植根法律網€¦ · 2 basins ®r gis ÑÒ=ÓÔ[_`£Õ$&ÖrÊ×Ø _`$ & Ùs _ ?rsjk+67...

13131313

BASINSBetter Assessment Science Integrating Point and Nonpoint

Sources HSPFHydrological Simulation Program Fortran

BASINSBetter Assessment Science Integrating Point and Nonpoint Sources

13USEPA13 $

GIS$amp()+-01 QUAL2EQUAL2K

HSPFSWAT ( PLOAD2345HSPF6789lt=+gt

(ABCDEFGH BASINS ( HSPF IE

BASINS

()

J BASINS KLBetter Assessment Science Integrating point and Nonpoint

Sources13USPEAM1996N GIS OPQRS

TI13U GIS$amp

)(-E

BASINSVFWXYZ[$amp(-]^

TMDL_`9(89ltaMgtb GIS cdefG

ghijk]^TMDL(lm7nop89

ltqrstu+vHMw+xyzuAB^|~iE

() ef

BASINS I1ef2_p1

13$2jk13(3-]v

efE

+-09QUAL2EQUAL2K

行政院公報第 017 卷第 230 期 20111202 農業環保篇

38721

PLOAD89 HSPF (Ir SWATEQUAL2EQUAL2K

The Enhanced Stream Water Quality ModelVau

rM+9lt iexclGPcent

pound)currenByenbrvbarsectuml(ABCDcopyPLOADPollutant LoadVordflaquo

notshy-7regrmacrdegplusmnRExport Coefficient-7sup2sup3

N89cacuteltnotshycopyHSPFHydrological Simulation Programmicro

Fortran( SWATSoil and Water Assessment Toolparamiddot=st+

Ecedilsup1ordmraquo$ampfrac14frac12frac3401iquestAgraveAacuteAcircAgraveAtildeAuml

Aringfrac14uml GenScnrMWinHSPF(SWATF(AEligCcedil$ampEgraveEacuteI]

uml WDMUtil EcircEEumlx-ASSESS -IgraveWIacuteTARGET

-WIacuteQ9 iexcl$ampData Mining $ampIcircs QIumlETHE

1 BASINS


38722

2 BASINS

regr GIS NtildeOgrave=OacuteOcirc[_`poundOtilde$ampOumlREcirctimesOslash_`$

ampUgraves _RSjk+67p+ Uacute=UcircUuml GIS Ntilde

OgravejkYacuteUacuteTHORNE

HSPF

()

BASINS 89ltF HSPFHydrological Simulation Program

FortranefEp13USEPAQ Hydrocomp Inc _szligcedil

agraveMPOgraveaacutest+acircatildeaumlaring

ltaelignotshy9 iexcl(67ccedilcentaringQegraveeacuteecircE

() ef

HSPF centxeumligravemoduleiacute3igraveETHicircT+67poundOtilde

AacuteiumlethOumlREcentntilde PERLNDIMPLND (

RCHRESograveoacuteocirccentotildeoumlotilde(ccedil+Epefdivideoslash

ograveGE


38723

1 PERLND igrave

PERLND V+ugraveotildeQuacuteucircyenbrvbarumluuml

HSPF centVyacutethornbrvbarrigrave=+aringcentIcircaringQGaring

)GAgravesectumlEotildesectFGumlocirc1k=m7 PERLND

otildeigraveagrave(E+òumlcedil_`qrigrave

ocirc2E

1 PERLND13131313

uml NtildeOgrave

ATEMP oumlcedil13umlsup1

SNOW +B

ATEM oumlcedil13umlaAElig

SNOW +B

PWATER +otildeacircatildeaumlaring

SEDMNT +currenYacute(

PSTEMP -7

PWTGAS -7AEligP

PQUAL regraumlaringcurrenucircplusmn+Yacute

MSTLAY -7(aring

PEST + k

NITR +k

PHOS +$k

TRACER +ampk

BicknellBR ImhoffJC KittleJ DonigianAS and JohansenRC Hydrological Simulation Program-FORTRAN Userrsquos Manual for HSPF Version 11 USEPA Environment Research Laboratory Athens GA 1996


38724

2 PERLND

USEPA 1999 BASINS Technical Note NO3

3 PERLND gtQef=F(+Otilde)ETHigrave

AacuteV+[Otildeigrave-EHMx+Otildeparaouml`)ETH-[01-

OumlRRQ1-+_`sup1IcircE


38725

3 PERLND USEPA1999 BASINS Technical Note NO3

2 IMPLND igrave

IMPLND igraveVbrvbarrMcentoumlugraveotilde+V+2

x3AacuteV45xugraveotildeCDcurren67EotildesectFG

umlocirc3k=m7 IMPLND otildeigraveagrave(E

+òumlcedil_`qrigraveocirc4E


38726

3 IMPLND 13131313

uml NtildeOgrave

ATEMP 8oumlcedil13umlTaAElig

SNOW B+

IWATER acircatildeaumlaring+

SOLIDS currenYacute(+

IWTGAS AEligP9-7

IQUAL regraumlaringucircplusmnT+ltaelig9


4 IMPLND



38727

4 V IMPLND igraveefigravecent ATEMP Q SNOW

igraveQ PERLND igraveefuacutecedil=szligrntildeOumlRouml`

lt=macrQgtEpigraveVAH8ugraveotilde+

IWATER igraveV-oumlugraveotildeagraveeacuteumlSOLIDS para

V+BPCQAgraveocircQAEligP9V

IWTGAS cent+PERLND Q IMPLND +sectumlcentoumlcedilfrac14

V SOLIDS ntilde-IMPLND =+sup3DEFGatildeH6

7BltCQAgravesectumlI`+JOtilde+KL

MgtBltCN(AgraveOsup1IcircPABF(Q-8

ugraveotildeRBPiumlSOumlRTU PERLND SEDMNT

igraveV`WOgraveosup2Q-BPAgraveE

4 IMPLND 13131313USEPA 1999 BASINS Technical Note NO3


38728

3 RCHRESigrave

RCHRES igrave=+ugraveQ8ugravearingcentAacutecent

CDEigrave+oslashXQYXAacuteZ[]EotildesectFGuml

ocirc5k=m7 RCHRES otildeigraveagrave(E

5 RCHRES13131313

uml NtildeOgrave

HYDR +^CD

ADCALC +Fcaringmacr_aelig

CONS +ùaeligamacr

ADVECT +cent_xaeliga_

HTRCH +bcOslashQ

SEDTRN +xdeaeligk

GQUAL +fOtilde

OXRX +ccedilcent DOQ BOD9

NUTRX +ccedilcentgdQgd$

PLANK +hicurrenaelig

PHCARB + pHjBkgdk(l

Bicknell BR Imhoff JC Kittle J Donigian AS and Johansen RC

Hydrological Simulation Program-FORTRAN Userrsquos Manual for HSPF Version 11

USEPA Environment Research Laboratory Athens GA 1996


38729

+òumlcedil_`qrigraveocirc 6E

6 RCHRES



38730

5V RCHRES igraveefE HYDR V+ccedilntildeADCALC

+ltaeligHaringamacrCONS V+ùaeligHTRCH igraveV+

SEDTRN paraV+gdmnaeligGQUAL +fYacuteRQUAL

+currenBtimesOslashsectumlCDE

5 RCHRES 13131313


WinHSPFstu+Facircatilderegrhou

pqrIvEcircIstmacr$amp8stmacr$ampuvwxugravey

z(ocircaumlaringSurface RunoffcentIcircaring Interflow OutflowGaring

Groundwater OutflowEcircagraveamacrCD=|aumlaring~

Pesticideuaelig(pYacute9Qnotshy~=uvccedilk

Hydraulic Behavior+ccedilcent(ABE6_E


38731

6 HSPF


38732

+

HSPF 3 PERLNDIMPLND ( RCHRES igraveigraveYacuteocirc7

otildesectpoundigraveuml67jkagrave+EFGAH

igraveumlIYZE

7 HSPF13131313

() PWATER uml

PWATER +otildeagraveABWater Budgetuvacircatilde

wxugravearingcentIcircaringGaring(yzEcircosup267aringuml

7yacuteAringYacutedegaringxocircdegaringSurface OutflowcentIcirc

aringdegaringInterflow OutflowGaringdegaringGroundwater Outflow

pagrave13eacuteuml=3GOtildeuml


38733

7 PWATER

Bicknell BR Imhoff JC Kittle J Donigian AS and Johansen TH

Hydrological Simulation Program-FORTRAN Userrsquos Manual for HSPF Version 12 USEPA

Environment Research Laboratory Athens GA 2001


38734

1 ICEPT umlmicro+Aacutepwx

J J wx=Ogravesup2gt

sectwxparaaringdegDYacuteugraveAacuteaumlaring~0oyPE

2 SURFAC umlmicrolocircr

J J ocircr=ugraveDYacutecentIcircaringAacuteocircDYacutex

DetentionAacuteaumlaringOgrave+stuugraveABPugraven0O

ugravePiexclA[ocircrlugravecentIcircaringQocirc

xAacuteaumlaringE

3 DISPOS umlmicrolbrvbar

J J DIVISNUZINF PROUTE centumlFpoundpoundbrvbar

E

4 UZINF1UZINF2 umlmicropound3+aumlaringYacute

5 PROUTE umlmicrom7ocircaumlaring

J J currenr Chezy yenbrvbarsect(uacuteHMdegaringumlQxiacutecopysectTpound

ocircaumlaringE

6 INTFLW umlmicro+centIcircaring

7 UZONE umlmicro+I

J J m7centordfGugraveotildelaquoUZRATndashLZRATM001 sup1

not0currenE

8 LZONE umlmicro+GI

J J GT01+ugraveQugravearingLZFRACE

9 GWATER umlmicro+Garing

J J pound8shyAgraveGInactive Groundwater(umlGDeep

GroundwaterE


38735

10 EVAPT umlmicro+yz

J J 3FGregcentumlm7macryzETBASEm7saring_

ETEVICEPm7wx_ ETETUZONm7

_ ETETAGWm7G_ ET

ETLZONm7G_ ETE

() HYDRuml

HYDR +ccedilagraveyenbrvbar67aringuml8VFstvuml

+pkVregruml-P-aringucircplusmnbFdeg4plusmnDsup267

pouE

VOLminusVOLS=IVOL+PRSUPYminusVOLEVminusROVOL

VOL+sup1Icircgtyacutesup3ft3

VOLS+sup1Icircgtacutemicroft3

IVOLaringft3

PRSUPYccedilacircatilde

VOLEVccedily

ROVOLccedilaringdeg

ROVOL=KStimesROS+COKStimesRODtimesDELTS

KSparaltosup20KS099

COKS =1minus KS

ROS67sup1middotcedilmicrodegacutearingN

ROD67sup1middotcedilmicroyacutesup3àringdegN

DELTS67sup1middotsec


38736

8 HYDR





38737

() SEDMNTuml

SEDMNT +currenYacuteProduction(Removalu

vAEligmacirc(acircatildesup1ordmraquoDetachment of SoilaringiumlSEcircofrac14

m73ocirc_frac12frac34macrdeg67aringuml93FG

uml_igraveYacute

1 DETACH umlmicro+acircatildesup1ordmraquo

2 SOSED umlmicro+aringsup1ordm

3 ATTACH umlmicro+raquoUgraveiquest Re-attachment

9 SEDMNT





38738

() SEDTRNuml

SEDTRN +gdkuvccedilcentAgraveh(AacuteAcircSand

AtildeSiltAumlClayAring23iumlethmntimesOslashsectumlm7ccedil

centdegaring67aringuml10FGOtildeuml_igraveYacute

1 BDEXCH umlmicro+AacuteAcircAEligCcediluCohesivecOslashsect

AacuteAcircAEligCcediluVEgraveAacuteAcircocircEacutebrvbar^Shear StressTjk

cOslashAgraveIIAacuteAcircEacutebrvbarÎgraveMEcircEumlEacutebrvbar^sup1paracurrenmncopyIAacuteAcircEacute

brvbar^MEcircEumlEacutebrvbar^sup1paracurreniumlethE

2 SANDLD umlmicro+IgraveIacutek

8AEligCcediluV3aring_frac12frac34I3MaringAgraveÎcircG

=frac12frac34paraoumlIuml03AacuteAcirccentiumlethdegUumlmacr

amacrNaringfrac12frac34uacutecopyyenamacrNsectaring=frac12frac34sup1

para0currenmnE

10 SEDTRN





38739

() PQUALuml

J J PQUALVrucircplusmn+uviumleth

mnEcircofrac1401ocirccentIcircaringGaring+aeligdegaring67

aringuml11FGETHOtildeuml_igraveYacute

1 QUALSD umlmicro+xucirc

2 QUALOF umlmicro+aringxucircQC

3 QUALIF umlmicrocentIcircaringxucirc+

J J gtpoundltaeligcentIcircaring9Ssup3NtildeS=FOAEligOgrave

agraveIcircPx_oumlcedilE

4 QUALGW umlmicroGaringxucirc+

J J gtpoundltaeligGaring9Ssup3NtildeS=FOAEligOgrave



38740

11 PQUAL





38741

bFQ

J J brvbarrHSPFQ-agravesup2OacutepkOcircOtildeOumltimes+R

OslashUgravepAEligCcedil$ampbFuacuteucircagraveOumlRjk+otildesectsectUacuteagraveUcirc|

