005 U 108-90.7 Chlorobanzans PPM NA 0.001 lu 674i&3 ChNorafotm PPM NA "1 0.0005 U 127-1&4 TatracNoraetMne PPM NA '1 0.D007 U 79-01-e ThcWoroelhem PPM NA f" 0.001 ju 75ohbtide PPM NA o'1 O.p0t2 U TCLP SVOC ..�4 7ri d EPPM NA n'1 0.05 U882,4 8-Trichloro .d►ol PPM NA " 0.095 U Pape 4 Sheatl 121.14-2 4-Dk*mtNuone Ippm NA " 0.046 U DS48-7 2-MstA PPM NA ' 0.036:U 100354108-44 3+4-MeUVplIanol PPM NA ' 0.04 U 118.74.1 HexacHomberimm PPM NA $ 0.09 U 87.03 Haxad4orobutadiene PPM NA ` M15 U 87-72-1 Hexaddorostham PPM NA 6) 0.04 U 98.95-3 Nkn3I mane PPM NA " 0.035 U 67-88-d PentacNorophonol PPM NA " 0.17 U t10.88.1 PpWim PPM NA r' 0.12 U TCLP MER81CrOE9 9372-1 2,4,6-TP SWw PPM NA " 0.1 U 04-75-7 2 4-0 PPM NA 't 1 U TCLP PESTICIDES 57-74-9 tf(ordans PPM NA n 0.015 U 72-20 8 Erldrin PPM NA n'1 0.008 U S&4W-9 ma-BHI: IPPM NA 0.002 1 U 7&448 lHoptactior PPM NA i" 0.0016 U 1024-67-3 or 6poidde Ippm NA O' 0.0015 U 72-43-5 PPM NA n' 0.002'U 9001-36-21Toxaphens PPM NA 0.01 lu TCLP METALS: 744638-2 Arsenic PPM NA 7M 0.06 U 7440393 t3artum PPM NA " 1,08 7440-43-a Cadmium PPM NA " 0.05 U 7440-474 Chromium PPM NA r' 0.06 U 743!}6Q-1 lead PPM NA t+ 0,0214.1 7439 746 Menu PPM NA ' 0.02 U 7782-40-2 SsIeNum PPM NA 'i 0.05 U 7440-224 SINer PPM NA 11 NYSDEC-B NYCHR Part 375 Unrestricted Use Coterie Abbrevfetton: NA.Not aveffabe no value specMad In Unrasblcted Use LJmtts Pape 5 A X)WT VWTIM Of �1Lf.V&ft w]up CATSKML AND DELAWARE WATERIER TREATMENT ULTRAVIOLET UgM DISINFECTION FACII.ITY CAPITAL PRO.IECI NO. "-30 CONTRACT CAT-210G • STRUCTURES & EOUIlPMENT AMERICAN ANALYTICAL LABORATORIES LABORATORY ANALYSIS CVC1 WORK ORDER # 0810436 N'S'SUEC-6 NYCRR Part 375 Unmtdcted Use Criteria Shooll 1 Wronbrloo LLC. Workonler.Ott CMom:EwAromenM Aaeoel ft- IfteloW 2100 cow 4 lmk ever oaa voe cvc+ 0 7ev voC Cva gnaw" wag" seasu•as solf"W4 ON& IMMI" itvssaoss ianriase Vt}C lCown lAwho twAs 1-Mar o o a t�90 20-0 1 1,1 2 Tetnehbenetherw PPB NA ` 5.9 lu 71-0bb[1.1 1-Tri Wmstharn JPPB 890 "l 5.9 U 70343 1 1,22•Tob=NorosAans PPB NA t+"l 6.0.U 76.13-1 1 1,2-Tdch)or 1.2,2-V4iwme PPB NA " 5.9'U 70-dO5 1 1 2-Tdordoroaftne PPB NA IT 6.9 U 7534-3 i 1-Dlohtoroethara PPB 270 h' 5.9 U 7546411.1-Dichlomethons PPB NA'" 6.9 U 663 6Ba 1 1 DI ne PPB NA " 5.911 07-01-0 1 ,3-Tdchlorobwm*ns PP8 NA S.0 U 9&18J 1 3-Td na PPB NA " 5.9 U 2"" 1 2 4,5•Tetrame bsnz&* PPS NA ' 5.9 U 120.82.1 1,24-TKcNomberuar PP8 NA "t 5.9U 9S-83-811,2,4-TilmWyy4bqrwwA PPB WO PI 5.9 U 9&12-0 1 Dlbrorno S-" PPB NA 11 6.9 U 106-93.4 t -Drbromostherw PPB NA t' 6.9 U 96-50.1 1 en 2-Dfchfomberms PP8 11007M 5.9 U 107-M2 1,2-Dkmomethans PP8 20 611 &0 U 79.97.E 1,2-00tjompro • PP8 NA S.9 U 10847.8:t 3 5-Trims no Ippe "M "r 5.9 U 541.731 1 3-DIeWombenzwo IPPB 2400 'l 5.9 U 142-28-9 1.3-dehW PPB NA 'IT 9 U 100-46.7 7 Dlchlorobonzons PPB i800 " 6.9 U 123.91.1 1 4-Dioxens PPB NA 59 U 590-2C-7 2.2-Diddoro rn PPB NA S.9 U 7&933 2 BtMnons PP8 NA 5.a U I 10-75-8,2-CtdomeN virryl other IPPB NA TrT 5.0 U 95-4a-8'2-CNorotoluNw PP8 NA ' 5.9lu 691-7"2-maxwone IPM NA 5,9111 67-SM12-Prmnmot PPB NA 59 U 106.43-4 4-Chtorotduone PPB NA t" 5.9 U OW-8 4-Lso lusne PPB NA n't 3.9 u i0&10-t 4 rRenons PPB NA ' 5.2 U V 44-11 Acslom PPB 50 on 5.9 U I(7412-0 Acroidn PPB NA t" 3C U 107-13-1 AcrAwltdls PP8 NA 5.91U 71.432 80morn IPPB 80 &0 U 106-06.1 