VedfaE S Technica l Solution s &V(=OUA ^ 7Mobil e Avenu e s«rvi« s Sauget , I L6220 1



# Comprehensiv ePerformanc eTes tRepor t Prepare dfo rth eRotar yKil nIncinerato r Numbe r4i nAccordanc ewit h4 0CF R§ 6 3 Subpar tEE E

AECO M Februar y201 0 Documen tNo. : 6013321 6 

# AZCOMPrepare d for : A\/cn i i a Veoli aE S Technica l Solution s wVeOUA ^ 7Mobil e Avenu e service s Sauget , I L6220 1



# Comprehensiv ePerformanc eTes tRepor t Prepare dfo rth eRotar yKil nIncinerato r Numbe r4i nAccordanc ewit h4 0CF R§ 6 3 Subpar tEE E

Prepare d B ySteve n Mil o

reviewe d B yJeffre yGorma n

fVECO M Februar y201 0 Documen tNo. : 6013321 6


# AECO M

VES01875 2

# AECOM

Content s

1. 0 Introductio n ••1" 1 1. 1 Progra m Summar y1- 1 1. 2 Purpos e an d Objectiv e o fth e Performanc e Tes t1- 1 1. 3 Progra m Descriptio n ; 1- 1 1.3. 1 Tes tOperatin g Condition s 1- 1 1.3. 2 Baghous e Cleanin g Cycl e 1-2 1.3. 3As h an d Chlorin e Fee d • •1- 2 1. 4 Condition s i n USEP ACP TApprova l Lette rDate d Novembe r25 , 200 9

.. . 1-2 1.4. 1 Incinerato r2 DR E Dat ai n Lie u Reques t1- 2 1.4. 2 Incinerator s 2 , 3 , an d 4Metal s Dat ai n Lie u Reques t1- 2 1.4. 3Reques tt o Us e Metho d 2 3fo rDioxins/Furan s o n Incinerator s 2 an d 31- 3 1.4. 4 "A s Fired " Wast e Analyse s an d Wast e Description s 1- 3 1.4. 5 Table s 1- 1 an d 5- 1 ofth e CP TPlan s fo rinciherator s 2 , 3 , an d 41- 3 2. 0 Incinerato rProces s Descriptio n •••2- 1 2. 1 Proces s Overvie w2- 1 2. 2 Wast e Fee d System s [4 0 CF R § 63.1207(f)(1)(ii)(c ) an d (1)(1)(iii)(P ) an d (E) ] 2- 1 2.2. 1 Uni t4Liqui d Wast e Fee d Syste m an d Blendin g Operation s 2- 1 2.2.1. 1 Organi can d Aqueou s Liqui d Wast e Feed s 2- 1 2.2.1. 2 Package d an d Bul k Soli d Wast e Feed s

. ' 2- 2 2.2.1. 3Specialt yLiqui d Wast e Fee d 2- 2 2. 3Manufacturer , Mak e an d Mode l o fth e Incinerato r[4 0 CF R §63.1207(0( 1 p)(A) ] 2- 2 2.3. 1 Combustio n Chambe ran d Burner s [4 0 CF R §63.1207(f)(1)(iii)(B ) an d (C ) 2- 2 2.3. 2 Secondar yCombustio n Chambe r(SCC ) 2- 3 2.3. 3Locatio n o fCombustio n Zon e Temperatur e Devic e [4 0 CF R §63.1207(f)(1)(xix) ] 2- 4 2.3. 4 Hazardou s Wast e Residenc e Tim e [4 0 CF R §63.1207(f)(1)(ix) ] 2- 4 2.3. 5 Combustio n Syste m Lea k 2- 4 2.3. 6 Emergenc ySafet yVen t•2- 4 2. 4Procedure s fo rRapidl yStoppin g Hazardou s Wast e Fee d Durin g Equipmen tMalfunctio n [4 0 CF R §63.1207(0( 1 )(viii) ] : : -2- 5 2. 5 Ai rPollutio n Contro l Equipmen t[4 0 CF R §63.1207(f) ( 1 )(iii)(G) ] 2- 5 2.5. 1 Ai rPollutio n Contro l System s Description s 2- 5 2.5.1. 1 Temperin g Chambe r2- 5 2.5.1. 2 Lim e Syste m 2- 6 2.5.1. 3Spra yDryAbsorbe r2- 6 2.5.1. 4Fabri cFilte r2- 7 2.5.1. 5 Carbo n Injectio n •2- 7

jFebruar y201 0

VES01875 3

# AZCOM

2.5.1. 6 Induce d Draf tFa n an d Stac k 2- 8 2. 6 Stac k

Emission s Monitorin g (4 0 CF R §63.1207(f)(1)(iii)(H) ] 2- 8 2.6. 1 CE M Syste m Descriptio n • •2- 8 2. 7Proces s Monitorin g an d Contro l 2- 9 2. 8 Automati cWast e Fee d Cut-of fSyste m [4 0 CF R §63.1207(f)(1)(iii)(F)]..... ; 2-1 0 2.8. 1 AWFC O Syste m Testin g 2-1 1 2. 9 Ai rPollutio n Contro l Equipmen tMaintenanc e Practice s [4 0 CF R §63.1207(f)(1)(iii)(G) ] 2-1 1 2.9. 1 Progra m Overvie w• •2-1 1 2.9. 2 Tes tProgra m Preparatio n Activitie s 2-1 1 3. 0 Summar yo fResult s - •3- 1 3. 1 Proces s Operatin g Condition s 3- 1 3. 2 Stac k

Emissio n Result s fo rTota l Chloride s (HCI/C y3- 1 3. 3 Stac k

Emissio n Result s fo rParticulat e Matte r3- 1 3. 4Stac k

Emissio n Result s fo rDioxin s an d Furan s 3- 1 3. 5 Stac k

Emissio n Result s fo rTota l Hydrocarbons.... : 3- 1 4. 0 Samplin g an d Analytica l Progra m 4- 1 4. 1 Wast e Fee d Strea m Samplin g Procedure s 4- 1 4. 2 Stac k

Samplin g Procedure s 4- 1 4.2. 1 Stac k

Samplin g Locatio n 4- 1 4.2. 2 Velocity , Moistur e an d Fixe d Ga s Determination s 4- 2 4.2. 3Particulat e Matte r(PM) , HC I an d Cl 24- 2 4.2. 4PCDDs/PCDF s: 4- 2 4.2. 5 Continuou s Emissio n Monitorin g 4- 2 4. 3Analytica l Procedure s ••4- 3 4.3. 1 Analysi s o fWast e fee d Stream s 4- 3 4.3.1. 1 Chemica l an d Physica l Propertie s o fWast e fee d Stream s 4- 3 4.3. 2 Analysi s o fStac k Ga s Sample s : 4- 3 4.3.2. 1 Tota l Chloride s (HCI/CI 2 ) i n Stac k Ga s Sample s 4- 3 4.3.2. 2 Particulat e Matte r(Gravimetri cAnalysis)..

. 4- 3 4.3.2. 3Stac k

Ga s - Analysi s fo rPCDDs/PCDF s4- 3 5. 0 Qualit yAssuranc e •• 5- 1 5. 1 Sampl e Collectio n QA/Q C •5- 1 5.1. 1 Wast e Fee d Stream s 5- 1 5.1. 2 Stac k

Samplin g QA/Q C 5- 1 5.1. 3 Pre-Samplin g Activitie s 5- 1 5.1. 4 Equipmen tCalibratio n 5- 1 5.1. 5 Glasswar e Preparatio n 5- 2 5.1.5. 1 Sampl e Medi aPreparatio n 5- 2

j j Februar y201 0

VES01875 4

# AZCOM

5. 2 Chain-of-Custod y•5- 3 5. 3Analytica l QA/Q C 5- 3

5.3. 1 Analysi s o fWast e Fee d Stream s 5- 3 5.3.1. 1 Chemica l an d Physica l Propertie s o fWast e Fee d Streams. , 5- 3 5.3. 2 Analysi s o fStac k Ga s Samples.

. 5- 3 5.3.2. 1 Tota l Chloride s (HCI/CI 2 ) i n Stac k Ga s Sample s 5- 3 5.3.2. 2 Particulat e Matte r(Gravimetri cAnalysis)..

. 5- 3 5.3.2. 3 Stac k

Ga s - Analysi s fo rPCDDs/PCDF s5- 4



# Listo fAppendices
Appendi xAFacilit yOperatin g Dat a Appendi xB Referenc e Metho d Fiel d Dat aan d Calculation s Appendi xC Referenc e Metho d Calibrations , Verifications , an d Certification s Appendi xD Laborator yDat a



# Listo fTables

Tabl e 1- 1 Summar yo fApplicabl e MAC TEmissio n Standards : 1-4 Tabl e 1 - 2 MAC TOPL sEstablishe d Durin g th e Performanc e Tes t1- 5 Tabl e 2- 1 Veoli aE S Technica l Solution s - Continuou s Emission s Monitor s 2- 9 Tabl e 2- 2 Technica l Informatio n Summar yo n Incineratio n No

. 42-1 2 Tabl e 2- 3Curren tAWFC O Parameter s an d Limit s fo rIncinerato rNo

. 42-1 3 Tabl e 3- 1 Wast e Fee d Rate s an d Operatin g Condition s 3- 2 Tabl e 3- 2 R M 5/26 ASamplin g Parameter s an d Emissio n Result s - Tota l Ghloride/P M 3- 3 Tabl e 3- 3R M 0023 ASamplin g Parameter s an d Emissio n Result s - Dioxi n an d Fura n 3- 4 Tabl e 3- 4R M 25 ASamplin g Parameter s an d Emissio n Result s 3- 5 Tabl e 4- 1 Travers e Poin tLocation s 4- 4 Tabl e 5- 1 QA/Q C Requirement s fo rChemical/Physica l Propertie s o fWast e Fee d 5- 5 Tabl e 5- 2 QA/Q C Requirement s fo rChloride s i n Stac k Ga s 5- 6 Tabl e 5- 3QA/Q C Requirement s fo rPCDD/PCD FAnalyse s o fStac k Ga s Sample s 5- 7



# Listo fFigures
Figur e 2- 1 Hydrate d Lim e Specification s 2-1 4 Figur e 2- 2 Carbo n Specificatio n Shee t2-1 5 Figur e 4- 1 Uni t4Exhaus tStac k Schemati c4- 5

ii i Februar y201 0

VES01875 5

# 1.0Introductio n 

# AECOM

1. 1 Progra m Summar y

AECO M Environmen t(AECOM ) wa s retaine d b yVeoli aE S Technica l Solution s (Veolia) , t o conduc ta comprehensiv e performanc e tes t(CPT ) fo rit s Incinerato rNo

. 4a s require d unde r4 0 CF R §63.120 7ofth e Hazardou s Wast e Combusto r(HWC ) MAC Tregulations

. Th e CP Twa s conducte d durin g th e wee k o f Decembe r14 , 200 9 forth e Sauget , I Lfacility

.
Th e result s fro m thi s testin g indicat e tha temission s fo rdioxin s an d furan s (PCDDs/PCDFs) , tota l hydrocarbons , hydroge n chlorid e an d chlorine , an d particulat e matte r(PM ) me tth e applicabl e emissio n standard s unde r4 0 CF R 6 3 Subpar tEE E (otherwis e know n a s th e HW C MAC Tregulations)

. Asummar yo f th e tes tresult s ca n b e foun d i n Sectio n 3 o fthi s report

. .

1. 2 Purpos e an d Objectiv e o fth e Performanc e Tes t

Th e purpos e o fth e CP Ti s t o validat e th e performanc e leve l o fth e incinerato ragains tth e requirement s i n 4 0 C F RPar t63 , Subpar tEEE

. T o thi s end , th e specifi cobjective s o fthi s performanc e tes twer e to :

•Demonstrat e tha tth e emission s fro m th e incinerato rmee tth e HW C MAC Temissio n limit s whil e treatin g hazardou s wast e fo rth e parameter s bein g tested

.

•Collec tmonitorin g dat ai n orde rt o re-establis h operatin g paramete rlimit s (OPLs ) o rse tne wOPL so n ke yoperatin g variable s tha twil l ensur e tha tth e incinerato roperate s withi n th e HW C MAC Temissio n limit s whil e treatin g hazardou s waste

.
Th e tes tprogra m include d feedin g avariet yo fliqui d an d soli d wast e material s t o th e incinerator , samplin g an d analyzin g th e fee d streams , monitorin g certai n proces s parameter s an d conductin g emission s testing

. Th e emission s standard s tha twer e evaluate d unde rth e HW C MAC Tregulation s ar e summarize d i n Tabl e 1 -1

.

1. 3 Progra m Descriptio n

1.3. 1 Tes tOperatin g Condition s

Th e tes tconditio n fo rthi s CP Twa s designe d t o demonstrat e complianc e wit h th e applicabl e MAC Tdioxin s an d furan s (PCDDs/PCDFs) , tota l hydrocarbons , hydroge n chlorid e an d chlorine , an d particulat e matte r(PM ) emission s standards

. Durin g th e dioxin/fura n emissio n testing , Uni t4wa s operate d a tminimu m combustio n zon e temperature s whil e maximizin g pumpabl e an d tota l wast e feeds

. Norma l (o rhigher ) level s o fchlorin e an d as h wer e fed

. Th e flu e ga s flo wrat e an d baghous e inle ttemperatur e wer e maximize d an d th e carbo n fee d rat e wa s minimized

. Th e particulat e matte rcontro l devic e underwen tit s norma l (o rmor e frequent ) cleanin g cycle , sinc e itunderwen tcontinuous , o rsemi-continuous , cleanin g cycles

.

Durin g th e HCI/CI 2 emissio n testing , Uni t4wa s operate d a tmaximu m flu e ga s flo wrat e an d maximu m chlorin e fee d rate

. Sorben tfee d rat e an d carrie rflui d flo wrat e wer e minimized

.

1- 1 Februar y201 0

VES01875 6

# AECOM

Durin g th e P M emissio n testing , Uni t4wa s operate d atmaximu m flu e ga s flo wrat e an d maximu m as h fee d rate

. Th e particulat e matte rcontro l devic e underwen tits norma l (o rmor e frequent ) cleanin g cycl e sinc e it underwen tcontinuous , o rsemi-continuous , cleanin g cycles

.
Th e wast e fee d rate s tha twer e use d forth e CP Tar e summarize d i n Tabl e 1-2

. Acop yofth e actua l proces s monitorin g dat ai s include d i n Appendi xA

.

1.3. 2 Baghous e Cleanin g Cycl e

Durin g th e P M an d HCI/CI 2testin g program s an d durin g th e dioxin s an d furan s testin g progra m o n Uni t4 , th e si xbaghous e module s wer e continuousl yalternatin g throug h off-lin e cleanin g cycles

. Th e one-minut e operatin g dat ashow s variatio n i n th e pressur e dro p acros s th e baghous e module s withi n a2 t o 3 inc h wate r colum n rang e durin g th e tests

. I trequire d approximatel y3 5 minute s fo ral l si xmodule s t o sequentiall y complet e acleanin g cycle

. Thi s i s typica l o fnorma l operatio n o fth e baghous e cleanin g cycl e whic h meet s th e requirement s i n 4 0 CF R §63.1207(g)(1)(C)

.

1.3. 3 As h an d Chlorin e Fee d

Pursuan tt o 4 0 CF R §63.1207(g)(1)(A ) an d 4 0 CF R §63.1207(g)(1)(B) , norma l o rhighe rlevel s o fas h an d chlorin e wer e fe d t o Uni t4durin g th e dioxin/fura n performanc e tests

. Th e historica l averag e feedrate s fo ras h
an d chlorin e ar e 140 0 Ib/h ran d 8 8 Ib/hr , respectively

. Th e tes tfeedrate s o fas h an d chlorin e fo ral l tes trun s wer e >509 4 Ib/h ran d >11 6 Ib/hr , respectively

.

1. 4 Condition s i n USEP ACP TApprova l Lette rDate d Novembe r25 , 200 9

1.4. 1 Incinerato r2 DR E Dat ai n Lie u Reques t
USEP Astate d i n th e CP Tapprova l lette rtha tVeoli ama yre-submi tth e reques tt o us e previou s DR E tes tdat a a sdocumentatio n o fcomplianc e wit h th e HW C MAC Temissio n standar d fo rDRE

. O n Decembe r3 , 2009 , Veoli asubmitte d result s o fa n Incinerato r2 DR E tes t(repor tdate d Marc h 8,1993 ) t o th e USEPA

. EP A reviewe d th e Incinerato r2 dat aan d conclude d tha ti tmeet s th e criteri ase tfort h i n 4 0 C.F.R

. § 63.1207(c)(2)(i)(A-D)

. USEP Asen tVeoli aalette rdate d Decembe r11 , 200 9 approvin g Veolia' s reques tt o us e prio rRCR ATria l Bur n DR E dat afo rIncinerato r2 t o demonstrate d complianc e wit h th e DR E standar d i n 4 0 C.F.R

. § 63.1219(c ) an d to establis h th e DR E OPL' srequire d b y4 0 C.F.R

. § 63.1219Q)

.

1.4. 2 Incinerator s 2 , 3 , an d 4Metal s Dat ai n Lie u Reques t

Th e USEP Aapprove s Veolia' s reques tt o us e metal s performanc e tes tdat afro m Augus tan d Septembe r200 8 t o demonstrat e complianc e wit h th e mercury , SVM , an d LV M emissio n standard s an d t o establis h th e applicabl e mercury , SVM , an d LV M OPL' si fmetal s fee d rate s ar e base d solel yo n th e spik e concentrations

. Th e result s o fth e performanc e test s o n eac h hazardou s wast e incinerato rdemonstrat e complianc e wit h th e mercury , SVM , an d LV M emissio n standard s unde rth e condition s tha texiste d durin g testing

. Du e t o th e questionabl e moistur e conten to fth e soli d wast e samples , agreemen to n th e metal s concentratio n o fth e soli d wast e i s th e subjec to fcurren tdiscussion s Veoli aan d USEP Aar e havin g regardin g th e inclusio n o fmetal s feed s tha twer e nativ e t o th e waste s t o determin e th e metal s fee d rate s fo rth e 200 8 performanc e tests

.

1 - 2 Februar y201 0

VES01875 7

# AECOM

1.4. 3 Reques tt o Us e Metho d 2 3 fo rDioxins/Furan s o n Incinerator s 2 an d 3

USEP Adisapprove d Veolia' s reques tt o us e Metho d 2 3 instea d o fMetho d 0023 At o conduc tth e dioxin/fura n performanc e test s o n Incinerator s 2 an d 3 , Veoli ause d Metho d 0023 Afo rth e dioxin/fura n performanc e test s o n al l thre e incinerators

.

1.4. 4 "A s Fired " Wast e Analyse s an d Wast e Description s
Veoli aagree d t o includ e i n th e final tes tbur n repor tth e "a s fired " heatin g valu e an d concentration s o fash , mercury , SVM , LVM , tota l chlorin e an d organi cHAP' si n eac h wast e strea m burne d durin g th e CPT

. Include d i n Appendi xAar e th e wast e fee d profil e sheets , whic h contai n th e chemica l composition s o fth e wastes , an d th e analyse s o fth e wastes , whic h contai n th e "a s fired " heatin g valu e an d concentration s o fash , mercury , SVM , LVM , an d tota l chlorine

.