Uuml|$ampjkOumlRNcopyYacute23OumlRacurren+SQmacrSTHORNszlig

agraveUumlyacuteIgrave1-+ Uacute=aacuteE

() $ampmacr

1 GISuacuteucirc$ampocirc8

8 GIS$$$$

$amp EgraveD

ccedilaringR$amp adfcopyshpcopyshx RS13uml$amp bmpcopyadfcopybpwcopymwleg regr$amp cpgcopydbfcopysbncopysbxcopyshpcopyshx acircEuml$amp mwsrcopyshpcopyshxcopyadf

2 AEligCcedil$amp

J J AEligCcedil$amp`FIgravesup1laquoatilde$ampE01acircatildey

aumlOcircaringaeligccedilegrave9Ecirc$ampocirc9pcentFacircatilde$ampyacutelt

eacuteooumlcedilacircatilde$ampecircYacuteoumlcedilaumlaringiexclAE4currenreuml^laquo

atildecurrenrsup1ìgraveiacutetimesOslashicirciumlE

9 HSPFamp($amp($amp($amp($

Leth divideoslash OPlaquoatildeAPERC acircatilde Inhr EVAP y Inhr ATEM

WIND aumlOcirc Mph SOLR aringntilde Lyhr PEVT yzWograve Inhr DEWP egrave9

CLOU oacute tenths


38742

() agrave+

J J agrave+vaeligouAEligCcedil$ampagrave$amp(agrave

$amp+agraveyenbrvbaroumlcedilxoumlcedilagraveCOacuteotildesectHSPF cent

+otilde PERLND uml PWATER (oumlotilde IMPLND uml

IWATER jk67lccedil+ RCHRES uml HYDR ograve

s laquojk67E

J J otildeacutemicroagravesup2=3AringUZScentIcircaring

IFWSshyAgraveGaringAGWSGAringLZS(G

ocircotildeGWVSEcircOumlR13oumlOacute-FgtE

() +

J J +v+ BODNH3NO3PO4(TNHSPF =

+ETHicircltaeligregrotildefuml PQUAL (oumlotildef

sup2igrave IQUAL +otildeAacuteltaelig=Fregr HSPF cent

PQUAL igraveuvaringdegucircplusmnTagraveUuml+EaringR

+aeligT=)divideocircsurfaceocircGsubsurfaceE

ocircaringdegaeligkoslashcentocircugraveuacuteoslashshyAgraveôaeligocirc_Uuml

ucircuumlyacuteMthorniquestraquoecircaumlAEligmacircAacute+

ofrac14EcircIrE)UcircZ+aringuml=)VOthorniquest

aeligEuml)VO aumlaringCiumlSPocircaringdegaelig9deg

aeligCRcopyaeligocircGk0McentIcircaringG

T=ograveFoumlcedilRSTocirc+aeligcentIcircaringQG

9Eumlqr RQUAL=jOcircuvltaeligPcent

currenByenbrvbarcopyI84)ltaeligccedilcent=regrfigrave GQUAL reg

r+aeligoumlcedilETHv+ltaeligE

J J AgravehBPaeligvAgravehaeligOgraveÂcircofrac14aumlacircatildeAacute

ofrac14_ecircYacuteraquoF(ocircaringIrPcurreniuml

SEigraveNtildeOgrave+Praquoiquest amacr_oumlCcedilregr


38743

HSPF cent+otilde PERLND umlSEDMNT (oumlotilde

IMPLND uml SOLIDS jk67lccedil+ RCHRES

uml SEDTRN ograves laquojk67+Agravehccedilcentiuml

S(sectumlE

(ETH) OumlRNcopyYacute

1 agraveOumlR

J J OumlRN13uumlOumluv+SQUcirc|SaringP

Streamflow VolumescucircplusmnUgraveuveacuteecircDsup2Hydrograph

ShapearingPeak FlowsRecessionEcircsup1Icircuicirciuml

Nsup1=Oumlu BASINS Technical Note baocirc10UgravearingR

agravesup2Oacute(ou-FE

10 BASINSHSPF)+)+)+)+

OumlRLeth laquoatilde yacuteIgraveS yacuteS

PWATER LZSN G in 001 100 INFILT ugraveOgraveôtilde inhr 00001 100 LSUR aring ft 1 none SLSUR aringocirc ftft 1times10-7 100 KVARY GdegaringOumlR 1in 00 none AGWERC GN - 0001 0999 INFEXP ugravesectotildeR - 000 100 INFILD yacuteQcacuteugraveS - 1 20 DEEPFR GaringOumlR - 000 10 BASETP saringyzOumlR - 000 10 AGWETP GaringyzOumlR - 000 10 CEPSC waring in 000 10 UZSN in 001 10 NSUR yenbrvbar NS - 0001 10 INTFW centIcircaringaringOumlR - 000 none IRC centIcircaringN - 1times10-7 0999


38744

10 BASINSHSPF)+)+)+)+----


LZETP GyzOumlR - 00 15 CEPS wxAring in 000 100 SURS ocircAring in 000 100 UZS IFWS centIcircaringAring in 000 100 LZS GAring in 0001 100 AGWS shyAgraveGaringAring in none 100 GWVS Gocircotilde in 000 100 HYDR KS ^paraltosup2 - 000 099 DB50 AacuteAcirccent

atildeR

in 00001 100

USEPA 1999

J J GLLZSN1-0currenGaringdegaring1-copy

LUZSNregrxucirc=rTaeacuteecircacutemicro(

ntilde1- UZSN 0currenocircaumlaring31-xM

yzcopyViessman et al1989bLZSN AEligOgraveIcircG=Ouml

-mNacircatildeUgrave-100mmcopyPUZSN

LZSN 014 E

J J ugraveOgraveôtildeINFILTQouxucirclacircatildeYacute

ocircaumlaringAacuteugraveocircG1- INFILT 0currenGGaring1-

ecircYacutesaring1-ocircaumlaring3E

J J aringLSURaringocircSLSUR0ucircuumlUumlocircauml

aringocircLSUR Sparaocircaumlaring1-PyenbrvbarNSNSUR

thornWIacuteGHaringucircuumlVoumloslash$E

J J centIcircaringaringOumlRINTFW1-=acircaringeacuteecircSamp

1-EcentIcircaringNIRCocircoumlcentIcircaringdegaringQ(centIcirc

aringdegaringSucircuumlaumlaringeacuteecirccentSQsaringBase FlowIcirc


38745

Dsup2IRC 0currencentIcircaringk)ordfaringP13 IRC 0currencentIcirc

aringk)ordfGsaring3IRC currenAaringIgraveE

GaringOumlRDEEPFRjumlGordm

=rTocircp+|Uuml1- DEEPFR 0currenaring31

-centocircSubsurfaceEGNAGWRCocircouml

GdegaringQ(GdegaringSoumluvGaring

degaringucircplusmn1- AGWRC =currensaringAEGdegaringOumlR

KVARYocircGAringsup3(_aringdeggt13

KVARY 0currenaringdeg1-thornVyacuteAringNOumlRE

2 OumlR

J J OumlRcent+aeligyacuteAringSQOLIMocirc+aeligOgraveaacuteAring

OgraveÎaringsup1S-uacuteHltordm1HMsaringucirc

uumlVouml$ EocircaumlaringiumlSNWSQOPocircocircaumlaringlaquoatildeIgravesup1gt

OgraveiumlS90ltaringOcircIRSocircltaeligiumlS

+ UacutexyenucircplusmnEcentIcircaring+aelig9IOQCcentIcircaringaelig

9IgraveHMaringsup1S-lt-VHMsaringucircuuml

ordmouml$ EG+aelig9AOQCGaelig9Igrave

pS-ocirc23G_frac12frac34lt-Q+aeligx

ucircplusmnE

J J AgravehBPaeligOumlRcentotildentildeI]OumlRSMPFoacuteocirc

0iumlS1234SM 0 Q 1 IcircOumlRS+5 0 ocirc

ocirc]6currenAgravehaelig3copyyenIOumlRS+51ocirc

regrcurrenAgravehaeligEraquoplusmnRKRERntildeou7

EraquootildeRJRER8oacircatilde9oumlcedilecircYacuteraquootilde

RucircplusmnEocircOumlRCOVERoacuteocircumlpSM 0

Q 1 IcircIOumlRS+51ocirc6currenAgravehaelig3E

plusmnRKSERotildeRJSERrMm7ocircxOgrave

ÊiumlethplusmnRKGERiumlethotildeRJGER =m7ocirc_x


38746

iumlSOgraveôtildeRJSERiumlethotildeRJGERAgravehaeligxyen

ucircplusmnE4iumlethigrave+ Uacute~Uumlacircatildeaumlaringigrave

ucircuumlAgravehBPQaumlaring+degaringYacuteuacuteucircoLM

OumlNcopyYacuteacircatildeaumlaringigraveOumlRgltAringUgraveamacrigraveOuml

Rnot=F=gt UacuteEccedilmacr67vcent[Agraveh

AtildeF(Auml)Yacuteogravem7ucircuuml+ Uacute

Sandload power function plusmnRKSANDQotildeROumlREXPSND

ucircuumlyacuteOumlRS-13+macrdegordm013E

Nsup1=Oumlu BASINS Technical Note baocirc11Ugrave

aringRou-FE

11 BASINSHSPF) +) +) +) +


PQUAL SQO ordmmicro lbac 000 none POTFW iumlSosup2 lbton 000 none POTFS tPiumlSosup2 lbton 000 none ACQOP +aeligCN lbac-day 000 none SQOLIM +aeligyacuteC lbac 10-6 none WSQOP ocircaumlaringiumlSN inhr 001 none IOQC centIcircaring+aelig9 lbft3 000 none AOQC G+aelig9 lbft3 000 none SEDMNT SMPF I]osup2 - 0001 1 KRER raquoplusmnR - 000 none JRER raquootildeR - none none AFFIX UgraveN 1day 0 00 1 COVER N - 0 00 01 NVSI AEligA lbac-day none none KSER raquoiumlSplusmnR - 0 00 none JSER raquoiumlSotildeR - none none KGER iumlethplusmnR - 0 00 none


38747

11 BASINSHSPF) +) +) +) +----


JGER iumlethotildeR - none none

DETS raquoacutemicro tonsac 0 00 none

SEDTRN

BEDWRN Acircuml ft 0001 none

POR AcircBCN - 01 09

KSAND DsectplusmnR - 0 none

EXPSND DsectotildeR - 0 none

TAUCD AacuteAcircmnEcircEumlEacutebrvbar^ lbft2 1times10-4 none TAUCS AacuteAcirciumlethEcircEumlEacutebrvbar^ lbft2 1times10-4 none