BrorrobenzH+e PPB_ NA 'y 6.9 U 7F97d,Sr*TwmhknxrwtMns PPB NA " 5.9 U 75-27-4 Bromodahimmethene PPB NA " 6.9 U 75-25-2 Brarr bill. ppe NA ' 5.9 U 74 83 9 BromornoMfano PPB NA 1") 5.9 U 75-15-0 Gorton d AMWM PB NA " S9 U 66-23-6 Carbcntebootyodde PP8 780 ' 5.0 U 108.00-7 Chlorobenzsno PP8 1100 ' SAW 7646-0 Chtaro6Nuommo0l ns PP8 NA--' 7540.3!Ch:oroelhsro PPB NA t' S.9 U 87483 Chtaofoon PPB 370'111 6.0 U 74- 73 CNoromothane PB NA'?Tr) 5 9 U 15"i5 -2 ds-t 2-DlcNorosthan PP8 250"` 5.9 U 100et-01-0 ds-t 3-ok i PPB NA n'1 3.9 U 124.48-1 DrbromocNoromaWaro PPB NA n' 5.9 U 74-96.3 Dibromomethane PPB NA ° 59 U 76-71-8 DIdWoradfluaromsgnne PPB N1A ` 10B-263 Msopmpyl other PP8 NA 5.9 U 64.17.5 Ethonoi Ippil NA n' 90 U 141-78.8 Elhio acetate IPPB NA '1 6.2 U t o0.41.4 Eth borasro PP8 1000 ' 5.9 U 7&14-2 Freon t 14 Ippa NA " 5.9 U 07.663 Haxachlor l d*rm PPB NA+"r 6.9 U 10&ZI♦1a acetate IPPB Pa.", A ' Ps"t Z95`11d n Ott , VN Odd 104ao1a 9a 9•ts_OOt LL VN vddl we 0IM99 O.59-99 n Oft &,v Me _add ttuata—ON tl 9 e-W1.0c Ot R t „,00000 i 8dd 9ua 4 —Qe L-W-161 R 0f r„ 0001 ad 91v4W"91 area Z16-403 n Ott „u OOOI add 9 0zU9O!9-Z£09 n Ott uu 000t add WWWWAIWOM1113 E WQ5 n Ott YN Odd "WRu9O 9-LIHO n Ott VN Odd awU9gatY C_Tmt n 0►1 „ WOOD Odd 94.19M LIV L-zi-091 n m „ VN add wAuY£'Cg-Z9 R Ott 000001 add 9-96-90Z n 0/t p OOOOZ add -V O-ZE`EV R Olt pp YN add 11M t L'Z0�01 n OR ,v VN Oddl 94maa+RN`i 9-&O-001 n Ott 40 YN Oddl A9 KWOoRl�1 C ZL 500[ n 0it (;, YN add 9a1wOa+ON7't 9-01901 n Ott 11,U VN Odd t9•C- 1)14"4—O eS n ML ,,;VN add J00 —"C-99-WI n O►1 VN add •aPIC-9 1,,M CS n Ott u YN add 9-90-6e R Oft OM add laua4 'Yt•90 tJ1-e£-90 t R Ott &,p YN Odd "4WJ*gW0WK3%rC i-"-f0 n 09i „ YN Odd 1au94 ttN Z S SL 99 n Ott ,p YN add gultu-11 Z"i-ee n Ott Q OE£ Odd leu 419�1Z C 9f S� n m QW YN add 9-Ls-te n Ott I,, YN add 1wk -Z 9•L9-Se n Ott ,p VN add c)N?'Z 4-9S-&6 n Ott pu YN Odd 9uFfl huIU•9 Z Z-0Z-909 n Ott jig YN Odd 9u9r1M0►Z Z41 1Zl n Ott ,„&YN add ,r'9Z-ts n Oft (,,)VN Odd' I0u94 MIQ-VZ 9-L9-SO1 n Ott t ,VN 944 Iou94 wIc-YZ Z-C8.OZ► n m i 1, YN Uddl 10uV4 a+a&4Fv1-9 YZ Z-90'99 n Ott t, VN Oddl Pous4 "i-s f &-Seise n 0/t , t 009t Odd L191190i n 0►l 0Ovc Odd 9u4zu9gawl4QK3-VI &£L--ItS n Ott &,U 001 t Odd 9uatuagaXIMMO-Z I &•Ogle n Ott 4Lj YN 9dd outau9gQA9p ►I_v*z3 I-Z9-0Zt 3OA6 n a's flu Oa add I 9P1q4a IfA4A t•t O-SL n WS ,,VN Odd 19WMV VA4A 11-90-901 R 6'S "VN add eul'14SUotOr OM400i f99-S[ n a's ,)GLt add 9-i"L n s's 1t VN add ous 0£'L sutiti{9-Zo•1900t n e's J19061 Odd aua49a P40I0-Z VTuan 9-09-95L nA's ,„,Got Odd 9u9Aal Cl9-9ol n e'g OOCt add 9U90—No9461 t-91-LZt n a's �„ Ows add O'vW 9.90a n 63 , VN add P4W9 -I O-g9-S4 n a's „VN Odd 9u 2—ZIP—Mt n a's (so DWI 1 add 9u9n+ B�9!9 94 SE 1 R 'S iLIL VN add aU9+ t3 9le_dZ9 n a's ,u VN add I— 10 S-SOSOI n a's ,q VN Odd sue XQ 9[tl6 n a's „ 009E Odd lute U d-u I-WEDI n a's u VN Odd MMOG O)d-t-M-601 n 61 , 000Zt _add 9uQU a-9.1S-Vot n a's 1 t YN Odd o"Pa O++t9�CZl R 6 S ,v VN Odd 9ua194t N C OZ-te n e'S & VN Bdd ow— wY-u 9 9Z r,J OS Odd QWOIW wa ZIO-SL n e-s Me Odd M419 g-vsl ikOwA I"O-K9t n Zl jja YN add L OZO££1 n e's , YN add 9Uezveg B Z9 96 u994S Sh"I 111-91-1 2-rhloroeth thane PPB NA ` 14ou ' III A 4 41BI 2 ether PPB NA " 140 U 10860-f B 2-ch1*mk ether PPB NA t'� 140 U 11741- 8142-o(1yAhftVWhftljM IPPB NA , 140 J 