1.4. 5 Table s 1- 1 an d 5- 1 o fth e CP TPlan s fo rIncinerator s 2 , 3 , an d 4

Fo rth e hydroge n chlorid e an d chlorin e emission s paramete ri n Table s 1- 1 an d 5-1 , th e correc tlimi tshoul d b e 3 2 ppm vCl " o n adr ybasis , correcte d t o 7 % oxygen

. Th e correc tcitatio n i s 4 0 C.F.R

. § 63.1219(a)(6)

. Thes e hav e bee n correcte d i n thi s report

.
Fo rth e PCDDs/PCDF s(TE Q basis ) emission s paramete ri n Table s 1- 1 an d 5-1 , th e limito f0.2 0 ng/dsc m fo r operatio n abov e 40 0 de g Fan d th e limi to f0.4 0 ng/dsc m fo roperatio n belo w40 0 de g Fca n appl yt o Veolia' s hazardou s wast e incinerator s sinc e th e inle ttemperatur e t o th e particulat e matte rcontro l devic e ca n b e controlle d abov e o rbelo w40 0 de g F

. Incinerator s 2 an d 3 demonstrate d complianc e a ta n emissio n leve l <0.2 0 ng/dsc m s o bot h unit s continu e t o hav e th e abilit yt o operat e thei rrespectiv e pollutio n contro l equipmen t wit h a n inle ttemperatur e abov e 40 0 de g F

. Incinerato r4ha s historicall ydemonstrate d complianc e a ta n emissio n leve l o f<0.2 0 ng/dsc m howeve rwa s onl ycapabl e o fdemonstratin g complianc e a ta n emissio n leve l
o f<0.4 0 ng/dscm

. Th e inle ttemperatur e mus tb e controlle d belo w40 0 de g F

. Veoli ai s currentl yconsiderin g whethe rt o continu e operatin g belo w40 0 de g Fo rrepea tth e test

.

1- 3 Februar y201 0

VES01875 8

# AECOM

Tabl e 1- 1 Summar yo fApplicabl e WIAC TEmissio n Standard s

Emission s Paramete r Limi t Citatio n
PCDDs/PCDF s(TE Q basis ) < 0.2 0 ng/dsc m £0.4 0 ng/dsc m 40CFR63.1219(a)(1)(i)(A ) 40CFR§63.1219(a)(1)(i)(B )
Carbo n Monoxid e £10 0 ppm v 4 0 CFR§63.1219(a)(5)(i )
Tota l Hydrocarbon s £1 0 ppm v 4 0 CF R§63.1219(a)(5)(H ) Hydroge n Chlorid e &Chlorin e ^ 3 2 ppm vdrya s Cl " 4 0 CF R§ 63.1219(a)(6 )
Particulat e Matte r(PM ) 2 0.01 3 gr/dsc f 4 0 CF R§ 63.1219(a)(7 )
Note : Al l emissio n concentration s ar e correcte d t o 7 % oxygen

.

1- 4 Februar y201 0

VES01875 9

# AECOM

Tabl e 1- 2 MAC TOPL sEstablishe d Durin g th e Performanc e Tes t

Proces s Paramete r Units Avg

. Period Ho wLimi t Establishe d I Maximu m Pumpabl e Wast e Fee d j Rate Ib/h r

. 1-h r Avg

. o fmax

. HRA sfo r eac h ru n Maximu m Tota l Hazardou s Wast e Fee d Rat e Ib/h r 1-h r Avg

. o fmax

. HRA sfo r eac h ru n Minimu m PC C Temperatur e ° F 1-h r Avg

. ofth e tes tru n average s Minimu m SC C Temperatur e ° F 1-h r Averag e o fth e testru n average s Maximu m Flu e Ga s Flowrat e acf m 1-h r Averag e ofmaximu m HRA sfo reac h ru n Maximu m As h Fee d Rat e Ib/h r 12-h r Average , o fth e testru n average s Maximu m Chlorine/Chlorid e Fee d Rat e Ib/h r 12-h r

. Average , ofth e tes tru n average s Minimu m Sorben tFeedrat e lb/l b C b 1-h r Average , ofth e tes tru n average s Minimu m Carrie rFlui d Flowrat e gal/l b Cl 2 1-h r Average , ofth e tes tru n average s Minimu m Carbo n Feedrat e Ib/h r 1-h r Average , ofth e tes tru n average s Maximu m Fabri cFilte rInlet Temperatur e ° F 1-h r Averag e o fth e tes tru n average s

1- 5 Februar y201 0

VES01876 0

# 2. 0Incinerato rProces s Descriptio n 

# AECOM

2. 1 Proces s Overvie w
Veoli aoperate s tw o Fixe d Heart h Dua l Chambere d Incinerator s (Unit s 2 an d 3 ) an d on e rotarykil n incinerato r (Uni t4 ) a tth e Sauget , I Lfacility

. Th e tw o fixe d heart h unit s ar e rate d a t1 6 millio n Btu/h reach

. Incineratio n Uni tNo

. 3 i s amirro rimag e o fUni tNo

. 2

. Bot h o fthes e unit s hav e thei row n wast e handlin g system s a s describe d i n th e section s tha tfollow

. Th e onl ydifferenc e bein g Uni tNo

. 2 i s equippe d wit h fou r(4 ) baghous e modules , whil e Uni tNo

. 3 i s equippe d wit h thre e (3 ) baghous e modules

. However , eac h incinerato ri s operate d identicall ywit h onl ythre e baghous e module s i n servic e durin g operation

. Uni t4i s rate d a t5 0 millio n Btu/h ran d i s equippe d wit h it s ow n tan k far m system , dru m storage , bul k solid s storag e an d fee d systems

.

2 . 2 Wast e Fee d System s [4 0 CF R § 63.1207(f)(1)(ii)(c ) an d (f)(1)(iii)(D ) an d (E) ]

2.2. 1 Uni t4Liqui d Wast e Fee d Syste m an d Blendin g Operation s
Th e Uni t4Rotar yKil n ca n incinerat e an yo fth e wast e tha tVeoli ai s authorize d an d permitte d t o receive

. Al l physica l form s o fwaste s wil l b e handle d an d fe d b yth e system' s wast e fee d devices

. Liquid s wil l b e fe d t o eithe rth e kil n o rth e Secondar yCombustio n Chambe r(SCC)

. Bul k soli d waste s wil l b e fe d t o th e kil n throug h th e ra m feeder

. Containerize d waste s wil l b e fe d t o th e kil n throug h th e ra m feede ro rth e auxiliar yra m feeder

. Thi s uni tca n receiv e an ycombinatio n o fwaste s - liquid , semi-solid , o rsoli d - wit h ahea tvalu e o fu p t o 5 0 millio n Btu/hr

.
Uni t4i s supporte d b ystorag e tank s locate d i n Tan k Far m #3

. Thes e tank s ar e use d t o stor e th e liqui d organi c wastes , aqueou s wastes , an d pumpabl e sludge s t o b e fe d t o th e system

. Unlik e Tan k Far m #1 , al l o fth e tank s i n Tan k

Far m # 3 ca n b e use d a s fee d tank s t o th e incinerator

. Severa l criteri aar e importan ti n designin g ablen d fro m receive d wastes

. Thes e includ e compatibility , prope rrang e o fheatin g value , an d permi t restriction s regardin g elementa l compositio n (base d o n emissio n limitations)

. Pump s t o transfe rthes e waste s t o th e syste m ar e installe d i n th e tan k farm

. Th e materia l i s transferre d throug h abovegroun d pipeline s fro m th e tan k far m to th e incinerator

. Pipeline s use d t o transfe rliqui d organi cwast e an d aqueou s wast e ar e equippe d wit h strainers

. I n complianc e wit h th e Benzen e NESHAP , al l tank s ar e vente d t o individua l carbo n adsorptio n canister s fo r remova l o forganic s befor e vapo ri s discharge d t o th e atmosphere

. Eac h carbo n adsorbe rcaniste ri s essentiall yequivalen tt o a5 5 gallo n containe ro rgreater , i fnecessary

. Al l tank s ar e equippe d wit h conservatio n vents , i n additio n t o th e carbo n caniste radsorber

. Al l tank s ar e grounded , an d flam e arrestor s ar e installe d betwee n th e carbo n adsorber s an d th e tanks

.
2.2.1. 1 Organi can d Aqueou s Liqui d Wast e Feed s
Th e liqui d wast e injector s use d i n th e combustio n chamber s ar e air-atomizin g injectors

. Thes e ar e use d fo r injectio n o fpumpabl e sludges , aqueou s waste s an d organi cliqui d waste s t o th e kil n an d fo rinjectio n o f organi cliqui d wast e t o th e SCC

. Dua l flui d injectio n nozzle s wil l b e use d fo ratomizatio n o fth e waste

. Eac h o f th e injector s i s rate d a t0-30 0 gph

. Th e liqui d wast e fee d nozzle s ar e serve d b yparalle l redundan tpump s an d recirculatio n system s wit h bac k pressur e control

.

2- 1 Februar y201 0

VES01876 1

# AECOM

2.2.1. 2 Package d an d Bul k Soli d Wast e Feed s Container s o fwaste s ar e sample d an d analyze d afte rreceip ti n accordanc e wit h th e facility' s Wast e Analysi s Plan

. Tfoes e waste s ca n the n b e delivere d directl yt o Uni t4o rrepacke d int o smal l combustibl e container s at th e facility

. Repackage d container s ar e delivere d to , an d staged , i n th e Containe rStorag e Uni tNo

. 6 adjacen t t o th e Uni t4incinerator

. Whe n schedule d fo rfeedin g t o th e system , th e container s o fwast e ar e transferre d b y forklift s t o th e fee d conveyor s servin g Uni t4

.
Bul k solid s an d non-pumpabl e waste s ar e delivere d an d discharge d int o wast e fee d bin s i n th e Bul k Solid s Storag e Buildin g afte rbein g received , sampled , an d analyzed

. Aclamshel l operatin g fro m a n overhea d cran e i s use d t o transfe rthes e waste s fro m th e bin s t o th e fee d hopper s dischargin g t p th e system' s ra m feeder

. Th e weig h hoppe ri s equippe d wit h weig h cell s s o eac h charg e o fwast e ca n b e weighe d befor e i ti s discharge d int o th e ra m feeder

. Fugitiv e emission s ar e controlle d b yabaghouse , cyclone , an d carbo n adsorptio n syste m connecte d t o thi s system

.
Th e ra m feede ri s a25-inc h wid e b y4 2 inc h hig h (insid e dimensions ) rectangula rtub e operate d b ya hydraulicall ydrive n ram

. Th e ra m tub e i s equippe d wit h avertical , hydraulicall yoperate d charg e doo rnea rth e kil n end

. Thi s doo ri s opene d befor e th e ra m begin s advancin g t o pus h acharg e int o th e kiln

. Afte rth e ra m ha s full yretracted , alimi tswitc h trigger s th e doo rt o clos e s o a s t o protec tth e ra m feede rfro m th e kiln' s radian theat

. Th e ra m i s capabl e o foperatin g fro m 0-3 0 cycles/hour

.
Th e to p fac e o fth e ra m feede rha s a2 ' x2 ' openin g whic h receive s wast e charge s fro m th e hopper

. Th e ra m feede risolatio n gate , th e charg e door , an d th e ram.operat e i n sequence

. A tth e beginnin g o facycle , th e ra m i s full yretracted

. O n a"start " comman d fro m th e operato ro rth e programmabl e controller , th e ra m feede r isolatio n gat e open s t o receiv e acharg e o fwast e fro m th e hopper

. Th e gat e the n closes , th e charg e doo r opens , an d th e ra m begin s it s advance

. Onc e th e ra m reache s it s ful l extension , itbegin s t o retract

. Whe n th e ra m i s full yretracted , th e charg e doo ri s close d an d th e cycl e ca n b e repeated

. Thi s system' s sequence d operatio n combine d wit h th e negativ e pressur e i n th e kil n preven tfugitiv e emission s fro m escapin g th e kil n ra m feede rsystem

.
Th e ra m feede rals o receive s container s o fwaste s delivere d b ya n auxiliar yfee d system

. Th e auxiliar yfee d conveyo ri s capabl e o fhandlin g charg e weight s o f1 t o 10 0 pounds

. Th e syste m i s capabl e o fhandlin g charg e size s u p t o 2 4inche s i n diamete ran d 2 4inche s tall

. Th e auxiliar yfee d conveyo ri s capabl e o fmakin g 6 0 charge s a n hou ro ron e complet e cycl e ever yminute

.
2.2.1. 3 Specialt yLiqui d Wast e Fee d
Th e Specialt yFee d Syste m associate d wit h Incinerato rNo

. 4i s aDirec tInjectLiqui d Fee d System

.

2 . 3 Manufacturer , Mak e an d Mode l o fth e Incinerato r[4 0 CF R § 63.1207(f)(1)(iii)(A) ]
2.3. 1 Combustio n Chambe ran d Burner s [4 0 CF R §63.1207{f)(1)(iii)(B ) an d (C )
Incinerato rNo

. 4feature s atwo-stag e combustio n process

. Ignitio n o fwast e materia l take s plac e i n th e kiln , o rprimar ycombustio n chambe r(PCC)

. Asecondar ycombustio n chambe r(SCC ) serve s a s a n "after-burner " fo rproces s gase s an d i s als o permitte d t o incinerat e hig h Bt u liqui d waste , ignitio n o fth e wast e take s plac e a t temperature s i n exces s o f160 0 degree s F

. Th e secondar ycombustio n chambe rmaintain s aminimu m temperatur e o fapproximatel y187 5 degree s F

.

2- 2 Februar y201 0

VES01876 2

# AECOM

Th e rotarykil n i s fabricate d o fcarbo n steel

. Itha s approximat e dimension s o f8'8 " O.D

. X35 ' long

. I ti s supporte d o n aone-degre e slop e b ytw o stee l tire s o rridin g rings

. Eac h ridin g ring ride s o n tw o pair s o fstee l trunnion s an d hav e a n approximat e outsid e diamete ro f9 fee t5 inches

. Th e thicknes s an d fac e widt h o fth e trunnion s ar e approximatel y6 inche s an d 9 inches , respectively

. Tabl e 2- 2 provide s asummar yo fth e incinerato rdesig n specifications

.
Th e kil n i s line d wit h approximatel y7Vz inche s o fdens e abrasion-resistan thigh-alumin afirebric k refractory

. Wit h thi s refractor ysystem , th e kil n ha s a n insid e diamete ro fapproximatel y7fee tan d alengt h o f approximatel y3 5 feet , a n integra l cross-sectio n are ao fapproximatel y3 8 squar e fee tan d a n interna l volum e o fapproximatel y1,34 6 cubi cfeet

.
Al l kil n feed s wil l ente rthroug h th e uppe rkil n fac e plat e whic h i s locate d o n th e fee d en d ofth e kiln

. Th e plat e contain s aprimar ybumer , thre e liqui d fee d nozzle s (fo rpumpabl e sludge , aqueou s waste , an d hig h Bt u liqui d waste) , ara m feede ran d asurg e vent

.
Th e primar yburne ri s equivalen tt o aNort h America n 'Fue l Directed ' burne ro f2 5 MMBtu/hr

. an d burn s No

. 2 fue l oi l o rnatura l gas

. Th e burne rsyste m i s supplie d wit h approximatel y4,00 0 acf m combustio n ai ra tastati c pressur e o f20 " wate rcolum n (WC)

. Th e pilo tfo rth e primar yburne rwil l bur n natura l gas

.
Th e fue l syste m fo rth e kil n (an d secondar ycombustio n chamber ) i s controlle d b yaFactor yMutua l approve d burne rmanagemen tsyste m complet e wit h interlock s an d safet yvalves

.
2.3. 2 Secondar yCombustio n Chambe r(SCC )
Th e SC C i s avertical , cylindrica l chambe rhavin g approximat e dimension s o f10'-6 " O.D

. x71 ' high

. I ti s fabricate d o fcarbo n stee l an d line d wit h a n inne rcours e (ho tface ) o fapproximatel ysi xinche s o fhig h alumin a refractor yan d a n oute rcours e o fapproximatel ytw o inche s o finsulatin g refractory

. Wit h thi s installe d refractory , th e SC C ha s a n insid e diamete ro fapproximatel ynin e feet

. Th e effectiv e lengt h (ga s retentio n length ) o fth e chambe ri s approximatel y48 ' - 6"

. Consequently , th e SC C ha s across-sectio n are ao f6 4 squar e fee tan d a n effectiv e volum e o fapproximatei y3,08 4cubi cfeet

. A tmaximu m combustio n ga s flows , th e combustio n ga s residenc e tim e i s greate rtha n tw o seconds

.
Combustio n gase s fro m th e kil n ente rth e botto m o fth e SC C throug h arefractory-line d sid e duc tan d exi tfro m th e to p o fth e SC C throug h arefractory-line d duc tt o th e temperin g chamber

. Th e floo ro fth e chambe ri s slope d t o facilitat e th e remova l o fas h an d solid s throug h asla g tap

.
Th e SC C i s equippe d wit h on e burne rmounte d o n th e sidewal l ofth e chambe rnea rth e bottom

. Th e burne ri s aTran e Therma l Model , o requivalent , wit h adesig n hea treleas e o fapproximatel y3 0 millio n Btu/hr

. Thi s burne ri s supplie d wit h No

. 2 fue l oi l o rnatura l ga s an d combustio n air

.
A swit h th e kil n burner , th e SC C burne ri s supplie d wit h atomizin g ai ran d i s equippe d wit h aburne r managemen tsystem

. Thi s syste m control s th e ignitio n an d initiate s a n automati cshutof fwhe n ther e i s alos s o fflame , combustio n ai rsupply , fue l pressure , atomizin g ai rpressure , pilo tburne ro rI D fan

.
Th e SC C burne ri s ahigh-intensity , vorte xtyp e uni twit h aspi n van e assembly , locate d withi n th e windbo xt o impar ta n intens e rotarymotio n t o th e combustio n air

. Thi s rotarymotio n an d th e burne rdesig n provid e complet e mixin g o fai ran d fuel , an d recirculatio n o fth e gase s withi n th e combustio n chambe rpromote s rapi d combustio n an d hig h hea tintensity

.

2- 3 Februar y201 0

VES01876 3

# AECOM

2.3. 3 Locatio n o fCombustio n Zon e Temperatur e Devic e [4 0 CF R §63.1207(f)( 1 )(xix) ]
Th e pyromete rtha tmonitor s temperatur e i n th e rotarykil n i s locate d top-cente ri n th e transitio n sectio n betwee n th e rotarykil n an d th e SC C abou ttw o fee tdownstrea m fro m th e exi tofth e kiln

. Th e thermocoupl e tha tmonitor s temperatur e i n th e SC C i s locate d o n th e wes tsid e o fth e chambe rnea rth e SC C exi tduc t

2.3. 4Hazardou s Wast e Residenc e Tim e [4 0 CF R§63.1207(f)(1)(ix) ]
Th e hazardou s wast e ga s residenc e tim e fo rth e Uni t4Rotar yKil n Incinerato ri s calculate d a s follows :

•Rotar yKil n Volum e -134 6 ft 3

•Secondar yCombustio n Chambe rVolum e - 308 4ft. 3

•Tota l Volume-443 0 ft 3

•Maximu m Flu e Ga sFlowrat e -43,00 0 acf m (71 7 ft 3 /sec )

•Tota l Combustio n Zon e Residenc e Tim e = (443 0 ft 3 )/(71 7 frVsec ) = 6. 2 se c

Base d o n th e equatio n 0=[(O.19L)/(NDS)] , where :

0 i s th e residenc e tim e i n minutes , Li s th e kil n lengt h i n feet , N i s th e rotationa l spee d n revolution s pe rminute , S i s th e kil n slop e i n fee tpe rfeet , an d
D i s th e interna l diamete ri n feet ,
an d insertin g th e know n value s fo rL(35) , N (2) , S (0.0174) , an d D (6.5 ) resul ti n aresidenc e tim e fo rth e rotary kil n o f3 0 minutes

.
2.3. 5 Combustio n Syste m Lea k
Th e kil n itsel fi s equippe d wit h adoubl e sea l syste m tha ti s comprise d o foverlapping , adjustable , stainles s stee l sprin g plate s o n bot h th e fee d an d discharg e end s o fth e kiln

. Th e sealin g edge s o feac h plat e ar e fitte d wit h asintered-meta l wea rsho e simila rt o abrak e sho e wit h th e inne rsea l restin g o n th e kil n shell

. Th e powdere d meta l formulatio n fo rth e sea l shoe s includ e graphit e granules , whic h mak e th e shoe s self

lubricating

. Th e voi d betwee n th e seal s an d th e oute rshel l o fth e kil n i s pressurize d t o furthe rpreven tfugitiv e emissions

. I n additio n t o th e kil n sea l system , Uni t4als o utilize s a n induce d draf tfa n tha tmaintain s avacuu m o f- 0. 5 t o -1, 0 inche s wate rcolum n whil e wast e i s bein g fire d int o th e system

.
2.3. 6 Emergenc ySafet yVen t
Uni t4i s equippe d wit h tw o emergenc yvents , on e locate d a tth e kil n inle twhic h act s a s a n emergenc y pressur e relief , th e secon d i s locate d a tth e to p o fth e SC C a s atherma l relie fvent

.
Th e emergenc yven ta tth e kil n inle twoul d onl yb e require d fo ra n occurrenc e tha toverwhelm s th e abilit yo f th e I D fa n t o contro l th e pressur e o fth e kiln

. Th e ven tan d chut e openin g i s designe d suc h tha twast e fro m th e bul k solid s chut e woul d no timped e th e escapin g ga s flow

. Adeflecto rseparate s th e fee d flo wfro m th e ven t opening

. Th e entrainmen to fsolid s throug h th e surg e ven ti s minimal

. A s a n extr aprecaution , th e exhaus t

2- 4Februar y201 0

VES01876 4

# AECOM

openin g o fth e ven ti s angle d to provid e ahorizonta l exit , thereb yminimizin g solid s entrainmen tint o th e air

. Th e ven ti s kep tclose d b yweighte d louvers

. Thes e louver s wil l ope n onl yi fth e pressur e i n th e kil n suddenl y rise s beyon d th e compensatin g capacit yo fth e I D fan

. Alimi tswitc h o n th e louver s wil l automaticall yshutof fal l wast e feed s t o th e kil n an d SC C whe n th e ven ti s opened

.
Th e incinerato ri s als o equippe d wit h a n emergenc ysafet yven t(ESV ) locate d a tth e to p o fth e secondar y combustio n chamber

. Thi s ES Vi s arefractory-line d emergenc ytherma l relie fven t(TRV ) whic h i s hel d i n th e close d positio n b yapneumati ccylinder

. Th e contro l valv e i n th e lin e supplyin g ai rt o th e cylinde ran d th e cylinde rven tvalv e whic h open s th e TR Var e locate d i n th e contro l roo m fo reac h unit

. Valv e lock s (wit h key s attached ) ar e utilize d t o dete rindiscriminat e operatio n o fthes e valves

. Openin g o fth e TR Vallow s ho t combustio n ga s t o ven tfro m th e combustio n syste m durin g emergenc yshutdow n events

. Th e purpos e ofth e T R Vi s t o protec tth e downstrea m APC S fro m excessiv e temperatur e situations

. Alimi tswitc h o n th e TR V shut s of fal l wast e feed s t o th e syste m a s i tsense s tha tth e ca p i s opening

.