M AacuteAcirciumlethEcircEumlEacutebrvbar^ lbft2day 0 none USEPA 1999

01amp201amp201amp201amp2

J J BASINSIqyacute6`Windows9598XPE

+34+34+34+34

[1] Bicknell BR Imhoff JC Kittle J Donigian AS and Johansen RC

Hydrological Simulation Program-FORTRAN Userrsquos Manual for HSPF Version

12 USEPA Environment Research Laboratory Athens GA 1996

[2] Bicknell BR Imhoff JC Kittle J Donigian AS and Johansen TH



[3] USEPA 1999 BASINS Technical Note NO3

[4] EFGH13agraveIsJ01999EKLiMN89lt

yacute6]IqiacuteOntilderegGPo]QRSE

[5] TUVEcirc2004E13ucircuuml-Q-Q13sWbFkXY13

ZRSFGH[currenaelig13uml[kE


38748

QUAL2KRiver and Stream Water Quality Model

6jQef

QUAL2K USEPA M 2000 N8 QUAL2EThe Enhanced Stream Water

Quality ModelPYacutecurrenryacute]EQUAL2K

^_PYacuteyacute` 1970N3 Texas Water Development Board _b

F QUAL-E1972NobrvbaroumlcedilcurrenrKìexclaeumloumlcedil

btcT~(IrKIcirccdIrPYacute QUAL-iacutese

OslashUgrave[iexcla QUAL-lt=fL QUAL2EEQUAL2K USEPAiexcla

QUAL2E =rM+ltamacrcurrenrK=8oumlcedil`g

iacuteigrave 16)OumlR01jcurrenB`jhfrac14ixdj

klmlmxd$$nopgplusmn8uaelig()

uaeligEcirc+OtildeuqE

regrstamacrvumladvection-dispersion equation(`r

=sgt9t iexcluaringaring(vccedil1-Aacute3aring+ltaelig

( iexclatildetimesHucircuumlEQUAL2K stwa

xzamacrvumlMjk+=8OIcircABCDEsectUacute

QUAL2E laquoOgravelaquo9macrLMOumlHaringRjkyM+

sup1[Q-ltMdegzfrac14macrm7EUSEPA M QUAL2K

centeumloumlcedillaquoatildelaquo|=[sup3degYacutexEcircIcircmiddotAacuteoumlEcircIcircmiddot

m7laquo|uacutecedildeggtlaquo|xuacutecedilregouocirc(~Q

currenaeligplusmnRcTeacircNEcircE

YZ(w

brvbarrQUAL2KQ-pounddegsup2OacutepkOcircOtildeVOumly

(+deg+sectumlMbFuacuteucircOumlRQOumlRaringOcirc

aringEcirc3sectUacuteUcirc|Uuml|$ampjkOumlRN(copyYacutev=jk

+EFG+sectumlcentOtildemacrccedilOumlROumlRIYZ

(wE


38749

() ccedilAuml

QUAL2KV[laquoEIcircaringuumlsup3IcircmiddotVgEcircIcircmiddot

^_yIcircmiddotjkpoundlaquo|m7Elt=middotraquoAacuteWIacutemacrsup3

m7laquo|2macr(poundOtildeOumlRoumlcedilP7amacrG9copysup3m

7laquo|xuacutecedilôulaquoaringYZyYZ1_E

1 QUAL2K 56789567895678956789

Chapra and Pelletier 2003

() +

QUAL2Km7ÎcircVsgtthorn 0Qt

part =part

EAHm7

F^`rparaTbfpcent QUAL2K -7vx)aring

mweirsNecircrating curvesyenbrvbarvumlManning equations


38750

+KgtuacuteucircwR$ampuml(irumlETHi-7v

FGmacr

1 aringmweirs

laquoOgravecurrensup3degFGdivideoslashparingbfviacute

2_

2 lt=lt=lt=lt=sharp-crestedgtgtgtgt

pcent

Hiiumlm

i+1Giumlm

elev2iidegmiddotc13m

elev1i+1Gidegmiddotc13m

Hw13elev2imiddotraquom

Hdsup3degocircatildeGIcircmiddotm

Hhm

Bisup3degiampm


38751

HMsharp-crestedHhHw lt 04xucircMaringm7vumlG

pcent

Qidegaringm3sec

=timesAYacute

=3umlm7degsup3laquo| iaringOcircQsectocircG

2 Necircrating curves

regrsup3degcentcacutearingOcircF(cacuteumlQ-sup3degaringvs

gtccedilDXccedilpbrvbarrsectG

U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec

UcacutearingOcircmsec

Hcacuteumlm

Acm2

abcd iacutecopythornR

23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752

iacutecopythornR=3atildearingNecircm7wmiddotQNPgtpbd

laquoOgraveIgraveMAacuteEcircM1pEcircM1sup1DXccedilcopyacSparaQthorn

RgÊQUAL2K thornRbSocirc1_E

1 ABCD+EFGABCD+EFGABCD+EFGABCD+EFG

vuml otildeR fWS WIacuteS

U=aQb b 043 04-06

H=cQd d 045 03-05

ChapraSC and PelletierGJ2007 QUAL2K

3 yenbrvbarvumlManning equations

sgtsup3degmiddotDXccedilTrapezoidal channel3_pb

yenbrvbarnSocirc2_yenbrvbarvumlG

3 HIJKHIJKHIJKHIJKTrapezoidal channelgtgtgtgtChapra Pelletier and Tao 2007


38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm

SS1SS2ccedilacircocirc

Humlm

m7sect

11 22

210 ++++= SS SHSHBP

Fmiddotdegsup1divide=Gsup3uml

35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH

S B S S Hminus minus

+minus

+ + + +=

+ +


38754

2 LMNLMNLMNLMN nG+3G+3G+3G+3

MATERIAL n

ecircXccedilMan-made channels

Concrete 0012

Gravel bottom with sides

Concrete 002

mortared stone 0023

Riprap 0033

AcircXccedil Natural stream channels

Clean straight 0025-004

Clean winding and some weeds 003-005

Weeds and pools winding 005

Mountain streams with boulders 004-010

Heavy brush timber 005-020

Chapra Pelletier and Tao 2007

() +

QUAL2K[sup3laquo|sup2steady stateoaPP9laquo

QatildetimesxucircPQsup1Icircgucircsup1Icirc^Vtravel timepoundPtravel timepara

ccedildegQaringOcircTpoundccedilAacutentildecT4pound~sup3laquo|9

ABGsectpiacute4_

1 11 1 1

1

( ) ( )ab ii i i i i ii i i i i i i i

i i i i i i

QdC Q Q E E Wc c c c c c c Sdt V V V V V V

minus minusminus minus minus

minus

= minus minus + minus + minus + +

pcent

Wiigravedeg4ntildenotshyexternal loadingE


38755

~macrdeg(macircucircplusmndivideoslash 5ppounddivideoslashocirc 3E

4 QUAL2KOPQRS TUgtOPQRS TUgtOPQRS TUgtOPQRS TUgt Chapra and Pelletier 2003

5 QUAL2K S VWS VWS VWS VW Chapra Pelletier and Tao 2007


38756

3 QUAL2KS VWXYZ[S VWXYZ[S VWXYZ[S VWXYZ[

mo Detritus s Settling ab Bottom algae no Dissolved organic nitrogen p Photosynthesis n Nitrification na Ammonia nitrogen h Hydrolysis dn Denitrification nn Nitrate nitrogen po Dissolve organic phosphorus d Dry weight cs Slowly reacting CBOD pi Inorganic phosphorus ds Dissolution cf Fast reacting CBOD ap Phytoplankton

bF(

fbFaringuml 6VETHr QUAL2K AringaringumlE

+umluumlOumlyltR(degjPQ-poundRltEFGAHdeg

yOumlRmacrltOumlRNcopyYacute(yacuteAring=macrdegOtildeEcirclt

IOcircOtildeE

() ccedily

QUAL2Kcent(degymiddotIypara

ucircplusmnUuml+ Uacute`ûacuteucircyparaFcurren UacuteagraveUumluE

QUAL2Kdegylaquo|RordmxpÎ+WIacutesectOuml_gtW

IacuteLMlt=OslashAacuteaARFOumluml^p^G

1 degdegoumlsect 50degE

2 m7laquo|sup3degoumlsect 20AacuteRoumlsect 500E

3 laquo|yacute 10E

4 aring9laquo|yacute 9E

5 aring(aringdeglaquo|yacute 50E

3M QUAL2K m7vV[aaringRouAtildeAumlYacuteI

degUgrave[sup3degYacuteI Icircmiddotm7|frac14Vsgtuacutecedildeggt|frac14

xuacutecedilôu(currenaeligyenbrvbarOumlREdegy=Gparajk


38757

1 lt 9GiE

2 aringaring9Aacute 9GiE

3 icircziE

4 gtxqiexclUumlfrac14E

5 ÎcircaringOcircumlampEcircxoslashiexclAfrac14E

6 cdegsup3IcirccentI middotraquofrac14E

7 pounddegEumlfrac14E

8 PTE

() QUAL2K_ÒumlRmacr

QUAL2KM+currenrsup1`macrregTh$amp01Rlt

Pagrave$ampAEligCcedil$ampuacuteucircOumlR(curren|Ecirc$ampE+umluumlOuml

yRlt(degjPQ-poundRltltE+sectumlcent`b

FuacuteucircOumlR(OumlRaringOcircaring(EcircVregrmacrcurren|$

ampjkOumlRNcopyYacuteUgraveFAringOumlR+RPjcurrenB

`j(jamacrCDQUAL2K_ÒumlR$ampaocirc4E

() lt

lt39lt(89lt_fYacutePlt

01wiyencurrenbrvbarsectqlt iexclumlcopyltp

q(ordf89lt iexclE

(ETH) OumlRN(copyYacute

13OtildemiddotmacrlaquodividebrvbarOumluuacuteucircOumlRkocirc5gtpoundOtildeOumlR

iexclEocirc5QUAL2KpoundOtildeOumlRgtVOumluuacuteucircnotshyWashington State

Department of Ecology 2006iquestOumlRgtSbWIacuteE


38758

4 ampW]ampW]ampW]ampW]QUAL2K++++

OumlRT regmacrOtilde laquoatilde

OumlR aring Giatilde

13amp meter

Necirc abcdplusmnRS

yenbrvbarsect yenbrvbarplusmnR

ccedilocircdegocirc

Acircamp meter

ccedil sup3curren|Uuml13umlmeter meter

AEligCcedilOumlR AEligoC

egrave9oC

aumlOcirc meterssec

oacute of sky covered

plusmnucirc

agrave^$amp aring cms

aringOcirc ms

uml meter

aringiacutesup1Icirc hr

oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$

lalkalinity mg CaCO3L

pH

AgravehBP mgL

AcircAacutentildec gsquare meter

gtmacr`j

sup3xdaelig

curren|OumlR 8_+~pound|Uumlcurren|$amp

USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897

lt=gtlt=gtlt=gtlt=gt

A BA BA BA B

CDECDECDECDE2789lt=gt

ABCD

ABCD

6 E^ E^ E^ E^


38760

5 ampW]S+G ampW]S+G ampW]S+G ampW]S+G

Parameter Value Units Symbol min max Stoichiometry J J

Carbon 40 gC gC 30 50 Nitrogen 72 gN gN 3 9 Phosphorus 1 gP gP 04 2 Dry weight 100 gD gD 100 100 Chlorophyll 1 gA gA 04 2 Inorganic suspended solids J J

Settling velocity 03 md vi 0 2 Oxygen J J

Reaeration model User specifiedJ J J J

User reaeration coefficient α 393 J α J J

User reaeration coefficient β 05 J β J J

User reaeration coefficient γ 15 J γ J J

Temp correction 1024 J a J J

Reaeration wind effect None J J J J

O2 for carbon oxidation 269 gO2gC roc J J

O2 for NH4 nitrification 457 gO2gN ron J J

Oxygen inhib model CBOD oxidation Exponential J J J J

Oxygen inhib parameter CBOD oxidation 060 LmgO2 Ksocf 06 06 Oxygen inhib model nitrification Exponential J J J J