86-8-7 B bancyl ph#tskto PPB NA n't 260 W744 Cerbamle PP8 NA " 140 U 21"1.9 Chtynft PPB 1000 ' 140 U 63.70.3 PPB 330 ' 140 U f 324WQ PPB 7000 ' 140 U 84 88 2 DNt PPB NA 't 140 u A PPB NA "1 !40U W� PP8 NA ' 140 U PP8 NA I"� 140 U+tns PP8 100000 PPB 300001" 140'U 118-744 PPB 330 'e 140 U 674" PPB NA Tr'T140 U 77.47i HWGhb tdWm PPB NA ' 180 U 07.72.1 Hoischbmeftre iPPB NA " 140 lu 193394 ne 1 3S PP8 500 ' 140 U 78-68.1 w000mns PP8 NA " 140 U 91 letn PPB 120M°i1 14C U 98 PPB NA TrT' 140 U 82-754 N N kte PP8 NA ' 140 U 821 84 7 trtYlte PPS NA n't t40 U 88.90 0 PP8 NA 't 140 U 87-88-S Pe"WWomphowl ippe 800 t"t 190 u 56-01-6 PherreMhru» PP8 100000 t 110 U 109.96.2 Phw" PPB 330 140 U 129-00-OWwwo Ippe 100000 n 14C.0 110.88-1 Pyridim PPB NA ' 14p'U IIEt�ICOE3 8 4 S-T PP8 NA'" 12fl U t];&�-3%7211 S.TP SW PPB 3800 't 120 U 4 PPB NA TMI 120'U PES71CIDES 72464.8 4 4'-000 PP8 3.3 t' 5.9 U 7255 9 4 4'-DDE PPB 3.3 5.9 U 60 4 4--ODT PPB 3.31"1 S D U 309.00-2 PPB S 5.9 U 319-84-0 PPB 20 '` sou, 3!9.85-7beh$HC PPB 36 "' S.9:u 57-74-9 Ippe 94 i1 71 lu 510IS-8 robenyvq Ippe NA S.9 U 98-12-8 DSCP Ippa NA j1t 58 U 3/94 8 deft-BHC .PP8 40 ` 3.0 lu 80-67.1 DieWn Ippe 5^'1 5.9 U 969.98.8 EmomAx"I Ippe 2400 "1 6.9 U 3321"S-9 EnduJkn R Ippe 2400 '` 5.9 U 1 goes PP8 2400 '1 5.9!U 72.20-8 Ei4in PPB 14 tt 5.9 U 7421.93.4 EMM&kWW9 IPP15 NA ' 5.0 U 53484-70-5 Endrin kebns PPB NA S.D U 5&-W9 -BHC PPB t 00 5.9.0 7b44.8 H Not IPPB 42 " 6.9 11 102"73 ohloe VoxW@ PPB NA ` 6,0 u 118-74-1 robertmne PPB 330 ' S.9 U 77-47-4 Heue PPB NA ' S.A U 72-43-SfMGthpnchbr PPB NA 5.9 U 8001-36-2 TczWhons PP8 NA 1'' S8 U PCBB 12Q74-1 1-2 Aeoclor 1010 IPPB too(",[ 94 U 11104-23.2 Arodor 1221 PPB 100 ' 94 U 11141-18-5 Arodor 1232 PPB 100 r" 94 U 53489-21-9.Aroclor 1242 PP8 100 fM g4 U 12872-29-6 Arocbr 1248 PPB 100 c1j 94 U Page 3 Shsett 11007-09.1Amclor 1254 Ippa 100 n 94 U 11098425 Arocior i= Ippe 100 t" 94 U METALS 7429 90.5 Alumhrm+ PPM NA t" MW 7440-W-O Anft PPM NA " OS07 U 744038-2 Amartic PPM 13 n 0.551 744039.3 Barium PPM 360 n't l 182 744041-7 Bonpurn PPM 7.2 '1 OA08 U 7440-43-91 Cadmium PPM 2.5 ' 0.304 U 7440-70-2 CakJum PPM NA off 481 7440 q3 Clsromlum PPM NA 1 24.9 744048.4Cobatt _ PPM NA 0.406 U 7440.60-8 PPM 50 '1 f4.1 7439.80 8 bon PPM NA 171T MM 7439.22.1 Lead PPM 63 o 4,77 7430.05.4 PPM NA t" 74364 5 IwAvVivess PPM 1800 n't 367 7439.97-0 Aftmuifff PPM 0.18 t11 0,011 U 7440-02-0 Nfdal PPM 30 M 744009-7 Potaulum PPM NA 12600 7782-02 5"Mum PPM 19 t' 0.507 V 7410-22.4 SWO PPM 2 0.4m U 7440-03.5 Sodium PPM NA t'`t 175 74 0-29-0 TFWium PPM NA t"• 8A 744042.2 Vannadum PPM NA "i 42 74404"Drto PPM t0o FIT), 74.9 WET IM40-294 Chmr*um hhmvaleM PPM 1 "i 03M U 19DO6 13-t ChronWm,TAvalam PPM 30 n't 24-0 57-112-6 To-Al 8 Amenable PPM 27(%111 0.118 U 19VIIIJkbity T NA fill 1 140 U PMoarA Moisture WI% NA ` 15.7 16.8 PM H Unk NA if 7.8 ReaeWe nide PPM NA 0-1 18 U taaacttvo Suhida IPPM NA '' 2.37 U TCLP VOC 7536.4 1,1-DkNomethana PPM 330 t' 0.D0056 U 107-M21 an. PPM NA 0.00M U 106 46.7 t 4-CacNombenians PPM NA ti1 0.00085 U 78.933 241uUmm PPM NA VIT 0.0085 U 71.43-2 Banana PPM NA R'l 0.0008 U 5623-6 Carbon tetrocNorida PPM NA"' 0.0005 U 108-00J ctdombefizend IPPM NA ' 0.001 U 97-083 CVo►elorm IPPM NA 0.0005 U 127.18-4 rowacNomethene IPPM NA 'n 0.0007 U 7S01.8 rlcfkm"tharu IPPM NA t` 