i shallow soils augusta, maile i!noini!ddio & bnviilonmi ... · i ~ i . shallow soils . alii)...

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I I SHALLOW SOILS Alii) TAIIJ( IIAHPLIIIG PLAII F. O'COIDIOR BITE AUGUSTA, MAilE AcHmloN Elf<IINIIDINO SBI.VJCBS I!NOINI!DDIO & BNVIIlONMI!NTAL CONSULTAI<tll J. K. Rlc:lwd Auoclatu Oeologlc ond -""' Conoultonts

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    SHALLOW SOILS

    Alii)

    TAIIJ( IIAHPLIIIG PLAII

    F. O'COIDIOR BITE

    AUGUSTA, MAilE

    AcHmloN Elf

  • SHALLOII SOILS

    AIID

    TAIIK SAHPLIIIG PLAN

    F . O' COINOR SITE

    . AUGUSTA, MAillE

    Pr-epared by

    ACIIERON ENGINEERING SERVICES

    and

    J , K. RICHARD ASSOCIA1'ES

    March. 1985

  • f. U O:NiNUR .H:'E AUCIJST.:.,. fi.l.INE

    The f . O'Connor ~ite- 1: l oC'l.t!d on P.cute 1"' !n Au~ustJ. ,

    lbine. The sit! 1:; .1pprc x!m.1tely f i 'le .J.cres i n :J i=e .1nd i:J

    bvunj,~l.! b7 Riggi'S erook t;:, the E.l.:st .1nd Ea.sterr. :\venue : F:t . l"'l

    tO th

    f. 0 ..:onnor Coaap~ny .l.t H- 1: -10 Norcr. LJ.tit •.Jd~ .l.n•J .;: -44- 2.;- t·;~ st

    Lon;itude.

    Previous investiq.ation~ by the H.11ne DEP J.nd EPA .l.re -;Jell

    docuaented in report!3 .J.nd co rrespondenc!' b:: the . EPA and C·EF

    ·..:ritten since 1972. !here ha·te been p.ut i3.1 in '/ .~ntc r i~e o:

    tank:J .l.nd. druzu performed in the pa:st .1nd. :soils ha·:~ been sao

    pled on three :separate occasion:s.

    The Environmental Protection Ac;rency has h:sued ~n order

    requiring th&t the !lte be 3.dequa.te:1 secured. With th.1t or:.~r.

    the EP.\ has a.ho requested. that the !.rea out!ide tb.e proposed

    !ence be lnvestiq.1ted for the presence of PCB ' :s in the :;ells and

    thl.t the contents of .11 1 t anK:s J.nd d:'~m:s at tho! site be .l :!cer

    tained. Tl\i:s ...-ork ph.n outlineJ t•o samplinc;r program.3 wht.:r. are

    desic;rned to address th~ EPA · :s concern:3. The t.1nk and drum s.J.m

    plinq progr3.m ~.Ntll tXol.llline 3-nd u.mple each pot~nth.l repoJitor7

    for -.~.bove qround ~.;aste 3-t the Q Connor site. The :shs.ll ·'JW so il:s

    - 1

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  • ·II. ':[.Y!t~UU..f.fu.~..Y1

    Vn F!Cruar y .!l. 1985 , a d.et.a il~>i !ite r-!conna is:sanc:e '.Ja s

    perf·J rmed bi" per:sonne l fr om Acheron Enqineerinq .1nd J .K. Ri chard

    A:n ociate:s. Durinc;r t he site reconnaiss.1nce. i t was no t ed t ha t

    :soma oi the tank:s and drums l ocated 1t t he :site had b!en number

    ~d. in .1n attempt t o i.r.•Jentory t he conta.in~r z locate-d e n the

    prOFtt' t :J . ~e·;eral t.l.nk:!l an~ dru;ns !,.;ere di3C O\"-!r ~d '.Jhich iad. :'ICt

    played was continued tor the- tank:s and e.1ch of the "55 qa.ll cn"

    druae located .1t the site- ~as .1lso m zmber'!d . Photoqr.J.ph:s ~·ere-

    ta.ken oi each t.1.nk. Each of the t.1nks ~..1.1:s autasured .1:1d note:s

    -,..u·~ •a.'ie on the con~ition of each ta.nk. The :ll'!J.03 c f .l.•: ce :J :s t c

    the tank:s •o~as noted for t' ·.Jture :samplinq .