Oxygen inhib parameter nitrification 060 LmgO2 Ksona 06 06 Oxygen enhance model denitrification Exponential J J J J

Oxygen enhance parameter denitrification 060 LmgO2 Ksodn 06 06 Oxygen inhib model phyto resp Exponential J J J J

Oxygen inhib parameter phyto resp 060 LmgO2 Ksop 06 06 Oxygen enhance model bot alg resp Exponential J J J J

Oxygen enhance parameter bot alg resp 060 LmgO2 Ksob 06 06 Slow CBOD J J

Hydrolysis rate 01 d khc 0 5 Temp correction 107 J hc 1 107 Oxidation rate 0 d kdcs 0 5 Temp correction 1047 J dcs 1 107


38761

5 ampW]S+G ampW]S+G ampW]S+G ampW]S+G ----

Parameter Value Units Symbol min max Fast CBOD J J

Oxidation rate 023 d kdc 0 5 Temp correction 1047 J dc 1 107 Organic N J J

Hydrolysis 02 d khn 0 5 Temp correction 107 J hn 1 107 Settling velocity 01 md von 0 2 Ammonium J J

Nitrification 1 d kna 0 10 Temp correction 107 J na 1 107 Nitrate J J

Denitrification 0 d kdn 0 2 Temp correction 107 J dn 1 107 Sed denitrification transfer coeff 0 md vdi 0 1 Temp correction 107 J di 1 107 Organic P J J

Hydrolysis 02 d khp 0 5 Temp correction 107 J hp 1 107 Settling velocity 01 md vop 0 2 Inorganic P J J

Settling velocity 2 md vip 0 2 Inorganic P sorption coefficient 0 LmgD Kdpi J J

Sed P oxygen attenuation half sat constant 005 mgO2L kspi 0 2 Phytoplankton J J

Max Growth rate 25 d kgp 15 3 Temp correction 107 J gp 1 107 Respiration rate 02 d krp 0 1 Temp correction 107 J rp 1 107 Death rate 02 d kdp 0 1 Temp correction 107 J dp 1 107 Nitrogen half sat constant 25 ugNL ksPp 0 150 Phosphorus half sat constant 5 ugPL ksNp 0 50 Inorganic carbon half sat constant 130E-05 molesL ksCp 00000013 130E-04Light model Half saturation J J J J

Light constant 100 langleysd KLp 288 1152 Ammonia preference 25 ugNL khnxp 25 25 Settling velocity 05 md va 0 5


38762


Parameter Value Units Symbol min max Bottom Algae J J

Growth model Zero-order J J J

Max Growth rate 50 mgAm2d or d Cgb 100 500 Temp correction 107 J gb 1 107 First-order model carrying capacity 1000 mgAm2 abmax 1000 1000 Respiration rate 01 d krb 0 05 Temp correction 107 J rb 1 107 Excretion rate 005 d keb 0 05 Temp correction 107 J db 1 107 Death rate 01 d kdb 0 05 Temp correction 107 J db 1 107 External nitrogen half sat constant 300 ugNL ksPb 0 300 External phosphorus half sat constant 100 ugPL ksNb 0 100 Inorganic carbon half sat constant 130E-05 molesL ksCb 00000013 130E-04Light model Half saturation J J J J

Light constant 100 langleysd KLb 1 100 Ammonia preference 25 ugNL khnxb 1 100 Subsistence quota for nitrogen 072 mgNmgA q0N 00072 72 Subsistence quota for phosphorus 01 mgPmgA q0P 0001 1 Maximum uptake rate for nitrogen 72 mgNmgAd mN 1 500 Maximum uptake rate for phosphorus 5 mgPmgAd mP 1 500 Internal nitrogen half sat constant 09 mgNmgA KqN 105 5 Internal phosphorus half sat constant 013 mgPmgA KqP 105 5 Detritus POM J J

Dissolution rate 05 d kdt 0 5 Temp correction 107 J dt 107 107 Fraction of dissolution to fast CBOD 100 J Ff J J

Settling velocity 01 md vdt 0 5 Pathogens J J

Decay rate 08 d kdx 02 14 Temp correction 107 J dx 107 107 Settling velocity 1 md vx 1 1 Light efficiency factor 100 J path 0 1 pH J J

Partial pressure of carbon dioxide 347 ppm pCO2 J J


38763

(reg) macrdegOtilde

currenrK=8oumlcedil+`giacuteigrave16)OumlRmacrdegETH_

+Otildeocirc6reg QUAL2K =FOtildeE

6 QUAL2KW_àW_àW_àW_à

Variable centagraveOtilde Symbol Units

Conductivity sup2 s μmhos

Inorganic suspended solids gdAgravehBP mi mgDL

Dissolved oxygen j o mgO2L

Slowly reacting CBOD acuteyenbrvbarcurrenB`j cs mgO2L

Fast reacting CBOD OacuteyenbrvbarcurrenB`j cf mgO2L

Dissolved organic nitrogen xd no μgNL

Ammonia nitrogen j na μgNL

Nitrate nitrogen lm nn μgNL

Dissolved organic phosphorus xd$ po μgPL

Inorganic phosphorus gd$ pi μgPL

Phytoplankton hiaelig ap μgAL

Detritus micropara mo mgDL

Pathogen middotcedilp x cfu100mL

Alkalinity l Alk mgCaCO3L

Total inorganic carbon gdk cT moleL

Bottom algae AacutentildecT ab gDm2



38764

ETH`

QUAL2K_``windows ME2000XP(Microsoft office 2000Aacute

sup113ordmEcircIq13EQUAL2KtraquoExcelIgùmlfrac14Ograve^[

frac12(Ifrac34icentE7QUAL2KIE

7 QUAL2K

+34+34+34+34

[1] Chapra SC and Pelletier GJ 2003 QUAL2K A Modeling Framework for

Simulating River and Stream Water Quality Documentation and Users Manual

Civil and Environmental Engineering Dept Tufts University Medford MA

[2] Chapra SC Pelletier GJ and Tao H 2007 QUAL2K A Modeling Framework

for Simulating River and Stream Water Quality Version 204 Documentation and

Users Manual Civil and Environmental Engineering Dept Tufts University

Medford MA

[3] US Environmental Protection Agency - Region III Pennsylvania 19103-2029

2005 Modeling Report for Total Maximum Daily Load for Skippack Creek

Montgomery County Pennsylvania

[4] Washington State Department of Ecology 2006 Henderson Inlet Watershed Fecal

Coliform Bacteria Dissolved Oxygen pH and Temperature Total Maximum Daily

Load Study


38765

SWMMStorm Water Management Model

J J 67Gatildeaumlaring]Storm Water Management Model SWMM

13_cedilF FORTRAN frac14iquestAgravecurrenrK=macrCOacuteAcirckiexclAgraveuml

AacuteEAcircb SWMMmicroM 1971NeacuteiacuteRcentbtordm]currenrM67

atildeaumlaringgtmAtildeyGccedil ~xeumlbrvbarr867

Eyacute=b SWMM 50V313 Camp Dresser amp McKeeumlAuml

icircsectAringszligcedilcedilAEligBCcedilcurrenrKsup1frac34EgraveQI

GIS acd=macrQOslashUgrave$ampjkagrave^+(Foumlcedil

DocircEacute+ UacuteFEcircEumlIgraveoumloumlcedilaringRmacr_degsup1

IcircuumlocircAgrave$ampmIacuteNEcircEcircE

J J SWMM YZV3(13IcircigraveYacute 01AEligOgrave

IcircregrIcircGIcircamacrIcircEcirc 4 ntildeigraveYacuteEAEligOgraveIcircocirc

acircatilde(ltaeligmacirccopyregrIcircsup2+AEligOgraveIcircacircatildeAacute

$ampAringpugrave0jGIcircAacuteocircaumlaring(ltaelig0jamacr

IcirccopyGIcirc+sup2ugraveAring0+jamacr

IcirccopyamacrIcirc0Xccedil]ecircIumldEcircamacr|F(BETHNtildeEcircsup2

ETHAringgt2JIcircV3z9Qs ecirc+E

J J SWMMbrvbarrM gtmETHNtilde^GccedilOgravearing|-

GccedilOacuteOcircOtildewtnotshylcent89ltnotshy- BMPgt2

Oumlatilde(ltnotshytimesOgraveE

+

() ocircaumlaring

J J SWMMVFcv[sup3sup2ocircF8ecircuh

jk+ 1_EaringTAcircacircatildeAacuteiaumlaringE

aring degv01yugraveOslashaumlaringEaringdeg


38766

ugravearing0AringocircDYacuteuml dIuml ddegyacute

Oslashuml dpdivideDYacuteocircaumlaring QEWSnograveocircampocirc

~plusmnRE

1 bcdefgtbcdefgtbcdefgtbcdefgt

() ugrave

J J SWMM Hortonrsquos EquationGreen-Ampt Method( SCS Curve

Number methodEcirc)gtvEpcent Hortonrsquos Equationiacutecopyi+

acircatilde9UgraveMugraveCOacutecopyGreen-Ampt Methodpara3ugravewQsup2PT

Ogravextimes+ugravesect copySCS Curve Number methodrT-7aumlaringlaquouv

currenrh(EcircRE

() G

J J SWMM[G)COacuteOumlntilde 2+Uacutesup2QGK

Uacutesup2EpoundOumlRocircG

fIocircugrave

fEUyz

fELGyz

fU3ordfGaUcircugravearing

fL3Gsup1umlUumlfrac34ugravearing


38767

dUuml

dLGuml

fGGYacutearing

2 ghijgtghijgtghijgtghijgt

(ETH) aringP67v

J J SWMM ]ecircgtaringP6701`rAgravevumlTHORNszligagraveSt

VenantvumlEcirc 3)67vrM+aring+Aaring(AaringE

(reg) +

J J +SWMMFaacute(CBuildup(aumlaringiumlSWashoffocircE

1 aacute(C

J J aacute(ltaeligCvcentotildesectoumlcedilltCvumlj

kocircltC+_currenrvumlxFG)

A Power-Linear

B Exponential

C Michaelis-Menton

F)ACecirc 3_EPmacracircccedil|ACecirc

4EoltaeligCDORoumlcedilPABatilde_FvumlOuml

RETHrbrvbarmacrCOacutePE


38768

3 klmnoklmnoklmnoklmnoHuber 1984

4 pqrKlmnoscpqrKlmnoscpqrKlmnoscpqrKlmnoscHuber 1984

2 ltaeligiumlSntildeWashoff

J J ltaeligiumlS+vcentF Power-exponential Q Rating

curve methodEpcent Power-exponential sgtltaeligiumlSdegOcircNQC

centocircltaeligYacuteltaelig=FKiumldeg

Power-exponential vsgtgtoumlotildeotildeRaumlaringOcircN

middotERating curve methodV8maeligoudegTltaeligiumlS


38769

OcircNQaumlaringYacuteotildeRucircplusmn~divideiumlSO aring1-P1-E SWMM

centRating curve method =FsgtxiumlSE

_`$ampQOumlR

J J `macraumlOtilde$ampogravestgtAEligOgrave$amp

agrave$ampETH^$ampreg$ampaumlecirc$ampE

() stgt

1 fETHlaquomacrumluumlugrave[ETHOtildearingE

2 aringaringETHlaquoETH+cedilmicroQ aeligsup1Icirc(+aacute(aringRE

3 sup1IcircETHlaquogtaumlaringcurrensup1(AEligCOacute(m7aringPsup1IcircIcirccentE