0.001 U 7S414 VbV~do PPM NA t"t 0.0012 U TCLP BYOC t16-96 2,4.6-Teschiorophend PPM NA r` 0.06 U 86-08.2 8 1 -Tric lrrol PPM NA 0.005 U 121.14.2 4-D4MVc4duene PPM NA n i 0.045 U 954&7 244 hand IPPM NA ' 0035V 108-39-4Mo&44 end PPM NA ' i 0.04 U 11 -74-t Hax dkyoba ns PPM NA 0.09 U 174"Hexachlon*wtadlans PPM NA t" 0.15 U 67.72.1 HexacMorooMane IPPM NA t"3 0.04 U 98-953 Mftbwwm IPPM NA!"11 0.035 U 87-8"PwtscNompharal PPM NA t" 0.17 U 11048.1 Pyrwwo PPM NA "' 0.12 U TCLP HERBIC9*8 _ 93,72.1 2,45-TP StNex PPM NA 1 01 U 94.75.7 40 PPM NA "I 1 U TCLP PESTICIDES 57.74.9 Chiordane PPM NA t"i 0.016 U 72.20.8 Enddrn PPM NA ' 0.008 U Se 89 g BHC PPM NA'ff, 0.002 U Page 4 Owl 7&44 8 PPM NA " 0.0015 U 102"7� rw PPM NA ' 0.0016 U 72�3�!Metla PPM NA 0.002 U S00l,%-2 T PPM NA 0.01 U TCL►METALS 7440�W-2 Arsark PPM NA OA u 7440.39-&Bsrtum PPM NA „ 1.34 7440-439 Cadm4rm PPM NAM 0.06 U 7440 47-3 CMomkvn PPM NA 0.0135 7430,92-1 Lssd PPM NA '' 0,0410 J 7439-97-9 Unremy PPM NA ' 002 7782-49-2 Sole Murn PPM NA ' 0.05 u 7440-M-4 SNor PPM NA " 0.06 U I 1 NY60EC-8 NYCRR Pail 375 Unmdrk led Uss CrW& AbbwAstlom- NA■Not ElIlls no valve ftd In Urwestrtted Use UnWts Ps"5 ATTACHMENT B NYSDOH Letter of Determination Pertaining to Reuse of CAT-210SP Soils STATE OF NEW YORK D04419b)NDEPARTMENT OF HEALTH Corning Tower The Governor Nelson A. Rockefeller Empire State Plaza Albany,New York 12237 Richard F Daines. M.D. Wendy E.Saunders Commissioner Chief of Staff January 18, 2008 Mr. Paul Smith, P.E. Chief, Upstate Water Supply Treatment&Facilities NYC Department of Environmental Protection 96-05 Horace Harding Expressway Corona, NY 11368 RE: Reuse and Disposal of Excavated Soils from the Catskill/Delaware Ultraviolet Light Disinfection Facility Eastview Project Site,Town of Mt. Pleasant Dear Mr. Smith, We have reviewed your correspondence dated January 4, 2008, and received in this office on January 9, 2008, regarding the reuse and disposal of excavated soils from the Catskill/Delaware Ultraviolet Light disinfection facility Eastview Project Site. This letter transmitted an updated summary table of analytical results of samples collected from the Eastview Project Site. Previous review of analytical data provided, in response to a consideration for reusing some of this soil at NYCDEP reservoir sites, noted detection limits for several constituents that were above the 6NYCRR Subpart 375-6 criteria for unrestricted soil reuse. As verbally stated and confirmed in your January 4th correspondence, we acknowledge NYCDEP's decision not to reuse the Eastview Project Site soils at its reservoir sites, satisfying our concern. We also note your request for the contract laboratory to further evaluate those parameters identified as having elevated detection limits. Based on an e-mail submittal of the reevaluated data, NYSDEC subsequently concluded/observed, by way of e-mail on January 8, 2008, that the soil is consistent with 6NYCRR Part 375-1.8(g)(1)(i)"Unrestricted Use" and that it can be reused consistent with unrestricted use levels. Sincerely, //s Roger C. Sokol, Ph.D. Chief, NYC Watershed Section Bureau of Water Supply Protection enc cc: V. Pisani/J. Dunn P. Young R. Baldwin—NYSDEC Region 3 M. Donecker—NYCDEP Daybook ATTACHMENT C NYSDEC Region 2 Approval to Reuse Soils at Ferry