2. 4Procedure s fo rRapidl yStoppin g Hazardou s Wast e Fee d Durin g Equipmen t

Malfunctio n [4 0 CF R §63.1207(f)(1)(viii) ] Equipmen tmalfunction s ar e identifie d b yth e contro l system , observatio n o fproces s contro l variables , o rb y regula rfiel d inspections

.
I n th e even to famino requipmen tmalfunctio n (e.g

. wast e fee d o rscrubbe rleaks) , th e contro l roo m operato r wil l b e notified

. Th e contro l roo m operato rwil l the n clos e th e wast e fee d valve s an d disabl e th e wast e fee d pumps

.
I n th e even to fmajo requipmen tmalfunctio n (e.g

. fire) , th e emergenc ysto p butto n locate d i n th e contro l roo m wil l b e pushed

. I fthi s butto n i s pushe d al l equipmen twil l switc h t o its fail-saf e position

.

2. 5 Ai rPollutio n Contro l Equipmen t[4 0 CF R §63.1207(f)(1)(iii)(G) ]
2.5. 1 Ai rPollutio n Contro l System s Description s
Th e ai rpollutio n contro l syste m consist s o fatemperin g chamber , tw o spra ydrye rabsorbers , an d fabri cfilte r baghous e modules

. Th e ai rpollutio n contro l syste m neutralize s acidi ccompound s an d remove s particulat e fro m th e exhaus tgas

. Tw o subsystems , th e spra ydrye rabsorbe ran d th e fabri cfilter , carr you tth e chemica l neutralizatio n an d particulat e remova l functions , respectively

. Athir d subsystem , th e lim e system , i s use d t o prepar e an d provid e lim e slurr yt o th e spra ydrye rabsorbe rfo rus e i n th e chemica l neutralizatio n process

. Th e induce d draf tfa n an d stac k provid e th e mechanica l energ yrequire d t o transpor tth e flu e ga s throug h th e interconnectin g ductwork , t o its eventua l discharg e poin tt o atmosphere

.
2.5.1. 1 Temperin g Chambe r Th e temperin g chambe ri s avertical , cylindrica l uni tdesigne d t o coo l th e combustio n gase s usin g aserie s o f interna l dual-flui d (wate ran d air ) spra ynozzles

. Th e combustio n gase s ente rth e to p o fth e chamber , flo w downwar d throug h th e spra ypatter n an d exi tfro m th e botto m ofth e chamber

. Th e spra ypatter n i s designe d t o eliminat e direc tcontac to fwate rwit h refractory , an d th e chambe ri s designe d t o maintai n adrybotto m unde r al l operatin g conditions

. Tha tis , th e injectio n rat e o fspra ywate ri s controlle d s otha ti ti s completel yvaporize d
an d carrie d ou to fth e chambe ri n th e combustio n gases

. Th e temperin g chambe ri s approximatel y49 ' hig h wit h 11 ' I.D

. an d i s fabricate d o f 1 / 4inc h nomina l plat e thicknes s carbo n stee l (AST M A36 ) an d line d wit h refractory

. Th e spra ynozzle s an d extension s ar e fabricate d o f30 4S S material

.

2- 5 Februar y201 0

VES01876 5

# MCOM

Th e temperin g chambe ri s size d s o tha tacombustio n ga s retentio n tim e o fgreate rtha n on e secon d wil l b e maintaine d atal l ga s flows

. Becaus e som e molte n particulat e material s i n th e combustio n gase s ar e coole d i n thi s proces s uni tt o belo wthei rfusio n point , som e solid s ar e generate d an d collecte d i n th e chamber

. Therefore , th e chambe rha s acon e botto m an d aslid e gat e t o facilitat e th e remova l o fsolids

. Thes e solid s ar e discharge d ont o aconveyo rsystem , whic h transport s the m t o ahopper

.
2.5.1. 2 Lim e Syste m Th e lim e syste m prepare s lim e slurr yfo rus e i n th e chemica l neutralizatio n proces s i n sufficien tsuppl yan d concentratio n t o maintai n continuou s flu e ga s treatmen ti n th e spra ydrye rabsorber

. Th e syste m ha s bee n designe d fo rbatc h mixin g t o provid e thi s service

. Veoli autilize s hydrate d lim e a s it s neutralizin g agen ti n th e ai rpollutio n contro l systems

. Th e ke yneutralizatio n paramete rofth e hydrate d lim e i s th e "Ca O Equivalent. " Figur e 2- 1 i s th e specificatio n shee tfo rth e hydrate d lim e tha tVeoli auses

. Veoli aha s use d thi s specifi c produc tfo rove r2 0 year s an d plan s t o continu e wit h it s use

. Althoug h i fVeoli adoe s chang e supplier s o rtyp e o flim e i n th e future , itwoul d hav e a"Ca O Equivalent " specificatio n equa l t o o rgreate rtha n th e 72.6 % show n o n Figur e 2-1

. Hydrate d lim e i s store d i n astorag e bi n abov e th e lim e preparatio n area

. Th e storag e bi n i s size d t o hol d enoug h hydrate d lim e t o maintai n severa l day s o fsyste m operatio n atth e maximu m combustio n rat e o fth e incinerator

. Lim e i s discharge d throug h th e conica l storag e bi n bottom

. Th e flo wofth e materia l fro m th e bi n i s aide d b yavibratin g "liv e bottom, " o rbi n activator

. Avariabl e spee d scre wfeede ri s use d t o mete rth e hydrate d lim e i n th e proportion s require d fo rbatc h mixin g lim e slurry

. Th e lim e i s mixe d wit h wate ri n atan k beneat h th e lim e storag e bin

. Th e scre wfeede rspee d an d th e rat e tha twate ri s adde d t o th e lim e slurr ytan k
ar e variabl e s o tha tth e desire d lim e solid s concentratio n ca n b e achieve d i n th e tank

. Th e variabl e fee d adjustment s allo wwate ran d lim e t o b e adde d t o th e lim e slurr ytan k atarat e tha twil l allo wabatc h mod e o f mixing

. A n agitato ri s provide d i n th e slurr ytan k t o mi xth e wate ran d lim e an d to.maintai n th e suspensio n o f lim e solids

. Th e mixe d lim e slurr yi s pumpe d a tacontinuou s rat e o fflo wthroug h arecirculatio n loo p t o th e S D Anozzles

.
2.5.1. 3 Spra yDr yAbsorbe r Uni t4i s equippe d wit h tw o Spra yDrye rAbsorber s (SDA ) locate d immediatel ydownstrea m ofth e Temperin g Chamber

. Eac h SD Auni ti s fabricate d o f3/ 8 inc h carbo n steel

. Th e functio n o fth e SDA si s to :

» Furthe rcoo l th e combustio n gase s fro m 600-800° Ft o 300-500°F ,

•Neutraliz e an d remov e HC I an d othe racid s fro m th e combustio n gases ,

•Remov e aportio n o fth e particulat e (fl yash ) fro m thes e gases

.
Slurr yflo wt o eac h spra ydrye rabsorbe r(SDA ) i s metere d b yaflo wcontro l valv e t o obtai n th e prope rfee d concentratio n t o th e spra ydrye rabsorber

. Manua l adjustmen tt o th e flo wi s mad e a s afunctio n o fth e SD A outle ttemperatur e an d a s afunctio n o fth e outpu tfro m ahydrochlori caci d (HCI ) analyze ri n th e ga s duc t downstrea m o fth e fabri cfilter

.
Th e combine d unit s ar e size d t o remov e mor e tha n 82 0 Ib/hr

. o fchlorin e fro m th e combustio n gases

. Eac h S D Ai s approximatel y72 ' hig h b y107 " i n diameter

. Eac h uni tinclude s ahea d section , an d a60 ° conica l hopper

. Eac h SD Achambe rha s on e acces s doo ri n th e uppe rsection

. Eac h hoppe rha s on e acces s door , a flange d clean-ou tport , an d adrai n connection

. Th e SD Ahea d sectio n consist s o faflange d inle tconnectio n

2- 6 Februar y201 0

VES01876 6

# AECOM

an d aho tga s inle tplenum

. Th e dual-flui d atomizin g nozzle s includ e stainles s stee l housing s an d stellite d inserts

. Th e nozzle s ar e assemble d t o permi tfiel d remova l fro m th e piping

. Th e tw o lim e slurr ypipin g header s hav e automati cisolatio n valves

.
Combustio n gase s ente rth e to p o feac h o fthes e units , flo wdownwar d throug h acentra l duc tan d ar e disperse d symmetricall yfro m thi s duc tint o th e absorbe rchambe ra tavelocit yan d directio n tha tassure s optima l contac twit h th e clou d o fatomize d lim e slurr ydroplet s introduce d int o th e chambe rb ydual-flui d (lim e slurr yan d air ) nozzles

. Th e gase s the n flo wdownwar d throug h eac h absorbe rchambe ran d exi tthroug h a botto m sid e duct

. A s th e gase s contac tan d pas s throug h th e clou d o fatomize d lim e slurry , th e wate ri n th e slurr yevaporates , coolin g th e gases

. Simultaneously , th e lim e i n th e slurr yreact s wit h th e hydroge n chlorid e i n th e gase s t o produc e calciu m salts

. Som e o fth e resultin g drymaterial , consistin g o fcalciu m salts , fl yas h
an d exces s lime , fall s t o th e conica l botto m o feac h unit

. Th e drymateria l fro m eac h uni ti s discharge d t o a conveyo rsyste m whic h transport s i tt o adum p traile ro requivalen ttyp e system

.
2.5.1. 4Fabri cFilte r G a sexhauste d fro m th e spra ydrye rabsorber s i s distribute d t o tw o fabri cfilte rmodule s connecte d i n parallel

. Eac h modul e i s divide d int o thre e compartment s connecte d i n parallel , whic h contai n multipl e fabri cfilte rbag s throug h whic h th e combustio n gase s pas s t o remov e particulates

. Withi n eac h compartment , th e ga s i s passe d throug h Teflon-coate d fiberglas s clot h bags

. Th e ga s passe s fro m th e outsid e t o th e insid e o fth e filte r bags

. Particulat e entraine d i n th e ga s strea m i s mechanicall ydeposite d o n th e outsid e o fth e filte rbag s a s th e ga s passe s throug h th e cloth

.
Eac h compartmen tha s aclea n ai rplenu m an d housin g sectio n t o contai n approximatel y30 8 bags

. Eac h ba g i s approximatel y5 " i n diamete rb y5 ' long

. Th e baghouse s ar e fabricate d fro m 3/16 " mil d stee l plate , o fwelde d construction , ga s tigh tan d stiffene d t o withstan d th e maximu m operatin g negativ e pressure

. Eac h compartmen tha s atub e shee ttha tsupport s th e bag s an d provide s fo rto p bag/cag e removal

. Acces st o th e clea n ai rplenu m i s vi aabolte d acces s door

. Eac h traile rmounte d uni tcontain s th e compresse d ai rheaders , ga s inle tan d outle tmanifolds , an d th e conveyor

.
Th e fabri cfilte rcleanin g mechanis m utilize s jet s o fai rt o clea n th e filte rbags

. Periodically , th e cleanin g sequenc e wil l b e initiated

. Th e sequenc e i s starte d whe n th e differentia l pressur e acros s th e filte rreache s a predetermine d setpoin to fapproximatel y8.0 " w.c

. o rwhe n th e operato rinitiate s acycle

. Th e controlle rthe n sequence s t o eac h ro wo ffilte rbag s i n eac h module , releasin g aburs to fai ropposit e t o th e directio n o fga s Flow

. Th e quickl yrelease d burs to fai rdislodge s dus tcak e o n th e exterio ro feac h ba g a s i ttravel s fro m th e to p t o th e botto m o fth e bags

. Release d fro m th e bag , th e dus tcak e fall s b ygravit yint o th e hoppe ra tth e botto m o fth e module

. Fro m ther e i ti s discharge d t o aconveyo rsyste m whic h transport s i tt o adum p trailer , o r equivalen ttyp e system ,
Treate d b yth e spra ydrye rabsorber s an d filtere d b yth e fabri cfilters , th e cleane d flu e ga s exit s th e fabri cfilte r compartment s t o a n outle tmanifol d fo rexhaust

.
2.5.1. 5 Carbo n Injectio n Th e carbo n injectio n syste m wil l ai rinjec tactivate d carbo n int o th e plenu m immediatel yupstrea m o fth e baghouse s an d allo wfo ramor e efficien tmean s o fcontrollin g Dioxin/Fura n an d mercur yemissions

. Thi s syste m wil l b e controlle d b ya n existin g PL C whic h wil l contro l th e inpu to factivate d carbo n t o th e baghous e inle tplenum

. 2 t o 2 0 pound s pe rhou ro fpowdere d activate d carbo n wil l b e ai rinjecte d int o thi s plenu m an d

2- 7Februar y201 0

VES01876 7

# AECOM

allo wfo rdirec tcontac twit h th e stac k gase s exitin g th e SDA's ! Th e ke yadsorptio n paramete rfo rth e carbo n i s th e Iodin e Number

. Figur e 2- 2 i s th e specificatio n shee tfo rth e powde ractivate d carbo n tha tVeoli auses

. Veoli aha s use d thi s specifi cproduc tsinc e th e start-u p ofth e carbo n injectio n syste m an d plan s t o continu e wit h it s use

. Although , i fVeoli adoe s chang e supplier s o rtyp e o fpowde ractivate d carbo n i h th e future , it woul d hav e a n Iodin e Numbe rspecificatio n equa l t o o rgreate rtha n th e 50 0 mg/ g show n i n Figur e 2-2

.
Th e amoun to fcarbo n i s dose d i n adust-fre e manne rint o alo wpressur e ai rstrea m vi apneumati ceduction

. Th e educto ruse s ablowe rfo rth e motiv e air

. Hig h an d lo wai rpressur e switche s ensur e tha tth e blowe ri s operatin g correctl yan d tha tth e carbo n deliver ysyste m i s clea rfro m obstruction

. Th e minimu m hig h pressur e settin g i s 4psi g an d th e maximu m lo wpressur e settin g i s 1 inc h wate rcolumn

. Th e carbon/ai rstrea m wil l the n trave l throug h pipin g t o th e injectio n nozzl e int o th e ductwork

. Th e carbo n wil l contac tth e ga s strea m exitin g th e SDA' san d allo wfo rth e adsorptio n o fan ydioxin/furan s an d mercur ytha tmigh tb e presen ti n thi s stream

. Adsorptio n wil l continu e a s th e stac k gase s procee d throug h th e baghouses

. Th e clea n stac k ga s wil l exi tth e fina l stac k

vi ath e induce d draf tfa n an d th e capture d solid s wil l b e discharge d fro m th e baghouse s vi ath e scre wconveyin g syste m int o a n enclose d dum p traile rfo rdisposa l a taSubtitl e C landfill

.
2.5.1. 6 Induce d Draf tFa n an d Stac k
Th e induce d draf tfa n an d stac k ar e locate d downstrea m ofth e fabri cfilter

. Combustio n gase s ar e draw n throug h th e syste m b ya40 0 h p induce d draf t(ID ) fan , rate d a t53,00 0 acf m a t400 ° Fsaturated , an d 25 " wate r colum n pressure

. Th e induce d draf tfa n provide s th e mechanis m fo rtransportin g th e incinerato rflu e ga s throug h th e spra ydrye rabsorber , fabri cfilter , an d al l interconnectin g ducts

. Th e I D fa n include s a n inle t volum e contro l dampe rt o b e use d t o contro l th e velocit yo fth e ga s withi n th e ductin g an d treatmen tdevices

.

Treate d gase s ar e exhauste d fro m th e induce d draf tfa n t o th e atmospher e throug h a100-ft

. hig h stack

. Th e stac k diamete rfo rUni t4i s 4 8 inche s I.D

. Th e stac k i s equippe d wit h instrumen tsamplin g port s an d a samplin g platfor m fo remission s testing

. Figur e 4- 1 provide s detail s o n th e desig n an d sampl e por tlocation s
an d configuration s fo rth e stack

.

2. 6 Stac k

Emission s Monitorin g [4 0 CF R§63.1207(f)(1)(iii)(H) ]
Th e continuou s emission s monitorin g syste m (CEMS ) consist s o fsampl e probes , sampl e deliver yan d conditionin g apparatus , an d ga s analyzers

. Sample s ar e extracte d fro m th e transitio n ductin g locate d betwee n th e I D fa n an d th e stack

. ACE M performanc e tes tan d qualit yassuranc e progra m ha s bee n implemente d i n accordanc e wit h th e Appendi xt o Subpar tEE E o fPar t63—Qualit yAssuranc e Procedure s fo r Continuou s Emission s Monitor s Use d fo rHazardou s Wast e Combustors

. Response s fro m eac h CEM S ar e fe d t o th e Contro l Syste m (CS ) wher e th e C O hourl yrollin g averag e i s calculate d an d interlocke d t o th e wast e fee d cutof fvalve s a s par to fth e Automati cWast e Fee d Cutof fSyste m (AWFCO ) discusse d i n Sectio n 2.8 , below

. Th e followin g provide s abrie fdescriptio n o fth e CEM S instrument s includin g th e operatin g rang e an d measuremen tprincipal

.
2.6. 1 CE M Syste m Descriptio n
Th e Continuou s Emission s Monitorin g System s (CEMS ) currentl ybein g utilize d a tIncinerato r4analyze s fo r opacity , carbo n monoxide , hydroge n chloride , tota l hydrocarbon s an d oxygen

. Thes e monitors , excep t opacity , ar e extractiv e device s mounte d i n th e ductwor k betwee n th e I D fa n an d th e stack

. Th e tabl e belo w summarize s th e analyze rspecifications

.