4 Agrave^ccedilETHlaquogtegraveuOtildeEcircaringETH^[vumlAsup1

IcircIcirccentE

() AEligOgrave$amp

1 macraringaringsup1IcircSE

2 ymacrthornRSAacutemacroumlcedilaringaringsup1IcircySE

3 aumlOcircNtildecacuteSE

() agrave$amp

1 atildeUumlgtatildeUumlatildetimesyacuteu$ampacircatildeatildelaquoatilde|Uuml

LethEcircEcircE

2 macrLethampocircoumlotildeoumlotildeyen

brvbarplusmnRAringumloumlotildeoumlAringF(atildeUumldegaringz

GEcircE

3 gtLethBCNâsup2RocircG

yAacutentilde13umlatildeEcircE

4 agraveeacuteecircgtLethETHatildeUumlmacroumlcedilsup1IcircagraveeacuteecircQdeg


38770

umlE

(ETH) ^$amp

1 z9ETHlaquo

J J BLethatildetimesaring]Aacute13umlyacuteumlacutemicrouml

degumleacutecopyAringgt2Lethatildetimesaringfrac14Aacute

ntilde13umlyacuteumlacutemicroumleacuteyosup2ugraveAring

ecirccopy sup39Lethatildetimesaringfrac14Aacutentilde13umlecirceuml

acircEumlIcircE

2 s ecircETHlaquo

J J ]ecircLethGiz9LethDsup2yacuteuml]~

plusmnRacutearingyacutearingplusmnRecirceumligraveiacutecopyIumld

Lethjdegzz9IumlecirccedilicircQucirciumli 9umlcopyBz

LethGiz9Leth)TDsup213ampdegaringplusmnRecirc

eumlcedilucircsup1IcirccopyLethGiz9Leth)T13

ocircdegaringplusmnRecirceumlcopy zGiz9LethiumlN

ecirc)T(pplusmnRecirceumlE

3 ^Lethethuml13umlntildeogravedeg~plusmnRplusmnRE

(reg) $amp

1 ltaeliggtLethlaquoatildeatildecent9Gcent9aacute(sup19

plusmnR[ltaeligcent_oacuteE

2 regrstOtildemacrLethacircccedilplusmnRcopyaacute(ltCETH

ltaeligaacute(CR(pyacuteltCltCNcopyltiumlS

ltaeligLeth9m7R(ppoundOtildeplusmnRBMPgt2OumllttimesNE

(auml) ecirc$amp

currenrK=`macrGecirc


38771

1 êcircmacr^S(^13

2 zecircmacraring(degaring

3 IumlecircmacrP(Iuml

4 Necircmacruml(degaring

5 Dsup2ecircmacrumlQumlS(ampQumlS

6 Aringecircmacruml(

7 ocircecircmacrsup1Icirc(ocircatilde

[thornrOumlR(p^sect^laquoatildeotildeaocirc 1E

ETH=+Otilde

J J SWMM=+67aumlaringltaeligocirc 2FHcacute9ocircpoundltaelig

9WIacutecurrenrK=8ÈTHoumlcedilltaeligE

1 SWMM)+)+)+)+

PARAMETER US CUSTOMARY SI METRIC Area Subcatchment acres hectares Area Storage Unit square feet m2

Area Ponding square feet m2

Capillary Suction inches millimeters

Concentration mgL milligramsliterugL microgramsliterCountL countsliter

mgL ugL CountL

Decay Constant Infiltration 1hours 1hours

Decay Constant Pollutants 1days 1days

Depression Storage inches millimeters Depth feet meters Diameter feet meters Discharge Coefficient Orifice Weir

dimensionless CFSfootn

dimensionless CMSmetern

Elevation feet meters Evaporation inchesday millimetersday


38772

1 SWMM)+)+)+)+----

PARAMETER US CUSTOMARY SI METRIC

Flow CFS cubic feet secondGPM gallons minute

CMS cubic meterssecondLPS literssecond

Head feet meters

Hydraulic Conductivity incheshour millimetershour

Infiltration Rate incheshour millimetershour

Length feet meters

Mannings n secondsmeter secondsmeter13

Pollutant Buildup masslength massacre

masslength masshectare

Rainfall Intensity incheshour millimetershour

Rainfall Volume inches millimeters

Slope Subcatchments percent percent

Slope Cross Section riserun riserun

Street Cleaning Interval days days

Volume cubic feet cubic meters

Width feet meters STORM WATER MANAGEMENT MODEL USERrsquoS MANUAL Version 50

2 tuv tuv tuv tuv

Constituent Event Mean Concentrations

TSSmgL 180 - 548 BODmgL 12 - 19 CODmgL 82 - 178 Total PmgL 042 - 088 Soluble PmgL 015 - 028 TKNmgL 190 - 418 NO2NO3-N mgL 086 - 22 Total CuugL 43 - 118 Total PbugL 182 - 443 Total ZnugL 202 - 633

US Environmental Protection Agency1983 Results of the Nationwide Urban Runoff

ProgramNURP Vol 1 NTIS PB 84-185552 Water Planning Division Washington DC


38773

reg`(I

() `

1 CPU Pentium 200FEcircordm

2 IqrWindows 98F

3 oumldivide 800600F

4 RAM 256MBF

() I

J J Intilde$ampmacr 5 oslashecircugraveugrave(

$ 6Epcent$ampmacruacute[_x$ampQOumlRucirc

ntilde13uuml =CcedilcurrenrKuumlyacuteYacutegtcopy$[oumlcedilOumlRS

roumlcedilthornEcircocircfrac34McurrenrK$ampuV1-$amp

E

5 $W]wxy$W]wxy$W]wxy$W]wxy


38774

6 gzgtwxgzgtwxgzgtwxgzgtwx

+34+34+34+34

[1] STORM WATER MANAGEMENT MODEL USERrsquoS MANUAL Version 50

[2] US Environmental Protection Agency 1983 Results of the Nationwide Urban

Runoff ProgramNURP Vol 1 NTIS PB 84-185552 Water Planning Division

Washington DC


38775

WASPThe Water Quality Analysis Simulation Program

WASP7The Water Quality Analysis Simulation ProgramAcircyen[

YManhattan CollegeUgraveiacute13USEPAiexclPYacuteEpyacutemicro

btM1983NcedilgEgraveeumlYZAring WASP iacutecentAringYacute

WASP5 P WASP5 (pFbtImiddot DOS UumlYacute

Windows WASP6 2005NegraveEgraveyacute=bt WASP7 EOgraverMUcirc|

PaeligB[EcircAcircoumlCcedilucircuumlV=|PshyAgraveltAring

AB=+agraveAgrave^[aringoumlaring](zoumlaringcopy

thornltaelig$j(~EcircxltaeligxdB[aeligJyacute(

maeligaocirc1ltaeligu=)igraveograve~Bigrave

Eutrophicationj~BigraveAdvanced Eutrophicationordflaquouaeligigrave

Simple Toxicant8raquosup2uaeligigraveNon-Ionizing Toxicantxduaeligigrave

Organic ToxicantigraveMercurybigraveHeat(Ecircsup1uigraveTemporary

+ Uacute=Iltpound|]Wool et al 2000E

|~|~|~|~

WASP

btJ 73

IJ Windows 9598ME2000XP

ucircJ currencurrenaelig-k iexcl13ucircuumlagraveJyacute

lt iexclUacuteNPDES899ocirc

|]ûacuteucircE

J ocirc

ltaeligThJ thornltaeligjcurrenB`j$Aacute`j(c

TEcircxdBaeligJyacutemiddotcedilpE


38776

ou

1 =+P(icirciumlE

2 =)icirciumlirP01Ntilde13aring]poundQ

8poundz(degRE

3 uvsup1AAacute8sup1AuecircuQ8ecircu(9Q89ltE

4 OP=313Uuml+GE

5 =s 4ntildeoumlCcedil=iacute3+p UacuteUgrave

WASP centcurrenp+sup1copyltaeligordm=ltnotshy

centpltaeligE4ntildes regocircocirc2E

2

Loading Models Hydrodynamic Models SWMM HSPF EFDC LSPC DYNHYD NPSM EPD-RIV1 PRZM SWMM GBMM

2008

r

J J uacuteYacuteNtilderT+reg~BQ PCB ltAB( Potomac

Estuary ~BCDcopygtEcirc19851987regrJWASP5 s

PBoumlA+copyNtilde2003regr WASP -

iacuteOgrave^copyV2005regr WASP5 +tqxNtilde(lt

ETHccedilEorpYZjk+uacuteiEJ

J J 3M WASP V ccedilVg+89lto

`23pl VASToF WASP jk13ucircuuml-sup1Vyacute

M89ltcedilpara`Qplyen9ltcedilparaq

rWASPoslashiagrave2008E


38777

rÎcirc

A+Otilde16Otilde

ByR4000

CB[yenbrvbarOumlR210

D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50

GacircEumlIcircgt150

ETHef

fqr WASP stefcent~BigraveEutrophication Module EUTRO

igrave=+$thornotildedividejlmgd$hiaeligcurrenB`

jjxd(xd$pugraveuacuteumlocirc3_E

|~|~|~|~13131313

Otilde Lethugraveuacuteuml

1 2 3 4 5 6 1 j times times times times times 2 lm times times times times 3 gd$ times times times 4 hiaelig times times times 5 currenaelig times 6 currenB`j times times times times times times 7 j times times times times times times 8 xd times times times times 9 xd$ times times times

10 Aacute times times ugraveuacuteuml

1 Streeter-Phelps DOBOD and Descriptive SOD 2 Modified Streeter-Phelps with NBOD 3 Linear DO Balance with Nitrification 4 Simple Eutrophication with Descriptive SOD 5 Intermediate Eutrophication with Sediment Diagenesis 6 Advanced Eutrophication with Sediment Diagenesis