Point Park New York State Department of Environmental Conservation Division of Materials Management, Region 2 AM 4740 21ST Street, Long Island City,NY 11101-5407 Phone: (718) 482-4996 • Fax: (718) 482-6391 Website; www.dec.ny.gov E-mail: kbbrezne@gw.dec.state.ny us Joe Martens March 22, 2013 Commissioner Kay Zias Director, Environmental Remediation Unit New York City Department of Parks& Recreation Olmstead Center Flushing Meadows-Corona Park Flushing, NY 11368 Re: DEP Valhalla Stockpile Material Dear Ms.Zias: New York State Department of Environmental Conservation (department)staff reviewed your submittal dated February 25,2013 regarding importation of the above referenced material to Ferry Point Park as shaping layer material. Staff also received and reviewed the Ferry Point Park IEM's analysis of your aforementioned submittal and results of the 1FM's on-site sampling of the above referenced material on March 5, 2013. Based on staffs review of the information described above,your request to import up to 50,000 cubic yards of DEP Valhalla Stockpile material, as characterized and delineated by the above listed submissions,to Ferry Point Park as shaping layer material is hereby approved. If you have any question relative to this matter,please contact me at(718)482-4896. Very Truly ors, Q L� 7 Kenneth B. Brezner, RE- Regional Materials Management Engineer cc: S. Arakhan A. Catalano S. Lauria File(2) Building Permit Check List&Zoning Analysis Address: n l 00 c.�.TCZ`r�� i\C �Y� SBL Zone. 1Use: ` Const.Type: Other. Submittal Date: l�- 2- Z" Revisions Submittal Dates: Applicant: L t r—z Nature of Work: -170••ti o.l Z f C r < Reviews:ZBA: J AN 2 4 2022 pB: BOT: Other. OK ( ( ) FEES:Filing. Ste' BP: C/O. Legalization: ( ) (%�/APP: Dated Notarized�_SBL Thus I.D. Cross Connection H.O.A.: ( ) ( ) Scenic Roads: Steep Slopes: Wetlands: Storm Water Review: Street Opening. ( ) ( ) ENVIRO:Long. Short: Fees: N/A: ( ) ( ) ITE PLAN:Topo: Site Protection S/W Mgmt.: Tree Plan: Other. ( ) (,UI VEY:Dated Current: Archival: Sealed Unacceptable: ( ) ( ) �LANS:Date Stamped Sealed Copies: Electronic: Other. ( ) („)/License: ✓Z Workers Comp: ✓ Liability: mp.Waiver. Other. (� (Jj CODE 753#: cl)1 5_J4--OCXU— 90 —0Q Dated /�aS c3 �- N/A: (v ( ) HIGH-VOLTAGE ELECTRICAL:Plans: Permit: N/A Other. ( ) ( ) LOW-VOLTAGE ELECTRICAL:Plans: Permit N/A Other. ( ) ( ) FIRE ALARM/SMOKE DETECTORS:Plans: Permit H.W.I.C.:_Battery:_Other. ( ) ( ) PLUMBING Plans: Permit Nat. Gas: LP Gas: N/A/: Other. ( ) ( ) FIRE SUPPRESSION:Plans: Permit N/A: Other. ( ) ( ) H.V.A.C.: Plans: Permit N/A Other. ( ) ( ) FUEL TANK:Plans: Permit: Fuel Type: Other. O O 2020 NY State ECCC: N/A: Other. ( ) ( ) Final Survey Final Topo: RA/PE Sign-off Letter. As-Built Plans: Other. ( ) ( ) BP DENIAL LETTER: C/O DENIAL LETTER: Other. ( ) ( ) Other. ( )ARB mtg.date: approval: notes: ( )ZBA mtg.date: approval: notes: ( )PB mtg.date: approval• notes: APPROVED REOUIRED EX19IIN PROPOSED NOTES At: Bates--!AN. �A �A�7 Circle: FFr =g� From Front Ste: >lw Main Cov Accs.Cov Ft.HS : Sd.H S Tot : FLEW: Hd ht/Stories: notes: a '•�'�. .`�. t� � it ��'�'`':n'J r -.�IpM.1; �nR" � �$?: :!!'i;t� �Swr'�•-:^.:.- '�� .