2- 8 Februar y201 0

VES01876 8

# AECOM

Th e opacit ymonito rcontinuousl ymeasure s th e stac k ga s opacit yan d report s th e measurement s to a n indicato ran d arecorder

. A n opacit ytha texceed s aprese tlimi ttrigger s a n alar m an d interlock

.
Carbo n monoxid e an d hydroge n chlorid e ar e monitore d wit h extractiv e noh-dispers e infrare d analyzers

. Tota l hydrocarbo n i s monitore d wit h a n extractiv e flam e io n detecto ranalyzer

. Oxyge n i s monitore d with a zirconiu m oxid e cell

. .
Stac k ga s flo wrat e i s continuousl ymonitore d usin g a n anuba rtha tsend s a4-2 0 m Asigna l t o th e PL C tha t convert s th e signa l t o acfm

.

Tabl e 2- 1 Veoli aE S Technica l Solution s - Continuou s Emission s Monitor s

Paramete r Curren tMfg

. Rang e Principl e Oxyge n COS A 0-25 % Electrochemica l Carbo n Monoxid e Echoche m M C 3 0-20 0 ppm v 0-300 0 ppm v Infrare d

Tota l hydrocarbon s Thermoelectro n 0-10 0 ppm v FID/lnfrare d Hydroge n chlorid e Echoche m M C 3 0-100 0 ppm v Infrare d Opacit y Teledyn e 0-100 % Whit e ligh t Stac k ga s flo w PSE/Rosemoun t 0-55,00 0 acf m Pressur e dro p

2. 7Proces s Monitorin g an d Contro l
Th e facilit yi s equippe d wit h astate-of-the-ar tmonitorin g an d contro l system , whic h facilitate s complianc e wit h permi tconditions , an d otherwise , collect s proces s contro l information , facilitate s efficien toperatio n an d detect s an d prevent s damag e t o th e facility

. Th e syste m consist s o fthre e majo rcomponents :

•Ahuman-machin e interfac e (HMI ) system ,

•Programmabl e logi ccontroller' s (PLC's) , an d

•Ahig h spee d etherne tcabl e connect s al l contro l syste m component s

Th e desire d contro l function s ar e implemente d throug h th e HM I system

. Al l digita l contro l an d emergenc y interlock s ar e accomplishe d b yth e PLC

.
Th e contro l syste m i s capabl e o fmonitorin g th e "operationa l envelope " o fth e incinerato ran d i s capabl e o f performin g anumbe ro factivitie s including :

•Contro l roo m indicatio n o fprocesso rsensor s locate d withi n th e incinerato rsyste m (suc h a s pressur e indicatio n o fafiel d installe d pressur e transmitter) ;

2- 9 Februar y201 0

VES01876 9

# AECOM

•Proces s controlle rfo rsingl e instrumen tloop s o ra n individua l sub-system , suc h a s atemperatur e contro l loo p involvin g asenso rreadin g fro m on e temperatur e transmitte raffectin g th e functio n o fon e temperatur e contro l valve ; an d

•Alar m fo ra n exceedanc e o fadesignate d setpoint , suc h a s ahig h pressur e o rlo wtemperature

.
Th e proces s contro l compute rwil l continuousl ycontro l an d monito rth e operatio n o fth e incinerator

. Whe n out

of-rang e condition s exist , i twil l notif yth e operato ro fthos e conditions

. Th e proces s contro l compute ri s programme d to shut-dow n equipmen t(i.e. , brin g th e syste m int o asaf e mode ) whe n designate d parameter s ar e exceeded , whic h i s aprotectiv e mechanis m agains tpotentia l equipmen tdamage , operatio n outsid e o f permi tlimits , o rcondition s tha tmigh tlea d t o areleas e t o th e environment

.
Continuou s monitorin g o fth e incinerato ran d scrubbe rsyste m i s a n importan taspec to fth e syste m design

. A digita l readou to fal l monitorin g instrumentatio n i s displaye d o n th e mai n contro l screen

. A n audibl e an d visua l alar m alert s th e incinerato roperato rt o significan tdeviation s fro m norma l operatin g conditions

. Thi s syste m allow s a n immediat e respons e t o advers e condition s b yth e operator

. Automati cwast e fee d cut-of fan d incineratio n shutdow n mechanism s ar e als o interlocke d wit h th e monitorin g syste m a to rprio rt o reachin g permi tlimi tlevels

. Monitorin g method s an d calibratio n frequencie s ar e liste d i n Tabl e 2-3

.
Th e Incinerato rha s a n independen tproces s contro l compute rtha tinterface s t o th e Allen-Bradle y programmabl e controllers

. Th e proces s compute ri s capabl e o fcontrollin g th e incinerato ri n cas e o fafailur e i n aHM I server

. Thi s compute rrun s aRSVIE WHM I contro l softwar e tha tprovide s operato rinterfac e t o al l instrumentatio n an d controls

.

2. 8 Automati cWast e Fee d Cut-of fSyste m [4 0 CF R §63.1207(f)(1)(iii)(F) ]
Th e incinerato rha s a n Automati cWast e Fee d Cut-Of f(AWFCO ) Syste m tha twil l shu twast e feed s of fi n th e even tcertai n operatin g parameter s deviat e fro m allowabl e se tpoints

. Th e PL C continuousl ymonitor s operatin g parameters , makin g adjustment s t o th e proces s a s neede d fo rprope rcontrol

. Alar m logi ci s incorporate d int o th e PL C syste m t o automaticall yinitiat e a n AWFCO

. Tabl e 2- 3 summarize s th e curren t AWFC O se tpoints

. AWFC O limit s hav e bee n establishe d base d o n severa l factor s tha tar e summarize d below

.

•Requlatorv/permi tlimit s - establishe d t o compl ywit h existin g permits

. A n exampl e o fthi s typ e o flimi t i s th e lo wtemperatur e limit , belo wwhic h wast e canno tb e fe d unti l th e prope rlimiti s re-established

. I n addition , th e HW C MAC Tregulation s requir e tha tth e AWFC O syste m b e interlocke d wit h th e spa n o feac h proces s instrumen ttha ti s par to fth e Continuou s Monitorin g Syste m (CMS)

. Alistin g o fthes e C M S instrument s an d thei rinterlocke d spa n setpoint s i s maintaine d a s parto fVeolia' s Operatin g Record

.

•Proces s safet ylimit s - establishe d t o assur e proces s equipmen ti s protecte d an d unsaf e operatin g condition s d o no toccur

. A n exampl e o fthi s i s inadequat e exces s ai ri n th e combustio n chambe rtha t
ca n lea d t o fue l ric h conditions

.

•Utilit yo rPowe rfailur e - establishe d t o facilitat e acontrolle d shutdow n o fth e proces s durin g los s o f proces s air , steam , wate ro relectricity

. A n exampl e o fthi s i s th e los s o finstrumen tai rtha ti s necessar yfo rcertai n type s o fproces s instrument s t o functio n properly

. Waste s wil l no tb e re introduce d int o th e incinerator s unti l prope roperatio n o fke yinstrument s i s re-established

.

2-1 0 Februar y201 0

# MCOM

I n additio n t o th e AWFC O system , operator s ca n manuall yshutdow n wast e feed s o rth e entir e proces s shoul d thi s b e needed

.
2.8. 1 AWFC O Syste m Testin g 1
Veoli atest s th e AWFC O system s bi-weekly , a s weekl ytestin g woul d undul yinterfer e wit h operation s b y ceasin g an d restartin g wast e feeds , potentiall yincreasin g emissions , incurrin g excessiv e downtime , burnin g additiona l natura l ga s durin g th e downtime , an d increasin g operatin g costs

. Testin g o fth e AWFC O syste m i s atime-consumin g an d manpowe rintensiv e process

. Th e curren ttestin g progra m ha s bee n i n plac e unde rth e RCR Apermi tfo rove r2 0 year s an d ha s prove n t o b e adequat e i n detectin g problems

. Thi s rational e i s include d i n th e facility' s AWFC O Plan

. I n som e case s thi s testin g occur s mor e frequentl ydependin g o n ho w ofte n actua l AWFCO soccu ra tth e unit

. Pe rth e require d frequency , incinerato rpersonne l chec k th e functionalit yo fAWFC O logi ctha ti s par to fth e incinerator' s PL C syste m t o mak e sur e tha tshoul d proces s condition s deviat e fro m allowabl e limits , th e compute rlogi cwil l initiat e wast e fee d shutdown s a s required

. Thi s i s accomplishe d b ymanuall ysimulatin g proces s condition s tha tar e outsid e allowabl e limit s an d observin g an d documentin g whe n th e contro l o rbloc k valv e softwar e logi co n th e wast e fee d lin e begin s t o initiat e valv e closure

. Shoul d actua l AWFCO soccu rdurin g agive n testin g period , thes e ar e documente d b yoperatin g personne l t o satisf yregulator yrequirement s fo rsyste m testing

. Result s o fthi s testin g ar e documente d o n a separat e AWFC O Testin g Lo g an d maintaine d a s parto fth e unit' s Operatin g Record

.

2. 9 Ai rPollutio n Contro l Equipmen tMaintenanc e Practice s [4 0 CF R

§63.1207(f)(1)(iii)(G) ]
2.9. 1 Progra m Overvie w Onc e equipmen ti s installe d an d operational , Veoli autilize s a n extensiv e preventativ e maintenanc e (PM ) progra m t o kee p equipmen toperationa l an d preven tbreakdown s an d failures

. Base d upo n th e typ e o f equipmen tan d historica l operation s an d maintenanc e experience , schedule s fo rvariou s inspectio n an d P M activitie s ar e followed

. Thi s include s aspect s suc h a s documentin g detaile d maintenanc e historie s o n equipment , routin e inspectio n an d lubricatio n program s fo rhig h wea requipmen tan d non-destructiv e testin g o f pipin g an d vessel s usin g technique s lik e ultrasoun d t o asses sintegrity

. Th e frequenc yo fthes e activitie s varie s dependin g upo n th e equipment , P M activit yan d th e incinerator' s shutdow n schedule

.
Fo rexample , frequen t(i.e. , weekly ) instrumen tan d certai n mechanica l equipmen tcheck s ar e mad e fo rcritica l proces s items

. Lubrication , vibratio n analysi s an d othe rmechanica l integrit ycheck s ar e don e a tlonge r frequencie s lik e monthl yo rquarterly

. Finally , suc h item s a s inspectin g refractor ybric k fo rwear , ar e typicall y performe d whe n th e entir e incinerato ri s shu tdow n fo rmaintenance

.
2.9. 2 Tes tProgra m Preparatio n Activitie s
Prio rt o testing , instrumentatio n associate d wit h ke yparameter s o fth e tes twer e checked , calibrated , replaced , a sappropriate , t o ensur e prope roperatio n ofth e instrumentatio n durin g testin g (i.e. , wast e fee d flowmeter s an d scales , CEMS , pressur e transmitters , thermocouple s an d pyrometers , stac k flowmeters , etc.)

.

2-1 1 Februar y201 0

VES01877 1

# AECOM

Tabl e 2- 2 Technica l Informatio n Summar yo n Incineratio n No

. 4

Manufacture r Trad e Wast e Incineratio n Mode l No , TWI-2000 , Serie s 2

•Typ e Rotar yKil n Dat e o fManufactur e 198 9 Dimension s Primar yChambe r Secondar yChambe r Externa l Lengt h 35 ' 48'6 " Externa l Diamete r 8'8 " 10'6 " Interna l Diamete r T 9 ' Cross-sectiona l are a 3 8 squar e fee t 6 4squar e fee t Burner s Primar yChambe rBurne r Secondar yChambe rBurne r Manufacture r Nort h America n Tran e Therma l Siz e 12. 0 Millio n Btu/h r 3 0 Millio n Btu/h r Fue l Natura l Ga s Natura l Ga s Prime rMove r Induce d Draf tFa n 4,00 0 acf m @ 400° Fsaturated , 2 0 in

. wate rcolum n

2-1 2 Februar y201 0

VES01877 2

# AZCOM

Tabl e 2- 3 Curren tAWFC O Parameter s an d Limit s fo rIncinerato rNo

. 4

1 , Syste m Device Unit s CutoffLimits Calibratio n Frequency

primaryCombustion Chambe rTemperatur e Pyrometer ° F £1:24 0(one-minut eaverage) 2 <1.50 7 (HRA' ) 52.400 (instantaneous)2 Annually

SecondaryCombustio n Chambe rTemperatur e TypeKThermocoupl e • F £1.82 5 (one-minut eaverage) 2 <1.88 6 (HRA' ) a2,400 (instantaneous) 2 Annually

Primar yCombustion Chambe rpressur e Pressur etransmitter in

. w.c . aatmospheri c (instantaneous ) Quarterly Secondar

yCombustion Chambe rpressur e Pressur etransmitter in

. w.c . aatmospheri c (instantaneous ) Quarterly SprayDryerAdsorbe rinle tTemperatur

e TypeKThermocoupl e ° F 2 1,20 0 (oneminut

eaverage) 2 Annually
SprayDryerAdsorbe rOutle tTemperatur

e TypeKThermocoupl e • F > 50 0 (oneminut

eaverage) 2 =•43 4 (HRA ) Annually

Tota l PumpableWasteFeedrate Mas s flo wmeter/scales lb/h r PCC->3256(HRA ) SC C ->100

6 (HRA ) Annually

Tota l WasteFeedrat

e Mas s flo wmeter/scales Ib/hr >14.80 2 (HRA ) Annually / Quarterly

LV M Feedrat

e Mas s flo wmeter/scales Ib/hr Pumpabl e->4 7 Total- > 5

0 Annually/Quarterl y

SV M Feedrat

e Mas s flo wmeter/scales Ib/hr > 6 4 (1 2 HRA

) Annually / Quarterly ;
Mercur yFeedrat

e Mas s flo wmeter/scales lb/h r > 0.026 (1 2 HRA ) Annually / Quarterly Chlorin eFeedrat

e Mas s flo wmeter/scales Ib/hr »25 2 (1 2 HRA ) Annually / Quarterly
As h Feedrat

e Mas s flo wmeter/scales Ib/hr >8.777(12HRA) Annually / Quarterly
Carbo n Feedrat

e Mas s flowmeter Ib/hr >6. 2 (HRA ) Quarterly Carbo n Injection Syste m Maximu m Lo wPressure Pressur eSwitch in

. w.c . > 1 Quarterly Carbo n Injection Syste m Minimu m Hig h Pressure Pressur eSwitch psi g < 4 Quarterly Combustio n Gas Flo

wRate Anuba r acf m 2 38.086 (HRA ) Annually
Stac k Ga s Eices s Oxyge n Zirconiu m Oxidefuel cel l % £3 (oneminut eaverage) 2 Quarterly

Stac k carbon monoxid e Infrare d ppm v 210 0 (HRA ) 250 0 (oneminut

eaverage) 2 Quarterly

Stac k Hydrocarbon FI D ppm v 21 0 (oneminut eaverage) 2 Quarterly

Stac k gas opacit

y Whit eLigh t % 21 0 (oneminut eaverage) 2 Quarterly

Stac k hydrogen chloride2 Infrare d ppm v 2 35 (HRA) 2

250 0 (oneminut

eaverage) 2 Quarterly

Liqui d feedrat

e Mass flo wmeter Ib/hr 2 1.700 2 Annually Sludg efeedrat

e Mas s flo wmeter Ib/hr 2 1,100 2 Annually
Drummed an

d Bulk Solid s Feedrate Scal e Ib/hr 2 15,000 2

. Quarterly Fabri cfilterpressur

edro p Delt aP transmitter
. in

. w.c . s 2 o r> 1 0 (oneminut

eaverage) 2 Quarterly Min

. SorbentFeedrate Densit yTransduce r lb/l b CIs •=1.0 1 Min

. Carrie rFluid Flowrat e Flowmeter gal/l b Cl j <1.61 Annually

1 HR Amean

s "hourl yrollin g average " as calculated b yaveragin g thepreviou s 60 one-minut eaveragevalues

.

2Thi s is aRCRApermitlimi tonly

.

2-1 3 Februar y201 0

VES01877 3Figur e 2- 1 Hydrate d Lim e Specification s 

# AECOM

Ah#a , Sliicc-is

. HydrE.*e< 1 l.-ijr. e
Co-d- elfP.20 0

' Msets <S!'W

Aan d wtta r"aeralsal aCo.de xSL>wt;jXJ.t'*CJ.<;i;i

Oh aa- . if

. a1

. JMlKSl S
C a<0H) 236.t o 9?,2 % C a d 2aulv«l«! = t .72. at o 73. 6 ca. o sosaJ •.. . 73. a i- o 74. 3 coco a. . o . a s t o 1.7 5 CuS0 4. ' 0.0 5 t o (J.I O
a T5 <iTjlv ».1.<sa t

. . . . ' , a

. 0X 2 C oCl.0fl.- l SJ.O ^

..... . 0.-3 S 4. 0 0.0 5

. A1. ? 0 3, ••O.2 0 (. « CT.3 0 P a 2 0 . j

..... . O.G Tb *O.J. 0 Mli O O.4 0 Li > 0.0 0 .Fra aE^ G 0.3 0 •i- u 0.9 3 P 2 O
a. 0.0O S L O 0.01 3 M u O

. •0.OO1 5 t o 0.003 6

•Svalr .3.1Phviiiqit LAr.a.lvSl. s
l!lau » 1O 0 irn b ICO.0 %

Daa.*t t j -i*oun<lj jp-ai
-It. 8-Sf > t o 3 S <Depen.diia.3 fHpo adegre e c(ijr.pac.t.im: >

2-14 , Februar y201 0

VES01877 4

# A-COM

Figur e 2- 2 Carbo n Specificatio n Shee t

IS O 900 2 NORI TAmerica s Inc

. MostChoices + PreciseRt » BestPerformance

.
DATASHEE TTMw * No

. 11Q1 Nov200 3 DARCO*FG L POWDERE D ACTIVATE D CARBO N
OARC O FG LI s alignitecoal-baae d activated carbo n manufactured specificall yfo rth eremova l o fheav ymatal s an d othe rcontaminants typteafiyfoun d i n incinerato rfluega s amissio n streams

. It s ope n porestructur

ean d fin e partfcf ese epenmitth erapid adsorptio n o fgaseou s mercury , nJioxto s {PCDD ) an d furan s (PCDF) , whic h i scritica l fo rgoo d adserptkeperformanc eIr i flu ega sstream s wherecontacttimes areshort : OARC O FG Lts afre eflawin g powdere d carbo n with minima l cakin g tendencies , whic h make s itidea l fo r automati cdosin g system s wit h dryo rwe tinjectio n directlyInt o th eflue ga s stream

. I ti s manufacture d wit h aver y hig h ignitio n temperaturet o permi tsaf eoperatio n a tth eelevate d temperatures inherenti n incinerato rflu ega s
Produc tSpecification

s Molasse s decolorizin g efficiency4 0 min

. Moisture , %3 3 packe d amax : Mes h siz e(US

. Siev eSeries ) Las s tha n 32 3 mas h (4 5 um) , %9 0 min

. Typica l Properties* Iodin enumber , mQ/

g 500 Total sulfur ; %0. 6 Bulk : density , tamped , g/m L0.6 3 thffi 33 9 Surfac earea , m'l g 58 0 tgniBo n temperature , ° C 45 0
"Fo rgenera l informatio n only , nott o b ause d a s purchas especifications

. PactoflfaqfTransportatlo n Standard packag ei s 90 0l b wove n polypropylen ebul k bag s wit h aglue d plasti cliner

. Alternatepackag eincludes pneumati cbuf ctrailer

. Activate d cartio n (NO TREGULATED ) Exemp tfto m DOT , IATA , an d I MD G regulation s Import/Expor

tclassification : 3aQ2.1Q.QQ00(H S Tarif fClassification ) Domesti cFreigh tClassification : NMF C 04056 0 CA S #7440-44- 0

We tactivate d carbo n deplete s oxyge n fro m ai rand , therefore , dangerousl ylowlevel s ofoxyge n mayb e encountered

. Wheneve rworker s ente ravesse l containin g activate d carbon , th evessel' s oxyge n conten t shoul d b edetermine d an d wor k procedure s fo rpotentiall ylo woxyge n area s shoul d b efollowed

. Appropriate protectiveequipmen tshoul d b eworn . Avoi d Inhalatio n ofexcessiv ecarbo n dus tN o problem s areknow n to b eassociate d i n handlin g thi s material

. However , th eproductmaycontai n u p to 12 %silic a(quartz)

. Long term inhalatio n ofhig h dus tconcentration s ca n lea d t o respiratoryimpairment

. Us eforce d ventilatio n o ra dus tmask : whe n necessar yfo rprotectio n agains tairborn edus texposure(se eCod eofFedera l Regulation s - TI8a29

. Subpar t2 , par . 1910.1000 , Tabl eZ-3) ;

_ Note : An yopacificatio n gtva n wa s vali d atthr o ofissuance , o fth apublication

. Howavar , w amaintai n apolicyof\ v^l* ^

^ continuou s daveiopcneft l an d rosenr cttt a rightt * amen d anyspsdicatjo n withoutnode*

. a'j&A&y j

320 0 Wes tUniversityAvenue, Marshall, T X7567 0 Telephone

(903) 923-1000*1 -800-641-9245 'FAX(903) 923-100 3 TtoPurf/latittorCtmipany ivMw.itonf-amerfca^.oq m » m/b@norif-amer/css.co m

2-1 5 Februar y201 0

VES01877 5

# AECOM

3. 0Summar

yofResult s

Thi s sectio n summarize s th e tes tprogra m result s includin g wast e fee d data , proces s dat aan d emission s data

. Copie s o fwast e fee d an d proces s operatin g dat aar e include d i n Appendi xA

. Appendi xB present s copie s o fAECOM' sfiel d dat aan d calculations

.