$ amp()+-01234


38778

J J WASP cent Eutrophication igraveABucircplusmnregrotildefYacute4

uacutedIrsup2ograve813$13jc(hiaeligAgraveABEcirc

ucircplusmncurrenrKM+Oumlu1_E

1 EUTRO13131313

+

stamp`rf`rvuml01_xaeligj

Aringiacute3+(xzamacr(zmacr_aeligB[(currenaeligtimesBdÂringraquocedil

PsectumlpumlG

pcent

CigraveYacuteYacute9mgLE

tsup1Icirc(daysE

xyzIcirc(mE

Ux Uy Uz)ordfordf(+vordfaringOcircmdayE

Ex Ey Ez)ordfordf(+vordfzplusmnRm2dayE


38779

SL+(xznotshyNdirect and diffuse loading rategm3-dayE

SBacircEumlnotshyNboundary loading rategm3-dayE

SKaPAgrave^timesBOcircNSTsourcenotSsinkgm3-dayE

J J 3centEcircntildeacircPcent9Hsup1IcircABEcircograveacircHaringz

macirc-deg(currenByenbrvbarEcircoumlCcedil_ecircYacutePcentPABE

_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky

A9ltigraveAacutearing9E

BIcirccurren$ ABfrac14E

CicircdegE

DpounddegEumlecircE

Ecdegsup3centRsectdegABoumloslash$frac14=aE

Fuacutex|$ampfrac14E

2 +sup1degETH

J J ETHsup1degrTNcopyYacute(+f0ETH0aringTbF

pltumloslashoslash$E

3 acutemicro9gt

J J J J J J q+sup1degAcirccentcurren|YacuteUacuteacutemicro9E

4 ltQ-

J J J J 9lt(89ltlaquoatilde kgdayE

5 aring


38780

J J J J q+sup1deggtaringcurren| UacutecentatildeRIgtmaringE

6 acircEumlgtm9gt

J J J J q+sup1deg|Uumlcurren|ScentatildeRE

() AEligOgrave$amp

J J AEligCcedil|Uuml|atildeyz(aumlOcircEcircE

() agrave$amp

J J $amparingaringOcirc(yenbrvbar nSEcircE

(ETH) $amp

J J curren|Uumlltaelig9(plusmnREcircE

(reg) OumlR

J J jkcopyYacuteMF1agrave2Aacute|$ampT-7poundOtildeOuml

R=OgraveSUgraveiacutesectcopyYacuteagtouOumlR[ WASP thorn

rOumlR13OumlRWIacutegtS(agrave2OumlRbS-F

a WASP thornrOumlRocircocirc4_Ppoundmacrlaquo|_`$ampmacra

ocirc5E


38781

4 WSAP) +) +) +) +

OumlRLeth laquoatilde13 3

SyacuteIgraveS yacuteS

Ammonia Nitrification Rate Constant20degC 20degClBOcircNthornR day-1 0 10 001

Nitrification Temperature Coefficient 20degClBplusmnR - 0 107 107

Half Saturation Constant for Nitrification Oxygen Limit

lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2

Nitrate Denitrification Rate Constant20degC 20degC5lOcircNthornR day-1 0 009 001

Denitrification Temperature Coefficient 20degC5lplusmnR - 0 104 104

Organic Nitrogen Dissolved Organic Nitrogen Mineralization Rate Constantt20degC

20degCuxd6BOcircNthornR

day-1 0 108 005

Dissolved Organic Nitrogen Mineralization Temperature Coefficient

uxd6B

plusmnR- 0 108 108

Organic Nitrogen Decay Rate Constant in Sediments20degC

20degCmaeligcentxdOcircNthornR

day-1 0 00004 00004

Organic Nitrogen Decay in Sediment Temperature Coefficient

maeligcentxd

plusmnR- 0 108 108

Fraction of phytoplankton Death Recycled to Organic Nitrogen

hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----



Organic Phosphorus Mineralization Rate Constant for Dissolved P20degC

u$ 20degCsup16BOcircNthornR

day-1 0 022 002

Dissolved Organic Phosphorus Mineralization Temperature Coefficient

uxd$6B

plusmnR- 0 108 108

Organic Phosphorus Decay Rate Constant in Sediments20degC

maelig 20degCsup1xd$OcircNthornR

day-1 0 00004 00004

Organic Phosphorus Decay in Sediments Temperature Coefficient

maeligcentxd$

plusmnR- 0 108 108

Fraction of Phytoplankton Death Recycled to Organic Phosphorus

hiaelig78-x

d$13- 0 1 04

CBODUltimateCBOD Decay Rate Constant 20degC

CBOD 20degCsup1OcircNthornR

day-1 0 56 01

CBOD Decay Rate Temperature Correction Coefficient

CBODOcircNplusmnR

- 0 107 107

CBOD Decay Rate Constant in Sediments20degC

maelig 20degCsup1CBODOcircNthornR day-1 0 00004 00004

CBOD Decay Rate in Sediments Temperature Correction Coefficient

maeligcentCBODOcircNplusmnR

- 0 108 108

CBOD Half Saturation Oxygen Limit

CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$

Oslash Leth divideoslash laquoatilde

1 +^

Data Set

+79divideoslash+

Rordmmicrosup1Icircgtgttimes

Vs 4ntilde89lt$ampEcircE

P9R 123

+ day

2 macrdegEgraveIcirccent

Print Intervalgt_ìcirc+sup1IcirclaquoatildeF(

mEsup1IcircIcirccent day

3 degyacuteu

Segments

P$ampmacrograveP$amp

13OumlR(acutemicroIcircEP$ampv

àcutemicroPP(OumlR

(laquo|RFocircpoundlaquo|

aringRE13OumlRvMu

Agrave^[sup1IcircRicirciumlEacutemicroIcircv

`macrsup3acutemicro9E

9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm

acutemicroParingOcirc msec pounddeg9

acutemicroSm3sec

4 yacuteu

System Data 15Otilde+ETHVgtpyacuteacircEuml9(ltnotshyE

-

5 OumlRgttimes

Parameters DataP13^gtETHicirc_`P

13OumlRAEligEcircE degC

6 thornR

Constants DatathornRgtuv+sectuml

centoumlOsup1Icirc(IcirciexclAE-

7 notshy

Loads

gtltaeligjlaquo|atildetimes(

ltaelig3MV+uvaringagraveN

macrltLMVltaringagraveE

9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml

cedilsup1Icircmacr$ampaumlOcircaring

ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj

PuvzplusmnREmacr$ampIcirc

cacute(zplusmnRFm

7poundIcirczCOacutezplusmnR=F

ecircusup1IcircRmacrE

-

10 aring

Flows

aring$amp=+macrcopyAacute3p

macrmacrhyd EgraveFm7ParingAgraveCDE

aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9

Boundaries 15OtildeacircEuml9Fecircusup1IcircRmacrE

BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^

Output ControlETHmacrdeg(curren CSVEgraveOtildeE

-

13 k

Execute Model cedilmicro+E -

756

ETH=+Otilde

J J BODDO$hicurrenaeligAgravehaelig~cTltJyacute(xltaeligEcircE

reg`(I

`

=OPI3Ouml DOS IqjUuml Microsoft

Windows Windows 9598ME2000XP middot=currenrE

I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34

[1] US EPA 2009 WASP7 Course

[2] Wool TA RB Ambrose JL Martin EA Comer 2000 Water Quality Analysis

Simulation Program WASP version 60 DRAFT Users Manual US EPA

Athens Georgia

[3] Ntilde2003E5555-WASP iexclcentpoundcurren iexclcentpoundcurren iexclcentpoundcurren iexclcentpoundcurrenFcent

[13umlw_gtwagraveE

[4] agrave20082009Eyenbrvbar sectumlcopyordflaquonotshyregmacrdegplusmnsup2$Esup3yenbrvbar sectumlcopyordflaquonotshyregmacrdegplusmnsup2$Esup3yenbrvbar sectumlcopyordflaquonotshyregmacrdegplusmnsup2$Esup3yenbrvbar sectumlcopyordflaquonotshyregmacrdegplusmnsup2$Esup3

Bacutemicropara8middotcedilsup1Bacutemicropara8middotcedilsup1Bacutemicropara8middotcedilsup1Bacutemicropara8middotcedilsup11424iacuteOntilderegE

[5] Ecirc198419851987Eordmraquo sup2frac14frac12ordmraquo sup2frac14frac12ordmraquo sup2frac14frac12ordmraquo sup2frac14frac12frac34frac34frac34frac34iiiiiquestiquestiquestiquest

N$0dumlw_E

[6] yenA2008Eyenbrvbar sectumlcopyacutemicropara8middotyenbrvbar sectumlcopyacutemicropara8middotyenbrvbar sectumlcopyacutemicropara8middotyenbrvbar sectumlcopyacutemicropara8middotFdPBC[

QDw_gtwagraveE

[7] V2005EAgraveg BAacuteAcircAtildeAumlAgraveg BAacuteAcircAtildeAumlAgraveg BAacuteAcircAtildeAumlAgraveg BAacuteAcircAtildeAumlFdH[uml[w

_EwagraveE


38786

HistoryItem_V1 AddMaskingTape Range all pages Mask co-ordinates Horizontal vertical offset 27642 4676 Width 4111 Height 1843 points Origin bottom left 1 0 BL 2 AllDoc 48 CurrentAVDoc 2764215 467565 411089 184281 QITE_QuiteImposingPlus2 Quite Imposing Plus 2 20 Quite Imposing Plus 2 1 0 87 86 87 1 HistoryList_V1 qi2base

PLOAD89 HSPF (Ir SWATEQUAL2EQUAL2K

The Enhanced Stream Water Quality ModelVau

rM+9lt iexclGPcent

pound)currenByenbrvbarsectuml(ABCDcopyPLOADPollutant LoadVordflaquo

notshy-7regrmacrdegplusmnRExport Coefficient-7sup2sup3

N89cacuteltnotshycopyHSPFHydrological Simulation Programmicro

Fortran( SWATSoil and Water Assessment Toolparamiddot=st+

Ecedilsup1ordmraquo$ampfrac14frac12frac3401iquestAgraveAacuteAcircAgraveAtildeAuml

Aringfrac14uml GenScnrMWinHSPF(SWATF(AEligCcedil$ampEgraveEacuteI]

uml WDMUtil EcircEEumlx-ASSESS -IgraveWIacuteTARGET

-WIacuteQ9 iexcl$ampData Mining $ampIcircs QIumlETHE

1 BASINS


38722

2 BASINS




HSPF

()





() ef




ograveGE


38723

1 PERLND igrave





ocirc2E

1 PERLND13131313

uml NtildeOgrave


SNOW +B


SNOW +B



PSTEMP -7

PWTGAS -7AEligP


MSTLAY -7(aring

PEST + k

NITR +k

PHOS +$k

TRACER +ampk



38724

2 PERLND






38725


2 IMPLND igrave






38726

3 IMPLND 13131313

uml NtildeOgrave


SNOW B+



IWTGAS AEligP9-7



4 IMPLND



38727














38728

3 RCHRESigrave




5 RCHRES13131313

uml NtildeOgrave

HYDR +^CD


CONS +ùaeligamacr


HTRCH +bcOslashQ

SEDTRN +xdeaeligk

GQUAL +fOtilde




PHCARB + pHjBkgdk(l





38729


6 RCHRES



38730





5 RCHRES 13131313









38731

6 HSPF


38732

+



igraveumlIYZE

7 HSPF13131313

() PWATER uml







38733

7 PWATER





38734


J J wx=Ogravesup2gt






xAacuteaumlaringE



E




ocircaumlaringE


7 UZONE umlmicro+I


not0currenE

8 LZONE umlmicro+GI




GroundwaterE


38735




_ ETETAGWm7G_ ET

ETLZONm7G_ ETE

() HYDRuml



pouE




IVOLaringft3


VOLEVccedily

ROVOLccedilaringdeg


KSparaltosup20KS099

COKS =1minus KS





38736

8 HYDR





38737

() SEDMNTuml




uml_igraveYacute




9 SEDMNT





38738

() SEDTRNuml












para0currenmnE

10 SEDTRN





38739

() PQUALuml













38740

11 PQUAL





38741

bFQ





() $ampmacr


8 GIS$$$$

$amp EgraveD


2 AEligCcedil$amp








CLOU oacute tenths


38742

() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


2 BASINS




HSPF

()





