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<br /> RBCA Tool M ror Chemical Rel�ersion 1.3
<br /> Input Parameter Summary
<br /> Site Name; Canepa's Car Wash Completed By: LIiM Jab ID: 1707
<br /> Site Location: Paoiffc Ave.,
<br /> S(ockion Data Completed:&Oct-02 7 OF}
<br /> rAT, A�ragng
<br /> erers : . Residential - -..- .., -
<br /> . . ... :... _ Commarcialllddustrlt'- :SGegaral' ContrdCti4dAtlult 1i algal IZL�a} PArg"� ant A Source zone area 00E+0 NAfit 2)
<br /> ing Ilme for caranogens(ir) 70 W Length o3 source-zone area pareEle{t wmtl D.OE+O NA VQ
<br /> ging lime for non-cardnogons(yr) 30 25 f Wa,.. Length of source-zone area parailel Io GW How NAeigh!{logy 70 35 35 70U. Ambient as velocity in mixing zone 7.4E+0 (Ns)ure duration(yr) 30 a 16 25 i b.; Air mixng zone height 8,6E+0fh)
<br /> ginglime for vapor flux{yr) 30 25 S P, Areal padlculaie endssion rate Nq
<br /> ure frequency(days/yr) 350 250 180 L. Thickness of affected surface sails (glcnY`2/sl
<br /> NA (e)
<br /> EF, Exposure Lequency for dermal exposure 350 250
<br /> IR, Ingestion cafe of water f[day} 2 1 Sprtdca Sot{Columry Parameters
<br /> IR, Ingestion rale of soil{mgrday) 100 200 50 100 ua Capillary zone ihid[nesa .6E-1 (g)
<br /> SA Skin surface area{dermal}{om"2) 5800 2G23 5800 5800 h, Vadose zone blickness 3.2E+1 (h)
<br /> M Sol110 sk n adherence[actor 1 Pr Soil bulk density 1.7E+0 f9rcmx3l
<br /> ET.,,,m Swimming exPosure Vme(hrlevenl} 3 fx Fraction organic carbon 1.0E-1
<br /> EV,„„ Swimmingevent frequency P)
<br /> 4 r(evenlslyrl 12 t2 12 OT Sell total porosity 4.6E-1 (-j
<br /> IR,,,,;, Wafer Ingestion while swimming(urns. 0.05 0,5 K. Vertical hydraulic conduGivity 2.51:-2 (Nd}
<br /> 5k. Skin surface area for swimmingtern^2) 23000 11100 k, Vapor permea4j111Y 1,1E-14 01121FI rn Ingestion rate fish
<br /> fish(kgtyr) 0.025 Ls. Depth to groundwater 3.3E+1
<br /> Conlaminaled fish fraction(unilless) 1 L. Depth to lop of allected soils NA (011)
<br /> l a-- Depth la base of affected soils NA (n)
<br /> C_omplete Exposure Pa1:hW,ay3i an Reeeptors -pn-s to �;W-.q le .: -s to 2"' L_ Thickness of affected soils NA (8}
<br /> GroundwaSn.