    fiqure 1 indicates the loc.s.tion. nuaber . oize and content :s

    o! the twenty :steel tank~ and. te-n 55 q-.s. llon d r ul\s l oc.1ted on the

    s ite . ss of February 21 . 1985 . Tanks 1 t ht·ough 6, loca.ted near

    Pend No . 1 have a. combined capa.city oi 1::!,3::!5 qa llons . 87 vi::sua.l

    in:s pecti?n it was possibl e to d.eteimi ne that t.1.n k.s 1. :::. 3.

    and 6 con t.s.i n liquid 111.1.terial and t ot $lud.qe. There '.lere no

    11.e.s.ns .1va.ih.ble to •Jisually in:spect tank 5. but it 13 su3pected

    of bein

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    0 ' •:-onnor~ confirmed t h.H t hese t J.n k3 J. r e 3Cn,p m.lter!.J.l

    purch.1.zed. ove t· .1 period of m.1ny j"e.u:J a.nd. hJ.·; e ne·;~ t· =-~ ·:m t.Jzed

    b:; the O' Connor:J for .l.Oi' purpo:Je. The t.J.nk3

  • :ii:3po33.l m~.1ns i z d~·:~loped.

    ;.., ·1.llillJ.:L.e• c ;· T~nk §.l.mplin~

    The object1·1e of the tank ~.nrplinq progn.m h to

    .uceru.in the quantity .1.nd chemi cal chau.cte-rhtic3 of the

    content3 of each taniC at the :site. The da t.s. collecte-d from

    the tJ.nk sa:nplinq proqn.m will be used to de-velop a ph.n

    Cor the removal .:t.nd /o r dispo3al of the t.lnk cont~nt :s .

    .:\c~:ordinq to informatiC::"' :supplie·:i b:r the ·.:- · ·: onr.or:3 and

    :crresponde-nce in the ~· 11e:s of the Maine DEP . t.lnk3

    throuqh. 6 were used to receive a.nd :store o;..;oater and floa.tinq

    oils !roa Containaent Pond No. L Thh liquid aa.terial was

    puapecl into these tank at 'l&rious t1111.es fro111. 1978 to 1980.

    It is likely that the liquid in t.1nks l t hrouqh b conai:JC3

    of contaainated. \l&ter and dielectric fluids fro• the trans·

    foraers diaasseabled a.t the site.

    B. Scope of Work

    The 3cope of the samplinq proqram will include the

    followinq t

    l. Review the result3 of .s.ll previous testinq per

    formed on u.mples colll!cted from tt\e tanks.

    2. Revill!\~ and confirftl.l.tion of the tank inventory

    performed in February. 1985. Plans are unden:ay to

    have the site flo~m in April of l~SS for the prep.s.ra

    tion o! 1 topo•Jr.5.phic map of the .5.rea. TI-.e!e photos

    - 4

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  • Ci!d dur1n1 the !i t e reconnJ. i :J~ance.

    3. f. e inapect!On Of each t a.nic. 00 the :;;ite t.J .l!3Ut''!

    t h.s. t t J.nk! l tht·ouqb. .!0 .1 re empt 7. ApfrOFri.J.te t.JC l :!.

    l.1dder 3 o~nd ! .s.f ety equ i pment '..1'111 be •Jtil i=ed .1t th i 3

    .time t o q.1.in access to the tank3 that -;.Jere not .1c ces

    31ble . Glass or PVC rod3 -;.Jil l be u:sed t o probe t.s.nkz ·

    7 through 20 to .usur e they a.re et~~pt y. The same pro

    cedure -.,111 be t o llowed t o reins p~: t the dru:n:L The

    '!mpt:t drums ..,ill be lllO'Je-i int o the b.un f o r :Jafe :tor

    ~. Sa~~plinq- of t.J.nks l throuqh 6 in accordance with

    the procedures described in Section C.