() ef




ograveGE


38723

1 PERLND igrave





ocirc2E

1 PERLND13131313

uml NtildeOgrave


SNOW +B


SNOW +B



PSTEMP -7

PWTGAS -7AEligP


MSTLAY -7(aring

PEST + k

NITR +k

PHOS +$k

TRACER +ampk



38724

2 PERLND






38725


2 IMPLND igrave






38726

3 IMPLND 13131313

uml NtildeOgrave


SNOW B+



IWTGAS AEligP9-7



4 IMPLND



38727














38728

3 RCHRESigrave




5 RCHRES13131313

uml NtildeOgrave

HYDR +^CD


CONS +ùaeligamacr


HTRCH +bcOslashQ

SEDTRN +xdeaeligk

GQUAL +fOtilde




PHCARB + pHjBkgdk(l





38729


6 RCHRES



38730





5 RCHRES 13131313









38731

6 HSPF


38732

+



igraveumlIYZE

7 HSPF13131313

() PWATER uml







38733

7 PWATER





38734


J J wx=Ogravesup2gt






xAacuteaumlaringE



E




ocircaumlaringE


7 UZONE umlmicro+I


not0currenE

8 LZONE umlmicro+GI




GroundwaterE


38735




_ ETETAGWm7G_ ET

ETLZONm7G_ ETE

() HYDRuml



pouE




IVOLaringft3


VOLEVccedily

ROVOLccedilaringdeg


KSparaltosup20KS099

COKS =1minus KS





38736

8 HYDR





38737

() SEDMNTuml




uml_igraveYacute




9 SEDMNT





38738

() SEDTRNuml












para0currenmnE

10 SEDTRN





38739

() PQUALuml













38740

11 PQUAL





38741

bFQ





() $ampmacr


8 GIS$$$$

$amp EgraveD


2 AEligCcedil$amp








CLOU oacute tenths


38742

() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


1 PERLND igrave





ocirc2E

1 PERLND13131313

uml NtildeOgrave


SNOW +B


SNOW +B



PSTEMP -7

PWTGAS -7AEligP


MSTLAY -7(aring

PEST + k

NITR +k

PHOS +$k

TRACER +ampk



38724

2 PERLND






38725


2 IMPLND igrave






38726

3 IMPLND 13131313

uml NtildeOgrave


SNOW B+



IWTGAS AEligP9-7



4 IMPLND



38727














38728

3 RCHRESigrave




5 RCHRES13131313

uml NtildeOgrave

HYDR +^CD


CONS +ùaeligamacr


HTRCH +bcOslashQ

SEDTRN +xdeaeligk

GQUAL +fOtilde




PHCARB + pHjBkgdk(l





38729


6 RCHRES



38730





5 RCHRES 13131313









38731

6 HSPF


38732

+



igraveumlIYZE

7 HSPF13131313

() PWATER uml







38733

7 PWATER





38734


J J wx=Ogravesup2gt






xAacuteaumlaringE



E




ocircaumlaringE


7 UZONE umlmicro+I


not0currenE

8 LZONE umlmicro+GI




GroundwaterE


38735




_ ETETAGWm7G_ ET

ETLZONm7G_ ETE

() HYDRuml



pouE




IVOLaringft3


VOLEVccedily

ROVOLccedilaringdeg


KSparaltosup20KS099

COKS =1minus KS





38736

8 HYDR





38737

() SEDMNTuml




uml_igraveYacute




9 SEDMNT





38738

() SEDTRNuml












para0currenmnE

10 SEDTRN





38739

() PQUALuml













38740

11 PQUAL





38741

bFQ





() $ampmacr


8 GIS$$$$

$amp EgraveD


2 AEligCcedil$amp








CLOU oacute tenths


38742

() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


2 PERLND






38725


2 IMPLND igrave






38726

3 IMPLND 13131313

uml NtildeOgrave


SNOW B+



IWTGAS AEligP9-7



4 IMPLND



38727














38728

3 RCHRESigrave




5 RCHRES13131313

uml NtildeOgrave

HYDR +^CD


CONS +ùaeligamacr


HTRCH +bcOslashQ

SEDTRN +xdeaeligk

GQUAL +fOtilde




PHCARB + pHjBkgdk(l





38729


6 RCHRES



38730





5 RCHRES 13131313









38731

6 HSPF


38732

+



igraveumlIYZE

7 HSPF13131313

() PWATER uml







38733

7 PWATER





38734


J J wx=Ogravesup2gt






xAacuteaumlaringE



E




ocircaumlaringE


7 UZONE umlmicro+I


not0currenE

8 LZONE umlmicro+GI




GroundwaterE


38735




_ ETETAGWm7G_ ET

ETLZONm7G_ ETE

() HYDRuml



pouE




IVOLaringft3


VOLEVccedily

ROVOLccedilaringdeg


KSparaltosup20KS099

COKS =1minus KS





38736

8 HYDR





38737

() SEDMNTuml




uml_igraveYacute




9 SEDMNT





38738

() SEDTRNuml












para0currenmnE

10 SEDTRN





38739

() PQUALuml













38740

11 PQUAL





38741

bFQ





() $ampmacr


8 GIS$$$$

$amp EgraveD


2 AEligCcedil$amp








CLOU oacute tenths


38742

() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786



2 IMPLND igrave






38726

3 IMPLND 13131313

uml NtildeOgrave


SNOW B+



IWTGAS AEligP9-7



4 IMPLND



38727














38728

3 RCHRESigrave




5 RCHRES13131313

uml NtildeOgrave

HYDR +^CD


CONS +ùaeligamacr


HTRCH +bcOslashQ

SEDTRN +xdeaeligk

GQUAL +fOtilde




PHCARB + pHjBkgdk(l





38729


6 RCHRES



38730





5 RCHRES 13131313









38731

6 HSPF


38732

+



igraveumlIYZE

7 HSPF13131313

() PWATER uml







38733

7 PWATER





38734


J J wx=Ogravesup2gt






xAacuteaumlaringE



E




ocircaumlaringE


7 UZONE umlmicro+I


not0currenE

8 LZONE umlmicro+GI




GroundwaterE


38735




_ ETETAGWm7G_ ET

ETLZONm7G_ ETE

() HYDRuml



pouE




IVOLaringft3


VOLEVccedily

ROVOLccedilaringdeg


KSparaltosup20KS099

COKS =1minus KS





38736

8 HYDR





38737

() SEDMNTuml




uml_igraveYacute




9 SEDMNT





38738

() SEDTRNuml












para0currenmnE

10 SEDTRN





38739

() PQUALuml













38740

11 PQUAL





38741

bFQ





() $ampmacr


8 GIS$$$$

$amp EgraveD


2 AEligCcedil$amp








CLOU oacute tenths


38742

() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


3 IMPLND 13131313

uml NtildeOgrave


SNOW B+



IWTGAS AEligP9-7



4 IMPLND



38727














38728

3 RCHRESigrave




5 RCHRES13131313

uml NtildeOgrave

HYDR +^CD


CONS +ùaeligamacr


HTRCH +bcOslashQ

SEDTRN +xdeaeligk

GQUAL +fOtilde




PHCARB + pHjBkgdk(l





38729


6 RCHRES



38730





5 RCHRES 13131313









38731

6 HSPF


38732

+



igraveumlIYZE

7 HSPF13131313

() PWATER uml







38733

7 PWATER





38734


J J wx=Ogravesup2gt






xAacuteaumlaringE



E




ocircaumlaringE


7 UZONE umlmicro+I


not0currenE

8 LZONE umlmicro+GI




GroundwaterE


38735




_ ETETAGWm7G_ ET

ETLZONm7G_ ETE

() HYDRuml



pouE




IVOLaringft3


VOLEVccedily

ROVOLccedilaringdeg


KSparaltosup20KS099

COKS =1minus KS





38736

8 HYDR





38737

() SEDMNTuml




uml_igraveYacute




9 SEDMNT





38738

() SEDTRNuml












para0currenmnE

10 SEDTRN





38739

() PQUALuml













38740

11 PQUAL





38741

bFQ





() $ampmacr


8 GIS$$$$

$amp EgraveD


2 AEligCcedil$amp








CLOU oacute tenths


38742

() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786















38728

3 RCHRESigrave




5 RCHRES13131313

uml NtildeOgrave

HYDR +^CD


CONS +ùaeligamacr


HTRCH +bcOslashQ

SEDTRN +xdeaeligk

GQUAL +fOtilde




PHCARB + pHjBkgdk(l





38729


6 RCHRES



38730





5 RCHRES 13131313









38731

6 HSPF


38732

+



igraveumlIYZE

7 HSPF13131313

() PWATER uml







38733

7 PWATER





38734


J J wx=Ogravesup2gt






xAacuteaumlaringE



E




ocircaumlaringE


7 UZONE umlmicro+I


not0currenE

8 LZONE umlmicro+GI




GroundwaterE


38735




_ ETETAGWm7G_ ET

ETLZONm7G_ ETE

() HYDRuml



pouE




IVOLaringft3


VOLEVccedily

ROVOLccedilaringdeg


KSparaltosup20KS099

COKS =1minus KS





38736

8 HYDR





38737

() SEDMNTuml




uml_igraveYacute




9 SEDMNT





38738

() SEDTRNuml












para0currenmnE

10 SEDTRN





38739

() PQUALuml













38740

11 PQUAL





38741

bFQ





() $ampmacr


8 GIS$$$$

$amp EgraveD


2 AEligCcedil$amp








CLOU oacute tenths


38742

() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


3 RCHRESigrave




5 RCHRES13131313

uml NtildeOgrave

HYDR +^CD


CONS +ùaeligamacr


HTRCH +bcOslashQ

SEDTRN +xdeaeligk

GQUAL +fOtilde




PHCARB + pHjBkgdk(l





38729


6 RCHRES



38730





5 RCHRES 13131313









38731

6 HSPF


38732

+



igraveumlIYZE

7 HSPF13131313

() PWATER uml







38733

7 PWATER





38734


J J wx=Ogravesup2gt






xAacuteaumlaringE



E




ocircaumlaringE


7 UZONE umlmicro+I


not0currenE

8 LZONE umlmicro+GI




GroundwaterE


38735




_ ETETAGWm7G_ ET

ETLZONm7G_ ETE

() HYDRuml



pouE




IVOLaringft3


VOLEVccedily

ROVOLccedilaringdeg


KSparaltosup20KS099

COKS =1minus KS





38736

8 HYDR





38737

() SEDMNTuml




uml_igraveYacute




9 SEDMNT





38738

() SEDTRNuml












para0currenmnE

10 SEDTRN





38739

() PQUALuml













38740

11 PQUAL





38741

bFQ





() $ampmacr


8 GIS$$$$

$amp EgraveD


2 AEligCcedil$amp








CLOU oacute tenths


38742

() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786



6 RCHRES



38730





5 RCHRES 13131313









38731

6 HSPF


38732

+



igraveumlIYZE

7 HSPF13131313

() PWATER uml







38733

7 PWATER





38734


J J wx=Ogravesup2gt






xAacuteaumlaringE



E




ocircaumlaringE


7 UZONE umlmicro+I


not0currenE

8 LZONE umlmicro+GI




GroundwaterE


38735




_ ETETAGWm7G_ ET

ETLZONm7G_ ETE

() HYDRuml



pouE




IVOLaringft3


VOLEVccedily

ROVOLccedilaringdeg


KSparaltosup20KS099

COKS =1minus KS





38736

8 HYDR





38737

() SEDMNTuml




uml_igraveYacute




9 SEDMNT





38738

() SEDTRNuml












para0currenmnE

10 SEDTRN





38739

() PQUALuml













38740

11 PQUAL





38741

bFQ





() $ampmacr


8 GIS$$$$

$amp EgraveD


2 AEligCcedil$amp








CLOU oacute tenths


38742

() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786






5 RCHRES 13131313









38731

6 HSPF


38732

+



igraveumlIYZE

7 HSPF13131313

() PWATER uml







38733

7 PWATER





38734


J J wx=Ogravesup2gt






xAacuteaumlaringE



E




ocircaumlaringE


7 UZONE umlmicro+I


not0currenE

8 LZONE umlmicro+GI




GroundwaterE


38735




_ ETETAGWm7G_ ET

ETLZONm7G_ ETE

() HYDRuml



pouE




IVOLaringft3


VOLEVccedily

ROVOLccedilaringdeg


KSparaltosup20KS099

COKS =1minus KS





38736

8 HYDR





38737

() SEDMNTuml




uml_igraveYacute




9 SEDMNT





38738

() SEDTRNuml












para0currenmnE

10 SEDTRN





38739

() PQUALuml













38740

11 PQUAL





38741

bFQ





() $ampmacr


8 GIS$$$$

$amp EgraveD


2 AEligCcedil$amp








CLOU oacute tenths


38742

() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


6 HSPF


38732

+



igraveumlIYZE

7 HSPF13131313

() PWATER uml







38733

7 PWATER





38734


J J wx=Ogravesup2gt






xAacuteaumlaringE



E




ocircaumlaringE


7 UZONE umlmicro+I


not0currenE

8 LZONE umlmicro+GI




GroundwaterE


38735




_ ETETAGWm7G_ ET

ETLZONm7G_ ETE

() HYDRuml



pouE




IVOLaringft3


VOLEVccedily

ROVOLccedilaringdeg


KSparaltosup20KS099

COKS =1minus KS





38736

8 HYDR





38737

() SEDMNTuml




uml_igraveYacute




9 SEDMNT





38738

() SEDTRNuml












para0currenmnE

10 SEDTRN





38739

() PQUALuml













38740

11 PQUAL





38741

bFQ





() $ampmacr


8 GIS$$$$

$amp EgraveD


2 AEligCcedil$amp








CLOU oacute tenths


38742

() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


+



igraveumlIYZE

7 HSPF13131313

() PWATER uml







38733

7 PWATER





38734


J J wx=Ogravesup2gt






xAacuteaumlaringE



E




ocircaumlaringE


7 UZONE umlmicro+I


not0currenE

8 LZONE umlmicro+GI




GroundwaterE


38735




_ ETETAGWm7G_ ET

ETLZONm7G_ ETE

() HYDRuml



pouE




IVOLaringft3


VOLEVccedily

ROVOLccedilaringdeg


KSparaltosup20KS099

COKS =1minus KS





38736

8 HYDR





38737

() SEDMNTuml




uml_igraveYacute




9 SEDMNT





38738

() SEDTRNuml












para0currenmnE

10 SEDTRN





38739

() PQUALuml













38740

11 PQUAL





38741

bFQ





() $ampmacr


8 GIS$$$$

$amp EgraveD


2 AEligCcedil$amp








CLOU oacute tenths


38742

() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


7 PWATER





38734


J J wx=Ogravesup2gt






xAacuteaumlaringE



E




ocircaumlaringE


7 UZONE umlmicro+I


not0currenE

8 LZONE umlmicro+GI