<br /> Groundwater Ingestion None NA NA PH SOiVgmundwaler pH
<br /> SO Leaching to Groundwater Ingestion None NA ...NA C. Voiumelrlc water concent p7n vamp 3, �072}� (}
<br /> _ 0. Volumelde air Content 0.046 0,16 0,26 (-)
<br /> Applicable Suriaee yrater Exposure Route.:
<br /> swimming NA Building garametera'" "
<br /> Fish Consumption NA -'-' RRsldeiioal Commercial .:...::.;, '(units)L. Building volumefarea ratio NA 8.00E+0
<br /> Aquatic life ProtectionNA An Foundation area NA5.80E+9 002}
<br /> XGA Foundation perimeter NA 3.70E+2 MBoll: ER Building air exchange rete NA 2.3064
<br /> Direct ingestion and Dermal ConfaG None Lu {i!s)
<br /> I.,, Feuntlatlan thickness NA 4.92E-1 fe)
<br /> -- gra Depth to bottom of fovndallan slab NA 4,92E-1 lift
<br /> Outdoor ate a Foundation crack fraction NA 1.00E-2 (-)
<br /> Particulates lfrm surface B011s None NA NA dP Indoorroutdoor differential pressure NA 0.00£+0 (psi)
<br /> VolaGltzatlon from Soils None NA NA O. Convective air Oew th,cidyn Slab NA 0.00E+g i(psi)
<br /> Volatilization from Groundwater Commercial NA NA ( j
<br /> O roti n d wat4{Parameters
<br /> indoor Alr: Grill Anti mbdrig zone depth NA fltj
<br /> VolaOkzarion from Subsurface Soils None NA NA h� Net groundwater hriltrwian rale NA {Nyrj
<br /> Volatilization tmm Groundwater CammerGal NA NA Us Groundwater Darcy velochy NA ((yd)
<br /> site 1;>; OH.Ila 2.; - ynnsl V "O.,waherdseepage a illy NA tffld)
<br /> V_
<br /> ;Receptor,p)gtancafiptp.Spurge Media "_Drl�t9 'E. .(, Y lily NA
<br /> (Nd}
<br /> Groundwaterrecepior NA NA NA
<br /> (nj I Groundwalergradient NA
<br /> Soil iearhing to groundwaler receptor NA NA NA K 5, F)
<br /> I) Width of groundwater source zone NA
<br /> Outdoor air Inhalalian receptor o NA NA (ttj Sa Depth of groundwater source zone NA (a}
<br /> Ow Effective poroshy in water-bearing unit NA (-}
<br /> TargahH_sa(t; �1rV,vti :,� .„:,If'as�umula3va: O
<br /> o I-- Fraction organic carton In water-bearing unit NA
<br /> .e Yafgel Risk(pass AM carcinogens) t 0E-6 1.0E-5
<br /> TR, Target Risk(Gass C carcinogens) 1 AE-5 Pi Groundwater pH NA (-}
<br /> THR Target Hazard Quotient[nen-wrcindganic ds'cj 1.0E+p 1.pE+0 Biodegradation considered? NA
<br /> ..MP oling.QAtansael6po!4Plrapeatan
<br /> - .:,c-; ”, e1H;aloe.a •-.�P -c '2 -. afq_4 tNfsite2 �funlu)���,:
<br /> NA
<br /> RBCA d'ef Tler 1 Lateral raroundwaler Transport Groundwater naeaflon Sp�i_Ze�rgino to GV7
<br /> Outdoor air voWlllizalion model Surface 3 subsurface models a, Longkudlnal dispersivily NA NA NA (It)
<br /> Indoor air vblatilizfcon model Johnson d Ettinger mode( ur Transverse disparsivhy NA NA NA NA (A)
<br /> Soil loathing model NA a, Verticaidispersivity NA NA NA NA (fly
<br /> Use 5011 attenuation model{SAM}for IeaChala7 NA Lateral Outdoor Ah Transpon $oil to Outtlnnr A4Inna1. 92LIQ og)
<br /> Akdudwater dilator NA ar Transverse dispersion coefficient NA NA NA NA 00
<br /> GrOuntlwa[er dilution-eltenuation rector er Vertical dispersion coet(cienl NA NA NA NA (h)
<br /> ADF Air dispersion factor NA NA NA NA (-)
<br /> Surface WztitrPApmaniq;i,- :.:,'
<br /> NOTE: NA=Not applicable Surfers water 8dwrale NA (d'3Is1
<br /> Wp Wkfth of GW plume at SW discharge NA (h)
<br /> 6, Thickness at GW plume a4 SW discharge NA fn}
<br /> UF.. Groundwatertosurface water dilution factor NA 0
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