+�'f'; u► rr11 Illr 1 1 4 � �<�) :��•� o 'fl � _spa N � `\ u W N LO ILE O U } a � I x 0 w r`. • ' IVA O rA � • vr ❑ � � � •I af1� ; ate» i r �N 1 F) ��1 1`��"��'�' f�,11�N^� it Nr�t�li*�'? �.'i •! �4" tt0)lj �ir�l $�•-sue ''' {-�'1 Ir 1 It l y ( 1/� ��1 `•�{�rr t_y/f/�i�1t 1 1 �/� p 1 r` � r ) /1 1 1 i �� n`{' ,�1/•11 •R'r/�1n7.�� V►/n�R, 1 •� �i� 1 1�1► J( I�N tl�j�iC ..�. 1 i�7n 16.i ■ A��O F7AT0E1IMM1DD/YYYY) CERTIFICATE OF LIABILITY INSURANCE /10/2022 THIS CERTIFICATE IS ISSUED AS A MATTER OF INFORMATION ONLY AND CONFERS NO RIGHTS UPON THE CERTIFICATE HOLDER.THIS CERTIFICATE DOES NOT AFFIRMATIVELY OR NEGATIVELY AMEND, EXTEND OR ALTER THE COVERAGE AFFORDED BY THE POLICIES BELOW. THIS CERTIFICATE OF INSURANCE DOES NOT CONSTITUTE A CONTRACT BETWEEN THE ISSUING INSURER(S),AUTHORIZED REPRESENTATIVE OR PRODUCER,AND THE CERTIFICATE HOLDER. IMPORTANT: If the certificate holder is an ADDITIONAL INSURED,the policy(ies)must have ADDITIONAL INSURED provisions or be endorsed. If SUBROGATION IS WAIVED,subject to the terms and conditions of the policy,certain policies may require an endorsement. A statement on this certificate does not confer rights to the certificate holder in lieu of such endorsement(s). PRODUCER CONTACT Gerard Seward NAME: BNC Insurance Agency HONE.Ext (914)937-1230 AID No): (914)937-1124 90 South Ridge Street E-MAIL s: gseward@bncagency.com ADDRE INSURER(S)AFFORDING COVERAGE NAIC# Rye Brook NY 10573 INSURERA: Main Street America Assurance Company 29939 INSURED INSURER B: NGM Insurance Company 14788 EARTHTEK EXCAVATING INC&EARTHTEK CONTRACTING CORP INSURER C PO BOX 145 INSURER D: INSURER E: RYE NY 10580-0145 INSURER F: COVERAGES CERTIFICATE NUMBER: CL2012799072 REVISION NUMBER: THIS IS TO CERTIFY THAT THE POLICIES OF INSURANCE LISTED BELOW HAVE BEEN ISSUED TO THE INSURED NAMED ABOVE FOR THE POLICY PERIOD INDICATED. NOTWITHSTANDING ANY REQUIREMENT,TERM OR CONDITION OF ANY CONTRACT OR OTHER DOCUMENT WITH RESPECT TO WHICH THIS CERTIFICATE MAY BE ISSUED OR MAY PERTAIN,THE INSURANCE AFFORDED BY THE POLICIES DESCRIBED HEREIN IS SUBJECT TO ALL THE TERMS, EXCLUSIONS AND CONDITIONS OF SUCH POLICIES.LIMITS SHOWN MAY HAVE BEEN REDUCED BY PAID CLAIMS. IPOLICY EXP �TR TYPE OF INSURANCE INSD WVD POLICY NUMBER MWDDY EFF MM/DD/YYYY LIMITS X COMMERCIAL GENERAL LIABILITY EACH OCCURRENCE $ 2,000,000 DAMAGE TO_7RENTED CLAIMS-MADE �X OCCUR PREMISESEaoccuence $ 500,000 MED EXP(Any one person) $ 10,000 A Y MPV58344 01/13/2021 01/13/2022 PERSONAL&ADV INJURY $ 2,000,000 GEN'LAGGREGATE LIMITAPPLIES PER: GENERAL AGGREGATE $ 4,000,000 POLICY �ECT LOC 4,000,000 PRODUCTS $ OTHER $ AUTOMOBILE LIABILITY COMBINEDSINGLELIMIT $ 1,000,000 Ea accident ANY AUTO BODILY INJURY(Per person) $ B OWNED SCHEDULED 61V58344 06/25/2021 06/25/2022 BODILY INJURY(Per accident) $ AUTOS ONLY AUTOS HIRED NON-OWNED PROPERTY DAMAGE $ X AUTOS ONLY AUTOS ONLY Per accident M $ X UMBRELLA LIAB X OCCUR EACH OCCURRENCE $ 4,000,000 B EXCESS LIAB CLAIMS-MADE CUV58344 01/13/2021 01/13/2022 AGGREGATE $ 4,000,000 DED I X1 RETENTION$ 10,000 $ WORKERS COMPENSATION PER OTH- AND EMPLOYERS'LIABILITY Y/N STATUTE ER ANY PROPRIETOR/PARTNER/EXECUTIVE ❑ NIA E.L.EACH ACCIDENT $ OFFICER/MEMBER EXCLUDED? (Mandatory In NH) E.L.DISEASE-EA EMPLOYEE $ If yes,describe under DESCRIPTION OF OPERATIONS below E.L.DISEASE-POLICY LIMIT S DESCRIPTION OF OPERATIONS I LOCATIONS I VEHICLES (ACORD 101,Addltlonal Remarks Schedule,may be attached If more space Is required) The Certificate Holder is included as an additional insured when required under written Contract or Agreement. CERTIFICATE HOLDER CANCELLATION SHOULD ANY OF THE ABOVE DESCRIBED POLICIES BE CANCELLED BEFORE THE EXPIRATION DATE THEREOF,NOTICE WILL BE DELIVERED IN Village of Rye Brook ACCORDANCE WITH THE POLICY PROVISIONS. 