3. 1 Proces s Operatin g Condition s

Th e wast e fee d rate s an d th e operatin g limit s tha twer e establishe d an d monitore d fo rthi s tes tprogra m ar e summarize d i n Tabl e 3-1

. A s ca n b e see n fro m thes e table s an d th e proces s dat ai n Appendi xA , facilit y operation s wer e ver ystabl e durin g al l tes truns

.

3. 2 Stac k

Emissio n Result s fo rTota l Chloride s (HCI/CI 2 )

Asummar yo fthetota l chloride s (HCI/CI 2 ) emission s i s provide d i n Tabl e 3-2

.

•Th e tota l chloride s emission s fo rUni t4(emission s fo rrun s 1,2 , an d 3 average d 23. 0 ppm v@ 7% 0 2 ) wer e lowe rtha n th e HW C MAC Temissio n standar d o f3 2 ppm v@ 7 % 0 2 .

3. 3 Stac k

Emissio n Result s fo rParticulat e Matte r

h\ summar yo fth e particulat e emission s i s provide d i n Tabl e 3-3

.

•Th e tota l particulat e emission s fo rUni t4(emission s fo rrun s 1 , 2 , an d 3 average d 0.002 8 gr/dsc f@ 7% 0 2 ) wer e lowe rtha n th e HW C MAC Temissio n standar d o f0.01 3 gr/dsc f@ 7 % 0 2 .

3. 4Stac k

Emissio n Result s fo rDioxin s an d Furan s

h\ summar yo fth e dioxin s an d furan s emission s i s provide d i n Tabl e 3-4

.

•Th e dioxin s an d furan s emission s fo rUni t4 (emission s fo rrun s 1 , 2 , an d 3 average d 0.36 1 ng/dsc m @ 7% 0 2 ) wer e lowe rtha n th e HW C MAC Temissio n standar d o f0.4 0 ng/dsc m @ 7 % 0 2 .

3. 5 Stac k

Emissio n Result s fo rTota l Hydrocarbon s

A * summar yofth e tota l hydrocarbon s emission s i s provide d i n Tabl e 3-5

.

•Th e tota l hydrocarbon s emission s fo rUni t4(emission s fo rrun s 1 , 2 , an d 3 average d 1.1 2 ppm v@ 7 % 0 2 ) wer e lowe rtha n th e HW C MAC Temissio n standar d o f1 0 ppm v@ 7 % 0 2 .

3- 1 Februar y201 0

VES01877 6Tabl e 3- 1 Wast e Fee d Rate s an d Operatin g Condition s

Proces s Paramete r Unit s O P LValu e Proces s Paramete r Unit s Ru n 1 Ru n 2 Ru n 3 A V G ODeratin aParameter s ~ Maximu m Chlorin e Fee d Ib/h r 22 6 21 6 24 5 22 9 Maximu m As h Fee d Ib/h r 569 4- 677 5 686 2 644 4 Minimu m Sorben tFee d lb/l b Cl 2 18 9 2.3 0 2.5 5 2.2 5 Minimu m Carrie rFlui d Flo w gal/l b Cl 2 2.8 7 3.4 2 3.0 1 3:1 0 Maximu m Baghous e Inle tTemperatur e ° F' 40 0 40 0 40 0 40 O Minimu m PC C Temperatur e ~"° F 150 0 150 0 149 8 149 9 Minimu m SC C Temperatur e ° F Ib/h r 189 3 188 2 188 4 188 6 Maximu m Pumpabl e Wast e - PC C ° F Ib/h r 323 3 323 5 340 6 329 1 Maximu m Pumpabl e Wast e - SC C Ib/h r 114 3 116 4 122 0 117 6 T289 7 Maximu m Tota l Wast e Ib/h r 1120 9 1309 4 1438 7 117 6 T289 7 Minimu m Carbo n Fee d Ib/h r 6. 2 6. 2 6. 2 6. 2 Maximu m Stackflo w- Metho d 5&26 A acf m 3782 9 3763 8 3682 9 3743 2 Maximu m Stackflo w- Metho d 0023 A acf m 3765 2 3761 7 3826 5 3784 5 Wast e / Constituen tFee d Parameter s - R M 5/26 A Lo wBt u Liqui d Fee d Ib/h r 190 4 200' 2 202 1 197 6 Hig h Bt u Liqui d Fee d ib/h r 118 4 123 0 122 0 121 1 Specialt yLiqui d Fee d ib/h r 100 5 114 2 114 0 109 6 Bul k Solid s Fee d ib/h r 614 6 751 7 763 2 '709 8 Containerize d Solid s Fee d ib/h r 89 9 86 2 98 7 91 6 Chlorin e Spik e Ib/h r 22 9 22 1 25 5 23 5 Tota l Wast e Ib/h r 1136 6 1297 4 1325 5 1253 2 RM0023 A Lo wBt u Liqui d Fee d Ib/h r 200 0 200 9 206 0 202 3 Hig h Bt u Liqui d Fee d Ib/h r 122 9 122 0 125 9 123 6 Specialt yLiqui d Fee d Ib/h r Ib/h r 113 9

612 9 116 1 118 3 116 1 711 4 Bul k Solid s Fee d Ib/h r Ib/h r 113 9

612 9 709 8

""'92 8 811 4

"'93 3 116 1

711 4 Containerize d Solid s Fee d Ib/h r 90 9 709 8 ""'92 8 811 4

"'93 3 92 3 Chlorin e Spik e lb/fi r 11 2 11 7 12 1 11 7 Tota l Wast e ib/h r 1151 8 1253 3 1367 0 1257 4

1 Calculation s use d t o determin e spik e concentratio n ar e presente d i n Appendi xA

.

3- 2 Februar y201 0

VES01877 7

# MCOM

Tabl e 3- 2 R M 5/26 ASamplin g Parameter s an d Emissio n Result s - Tota l Chloride/P M

R u n Identificatio n R u n 1 R u n 2 R u n 3 Averag e

Ru n Dat e 12/16/0 9 12/17/0 9 12/18/0 9 Star tTim e 11:3 8 9:4 6 9:5 0 Sto p Tim e 12:4 1 10:4 8 10:5 2

Exhaus tGa s Condition s Temperatur e (deg

. F ) 38 6 3 8 7 38 7 3 8 7 Moistur e (volum e % ) 35. 7 36. 2 35. 7 35. 9 Oxyge n (dr yvolum e % ) 12. 7 12. 5 12. 6 12. 6 Carbo n Dioxid e (dr yvolum e % ) 5. 7 5. 9 5. 5 5. 7

Volumetri cFlo wRat e acf m 46,60 3 46,84 7 44,65 3 46,03 4 dscf m 18,84 5 18,64 6 17,70 4 18,39 8

Tota l Chlorin e ppmv , dr y@ 7 % 0 2 29. 2 36. 4 3. 5 23. 0
% o fStandard 3 91.3 % 114 % 10.8 % 71.9 %

Tota l Particulat e Matte r gr/dsc f@ 7 % 0 2 0.002 3 0.002 0 0.004 2 0.002 8
% o fStandard 1 3 18.0 % 15.1 % 31.9 % 21.7 %

* HCl/Cl j Standard = 3 2 ppmv, dr y@ 7% 0 2

" Particulate Matte rEmissio n Standar d = 0.01 3grfdsc

f@ 7% 0 2

3- 3 Februar y201 0

VES01877 8Tabl e 3- 3R M 0023 ASamplin g Parameter s an d Emissio n Result s 

# AECOM

- Dioxi n an d Fura n

Ru n No

. 1 2 3 Averag e Date 16-Dec-0 9 17-D6C-09 18-Dec-09 Star tTim e 13:5 4 12:3 0 11:4 5 Sto p Tim e 16:5 9 15:3 5 14:5 0 Unit s Sampl e Volum e dsc f 137.45 5 131.66 7 131.71 7 133.61 3 Sampl e Volum e m 3 3.8 9 3.7 3 3.7 3 3.7 8 Moistur e Conten t % v/ v 35. 6 36. 4 36. 0 36. 0 0 2Concentratio n % v/ v(dry ) 12.6 0 12.4 0 12.3 0 124 3 C 0 2Concentratio n % v/ v(dry ) 5.6 6 4.8 7 5.5 4 5.3 6 Isokinetic s % 10 0 10 1 9 9 10 0 Stac k Flowrat e dscf m 18,60 1 17,66 5 18,00 2 18,08 9 PCDD/PCD F Parameter s T E F(a ) P 9 ng/m 3 T E Q p g ng/m 3 TE Q p g ng/m 3 T E Q 2,3,7,8-TCD D 1.0 0 18. 8 4.8E-0 3 24. 6 6.6E-0 3 20. 7 5.5E-0 3 1,2,3,7,8-PeCD D 0.5 0 28 9 3.7E-0 2 34 0 4.6E-0 2 31 1 4.2E-0 2 1,2,3,4,7,8-HxCD D 0.1 0 32 0 8.2E-0 3 28 7 7.7E-0 3 28 6 7.7E-0 3 1,2,3,6,7,8-HxCD D 0.1 0 92 4 2.4E-0 2 85 4 2.3E-0 2 90 1 2.4E-0 2 1,2,3,7,8,9-HxCD D 0.1 0 37 8 9.7E-0 3 28 5 j 7.6E-0 3 38 8 1.0E-0 2 1,2^,4,6,7, 8 -HpCD D 0.0 1 2j94 4 7.6E-0 3 2,44 2 I 6.5E-0 3 2,89 5 7.8E-0 3 OCD D 0.00 1 1,24 8 3.2E-0 4 98 7 2. 6 E-0 4 1,18 9 3.2E-0 4 2,3,7,8-TCD F 0.1 0 90. 2 2.3E-0 3 87. 5 2.3E-0 3 90. 4 2.4E-0 3

' 1,2,3,7,8-PeCD F 0.0 5 13 2 1.7E-0 3 11 9 1 6E-0 3 15 1 2.0E-0 3 2,3,4,7,8-PeCD F 0.5 0 60 8 7.8E-0 2 51 0 6.8E-0 2 69 2 9.3E-0 2 1,2,3,4,7,8-HxCD F 0.1 0 28 2 7.2E-0 3 24 2 6.5E-0 3 29 1 7.8E-0 3 l,2,3,6,7,8*HxCD F 0.1 0 36 7 9.4E-0 3 29 2 7.8E-0 3 37 9 1.0E-0 2 2,3,4,6,7,8-HxCD F 0.1 0 86 0 2.2E-0 2 61 5 1.6E-0 2 84 8 2.3E-0 2 1,2,3,7,8,9-HxCD F 0.1 0 96. 5 2.5E-0 3 56. 3 1.5E-0 3 86. 6 2.3E-0 3 1,2,3,4,6,7,8-HpCD F 0.0 1 95 7 2.5E-0 3 73 0 2.0E-0 3 1,00 7I 2.7E-0 3 1,2,3,4,7,8,9-HpCD F 0.0 1 13 2 3.4E-0 4 78. 9 2. 1 E-0 4 13 0 ^ 3.5E-0 4 OCD F 0.00 1 21 0 5.4E-0 5 13 3 3.6E-0 5 20 1 5.4E-0 5 TOTA LTEQ s(ng/m 3 ) = 0.21 8 0.20 4 0.24 1 0.22 1 TOTA LTEQ s(ng/m 3@ 7% 0 2 ) 0.36 3 0.33 2 0.38 8 0.36 1 TOTA LTEQ s(g/s ) 1.9E-0 9 1.7E-0 9 2.0E-0 9 1.9E-0 9 % o fStandar d " = 9 1 % 83 % 97 % 90 %

' U.S.EP A(1989) Toxi cEquivalenc yFacto r

6PCDD/PCD FStandar

d = 0.40 ng/dscm @ 7

% Q >

3- 4 Februar y201 0

VES01877 9

# AECOM

Tabl e 3- 4R M 25 ASamplin g Parameter s an d Emissio n Result s

R u n Identificatio n 1 2

. 3 Averag e

R u n Dat e 16Dec0 9 17Dec0 9 18Dec0 9 Star tTim e 14:0 7 12:5 1 11:4 5 Sto p Tim e 15:0 7 .13:5 1 12:4 5

Exhaus tGa s Condition s Moistur e (volum e % ) 35. 6 36. 4 36. 0 36. 0 Oxyge n (dr yvolum e % ) 12.6 0 12.4 0 12.3 0 12.4 3

Tota l Hydrocarbon s ppm , dr y 0.8 1 0.8 6 0.3 8 0.6 8 ppm , dr yadj.7 % 0 2 1.3 5 1.4 1 0.6 1 1.1 2

3- 5 Februar y201 0

VES01878 0

# 4.0Samplin g an d Analytica l Progra m 

# AECOM

The samplin g activitie s describe d belo wwer e conducte d durin g al l runs

. Al l fiel d activitie s wer e documente d i n accordanc e wit h EP Aaccepte d procedure s an d copie s o fairfiel d dat asheet s ar e include d i n Appendi xB o f thi s report

.

4. 1 Wast e Fee d Strea m Samplin g Procedure s Eac h liqui d wast e fee d materia l fe d durin g th e tes twa s sample d fro m tap s i n th e fee d lines

. Durin g th e testing , agra b sampl e o feac h liqui d wast e fee d materia l wa s collecte d a tth e star to feac h run , a tportchange , an d a t th e completio n o feac h run

. Eac h o fth e thre e gra b sample s tha twer e collecte d wer e composite d s o tha tth e resul ti s asingl e composit e sampl e pe rru n an d analyse s wer e performe d o n thi s composit e sample

. Th e liqui d fee d sample s wer e characterize d fo rash , hea tcontent , an d tota l chlorine

.
Fo rcontainerize d soli d wast e fee d streams , agra b sampl e fro m arandoml yselecte d containe rbein g fe d t o th e incinerato rwa s collecte d usin g apre-cleane d scoo p a tth e star to feac h run , a tportchange , an d a tth e completio n o feac h run

. Eac h o fth e thre e gra b sample s tha twer e collecte d wer e composite d s o tha tth e resul t i s asingl e composit e sampl e pe rru n an d analyse s wer e performe d o n thi s composit e sample

. Th e soli d fee d sample s wer e characterize d fo rash , hea tcontent , an d tota l chlorine

. Sampl e volume s an d containe rsiz e an d typ e ar e summarize d below

.

Sampl e Typ e Analytica l Bottl e Siz e Gra b Bottle s Pe r Paramete r Amoun t Ru n
Liqui d Sample s Cl" , Tota l Chlorin e 500-m LAmbe rGlas s 150-m L 1 Liqui d Sample s Physica l Parameter s 500-m LAmbe rGlas s 150-m L 1

Soli d Sample s Cf , Tota l Chlorin e 1-Lite rAmbe rGlas s 300-m L Soli d Sample s Physica l Parameter s 1-Lite rAmbe rGlas s 300-m L


## . !

4. 2 Stac k

Samplin g Procedure s

Gase sdischarge d fro m th e exhaus tstac k wer e sample d b yAECO M fo rth e followin g parameters ;

•Flu e ga s velocity , flo wrate , temperature , moistur e conten tan d fixe d ga s (0 2an d C0 2 ) composition ; ,

•Particulat e matter , HC I an d Cl 2 ; an d

•PCDDs/PCDFs

.
4.2. 1 Stac k

Samplin g Locatio n
Sampl e tes tport s i n th e circula r48-inc h insid e diamete r(ID ) stac k ar e locate d 65. 5 fee t(16. 4 diameters ) downstrea m o fth e induced-draf tfa n an d 2 6 fee t(6.5 0 diameters ) upstrea m o fth e stac k exi tt o atmosphere

. I n accordanc e wit h EP AMetho d 1 , a12-poin ttravers e wa s performe d durin g testing

. On e tes tpor tleve l wa s use d fo ral l emission s tes tparameters

. Figur e 4- 1 provide s aschemati co fth e stac k showin g th e locatio n o f

4- 1 Februar y201 0

VES01878 1

# MCOM

th e samplin g ports

. Actua l travers e poin tlocation s an d upstream/downstrea m distance s fro m flo w disturbance s ar e show n i n Tabl e 4-1

.

4.2. 2 Velocity , Moistur e an d "Fixe d Ga s Determination s

Ga sstrea m flowrate , moistur e an d fixe d ga s concentratio n wer e determine d concurren twit h th e EP AMetho d 5/26A , an d 0023 Aisokineti csamplin g train

. Ga s strea m velocit ywa s determine d usin g apito ttub e an d oi l manomete ri n accordanc e wit h EP AMetho d 2

. Ga s strea m temperatur e wa s als o determine d a teac h ofth e Metho d 2 travers e point s usin g aTyp e "K " thermocoupl e an d pyrometer

. Ga s strea m moistur e wa s determine d a s specifie d i n EP AMetho d 4concurren twit h th e EP AMetho d 5/26A , an d 0023 Aisokineti c samplin g trains

. I n thi s procedure , th e impinge rcontent s wer e measure d befor e an d afte reac h tes tru n an d
use d i n conjunctio n wit h th e metere d ga s volum e t o determin e th e ga s strea m moistur e content

. Fixe d gase s fo rga s strea m molecula rweigh tdeterminatio n an d constituen toxyge n correctio n wer e determine d usin g th e Veolia' s CEM S fo r0 2 i n accordanc e wit h th e facility' s Q ACEM S pla n an d EP AMetho d 3 A(instrumenta l procedure ) fo rC0 2durin g eac h tes trun

.

4.2. 3Particulat e Matte r(PM) , HC I an d Cl 2 Samplin g fo rPM , HC I an d Cl 2wa s performe d i n accordanc e wit h EP AMetho d 5/26A

. Specifi csamplin g detail s fo rth e Metho d 5/26 Asamplin g trai n ar e a s follows :

•Targe tsamplin g rat e - 0.7 5 cf m

•Sampl e runtime-1-h r

•Numbe ro fsamplin g point s pe rstac k travers e - 6

•Tota l numbe ro fsamplin g point s -1 2

•Numbe ro ffiel d reagen tblan k set s collecte d - 1

4.2. 4PCDDs/PCDF s Metho d 0023 Awa s use d t o sampl e fo ral l targe tPCD D / PCD Fparameters

. Specifi csamplin g detail s fo rth e samplin g trai n ar e a s follows :

•Targe tsamplin g rat e - 0.7 5 cf m

•Sampl e ru n tim e - 3-h r

•Minimu m sampl e volum e require d - 2. 5 dsc m

•Numbe ro fsamplin g point s pe rstac k traverse- 6

•Tota l numbe ro fsamplin g point s -1 2

•Numbe ro ffiel d reagen tblan k set s collecte d - 1

4.2. 5 Continuou s Emissio n Monitorin g AECO M provide d measuremen to fC0 2throughou tal l tes tru n periods

. Thi s paramete rwa s measure d usin g th e procedure s specifie d i n 4 0 CF R 60 , Appendi xA , Metho d 3A

. I n addition , AECO M conducte d three , 1-h r tes trun s fo rTH C durin g th e dioxin s an d furan s tes tconditio n i n accordanc e wit h EP AMetho d 25A

.