    5 . Del1•1ery of t.1nk samples to the de:siqna.ted labor

    .1tory for chemic:.1.l analysh.

    6. Preparation of a. report d.et.J.ilinq the results of

    sa.aplinq and chemical analysis of both. the t.J.nk

    content:s and shallow soils.

    C. TAnk Sampling Procedyre:! and Equipment

    Sa•pltts will be co llec ted f or chemi c.J. l .1na.ly~ h f r om

    a l l t .J.nks •.¥hich con t .J.in liquid. The site rec9nn.1i u a.nce

    .1nd tank inven tory which has already been completed indi

    c:s. t es th.s t the t.1.nks in question c1.n be accessed through

    existing ports in the tops or eides. S.1mples will be

    collected throu9"h these poru .

    ti isu3.i in:spection indicates th.lt each of the six t.:s.nks

    - 5

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  • -:cnt.1ininq liquid 13 3. f'p r .);.:! :r..it~ !.i' 1. 3 t.:.. 1 · : :··Jll. !t 1:;

    or if the tank. cont o!nt:s .lt'e stratified. .;3.r.~plin-1 pr~ =~ -

    1 . Pepcnn.al frot•ction

    With respect to personnel safetj'. the f. ;;. Con:"'oJr

    site 1s considered to be ·' Modified Level C" . Thi:s d.e·

    3iqnat1on is documented in the Hea l th and Safety Plan.

    For all but the .1ctu.1.l :samplinq of the tank:s. Level C

    clothing .1nd respiratory protection -:.·ill be utilized .

    Level B r e:3pir .J.tory protection : S'CBA ::11 ...-111 b~ util·

    i:ed. by per:sonnel durinq .s.ctual tanK :samplinq.

    Oependinq upon the condition of the materiah

    beinq sampled. samples will be taken using either

    hollow qla.sa rods or glass co:'lt.s.iners .

    Hhere sufficient d.epth of liquid and direct .J.c·

    ::eas h available . a. l/4 inch di.J.IIeter hollow ql.s.ss

    rod will be c.uefull7 lowered into the tank so as not

    to disturb any :stratification which may exi:st . The

    rod will then be used as a Mthie!" and an undiaturbed

    column of tank contents remo•1ed . The column will be

    visually checked to determine whether the tank con·

    t ents .s.re :stratified and if multiple samples will

    therefore be required.

    Should there exist .s.ny t.l.nks in which access or

    m.J.teri.J.l volu;ne prevent:l the use of the hollow qla.ss

    - 6

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  • r .Jd~ . J.n ~pen tcp gla:Jc .:c n tJ.ir.~r 3uch ;l :! ~ '/0A ·:tal

    mit t ed t' or analy31J.

    I n .£ll casee. the equ ipmen t used t.:> 3amp:!.e the

    tank will be dedicated to a specific tank and ..,ill be

    broken and left in the tank upon · .completion of the

    sam.plinq program . Thi3 will elimina te c ros3 contamin

    ation of sa~a.ples and reduce huun exposure ha :a.rd3

    which would be present durinq clea.ninq of the 3&mpling

    appau.tus. Samples will b.:- ph.ced in 4(• ml VOA 'liJ.h.

    J. Oocuacncatioq of T,),nk (,?,.. a tioos

    Tank locations will be located by field survey

    durinq developaent of the site baae map . Locations.

    lizea UJd orientation of ports used for :suplinq on

    each tank ':.l'ill be documented.