938 King Street AUTHORIZED REPRESENTATIVE Rye Brook NY 10573 O 1988-2015 ACORD CORPORATION. All rights reserved. ACORD 25(2016/03) The ACORD name and logo are registered marks of ACORD Nl:w Workers' sr°A Compensation P CERTIFICATE OF Board NYS WORKERS' COMPENSATION INSURANCE COVERAGE In.Legal Name&Address of Insured(Use street address only) lb.Business Telephone Number of Insured (914)879-6945 Earthtek Contracting Corp 45 1c.NYS Unemployment Insurance Employer PO Box 1 Rye,NY 4 580 Registration Number of Insured Work Location of Insured(Only required ijcoverage is specifically Id.Federal Employer Identification Number of Insured limited to certain locations in New York,i.e.,a Wrap-Up Policy) or Social Security Number 141946354 2.Name and Address of the Entity Requesting Proof of 3a.lame of Insurance Carrier Coverage(Entity Being Listed as the Certificate Holder) Main Street America Assurance Company 3b.Policy Number of entity listed in box"la" Village of Rye Brook W 1 V58344 938 King Street 3c.Policy effective period Rye Brook, NY 10573 1/13/2022 to 1/13/2023 3d.The Proprietor,Partner or Executive Officer are ❑ included.(only check box if all partners/officers included) ❑ all excluded or certain partners/officers excluded. This certifies that the insurance carrier indicated above in box"Y insures the business referenced above in box 1a"for workers' compensation under the New York State Workers'Compensation Law. (To use this form, New York(NY)must be listed under Item 3A on the INFORMATION PAGE of the workers' compensation insurance policy). The Insurance Carrier or its licensed agent will send this Certificate of Insurance to the entity listed above as the certificate holder in box"2". The insurance carrier must notify the above certificate holder and the Workers' Compensation Board within 10 days IF a policy is canceled due to nonpayment of premiums or within 30 days IF there are reasons other than nonpayment of premiums that cancel the policy or eliminate the insured from the coverage indicated on this Certificate. (These notices may be sent by regular mail.)Otherwise, this Certificate is valid for one year after this form is approved by the insurance carrier or its licensed agent,or until the policy expiration date listed in box"3c",whichever is earlier. This certificate is issued as a matter of information only and confers no rights upon the certificate holder.This certificate does not amend, extend or alter the coverage afforded by the policy listed, nor does it confer any rights or responsibilities beyond those contained in the referenced policy. This certificate may be used as evidence of a Workers' Compensation contract of insurance only while the underlying policy is in effect. Please Note: Upon cancellation of the workers'compensation policy indicated on this form, if the business continues to be named on a permit, license or contract issued by a certificate