4- 2 Februar y201 0

VES01878 2

# AECOM

Veoli aprovide d continuou s emissio n monitorin g fo r0 2durin g al l tes tru n period s i n accordanc e wit h th e facility' s Qualit yAssuranc e Pla n fo rthei rCEMS

.

4 . 3 Analytica l Procedure s

4.3. 1 Analysi s o fWast e fee d Stream s

4.3.1. 1 Chemica l an d Physica l Propertie s o fWast e fee d Stream s
Analyse s t o determin e th e chemica l an d physica l propertie s o fth e wast e fee d material s wer e performe d usin g appropriat e AST M o rEP ASW-84 6 analytica l methods

. Fo ran yanalytica l result s tha twer e "non-detect" , Vz o f th e detectio n limi tfo rtha tparamete rwa s use d i n th e calculatio n o ffee d rates

.

4.3. 2 Analysi s o fStac k Ga s Sample s

4.3.2. 1 Tota l Chloride s (HCI/CI 2 ) i n Stac k Ga s Sample s
Impinge rsample s fro m stac k ga s samplin g wer e analyze d b yio n chromatograph yi n accordanc e wit h EP A Metho d 9056 , 9057 , an d 26A

. NaO H impinge rsample s wer e treate d wit h sodiu m thiosulfat e prio rt o th e fina l analysi s i n orde rt o conver tresidua l hypochlorit e t o chloride , Al l analyse s wer e performe d b yTes tAmeric a Inc , o fKnoxvilleJN

.
4.3.2. 2 Particulat e Matte r(Gravimetri cAnalysis )
Analysi s - Eac h Samplin g trai n wa s prepare d an d analyze d i n accordanc e wit h EP AReferenc e Metho d 5

. Gravimetri canalyse s wil l b e performe d o n sample s collecte d fro m th e Metho d 26 AParticulate/HCI/CI 2train

. Weight s wer e obtaine d o n th e front-hal faceton e rins e an d particulat e filte rusin g aMettle rH3 5 analytica l balance

. Balanc e accurac ywa s checke d b yusin g Clas s"S " standar d weight s befor e an d afte rtar e weighting s an d sampl e determinations

. Al l analyse s wer e performe d b yAECOM' sTS P Laborator yi n Harvard , MA

.
4.3.2. 3 Stac k

Ga s - Analysi s fo rPCDDs/PCDF s

Th e sample s collecte d usin g th e Metho d 0023 Asamplin g trai n wer e analyze d fo rpolychlorinate d dibenzo-p

dioxin s an d polychlorinate d dibenzofuran s (PCDDs/PCDFs)

. Th e analyse s wer e conducte d usin g ahig h resolutio n GC/M S a s pe rEP AMetho d 8290

. Al l analyse s wer e performe d b yVist aAnalytica l Laboratories , Inc

. o fE l Dorad o Hills , CA

.

4- 3 Februar y201 0

VES01878 3Tabl e 4- 1 Travers e Poin tLocation s

STAC KINSID E DIAMETER : 4 8 inche s

SAMPLIN G LOCATIONS : 16. 4 6.5 0 diameter s downstrea m

diameter s upstrea m

MINIMU M NUMBE R O FTRAVERS E POINT S 1 2 A S SPECIFIE D B YEP AMETHO D 1 :

NUMBE R O FTRAVERS E POINT S SAMPLED : 1 2

Travers e Point

Percen to fStac k Diamete r Distanc e i n Inche s Numbe r Fro m Insid e Wal l Fro m Insid e Wal l

1 95. 6 45. 9 2 85. 4 41. 0 3 70. 4 33. 8 4 29. 6 14. 2 5 14. 6 7. 0 6 4. 4 2. 1

4- 4Februar y201 0

VES01878 4

# AECOM

Figur e 4- 1 Uni t4Exhaus tStac k Schemati c

4_g Februar y201 0

VES01878 5

# 5.0Qualit yAssuranc e 

# AECOM

Thi s sectio n present s th e result s o fal l QA/Q C measure s implemente d durin g th e fiel d samplin g progra m an d al l phase s o fsubsequen tanalysis

. Dat agenerate d fo rth e progra m ar e judge d t o b e vali d a s overal l accurac y an d precisio n result s ar e consisten twit h genera l objectives

. Analytica l QA/Q C dat aar e presente d t o suppor t al l sampl e result s use d fo rdeterminin g complianc e wit h performanc e criteri ao remissio n standards

. Throughou tth e overal l program , al l samplin g wa s performe d usin g samplin g protocol s describe d herei n an d approve d b yUSEP Aan d th e Illinoi s Environmenta l Protectio n Agency

.

5. 1 Sampl e Collectio n QA/Q C

5.1. 1 Wast e Fee d Stream s Sample s o fal l wast e fee d stream s wer e collecte d a s designate d i n th e comprehensiv e performanc e tes tplan

. Gra b interval s fo rthes e sample s wer e a s define d i n Sectio n 4. 1 ofthi s report

.

5.1. 2 Stac k

Samplin g QA/Q C Th e stac k

samplin g progra m incorporate d avariet yo fmeasure s t o ensur e tha tsoun d dat awoul d b e obtained

. Al l sample s wer e collecte d atth e stac k samplin g location s a s planne d an d i n accordanc e wit h applicabl e metho d procedures

. On e fiel d blan k fo rth e entir e samplin g even twa s submitte d fo ranalysi s alon g wit h progra m samples

. Samplin g QA/Q C measure s fo rthi s progra m include d calibratio n o fal l applicabl e samplin g equipmen tuse d a s describe d below

. Fiel d equipmen twer e calibrate d accordin g t o EP Aprocedure s specifie d i n EPA-600/4-77

- 027 b (Augus t1977 ) an d 4 0 CF R 60 , Method s 1-5 , a s wel l a s manufacturer' s specifications

.

5.1. 3 Pre-Samptin g Activitie s
Pre-samplin g activitie s include d equipmen tcalibration , sampl e medi apreparation , cleanin g o fsampl e trai n glassware , preparatio n o fcomputer-generate d sampl e label s an d othe rmiscellaneou s tasks

. Eac h o fthes e activitie s ar e describe d o rreference d i n th e followin g subsections

. Othe rpre-samplin g activitie s include d suc h detail s a s tea m meetings , equipmen tpackin g an d shipment , equipmen tsetup , an d finalizatio n o fal l detail s leadin g u p t o th e coordinate d initiatio n o fth e samplin g program

.

5.1. 4Equipmen tCalibratio n

Amos timportan taspec to fpre-samplin g preparation s i s th e inspectio n an d calibratio n o fal l equipmen t planne d t o b e use d fo rth e field effort

. Equipmen ti s inspecte d fo rprope roperatio n an d durabilit yprio rt o calibration

. Calibratio n o fequipmen ti s conducte d i n accordanc e wit h th e procedure s outline d i n th e EP A documen tentitle d "Qualit yAssuranc e Handboo k fo rAi rPollutio n Measuremen tSystems ; Volum e III — Stationar ySourc e Specifi cMethods " (EPA-600/4-77-027b)

. Equipmen tcalibratio n i s performe d i n accordanc e wit h EP Aguideline s and/o rmanufacturer' s recommendations

. Example s o ffiel d equipmen tuse d an d typica l calibratio n requirement s follows :

5- 1 Februar y201 0

VES01878 6

# AECOM

•Prob e nozzle s (Q AHandboo k Sectio n 3.4.2 , pg

. 19 ) - mak e thre e measurement s ofth e nozzl e I D (t o th e neares t0.00 1 in. ) usin g differen tdiameter s wit h amicrometer

. Differenc e betwee n th e hig h an d lo wvalue s shoul d no texcee d 0,00 4in

. Post-tes tchec k - inspec tfo rdamage

. **

•Pito ttube s (Q AHandboo k Sectio n 3.1.2 , pp

. 1-13 ) - measure d fo rappropriat e spacin g an d dimension s o rcalibrat e i n awin d tunnel

. Rejectio n criteri agive n o n th e calibratio n sheet

. Post-tes t chec k - inspec tfo rdamage

.

« Thermocouple s (Q AHandboo k Sectio n 3.4.2 , pp , 15-18 ) - verif yagains tamercury-in-glas s thermomete ra ttw o o rmor e point s includin g th e anticipate d measuremen trange

. Acceptanc e limit s - impinge r±2°F ; DG M ±5.4°F ; stac k ±1. 5 percen to fstac k temperature

.

•Dr yga s meter s (Q AHandboo k Sectio n 3.4.2 , pp

. 1-12 ) - calibrat e agains tawe ttes tmeter

. Acceptanc e criteri a- pretes tY i = Y+ 0.02 ; pos ttes tY= ±0.0 5 Yi

.

•Fiel d baromete r(Q AHandboo k Sectio n 3.4.2 , pp

. 18-19 ) - compar e agains tamercury-in-glas s baromete ro rus e Airpor tStatio n B P an d correc tfo relevation

. Acceptanc e criteri a- ±0.0 2 in

. Hg ; post-tes tchec k

- same

.
Pre-tes tan d post-tes tcalibratio n dat aar e provide d i n Appendi xC

.
5.1. 5 Glasswar e Preparatio n
Sampl e trai n glasswar e an d sampl e container s requir e specialize d pre-cleanin g t o avoi d contaminatio n o fth e sampl e fro m th e collectio n containe ro rdevices

. Cleaning/storag e procedure s tha twer e conducte d fo reac h sampl e trai n glasswar e ar e summarize d below

. Not e tha tal l bottl e cap s ar e fitte d wit h teflo n liner s tha tar e cleane d i n th e sam e manne ra s th e bottle s themselves

. Sampl e container s use d fo rwast e fee d stream s wer e purchase d pre-cleane d an d seale d t o specifie d EP Aprotocols

.

« EP AMetho d 0023 Aglasswar e an d container s (PCDDs/PCDFs ) - was h wit h soa p an d water , rins e thre e time s wit h deionize d (Dl ) water , bak e a t400° C fo r2-hours , rins e thre e time s wit h pesticid e grad e methylen e chloride , rins e thre e time s wit h pesticid e grad e toluen e an d ai rdry

. Ope n end s wer e seale d prio rt o shipmen tt o th e fiel d wit h clea n aluminu m foil

.

•EP AMetho d 26 Aglasswar e an d component s (particulat e matte ran d HCI/CI 2 ) - was h wit h soa p an d water , rins e thre e time s wit h deionize d (Dl ) wate ran d ai rdry

. Ope n end s wer e seale d prio rt o shipmen tt o th e fiel d wit h paraffin

.

•Wast e fee d samplin g glasswar e - sampl e container s wer e purchase d fro m Fishe rScientifi can d ar e certifie d clea n usin g EP Aguidelines

. Acertificat e o fanalysi s wa s attache d t o eac h lot

.

5.1.5. 1 Sampl e Medi aPreparatio n

Al l reagent s wer e checke d i n accordanc e wit h AECOM' sexistin g Q C Progra m t o minimiz e th e probabilit yo f usin g contaminate d solvents

. Thi s include d th e us e o fth e prope rgrad e reagents/solvent s a s specifie d i n th e tes tmethod , selectio n o freagent s fro m th e sam e lo tan d collectio n an d analysi s o fth e appropriat e blanks

. Samplin g medi awa s procure d an d prepare d i n accordanc e wit h th e appropriat e tes tmethod s a s describe d below

.

5- 2 Februar y201 0

VES01878 7

# AECOM

« XA D resi n i s purchase d ne wan d packe d i n speciall ydesigne d sorben ttraps

. Al l glas s cleanin g an d sorben tpackin g procedure s followe d th e protocol s specifie d i n EP AMetho d 0023A

.

« Teflo n filter s use d i n th e Metho d 26 Asamplin g trai n wer e supplie d b yAECOM' sTS P Lab

.

5 . 2 Chain-of-Custod y

Chain-of-custod yprocedure s wer e followe d fo ral l sample s a s follows :

•Eac h isokineti ctrai n wa s set-u p an d recovere d i n aclea n are aadjacen tt o th e incinerators

.

•Sample s wer e collected , seale d an d labele d appropriately

.

•Al l sample s wer e packe d i n bubbl e wra p o rothe rabsorben tmateria l an d place d i n eithe rsampl e cooler s o rappropriat e DO Tshippin g package s (dangerou s good s items)

.

•Al l sample s wer e subsequentl yshippe d vi aPriorit yOvernigh tFedE xservic e t o th e designate d laboratory

.

5 . 3 Anaiytica i QA/Q C

Thi s sectio n provide s adetaile d presentatio n o fQA/Q C result s fro m sampl e analysi s a s reporte d b yth e analytica l laboratory

. Q C protocol s followe d suc h a s calibratio n check s an d additiona l method-require d protocol s ar e describe d i n th e cas e narrative s an d analytica l dat apackage s provide d i n Appendi xD

. Also , unles s note d otherwise , al l holdin g time s an d method-specifi cQ C criteri awer e me tan d reporte d result s mee t al l applicabl e NELA C requirements

.

5.3. 1 Analysi s o fWast e Fee d Stream s

5.3.1. 1 Chemica l an d Physica l Propertie s o fWast e Fee d Stream s
Analyse s t o determin e th e chemica l an d physica l propertie s ofth e wast e fee d material s wer e performe d usin g appropriat e AST M o rEP ASW-84 6 analytica l methods

. QA/Q C requirement s fo rth e determination s o f chemica l an d physica l propertie s o fth e wast e fee d material s ar e summarize d i n Tabl e 5-1

. Al l QA/Q C requirement s wer e met , n o sampl e analyse s wer e rejecte d an d al l dat awer e determine d t o b e valid

.

5.3. 2 Analysi s o fStac k Ga s Sample s

5.3.2. 1 Tota l Chloride s (HCI/CI 2 ) i n Stac k Ga s Sample s

Al l holdin g time s an d Q C criteri awer e me tan d n o sampl e analyse s wer e rejected , an d therefor e al l dat awer e determine d t o b e valid

. QA/Q C requirement s fo rstac k ga s analyse s fo rchlorid e ar e presente d i n Tabl e 5-2

.
5.3.2. 2 Particulat e Matte r(Gravimetri cAnalysis ) Evaluatio n o fresult s o fgravimetri canalysi s o fMetho d 5 sample s wa s base d o n routin e laborator ypractice s an d processin g o fla b blan k an d fiel d blan k

samples

. N o contaminatio n wa s note d i n th e la b aceton e blan k
an d minima l particulat e contaminatio n wa s observe d i n th e fiel d aceton e blan k sample , an d thu s blan k correctio n u p t o th e maximu m allowe d b yth e metho d (0.0 1 mg/g ) wa s performed

. Additiona l Q C measure s

5- 3 Februar y201 0

VES01878 8

# AECOM

followe d b yth e gravimetri clab , suc h a s maintenanc e o fprope rambien tcondition s an d us e o fstandar d weights , ensure d vali d data

.
5.3.2. 3 Stac k

Ga s - Analysi s fo rPCDDs/PCDF s Al l holdin g time s an d Q C criteri awer e me tan d n o sampl e analyse s wer e rejected , an d al l dat awer e determine d t o b e valid

. QA/Q C requirement s fo rthes e analyse s ar e summarize d i n Tabl e 5-3

.

5- 4Februar y201 0

VES01878 9

# AECOM

Tabl e 5- 1 QA/Q C Requirement s fo rChemical/Physica l Propertie s o fWast e Fee d

Qualit yParamete r Targe tCriteri a Metho d Blank s Les stha n 5 % ofsampl e level s Matri xspike s (chlorine ) 80 % to 120 % ofspike d valu e
Duplicat e Analyse s Rang e < 10 % Lab : Contro l Sample s 90%-110 % recovery- As h 98%-102 % recovery- GC V 80%-120 % recovery- Chlorin e

5- 5 Februar y2Q1 0

VES01879 0

# AECOM

Tabl e 5- 2 QA/Q C Requirement s fo rChloride s i n Stac k Ga s

Qualit yParamete r Targe tCriteri a LaboratoryContro l Sample s 90 % -110 % o ftru e value

Matri xspike s 75%-125 % recovery Duplicat e Sample s RP D < o r= 20 % Fiel d Reagen tBlank s Les stha n 5 % ofsampl e level s Metho d Blank s Les stha n 5 % o fsampl e level s RP D = Relativ e Percen tDifferenc e

5- 6 Februar y201 0

VES01879 1Tabl e 5- 3QA/Q C Requirement s fo rPCDD/PCD FAnalyse s o fStac k Ga s Sample s

Qualit yParamete r Targe tCriteri a Interna l standard s Variou s dependin g o n congene r Metho d Blank s N D o r<5% offiel d concentratio n
Ongoin g precisio n an d recovery(OPR ) stud y Variou s dependin g o n congene r

Fiel d Reagen t Blank s N D o r<5% offiel d concentratio n

5- 7Februar y201 0

VES01879 2

# >

VES01879 3

# o 

# AECOM

Appendi xA
FacilityOperatin g Data



# o

o

VES01879 4

# OPERATTN GDAT AAN DFEE DSUMMAR Y

VES01879 5Uni t4Operatin g Paramete r Limit s Se tDurin g December , 200 9 Testin g

Ru n 1 Ru n 2 Ru n 3 Averag e
Max

. Chlorin e Fee d (Lb/hr) 22 6 21 6 245 22 9 (Ave

. o ftestru n ave.'s )
Max

. As h Fee d (Lb/hr) 5694 6775 6862 6444 (Ave

. oftestru n ave.'s )
Min

. Sorben tFee d (Lb/l b CI2) 1.8 9 2.30 2.55 2.2 5 (Ave

. o ftestru n ave.'s )
Min

. Carrie rFlui d Flo w(Gal/l b CI2 ) 2.87 3.42 3.0 1 3.1 0 (Ave , o ftestru n ave.'s )
Max

. Baghous e InletTemp

. (De g F) 40 0 400 400 40 0 (Ave

. o ftestru n ave.'s )
Min

. PC C Temperature (De g F) 1500 1500 1498 1499 (Ave

. o ftestru n ave.'s )
Min

. SC C Temperature (De g F ) 1893 1882 1884 1886 (Ave

. o ftestru n ave.'s )
Max

. Pumpabl e Wast e - PC C (Lb/hr) 3233 323 5 3406 329 1 (Ave

. o fmax

. HRA' sofeac h testrun )
Max

. Pumpabl e Wast e - SC C (Lb/hr) 1143 1164 1220 1176 (Ave

. o fmax

. HRA' sofeac h testrun )
Max

. Tota l Wast e (Lb/hr) 11209 13094 14387 12897 (Ave

. o fmax

. HRA' so

feac h testrun ) %
Min

. Carbo n Fee d (Lb/hr) 6. 2 6. 2 6. 2 6l 2 (Ave

. o ftestru n ave.'s )
Max

. Stackflo w(ACFM ) - Metho d 5 &2 6 3782 9 3763 8 3682 9 37432 (Ave

. ofmax

. HRA' so

feac h testrun )
Max

. Stackflo w(ACFM ) - Metho d 0023A 37652 3761 7 38265 37845 (Ave

. o fmax

. HRA' so

feac h testrun )

VES01879 6Unit* * (PM.HCI/CI2 ) Run# 1 Date : 12/16/09 TestTime : 11:38 t o 12:4 1 Ru n Lengt h (minutes ) - 63 Averag e Therma l Chlorin e As h Feedrat e Loadin g Loadin g Loadin g Wast e Typ e Btu/l b %Chlorin e %As h (Ib/hr ) (MMBtu/h r (Ib/hr