    4 . £gyipacot Qccontuination Procedures

    Whereas samplinq devices will be dedicated to.

    a.nd left in specific tanks. there will be no need to

    decontuinate t he equip•ent . So•e support equipment

    such as VOA via.l ra.cks . exte rnal surfaces of VOA vials

    and protec tive qloves may become contaminated a nd -.Jill

    require deconta.~r~ination. In these tnstarices. the

    equipment will be decontaminated usinq the followi ng

    procedure :

    Wipe surface ~;.:ith paper towel t o remove mo3t of the ru.tecia.l. Discard the. paper to'.le ls in a. su1t.1.ble . identified, plastic t n .sh baq .

    - 7

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    ~l.uh ::surf3. ·:~ with lilui·ncox dete r 7ent: ::cl·.Jtion fo llor,.;ed by 3. di:Hili-!d ...,ac e r r i n::se.

    Ri:"l3P. contaminated !!Surface ·,.;ith metr.anol f:·ll owed b j' 3. 3ec cr:'! •ihtilleC. .,...at~l· rin:3e.

    l. Samr:J• Handlin~

    Samples will be placed. in 3epa.t."at~ numbered and

    labeled 40 ml VOA vials. Split 3amples will be taken ,

    one of which will be delive red to the desiqn.s.ted

    l&borat ory Cor ana.lysi::s . The second split ';./'111 be

    ret.s.ined under refriqeration in · the e vent that the

    first sample is net u:sa.ble for .107 reason. All

    samples for thi:s proj~ct will be kept cool prio r to

    analysis.

    Acceu to t he saaples will be controlled .s.t all

    tiaes . It not in the .J.ctw.l possession of the :samp

    lers or support personnel. !aaples ...,ill be kept und~r

    lock and key to prevent .1cces:s by unauthorized per

    :sons .

    At the end of each clay, .1ppropriate 3.111lplinq

    sheets will be prepared documentinq the number. type

    .uld designation of each sample. Copies of these sheets

    •o~ill be forwarded to EPA. Region 1. and copies will be

    placed on file with Acheron Engineering and J .K. Rich

    ard Assc.ciates. In addition. a copy will be forwo1rded

    to the designated labor.story with. th.e samples so th..s.t

    the lab can verify that all of the samples were re

    ceived..

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    J.ur1ng t:u.t d3.}' .....111 be pi3.ced. in .1pp rr: pdat~ -:ontain

    era ! o r !hipmen t to t he de!iqnated labor.ltcry.

    Samples will be pr otected to pt·e·1ent breakage l.nd

    the :shipping- container r..rill be :se.1.led 'J ith " no-tampe~ ··

    tape to in:su~e that the samples ~each the lab in t act.

    A copy of the daily sample sheets will be pl3.ced in

    the containe~ .1.s an .tdditiona.l ::safequ.ud.

    At this time it i ::s antic ipated that samples wil l

    be shipped to the designated labo~at o~y •Jh. ove rnight

    delivery service or deli vered to t he labor.l to r:r by a

    meaber of the saaplinq team . Appropr iate la.bels will

    be fix~ to the exterior of the saaple conta.iner to

    d.enote the contents.

    Each tillle that S&lllples are tn.n:!ferred to the

    custody of addition.tl persons . chain of cu::stody docu

    mentation will be completed . A t ypical scen.uio ~ould

    require that chain of cu::stod.y !orm:s be completed when

    samples are relea::sed to the c.urie r by the shipper and

    when the samples are received by the laboratory. A

    return receipt will be included ~ith each cont.1.iner .

    addressed to the shipper. to be forw.uded by the

    laboratory upon ~eceipt of the samples.