holder,the business must provide that certificate holder with a new Certificate of Workers' Compensation Coverage or other authorized proof that the business is complying with the mandatory coverage requirements of the New York State Workers' Compensation Law. Under penalty of perjury,I certify that I am an authorized representative or licensed agent of the insurance carrier referenced above and that the named insured has the coverage as depicted on this form. Approved by: Paul Sohigian (Print name of authorized representative or licensed agent of insurance company) Approved by: 1/10/2022 (Signature) (Date) Title: Vice President Telephone Number of authorized representative or licensed agent of insurance carrier: (914)937-1230 Please Note: Only insurance carriers and their licensed agents are authorized to issue Form C-106.2. Insurance brokers are NOT authorized to issue it. C-106.2 (9-17) www.wcb.ny.gov Laura Petersen From: Dig Safely New York Exactix <tickets@exactix.digsafelynewyork.com> Sent: Tuesday, January 25, 2022 3:44 PM To: Mike Izzo Subject: Message from Dig Safely New York, Inc. (DSNY) ****REGULAR**** DIG REQUEST from DSNY for: VIL RYE BROOK Taken: 01/25/2022 15:43 To: VIL RYE BROOK PRIMARY Transmitted: 01/25/2022 15:44 00003 Ticket: 01252-000-904-00 Type: Regular Previous Ticket: ------------------------------------------------------------------------------ State: NY County: WESTCHESTER Place: RYE BROOK Addr: From: 201 To: Name: COUNTRY RIDGE DR Cross: From: To: Name: Offset: ------------------------------------------------------------------------------ Locate: WORKING ALONG THE FRONT OF THE PROPERTY AND IN THE REAR NearSt: COUNTRY RIDGE CIR & COUNTRY RIDGE CLOSE Means of Excavation: MINI EXCAVATOR Blasting: N Site marked with white: N Boring/Directional Drilling: N Within 25ft of Edge of Road: Y Work Type: FILLING IN INGROUND POOL Estimated Work Complete Date: 02/28/2022 Depth of excavation: 6 FEET Site dimensions: Length 40 FEET Width 20 FEET Start Date and Time: 01/31/2022 07:00 Must Start By: 02/14/2022 ------------------------------------------------------------------------------ Contact Name: FRANK SANTORO Company: EARTHTEK EXCAVATING Addrl: PO BOX 145 Addr2: City: RYE State: NY Zip: 10580 Phone: 914-879-6945 Fax: Email: earthtekexc@gmail.com Field Contact: FRANK SANTORO Alt Phone: 914-879-6945 Email: earthtekexc@gmail.com Working for: MRS ZEITLIN ------------------------------------------------------------------------------ Comments: Lookup Type: PARCEL ------------------------------------------------------------------------------ Members: ALTICE USA CONED SUEZ WTR WESTCHESTER TEN GAS-HDS VLY VIL RYE BROOK WESTCHESTER CTY SWR 1 I�/•• i�1 �` % f •". ,.:7,/.�r'• �I i Jar/.. .• r ? / 1, t..•� ► %. � � 5 s,-, A :. vt& :S> F1 L lh" co SBL# ---- A E D JAN 2022 1, r DATE A O ,• t tt �, BUILDIN�I €�E OR,Village of Rye Brook,NY , f � sue, €CQJ- ILE COPY O v : �- !`� `) s �4'/ll�� i/J ��•�'�l�/i/�. r1�: 0��7r/f, �''1(y/�.cl�, / ��f I�/f/`J•� In 0/9 -><- \, ni �• t i ;- l 1�r1r' -0:) b1j f0 do, 01 IShi�� c,• �,} .Z /1)�/7 raj "�;:Lj / <<) -7/!ter; l.•n F !- , - f f_.•�_'.! ,_r-j.f:, l; N-2 4 j C6 li �r•t�l(�_J J�/j/1 ( J��cl/. �%f �l'�U ''� h, L`f-„tom t.r�r f .. 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