) (Ib/hr

)
PC C Hig h Bt u 9000 1.2 5 1.3

2 1184 10.66 14. 8 •15. 6 PC C Lo wBt u 258 0.1 2 0.27 1904 0.49 2. 3 5. 1 SC C Hig h Bt u 10100 0.1 1 0.1 5 1005 10.1 5 1. 1

. 1.5
Bul k Solid s 200 0.04 80. 8 6146 1.2 3 2. 5 4965. 7 Containerize d Solid s 900 0.02 78. 5 89 9 0.8 1 0. 2 705. 8 (Chlorin e Spike ) 25 89. 8 0. 1 22 9 0.0 1 205. 3 * 0. 2
Total s 11366 23. 3 226 5694 Containerize d Solids : Numbe ro f Tota l Charges Averag e CI 2 Spike Waste Charges Weigh t Pe rHou r Lb/H r Lb/H r Lb/H r
40 118

4 38. 1 112 8 229 899

6. 0 Ib/ch g 89.8 % CI 2 Bul k Solids : Tota l Averag e

Weight Lb/H r 6453 6146

Uni t# 4 (D/F) Runfr l Date : 12/16/0 9 TestTime : 13:54to 16:5 9 Ru n Lengt h (minutes ) •- 185 Averag e Therma l Chlorin e As h Feedrat e Loadin g Loadin g Loadin g Waste Typ e Btu/l b %Chlorin e %As h (lb/hr) (MMBtu/hr ] (Ib/hr ) (Ib/hr

)
PC C Hig h Bt u 8680 0.64 0.67 122 9 10.67 7. 9 8. 2
PC C LowBt u 226 0.1 3 0.26 200 0 0.45 2. 6 5. 2 SC C Hig h Bt u 9390 0.1 2 0.1 6 1139 10.70 1. 4 1. 8
Bul k Solid s 21 5 0.06 72. 5 612 9 1.3 2 3. 7 4443. 8 Containerize d Solid s 900 0.02 69. 9 90 9 0.82 0. 2 635. 2 (Chlorin e Spike ) 2 5 89. 8 0. 1 11 2 0.00 100. 5 ' 0. 1
Total s 1151 8 24. 0 11 6 5094

- Containerize d Solids : Numbe ro f Tota l Charges Averag e CI 2 Spike Waste Charges Weigh t Pe rHou r Lb/H r Lb/H r Lb/H r
11 5 3147 37. 3 102 1 11 2 909 3. 0 ib/ch g 89.8 % CI 2 Bul k Solids : Tota l Averag e

Weigh t Lb/H r
18899 612 9Uni t4Ru n 1

I n c Statio n BurnTim e Rec-Dru m Ib s

4 Shredde d D e c1 6 200 9 12:36P M PT00 1 73 3 4 Au x D e c1 6 200 9 12:35P M 353446- 3 3 3 4 Au x De c1 6 200 9 12:34P M 353446- 3 3 0 4 Au x D e c1 6 200 9 12:33P M 353446- 3 3 0

4 Shredde d D e c1 6 200 9 12:29P M PT00 1 104 2 4 A u x D e c1 6 200 9 12:27P M 353446- 3 2 8 4 A u x D e c1 6 200 9 12:27P M 353446- 3 3 0 4 Au x D e c1 6 200 9 12:26P M 353446- 3 3 0

4 Shredde d D e c1 6 200 9 12:23P M PT00 1 76 3 4 A u x D e c1 6 200 9 12:20P M 353446- 3 3 1 4 A u x D e c1 6 200 9 12:20P M 353446- 3 2 9 4 A u x D e c1 6 200 9 12:19P M 353446- 3 3 0 4 A u x D e c1 6 200 9 12:19P M 353446- 3 3 0 4 A u x D e c1 6 200 9 12:19P M 353446- 3 3 0 4 A u x D e c1 6 200 9 12:18P M 353446- 3 2 9 4 A u x D e c1 6 200 9 12:18P M 353446- 3 2 9

4 Shredde d D e c1 6 200 9 12:16P M PT00 1 72 1 4 A u x D e c1 6 200 9 12:11P M 353446- 3 2 9 4 A u x D e c1 6 200 9 12:10P M 353446- 3 3 0 4 A u x D e c1 6 200 9 12:10P M 353446- 3 3 0 4 Au x D e c1 6 200 9 12:09P M 353446- 3 2 9 4 Au x D e c1 6 200 9 12:09P M 353446- 3 3 0 4 A u x D e c1 6 200 9 12:0 8 P M 353446- 3 2 9 4 A u x De c1 6 200 9 12:08P M 353446- 3 2 9

4 Shredde d D e c1 6 200 9 12:06P M PT00 1 77 9 4 A u x D e c1 6 200 9 12:01P M 353446- 3 2 9 4 A u x D e c1 6 200 9 12:00P M 353446- 3 2 9 4 A u x D e c1 6 200 9 12:00P M 353446- 3 2 9 4 A u x D e c1 6 200 9 11:59A M 353446- 3 2 8 4 A u x D e c1 6 200 9 11:59A M 353446- 3 3 0 4 A u x D e c1 6 200 9 11:59A M 353446- 3 2 9 4 A u x De c1 6 200 9 11:58A M 353446- 3 2 9

4 Shredde d D e c1 6 200 9 11:57A M PT00 1 81 9 4 A u x D e c1 6 200 9 11:51A M 353446- 3 3 0 4 A u x D e c1 6 200 9 11:51A M 353446- 3 2 9 4 A u x D e c1 6 200 9 11:51A M 353446- 3 3 0 4 A u x D e c1 6 200 9 11:50A M 353446- 3 2 9 4 A u x D e c1 6 200 9 11:50A M 353446- 3 3 0 4 A u x D e c1 6 200 9 11:49A M 353446- 3 3 1 4 A u x D e c1 6 200 9 11:49A M 353446- 3 2 9

4 Shredde d D e c1 6 200 9 11:48A M PT00 1 77 9 4 A u x D e c1 6 200 9 11:43A M 353446- 3 2 9

VES01879 8I Uni t4Run l

I n c Statio n BurnTim e Rec-Dru m Ib s 4 A u x De c1 6 200 9 11:42A M 353446- 3 2 9 4 A u x De c1 6 200 9 11:42A M 353446- 3 3 0 4 A u x De c1 6 200 9 11:41A M 353446- 3 3 0 4 A u x De c1 6 200 9 11:41A M 353446- 3 3 0 4 A u x De c1 6 200 9 11:40A M 353446- 3 3 0

4 Shredde d D e c1 6 200 9 11:39A M PT00 1 81 7 To t

4 8 Row s Span : 0 (Hrs ) 5 7(Min ) Uniqu e IDs : 2 763 7 Containers : 4 0 Charge s Charg e Wg t 118 4

Bulk : 8 Charge s Charg e Wg t• 645 3I Uni t4Runf f

I n c Statio n BurnTim e Rec-Dru m Ib s

4 Shredde d De c1 6 200 9 4:57P M PT00 1 87 4 4 Au x De c1 6 200 9 4:55P M 354026- 4 2 7 4 Au x De c1 6 200 9 4:54P M 354026- 4 2 8 4 Au x D e c1 6 200 9 4:54P M 354026- 4 2 7 4 A u x De c1 6 200 9 4:53P M 354026- 4 2 7

4 Shredde d De c1 6 200 9 4:51P M PT00 1 96 0 4 A u x De c1 6 200 9 4:48P M 354026- 4 2 7 4 A u x D e c1 6 200 9 4:47P M 354026- 4 2 8 4 A u x De c1 6 200 9 4:46P M 354026- 4 2 8 4 A u x D e c1 6 200 9 4:46P M 354026- 4 2 7 4 A u x D e c1 6 200 9 4:45P M 354026- 4 2 7 4 A u x De c1 6 200 9 4:44P M 354026- 4 2 7

4 Shredde d De c1 6 200 9 4:43P M PT00 1 77 7 4 A u x D e c1 6 200 9 4:40P M 354026- 4 2 7 4 A u x De c1 6 200 9 4:39P M 354026- 4 2 7 4 A u x De c16.200 9 4:39P M 354026- 4 2 7 4 A u x De c1 6 200 9 4:38P M 354026- 4 3 1 4

. A u x De c1 6 200 9 4:37P M 354026- 4 2 8 4 A u x De c1 6 200 9 4:36P M 354026- 4 2 8

4 Shredde d D e c1 6 200 9 4:35P M PT00 1 77 2 4 A u x D e c1 6 200 9 4:33P M 354026- 4 2 7 4 A u x D e c1 6 200 9 4:31P M 354026- 4 2 8 4 A u x De c1 6 200 9 4:31P M 354026- 4 2 7 4 A u x De c1 6 200 9 4:30P M 354026- 4 2 7 4 A u x D e c1 6 200 9 4:29P M 354026- 4 2 8 4 A u x D e c1 6 200 9 4:28P M 354026- 4 2 6

4 Shredde d De c1 6 200 9 4:27P M PT00 1 83 1 4 A u x De c1 6 200 9 4:24P M 354026- 4 2 8 4 A u x De c1 6 200 9 4:23P M 354026- 4 2 8 4 A u x De c1 6 200 9 4:22P M 354026- 4 2 7 4 A u x De c1 6 200 9 4:21P M 354026- 4 2 8 4 A u x De c1 6 200 9 4:20P M 354026- 4 2 7 4 A u x De c1 6 200 9 4:20P M 354026- 4 2 9

4 Shredde d De c1 6 200 9 4:18P M PT00 1 97 0 4• A u x De c1 6 200 9 4:14P M 354026- 4 2 8 4

. Au x De c1 6 200 9 4:13P M 354026- 4 2 8 4 A u x De c1 6 200 9 4:12P M 354026- 4 2 7 4 A u x De c1 6 200 9 4:12P M 354026- 4 2 7 4 A u x De c1 6 200 9 4:11P M 354026- 4 2 7 4 A u x De c1 6 200 9 4:10P M 354026- 4 2 7

4 Shredde d De c1 6 200 9 4:09P M PT00 1

. 79 5 4 A u x D e c1 6 200 9 4:05P M 354026- 4 2 6

VES01880 0I Uni t4RunT T

I n c Statio n BurnTim e Rec-Dru m Ib s 4 A u x De c1 6 200 9 4:04P M 354026- 4 2 7 4 A u x D e c1 6 200 9 4:03P M 354026- 4 2 7 4 A u x D e c1 6 200 9 4:02P M 354026- 4 2 7 4 A u x De c1 6 200 9 4:02P M 354026- 4 3 1 4 A u x D e c1 6 200 9 4:01P M 354026- 4 2 8

4 Shredde d De c1 6 200 9 4:00P M PT00 1 78 4 4 A u x D e c1 6 200 9 3:52P M 354026- 4 2 6 4 A u x De c1 6 200 9 3:51P M 354026- 4 2 7 4 A u x D e c1 6 200 9 3:51P M 354026- 4 2 7 4 A u x De c1 6 200 9 3:50P M 354026- 4 2 8 4 A u x De c1 6 200 9 3:49P M 354026- 4 2 8

4 Shredde d De c1 6 200 9 3:48P M PT00 1 85 0 4 A u x De c1 6 200 9 3:45P M 354026- 4 2 8

•4 A u x De c1 6 200 9 3:43P M 354026- 4 2 7 4 A u x De c1 6 200 9 3:43P M 354026- 4 2 8 4 A u x De c1 6 200 9 3:42P M 354026- 4 2 7 4 A u x De c1 6 200 9 3:41P M 354026- 4 2 8

4 Shredde d De c1 6 200 9 3:40P M PT00 1 84 8 4 A u x

. De c1 6 200 9 3:37P M 354026- 4 2 8 4 A u x De c1 6 200 9 3:35P M 354026- 4 2 8 4 A u x De c1 6 200 9 3:35P M 354026- 4 2 8 4 A u x De c1 6 200 9 3:34P M 354026- 4 2 7 4 A u x De c1 6 200 9 3:33P M 354026- 4 2 8

4 Shredde d De c1 6 200 9 3:32P M PT00 1 113 6 4 A u x De c1 6 200 9 3:28P M 354026- 4 2 8 4 A u x De c1 6 200 9 3:26P M 354026- 4 2 8 4 A u x De c1 6 200 9 3:26P M 354026- 4 2 7 4 A u x De c1 6 200 9 3:25P M 354026- 4 2 7 4 A u x De c1 6 200 9 3:24P M 354026- 4 2 7

4 Shredde d De c1 6 200 9 3:23P M PT00 1 74 4 4 A u x D e c1 6 200 9 3:18P M 354026- 4 2 7 4 A u x De c1 6 200 9 3:17P M 354026- 4 2 7 4 A u x De c1 6 200 9 3:17P M 354026- 4 2 8 4 A u x D e c1 6 200 9 3:16P M 354026- 4 2 7 4 A u x D e c1 6 200 9 3:15P M 354026- 4 2 7

4 Shredde d De c1 6 200 9 3:14P M PT00 1 85 0 4 A u x D e c1 6 200 9 3:10P M 354026- 4 2 7 4 A u x D e c1 6 200 9 3:09P M 354026- 4 2 7 4 A u x D e c1 6 200 9 3:09P M 354026- 4 2 7 4 A u x D e c1 6 200 9 3:08P M 354026- 4 2 7 4 A u x D e c1 6 200 9 3:07P M 354026- 4 2 8

4 Shredde d De c1 6 200 9 3:06P M PT00 1 100 5

VES01880 1|Unit 4Run l

1 In c Statio n BurnTim e Rec-Dru m Ib s 4 Au x D e c1 6 200 9 3:02P M 354026- 4 2 7 4 Au x D e c1 6 200 9 3:01P M 354026- 4 2 7 4 Au x D e c1 6 200 9 3:00P M 354026- 4 2 7 4 Au x D e c1 6 200 9 2:59P M 354026- 4 2 7 4 A u x D e c1 6 200 9 2:59P M 354026- 4 3 0

4 Shredde d D e c1 6 200 9 2:58P M PT00 1 78 5 4 Au x D e c1 6 200 9 2:52P M 354026- 4 2 7 4 A u x D e c1 6 200 9 2:52P M 354026- 4 2 7 4 A u x D e c1 6 200 9 2:51P M 354026- 4 2 8 4 A u x D e c1 6 200 9 2:50P M 354026- 4 2 7

4 Shredde d D e c1 6 200 9 2:49P M PT00 1 83 0 4 A u x D e c1 6 200 9 2:46P M 354026- 4 2 7 4 A u x D e c1 6 200 9 2:45P M 354026- 4 2 7 4 A u x D e c1 6 200 9 2:43P M 354026- 4 2 7 4 A u x D e c1 6 200 9 2:43P M 354026- 4 2 7 4 A u x D e c1 6 200 9 2:42P M 354026- 4 2 7 4 A u x D e c1 6 200 9 2:41P M 354026- 4 2 7

4 Shredde d D e c1 6 200 9 2:40P M PT00 1 83 5 4 A u x D e c1 6 200 9 2:36P M 354026- 4 2 7 4 A u x D e c1 6 200 9 2:35P M 354026- 4 2 7 4 A u x D e c1 6 200 9 2:35P M 354026- 4 2 7 4 A u x D e c1 6 200 9 2:34P M 354026- 4 2 7 4 A u x D e c1 6 200 9 2:33P M 354026- 4 2 8 4 Au x D e c1 6 200 9 2:32P M 354026- 4 2 8

4 Shredde d D e c1 6 200 9 2:31P M PT00 1 93 2 4 A u x D e c1 6 200 9 2:27P M 354026- 4 2 6 4 A u x D e c1 6 200 9 2:26P M 354026- 4 2 7 4 A u x D e c1 6 200 9 2:25P M 354026- 4 2 7 4 A u x D e c1 6 200 9 2:25P M 354026- 4 2 6 4 A u x D e c1 6 200 9 2:24P M 354026- 4 2 7 4 Au x D e c1 6 200 9 2:23P M 354026- 4 2 8

4 Shredde d D e c1 6 200 9 2:22P M PT00 1 64 0 4 A u x D e c1 6 200 9 2:18P M

. 354026- 4 2 7 4 A u x D e c1 6 200 9 2:17P M .354026- 4 2 7 4 A u x D e c1 6 200 9 2:16P M 354026- 4 2 7 4 A u x D e c1 6 200 9 2:16P M 354026- 4 2 8 4 A u x D e c1 6 200 9 2:15P M 354026- 4 2 7 4 A u x D e c1 6 200 9 2:14P M 354026- 4 2 7

4 Shredde d D e c1 6 200 9 2:13P M PT00 1 109 4 4 A u x D e c1 6 200 9 2:09P M 354026- 4 2 7 4 A u x D e c1 6 200 9 2:08P M 354026- 4 2 7 4 A u x D e c1 6 200 9 2:07P M 354026- 4 2 7 4 Au x D e c1 6 200 9 2:07P M 354026- 4 2 7

VES01880 2Uni t4Runf T

I n c Statio n BurnTim e Rec-Dru m Ib s 4 A u x De c1 6 200 9 2:06P M 354026- 4 2 9 4 A u x De c1 6 200 9 2:05P M 354026- 4 2 7

4 Shredde d De c1 6 200 9 2:04P M PT00 1 81 1 4 A u x De c1 6 200 9 2:00P M 354026- 4 2 8 4 A u x De c1 6 200 9 1:59P M 354026- 4 2 7 4 A u x De c1 6 200 9 1:58P M 354026- 4 2 7 4 A u x De c1 6 200 9 1:58P M 354026- 4 2 7 4 A u x De c1 6 200 9 1:57P M 354026- 4 2 7 4 A u x D e c1 6 200 9 1:56P M 354026- 4 2 7

4 Shredde d D e c1 6 200 9 1:55P M PT00 1 77 6 T o t 13 7Row s Span : 3(Hrs ) 2 (Min ) Uniqu e IDs : 2 2204 6 Containers : 11 5 Charge s Charg e Wg t 314 7

Bulk : 2 2 Charge s Charg e Wg t 1889 9

# I Unit4Ru n 1 :'v'.<.TIme'Stamp' i Lb/H r Lb/Ft 3 :sd a Dag FIn , W C GP M ;Cim8sfutfY^.(8vij$| : Deg FDe g F iBjC"Gi^eBi^tecgjr^pl | ACF M ] % I % I T t :|^02Dryv,|X1l "

Lb/H r Lb/H r |:-X22*Vei | Lb/H rPP M p{|^2jWe1glttfep^Dnfee6rr 1 12/16/0 9 11:3 9 AM ! 12/16/0 9 ii:4b~AM] 12/16/0 9 11:4 1 AM] " " " J2/i6/09'll742Aftli 3 12/16/O M 1:4

3 AMi ' "12/V6/0911:44am ; 12/16/0 9 11:4 5 AM ; J2;i67o91i:46AmT"' '

" 12/16/09 " 11:4

7AM;' " I2/1S0 9 11:48AM " J2rtab9W49A»*"' " J2716/0 9 i'i-s b am; " 12/16/0 9 ' i iTsTam: " 12/16/0 9 11:5 2 AM : "12/16/0 9 iij53"AM T ' "12jeW£l:8«2S*' ~ " 12/16/0 9 'llTS5AMr ~

" 1 z/ i 6/6 9 i'iTs b amT" " '"_ ~'12 /1 6?09 J 1j5f_AMj_

' "Wiim 11:5 8 am ; 7i27i¥/b9Ti:59AM j j z/ie/b?i2:o

b pm , 12/16/09J2:6rPMT~ "

' " 12/16/0

9 J2702PM) ' "liriewi , izoa'pft"" ' 12/16/0 9 12:0 4PM , J 2/16/0 9 "12:0 6 PM l 12/16/0912jb6j>MT" J2716/09 12:0

7PM j~_
" 12716/09" 12:08>M p

" "l'2/L67b|"l2:0

9 PMi"" " ' "

' 12/16/69J2:l b PM]"" " T2/16/0 9 12~il"PM |

" i2p591SK12PiiB' ~
" 12/16/09 l"i. : 1 3 PM~ "

" 12/16/b9J2:14PM ; "12/16/0 9 12:1 5 PMi" ~ " '•2 >

" 7.2

7~. 2 "j.2 r fi ? 7.2 ; 7. 2 "

.. . 65.1 !