    C. Chemical Analyses

    It 1:5 anticipated that tanks 1 through 6 contain

    conh.minated Y"ol.ter o1nd dielectri c fluids puoped from the

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    ccnt.iinment pond3 at the :31te. Quantit3ti·te laboratory

    ::malyses will b'! Ferfo rmed to .s.sc~ctain the ch~m icJ.l .:on

    stituent of the :uterial in t he t.tnk3 ·l.nd in the ~at~r

    sample s. The followinq t.5.ble lists the testing protocol

    fo r a ll t.l.nk samples . however. the h .bor.J.toqr •.,ill =e instructed to report any 1nd .111 con3tituent th3t l.re :11:3

    covered during the laboratory testinq.

    AHALYTICAL ~

    Total Orq.l.nic Carbon

  • I I I I

    :tnd lower i.:..g-ocnJ, J.nd. c:·,.;- low area t •:. r.h-!' North ..:f the la.·.::r ·:.on~

  • I sampling location will be staked "'"d or flagged prior ~ to actually conducting the sampli ng pr ·:ll~·ram. These

    loc.1tions will be surveyed d uring preparation of th~

    site b.1se map.

    3. Samples of shallow soils will be collected f rom

    .s.pproximately 40 locations as s hown on figure 2.

    Samples will be co~posited. from the upper '("" of . sou1 to create a ainqh sample for analysis of PCB' s,

    Additional samples will be collected from depthJ of

    12" and 18" 1! they &re determined to be necessary.

    4 . Samples will be delivered to the desiqna~ed

    laboratory !or chemical &nalysi:J .

    5 . Reaulta of aaaplinq and cheaical ana.lysis will be

    included in a ainqle report deta.ilinq the overall tank

    and shallow soils sa.aplinq proqraa.

    C. Soil S;a,aplinq Proscdyres ,).Dd Egyipaent

    Suplea will be collected uainq a hand. auqer o3.nd. a

    atainleas ateel collectinq scoop . Observations u.de d.urinq

    two site visits indicated the area. to be saapled conshtl5

    of qla.cia.l till or marine silte . In many areas. the soil /

    is very thin or non- exit .

    It ia anticipated that this sampling proqram will

    involve three do3.ys of site work. A two-man sampling team

    will collect samples usinq a hand auger . One team member

    wlll be primarily responsible for sample collection a.nd

    handling- while the second will provide assistance and

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    health .:md 3J.i" ety monitoring. /

    .~ppro::. ( t y v>Jlurne 1 of 3am::le ".Jill

    be placed in l? o-:. bro~Tt qla:HI , :3emi-·:o l atile 'J t" 9'l.nic

    s.smple ,.u·. 1. Fer;;onnel protecti ~n

    A comprehensive health and safety plan h.1s been

    prepared for the O'ConnOr Si te. All :site work will be

    11a.naged under the guidelines of thi3 ph.n . Shallow

    soils sampling will be conducted with the sampling

    team usinq Level C Protecti'.re equipcent and observing

    L!tvel C decont.smina.tion procedures.

    2 . Egyipment pecontyination Procedyrot s

    Protective clothinq such .ss Tyvek coverall:s and

    Latex inner qloves will be discarded as per the He.s.lth

    and Safety Plan quidelines and will therefore not

    require decontamination. Saaplin~ .1.ppar.stus and 3Up

    port equipaent such as the outsi~e surfaces of sample

    containers. rubber boot3 and outer protective gloves

    uy becoae contaainated and will therefore require

    decontamination. In these in3tances , the equipment

    will be decontaminated U3inq the following procedure :

    > Hipe surface with paper towel to remove most of the material 1 Discard the paper towels in a suitable, identified, plastic tra3h baq.

    > Wash :Jurface with liqui-nox detergent solution followed by a distilled water rinse.

    > Rinse contaminated surface with methanol followed by a second distilled. water rinse.

    - 13

    http:Protecti'.re

  • S:l.mple Han!llJ.n..g:

    Following c~llecticn ~f each ::!!Oil .:::!3-mple, th~

    3ample containee' will be well marked a:s to locaticn,

    depth, and manner collected. Each sample will be

    assiqned an identification number which will be

    utilized in all repoe'ting document:s. The outside o(

    each 3ample container will be cleaned and

    decontaminated as necessanr with liqui-nox and

    methanol rinses.