GroundwaterE


38735




_ ETETAGWm7G_ ET

ETLZONm7G_ ETE

() HYDRuml



pouE




IVOLaringft3


VOLEVccedily

ROVOLccedilaringdeg


KSparaltosup20KS099

COKS =1minus KS





38736

8 HYDR





38737

() SEDMNTuml




uml_igraveYacute




9 SEDMNT





38738

() SEDTRNuml












para0currenmnE

10 SEDTRN





38739

() PQUALuml













38740

11 PQUAL





38741

bFQ





() $ampmacr


8 GIS$$$$

$amp EgraveD


2 AEligCcedil$amp








CLOU oacute tenths


38742

() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786



J J wx=Ogravesup2gt






xAacuteaumlaringE



E




ocircaumlaringE


7 UZONE umlmicro+I


not0currenE

8 LZONE umlmicro+GI




GroundwaterE


38735




_ ETETAGWm7G_ ET

ETLZONm7G_ ETE

() HYDRuml



pouE




IVOLaringft3


VOLEVccedily

ROVOLccedilaringdeg


KSparaltosup20KS099

COKS =1minus KS





38736

8 HYDR





38737

() SEDMNTuml




uml_igraveYacute




9 SEDMNT





38738

() SEDTRNuml












para0currenmnE

10 SEDTRN





38739

() PQUALuml













38740

11 PQUAL





38741

bFQ





() $ampmacr


8 GIS$$$$

$amp EgraveD


2 AEligCcedil$amp








CLOU oacute tenths


38742

() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786





_ ETETAGWm7G_ ET

ETLZONm7G_ ETE

() HYDRuml



pouE




IVOLaringft3


VOLEVccedily

ROVOLccedilaringdeg


KSparaltosup20KS099

COKS =1minus KS





38736

8 HYDR





38737

() SEDMNTuml




uml_igraveYacute




9 SEDMNT





38738

() SEDTRNuml












para0currenmnE

10 SEDTRN





38739

() PQUALuml













38740

11 PQUAL





38741

bFQ





() $ampmacr


8 GIS$$$$

$amp EgraveD


2 AEligCcedil$amp








CLOU oacute tenths


38742

() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


8 HYDR





38737

() SEDMNTuml




uml_igraveYacute




9 SEDMNT





38738

() SEDTRNuml












para0currenmnE

10 SEDTRN





38739

() PQUALuml













38740

11 PQUAL





38741

bFQ





() $ampmacr


8 GIS$$$$

$amp EgraveD


2 AEligCcedil$amp








CLOU oacute tenths


38742

() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


() SEDMNTuml




uml_igraveYacute




9 SEDMNT





38738

() SEDTRNuml












para0currenmnE

10 SEDTRN





38739

() PQUALuml













38740

11 PQUAL





38741

bFQ





() $ampmacr


8 GIS$$$$

$amp EgraveD


2 AEligCcedil$amp








CLOU oacute tenths


38742

() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


() SEDTRNuml












para0currenmnE

10 SEDTRN





38739

() PQUALuml













38740

11 PQUAL





38741

bFQ





() $ampmacr


8 GIS$$$$

$amp EgraveD


2 AEligCcedil$amp








CLOU oacute tenths


38742

() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


() PQUALuml













38740

11 PQUAL





38741

bFQ





() $ampmacr


8 GIS$$$$

$amp EgraveD


2 AEligCcedil$amp








CLOU oacute tenths


38742

() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


11 PQUAL





38741

bFQ





() $ampmacr


8 GIS$$$$

$amp EgraveD


2 AEligCcedil$amp








CLOU oacute tenths


38742

() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


bFQ





() $ampmacr


8 GIS$$$$

$amp EgraveD


2 AEligCcedil$amp








CLOU oacute tenths


38742

() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


() agrave+





s laquojk67E




() +



















38743




S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786





S(sectumlE


1 agraveOumlR










38744




atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786





atildeR

in 00001 100

USEPA 1999






LZSN 014 E











38745










2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786











2 OumlR









ucircplusmnE











38746










aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786











aringRou-FE





38747

11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


11 BASINSHSPF) +) +) +) +----




SEDTRN









+34+34+34+34













38748


6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786



6jQef




















YZ(w





(wE


38749

() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


() ccedilAuml





1 QUAL2K 56789567895678956789


() +


part =part

EAHm7




38750


FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786



FGmacr

1 aringmweirs


2_


pcent

Hiiumlm

i+1Giumlm





Hhm

Bisup3degiampm


38751


pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786



pcent

Qidegaringm3sec

=timesAYacute





U=aQb

H=cQd

C

QAU

=

pcent

Qaringm3sec


Hcacuteumlm

Acm2


23831 hwi HBQ =

32

831 ⎟⎟

⎠

⎞

⎜⎜

⎝

⎛

=w

ih B

QH

ic

ii

iiic

AQU

HBA

=

=


38752






U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786







U=aQb b 043 04-06

H=cQd d 045 03-05







38753

pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


pnQ AS c

3521

0=

pcent

Qaringm3sec

Acccedilm2

P

nyenbrvbarplusmnR

Soocirc

DccedilsectG

HHSSBA SSC ])(50[ 210 ++=

pcent

BoccedilAacuteampm


Humlm

m7sect

11 22

210 ++++= SS SHSHBP


35 2 2 25

0 1 1 1 21 310

0 1 2 1

( ) [ 1 1][ 05( ) ]

n K S K SK

S S K

Q B H S H SH


+minus

+ + + +=

+ +


38754


MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786



MATERIAL n


Concrete 0012


Concrete 002

mortared stone 0023

Riprap 0033








() +




ABGsectpiacute4_

1 11 1 1

1


i i i i i i



minus


pcent



38755





38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786






38756



bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786




bF(




IOcircOtildeE

() ccedily







3 laquo|yacute 10E







38757

1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


1 lt 9GiE


3 icircziE





8 PTE








() lt



q(ordf89lt iexclE






38758




13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786





13amp meter

Necirc abcdplusmnRS


ccedilocircdegocirc

Acircamp meter



egrave9oC

aumlOcirc meterssec


plusmnucirc


aringOcirc ms

uml meter


oC

sup2 umbos

j mgL

currenB`j mgL

xdjlm

$xd$gd$


pH

AgravehBP mgL


gtmacr`j

sup3xdaelig


USEPA2005


38759

13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


13131313

13

$amp$amp$amp$amp

$amp

()+()+()+()+

()+-012034

5

6

----

01010101

01010101

2222 +3+3+3+3

4567456745674567

897897897897


A BA BA BA B


ABCD

ABCD

6 E^ E^ E^ E^


38760





















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786






















38761













38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786














38762











38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786












38763

(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


(reg) macrdegOtilde























38764

ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


ETH`




7 QUAL2K

+34+34+34+34







Medford MA






Load Study


38765





















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786






















+

() ocircaumlaring





38766



~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786




~plusmnRE


() ugrave





currenrh(EcircRE

() G



fIocircugrave

fEUyz

fELGyz




38767

dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


dUuml

dLGuml

fGGYacutearing


(ETH) aringP67v



(reg) +


1 aacute(C



A Power-Linear

B Exponential

C Michaelis-Menton





38768










38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786











38769



_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786




_`$ampQOumlR



() stgt





IcircIcirccentE

() AEligOgrave$amp




() agrave$amp


LethEcircEcircE



GEcircE





38770

umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


umlE

(ETH) ^$amp

1 z9ETHlaquo





acircEumlIcircE

2 s ecircETHlaquo









(reg) $amp






(auml) ecirc$amp



38771

1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


1 êcircmacr^S(^13








ETH=+Otilde



1 SWMM)+)+)+)+





mgL ugL CountL








38772

1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


1 SWMM)+)+)+)+----




Head feet meters



Length feet meters











2 tuv tuv tuv tuv






38773

reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


reg`(I

() `


2 IqrWindows 98F


4 RAM 256MBF

() I





E



38774


+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786



+34+34+34+34




Washington DC


38775















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786
















|~|~|~|~

WASP

btJ 73




|]ûacuteucircE

J ocirc




38776

ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

rÎcirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



àcutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


ou

1 =+P(icirciumlE


8poundz(degRE


4 OP=313Uuml+GE




2


2008

r











38777

r^Icirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



`acutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


r^Icirc

A+Otilde16Otilde

ByR4000


D13outhornR45Otilde

Esup1IcircR23

Fltnotshymacr50


ETHef




|~|~|~|~13131313





$ amp()+-01234


38778




1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



`acutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786





1 EUTRO13131313

+



PsectumlpumlG

pcent


tsup1Icirc(daysE

xyzIcirc(mE




38779






_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



`acutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786







_`$amp(OumlR

() stgt

1 Py

J uMGatildetimesjky



CicircdegE

DpounddegEumlecircE



2 +sup1degETH



3 acutemicro9gt


4 ltQ-


5 aring


38780


6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



`acutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786



6 acircEumlgtm9gt


() AEligOgrave$amp


() agrave$amp


(ETH) $amp


(reg) OumlR





ocirc5E


38781

4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



`acutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


4 WSAP) +) +) +) +






lByenbrvbarj^4

UacutethornR

mg O2L

0 2 2





day-1 0 108 005


uxd6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd

plusmnR- 0 108 108


hiaelig78-x

d13- 0 1 05

56


38782

4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



`acutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


4 WSAP) +) +) +) +----





day-1 0 022 002


uxd$6B

plusmnR- 0 108 108



day-1 0 00004 00004


maeligcentxd$

plusmnR- 0 108 108


hiaelig78-x

d$13- 0 1 04



day-1 0 56 01


CBODOcircNplusmnR

- 0 107 107





- 0 108 108


CBODj^4Uacute9

mg O2L

0 05 05

56


38783

5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



`acutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


5 WASPW]$W]$W]$W]$


1 +^

Data Set

+79divideoslash+



P9R 123

+ day




3 degyacuteu

Segments



`acutemicroPP(OumlR


aringRE13OumlRvMu



9cacute

degR123

9 m acutemicroPP m3

acutemicroPcacute

umlm


acutemicroSm3sec

4 yacuteu


-

5 OumlRgttimes



6 thornR



7 notshy

Loads




9(89

ltkgday

8 sup1IcircR

Time Functions

P13OumlR$amp=ouml


ntildeEcircE

-

9 z

Exchanges

Muv+PVpounddegj


cacute(zplusmnRFm



-

10 aring

Flows



aring m3sec

756


38784

5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


5 WASPW]$W]$W]$W]$----


11 acircEuml9


BODDOONNH3

NO3( PO4

Ecirc

mgL

12 macrdeg^


-

13 k


756

ETH=+Otilde


reg`(I

`



I

J J j2pI3_E

2 WASP]]]]


38785

3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


3 WASP

+34+34+34+34




Athens Georgia


[13umlw_gtwagraveE




N$0dumlw_E


QDw_gtwagraveE


_EwagraveE


38786


植根法律網€¦ · 2 basins ®r gis ÑÒ=ÓÔ[_`£Õ$&ÖrÊ×Ø _`$ & Ùs _ ?rsjk+67...

Documents