    Prior to being removed from the site , all 3ample

    containers will be sealed with "no-tam.pec " t.s.pe to

    in:sure the .integrity of each :sample. Samples will be

    carefully packed in appropriated shippinq containers

    to prevent breakage in transit. Each shipping

    container will be sealed and secured with "no-tamper "

    h.pe.

    At the end of each sa•plinq day. sa•ple data .

    sheet• will be completed, doc:UIIIentinq which m.etho

    doloqy. :sa.•plinq locations and depths, and sample

    types . Copies of these daily reportinq sheets will be

    forwarded to EPA offich.ls at the end of each work

    day . A copy will also be placed inside each shipping

    container.

    D. Shipment Procedures

    Samples will be shipped to the designated laboratory

    via Fed.eral Express or a. similar parcel service . Samples

    will be pack:e4 and prepared in conformance with ·;ruidelines

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    of 3.ddit ional persc.n:s. •.:: iu.i:t of :ustod:r ·1o·: ·J:nent3.t i c :1 cJ"i ll

    be complet~d. A t:.rpi.::.J.l :sn•nario ';.O'Culd req •;ir~ th~tt ct,.:-.in

    of custody f vrrn:s be comphted •..rhcn 3.1mplcs are relea3ed to

    the Carrier by the :ship~er >nd when the sam~le3 >re

    received by the laboratory. A return r~ ::eipt will be

    included with each container. addressed to the shipper . to

    be forwarded by the ' h . .boratory upon receipt of the :samples.

    All :soil :5ampl es wil l be :s l:!;)Mitted for analy31s for

    PCBs . The two FIT studies i ndi cated that PCBs •Je re t he

    only priority pollutsnts present in a concentration •...thich

    could cause long n.nqe environllent.J.l da.maqe and nec~ssita.te

    quick re111.edial action.

    I V. Qtsiqnattd Laboratory

    Four laboratories f ro• throuqhout the New Enqland area were

    intervieued to perfor m the chemi c.1l an.1lyses on samples to be

    collected from the O'Connor :site. Peck L.1boratories of

    Kennebunk Maine. h.J.s been tentatively selected to provide these

    ser·Jices subject to the approval of EPA. based upon their:

    1> capability to provide the required services

    2> availability of time to perform the analyses in coordination with the anticipated samplinq schedule

    3) pas t perfora.1nce on samples of this t ype

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    ·5 J co~t per 3ample

    The time required to accomplhh the tank in3pection and

    sampling is anticipated to be ·2 working days at the 3ite . The

    ta.nk sampling is to be coordinated with the soil samplinq

    program.

    Every effort will be made to adhere to the schedule

    outlined in .a. letter to the F. 0' Connor Company · s Counsel from

    EPA o1ttorne~· Charles Bering dated March ll. 1985. Ho•.:ever.

    l.lbora.tory turnaround i3 an eleaent beyond our control. Delay:s

    in receivinq laboratory results could unavoidably delay

    ':) co•Pletion of this plan. The appropriate EPA personnel •,.till be

    .1.dvised. if this delay should ma.teri.l.li::e.

    It is a.nticipated that the soil and tank samplinq program

    can be atarted within three to four weeks of .spproval of this

    plan by EPA. auuainq reasonable availability of special safety

    and sampling equipment. The soil samplinq proqram will be

    started as :soon as the spring Nmud sea.son" is over (expected to

    be in late April or ea.rly Hay I. The total time anticipated for

    the soil and tank !Sampling is 10 workinq' days . Labor.J.tory

    · analyses are expected to require to 5 weeks . Preparation of

    reports will require an additional 4 weeks .

    - 16

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    barcode: *567126*barcodetext: SDMS Doc ID 567126