65.4! ' _65.b ' 65.3| " ""BS."*' " "6S.lT ' 65.i !
"isTH* "esTif " 440.7 j "443J ; '446.0} " "w^ r ~~446.'4 ; ^44215; " 43773 7

-4327s! " 431.3 ! 43T2T "

12/16/0912:1 6 PM;

_ " 12716ffl

9 12-1 7PM? 12y"6709"l2:18PM r

' " 12/16/0

9 12:1 9 PM;"~
" 12/16/0

9 12:2 0 PM i ~i27Ji«69jEri ' pm' i " ""''12/16/0

9 12:2 2 PM l "

' " 12/16/0

9 12:2 3 PMl '

~ 127l6/69"l2:25_PM r "l2/16/09j2:2 7PM!

_ """12/16/0

9 125 b PM

j

" " 12/ 1 S/b'Ci"2:2

9 PM | ' .14

.

7.2 : "tT Z" " "7.2 : "75:''

" i~s$~

"7.2! " 7.2 : " 7.2 ! IZ "iz" 7.2 7 '

" 7.2 T 75 r

7 "i;

_ 

### "l? L
J72 L ' 7.2 : 7.2T " 7.2 " '7.2;' 7.2:' ~Tz~ -yj r "7.2; " "j "2i " 7.2. "

. 7. "7A2

!" 7.2

.
" iz " j z "7.2[

_ ~75 ; 7.2| " "Ti:" ' "7.2 T 65.1 ;

"66. j L J35.2 ? 5 -?' ~ '65i 7 ""64if " 65.0j" ' 65.0 "66"!b r 65.l i "eszC 65.3 j' 65.67 " "85l« ~ l?P.2 i esTS f "657ij " 65.V' 65.2 L "65.2 ;
65.3 ; "es.$ ~_B5ZT~ '65.2- i 65.2 j "~esz" ~B5."l]~'
65.5 " "Ssis T 65:5 ; "'65.5' " 65.4 :

65.4 ] ' 65.4 !

_ "65 4 _43j.a

_ "431: 2

_ ~430.B

_ ""429:b ; 42b7'6 f ~430.B T

" 432.2 ; " "434.2 L 436. 2 "

" 438.4 ; ~437Si~ "436ij

_ 4373! "

" 437.8]] ] 438.7 " "4397?; " 446:6! "

~ mSS T 43673! " ""432.2' " 430]i[ " ""42974~ 429. 1 428.3; " 427.6 : 42773! "

" Sibi l 2 .430.0;"" 432J5 T 435.6 " 438.8 ! "440761 *

' 43972: "437 S " "435.8j "

' 435.5! " "'435.2 7 6.3

f i " 'JaT' 7"4 ! " 7.4 ; J6.7 ; 6. 2 7.0' t ~JZ 7.3 " ~~i.iT i'A

6 -l !

7/if 7. 2

" 7. 6 • " 'fS.'f s.b ' 5.6 -
' 5.8 : '5jS : 5.9 ; "6:4 r V .2

. ~7'27" 

## :JK jr.3 | 6.2;" " 6.0; '

" 5>i "

5
- 7

. . 5.7 ^ S79f " 6j2! " ~~iz' 7.2; " "7.3 "

' ixr
^ 6.4; "

J4- 7.0 ] "7.0 f '~sW I T 5^6 1 "5.8 T 9.3

- """8>7 "

12.3: " s b "T65; " "To.4" : 2 "10.9 : 

## Z 9 

## &! 8.5 ]
"10.5: 9. 8
9.5 ;

"" " 9.0 : 9:0

. " '9.6

. "io.« " 12.3 7 "jioj " 9.0 T

' 5.0 " "lo'.b; " 9-8 ;

' 9.7

. " "9^i

_ il "2

. ':2.8 ' "10.8"! ' 10. 7 9.9 , 10.2 ; "bb l "10.0 ' ""10.0 "

" 9. 8 "b.'a "

' 9. 5

' "'s.f t :~3.T " 0. 4 I O i: ' 9.8

:
"1I. I 10.47

. 12.0 127 7 _1496.0

j 150972; "i5ii!o f isii;9:

_ "1481.3 : "1450.5;" ' T435. 3 "145 1 3 1479.7 "iefoT C 191A6 S

"1911.4 ; "39p4.6 r

" 1898.2" 1884.6 7 '1876:6 ! '1877.3 ) '18S2.1:'' "1917.6

. '1935.2 1 1523.3 ! 1525:5 ! 1927.5j

_ "1909.5 ! 37946/4 ;

' 38506.4] " TifSSM f

' 37211.0i "3736Z7'! " 37"338;e f '38020.5j' "38586".9! " ""Womb; " "366S1.bT" 36649.""! "
1527.5 : isifs f jsoTej' ' 1501 if "

" jsb'sjil f

" 1S13.4 ! ' "isi&e T

' 15211; " "l523.l! " "l'5057'5 t

" 1473.8] " ~1443.8 r i"28.2 ;

' 1441.6 ! "1457. 9

" 1486.3 ' jsiii] ' \5ZS.Z.' ~lsa8Tet" _1538j r '530.2 7 ~JSPJ5< ""1520.5. " 

### ^1503 ^1 "

" 1487.9: " 1466.3 ""'H63.4 T "1491.27 "1505.'7 1898.9;

_

"1894]3 !
i«55i " 36807.4 ;

"3676471; "

1888.4 ] TsMj) ! '"ibopi '

' 190479| '"i'bbbTb ;

" 19M J "1904.4 ] ~1897".6 T jsssu f 1891.9 ]

" 1898.4 ]

1504.0 ; 14'6.C " T477.3!" ' "146972 " J469.4!" "
1467.0T" 1920.0

- J . 820
- 7 i

" 1907.1j " "l893:b r J883.3 T 1875:3! " "l865.4; 2 ""l854]9i "iBS/'i f

" 1865.6 !
"l913.4f " "192677! l¥2773; ~ "l9T7.* " I905.9]" "l897Tl j' 1889:2!_ ] "188278 ] 38486.2 : "3840 3 t

3743 2 1 "37185. 5 '3753573;"

_ "38947.B"j" "'38011.4!" " 37593.'5, "37504.6"'"" ' jj7262.57

_ 38114 ? "38388.8; " 37528.5 '37573.97 "
""37390.21" " "38957.4 ] " 38741.9

. " ]_38269]5l ' _38272.6;

_ 38308.9; " "'3847272 ; ~_ "J59J25.4 7 380345 r

" 3771776; ' 37310.5 37336.6'

' "384"63.8 ;" "3868776

' "37322797" " "37274.0 - "37289.4] " 8.4!

_ "8.4! "jJ.4i "

' 8]3 f "8.3 T .e:3 i 8.3 ]
"b ]3] " 8.3]"" ji;!" ' 8. 3 "8.3T " ""8.3 ;

8. 3

' 8.3! '
"b ^ r "8.3]" "ia ' 4? i "8.3 f

" "ai i ~_».3r
•8.3 !

" "8.3 i "

.:m : 8.3 ! "8]3 j

" JL3J " 873;" " "8.3" ~ 12j6 | ~12.5

. «]« " 199

3 1990"

. "1986 12.9i ~l43T "isis ' ""12.7]" ' "li '.'s ' "i'i.S " iJ"° T

' 13.2 ! j3i [ 13.1;' Ts'W 12.6]' 19J7

.

"1986

. "Tb S J98 2 .1996

. ZOOS. 2005

. "Yob s "2001

. 1997 , ""jb'bj" ; J996

. 199 4.f t1126.5 ; 5' L " " "'1123.9] " .1 ] 1lfs74l ~ :z'"""_1118".'8r .47" ' " 112174; 1127.47 " 1112.8 ;

12.4 ; ~12]4<" "l2.4j" ' "izsf 127] ] 13]p ]
"13.7; 12.7T " ..ma : 12.0 : "l2.0 i "12] 2 ' "1Z4"'" " "13.5" "
12.8 ; _13.5 i 1377"] ' 1990

. 199 0 J982

. 1983 ; J993

. 2001 ] "l997

. "'2OO6

. "2045

. J04 4

" 2026 : 2016

. 2005 ] "2bi67 "2014 7 "2006

. "2065 : ""2OO5 : 2611 : "ion " 1120.9

J JllS.b f 111576 ] _"ffi47sT

~ .8" J '111775]" "

. 4 ~1«8.l 1 s iii67?f_' 3 nob;* : .'i l ~_~iiib73 : " t" "111073;" ' 1110.3 ; li'mbt " 1113.2 ; jilf.bi " 1118.8|

_ 112272 ; " "j123j f 1123.9; " "Hib '.g! " ii'29.1; " 3127:4 " 1130.3

1 "

37384.2 ! 39184.5 1453.1i

_ "143b: * 1408.6 ' 1872.3 : _1861.4L I8SO.4 : 38505.0 ! ""37837.5] " 38176.6 _8J5;

'

_8.9; " 97l j '

" '9.1 ? " "ITl T ;;"97i : J3Z_ ]

_97z] ~ 3 t±"

" 9^2]' " ~9.1 T '97l] " 13.4 !

j 374- 7 "114 !
11.7 ! T p i " '
12.9 ] "12.B " "iSTb:'! ' i?- C 13.8!" ' 9. 1 i 9.1 ! 13.8

J ~1375 f 2001 "2006 , "2059, "200 1 "J959

. 1950

. '•'195 0 1944 ] 195 0 "1993 ] 1992

. ~7zpbi 7 "2015"

. woo !

ri'55'4

. 1127.4

; '1129:5 : "li28.6 r TiibTiff " ""ii23.ii " _l"l23.5 r '_il22.6f '

" 1122^6! " "ll'25.6! " 1l"27.4 r ji20".5 [ iii'M " '1120.1 -
" l 125.6; " J124]8[ ~ 112174!" " j'iibj T ] j "H7]9;

_

. 1 iSBTs ; 1229.3 !

"i23i7br " '1227.8 : J228.b r 1226 ]9 r 1237

. iT " "1285.0;" " 1288] *" 1251.3 ! 1226:4 7 "12074" " 1192.2 ] ]ia5i.5L " 1224.9!

_ 12647b! " "1235.27 " 1215. &

" iioi'.bi ^ "1210.7 1 "122574, " 1208.3! " 1274. 7' 1260.6. " "i237.i f

" 1294.3'" " "i23p r 1216.6 ] j'i95.6;]]

_ iibwi ] "'1235.7" " J 218.6! " ' i" 2 i87i ] jTzf.S" ' 1208.3;' " 1222.5 : J223.br ' 120678; " "i"252".3 !" "

' 1327.5 ; ' 1247.4, ' j'mai ' j22b.br '

" 1218767

" '"il97.6i " "II83.4] ' ~12i"576 p "liiab! " "•Kzajl" "1270.3 ] 1^8

8 '"3.0 7 "23 0 "272 8 ""2.6 1 3]b 6 "5.0 8 "4.8 0 3.6 5 "3",4 4 1.1 6 272 9 ~3.3 4 3.' ^ T.2 1 j.'b i 2.5 8 3.4 8 "2.98 "2.7 1 ]3.38 4^4 0 1.3 8 ~b.e i "j575 3 3.2 4 "2.2 7 ~4.1 4 4.0 7 "S79 2 "3.7 6 "1.9 7 ]]l]95 _3.9" 6 3.9 2 "li b ""2.0 1

' bTS e 1.6 4 4.4 2 "i' l 6 "2,7 4 "T.76 i7e s "3.3 9 ]j78 3 3.4 5 "373 8
O ; 1_684.6 i •.«:_ ] " 59372!

" •1175.6 ! "1026.6 7 J.0 5

' o7o e "o. r 0 8

VES01880 4Unit4Run l Lb/H r Lb/R 3 D e 9 F In

. W C GP M Deg F ACF M Lb/H r Lb/H r PP M gMgim#Sta"rhp*¥|E ' 'Carhl-lnpjFjb w 'Llm¥jSBryiDenslty

j B/frDRLo w @2"/Wl|0gD a X-12-Weigh t 'COiDj^eoir l 12/16/0 9 12:3 0 PMj 7.2 ; 65. 3 433.4 5.6 ! 12/16/0 9 12:31 PM

j " " " 7.2 ' 431.6 5. 6

' 12/16/09 1 2:3

2 PM f 7'.2j " " 65.4 : "431.5

: b~7,'

' 'T2/16/b9l2:33'PM'!"'" " "7.2." " " 65.5*"" " "' " 434: 5 —slaj " "litmffB APMj " _7,2 j 65.5

j 436.0; " 5.7 ! "'12/16/09' 12:3

5 PMI 7.2 ! 65. 5 "434.1 ; '"" ' 5.8

. "

' '12716/0912:38 PM ! 6576! ' 426:6: ' 5.8 ; 12/16/0 9 12:3 7P M , 65.6"" " 422.6 ' 5.S, ' " "12/16/09'IMS"TM ; 7.2 : 

# V" 65> : 417.2 ] 5.9!" "

' '12/16/0 9 12:3 9 PM i 7.2 ; 6579] ' 413.1

. 12/16/69 ~nMPiiY~ ~ "7.2!" " 657;" " 410.0 6.0 - 12716/0 9 12:41 PM'

. 7.2 65.6 1 408.6 6.4i " " Average i 1 65.3 | " r 12.6:

_ l l S 113.' "13.2 : 1422.3 ;

16.2: 15.4 ; ' "14.7;" "" "14.5' "14:6 ' 14. 2 ] ] '13. 8 14.0

. " l'0.8j " 1454.2

- 1480.6, " j5'62.4j' " "l5~16.7j" ~1525]3 f 3529:1 : 1525.6' "

' 1528.3 " ''1519.8;]] '"1511.7 } "15163 ' 1852.7 ; 38082.6 : 9. 1

1876.4 ] 37958. 4 "9.'l i 1907.9 ! 37731.2: '

. 9.1 1 "1927.5 ] "37555.6?"" " 9.6

, 1930.2[ " " 37602.0:"" " T o " 1924.9 ; 37792.4 ; 9.ffi 1914.5 37842.5 ! 9.6

; "1903.5 ! "38i2i7o ; ""' " " 879

. 'l894]5! ' "3789679;" " ' ' 879! " " '188579: ~"i~s' 1873.6] ' 37611.6 : " 8. F 1866.8 37715.5' "'8.9 ; " " 1 11.0] "
"l2.3j]] '12.3! 12.8 !

'"?-': ' 13.3 , 13.0, ' 'l3.6j ' 13.3 : 12.9' " "12.71 " __1749J>

^ 1768.5 ] 1557.0

. "150474]" ""1502.9 ]

' i so i s 7

_150571! " "1508.4 ] 1496.7.' '"1495.2! " "'1505.9!' " ""15077 7 "1964.6[" 695.3 !

" ' 595.3 r 597.9
597.0:' "

" 698.7 595. 3 586.3

" 588.5]i "

" " 585.0 58573 ' "58373 " 1064.61 " 1010.5

! 1002. 2 "YodB'Tsi" "10113 2 

### 7 "99474 ! ""978.8] "
" " 9887b ] ~iwe.e T "1052.5: " 1064.2;' " ""ibosTb! " 1020.3; ' "118474! 1.4

5 "3:'6 9 "2.6 6 J.6 9 18 5 "379 8 "iM

" 2.61 "4763 "iM "675 8 "b:"3 6

VES01880 5Sig'fflnielSlamp:^|jC a Unit 4 Run l 12/16/0 9

" wH&wi

" "12/16/0

9 12/16709 "

' '2/16/0 9 12?i"676" 9 "1271676 9

" i 2/16/0 9 32/16/0 9 12/16/0 9 "12/16/0 9 "'12/16/0 9 "12/16/0 9

" J 2/16/0 9 12/16/0 9 '"~12/i'6/0

9

" J 2/16/09"

" 1 #16/09 "i|/i"670 9 "'12/Tb/0

~ '""12/76/6

9 "12/16/09'

" 12/16/0

9 7j2/i6/09 ' 12/16/0 9 12/16/0 9 '""12716/0

9 12/16/0 9 12/16/6 9 J2/18/09

" ' 12/16/0 9 """12/1B/6

9 12/16/0 9

" '2/16/0 9 "12716/09 " "12/16/0 9 '12/16/0 9 12/16/0 9

'" "12/16709

" "'T2/j6"/6' 9 J 2/16/0 9 J 2/16/0 9 _12/f6/0 9 "12/16/0 9 7712/16/06

' "12/16/0 9 ""12/16/09 772/16/09

' 12/16/69 " 12/16/0 9 12/16/6 9 "'"12/1676 9 "2^16709" 12/16/09 " Lb/H r
1:5 5 PM : 1:56PMj " jSfp'MI ' 1:58>M:' " 159'PM]" ' "2:0 0 PM] " 2:01 PM1
- 2-62PMT

" 2r63"PMl"' 2:04]"PMf" 2:0 5 PMi " 2:M[PM r " 2:0 7PM : " 2:0 8 PM! " 2:0 9 PM' " 2:1'6PM7 " 2:77pm? " 2:1 2 PM; " "21 s pTS" 2T14PM ] * 2:1 5 PMj 2:1 6 PMi " 2:1 7PMl " 2:1 8 PM!]] 2:'i~9PM' : 2;20"PM i " 22 1 PM!" ' 2:2 2 PM:' " "2:2 3 PM )
2:2 5 PM ; 226PM i

_ 2:27"PM T 2728"TM':] ] 22 9 PM ' 2:30'PM[ "'"3 1 P M " 2:3 2 P M 2:3 3 PM ' 2:3 4PM? " iSjTPMf " 2.36 PM , 2:3 7PM' " M8"PM r 2:3 9 PM] 2":40"PM] " 2:41PM! " 2:'42~PM7" 2:"43'PM'' " 2:'44"p"mV

" 2:4 5 PM" 2:4 6 PM]' '2:4 7P M " "irirpM 1 " " Lb/Ft 3 Deg

F

6.2 : 6.2 "6'."2; " ""6.2/" " '6. 2 6 ! 2 : 6.2 ' "bit' " "'6,'2 r 6"2]"' 872" Oi ?

' 672! " 6.2 r 'SS ]_6!2] " 6.2 " "672 " "bTz ? 6.2 6.2 " "6.2]' " "6.2: 7 6.2;

" 6.2" 6. 2 6.2 " 6.2, ' " "6.'2'" " "6]2; " "e.2! ' '"6.2;" " 6. 2 "67 2 " 6.2"

. ]

_ 6. 2 67'2]_ ' 6.2 "6.2. " "Slf " "6.27 " 6.2 i "eTa r "e£~_ ~sz 672: " "Si : 6.2 i "6]2! " "6.2 ] "bi? "
'6:2' " 66.7 !

"66777" "66.77] ] 6676 ] "66.'5; " 66'. 6 "66.5: " "esTs T 6675 ? "66.47 " 66.4 !

" 66.5 ] ' "667 6 66.7 : "67. 2 "6776:" " "6776]"' jeJeT 66.8 / Js~~.b'i_ 66.6;

_ "66.7 ; "66]6! " "66.6:" ' "66.5; " 66. 5 ' [[66.6 7 _66.6

_ 667 ! 66. 8 66. 9 "67.61 " 66.9 7 66. 6 '66. 6 "66.8. " "66.87 "66.8: " 66.7 ] '6676! : 66. 7' 66. 6 "6677 7 '66.7]" "6678: " "67.6] [67. 1 67.7' "6771 ! [66.9 : 6678 : "6678- ' "~6'67 [ "66.8 1 _443.0;

444.0 ! 445.9

. 447.2[ ] "_446".2 j 442.6| " '437.3! " 432!2 j'" " 42878/ " " "427.9

. ]]

] " 42877 ] 77 ? ]'_43'076 i J ^ jygg — 433747 "

. " 43279! " "431.9;""]]]]]

]

- 4 3fjej
-J

'""] 43278

] '"" ' "435 7 6.0

; 5.8 ! 5.6

. "?."7: " "

' S7] ] ] j>7 i

" 577" J 7 p 5.8. : "579! " •57^ " Deg F

6.0 : 676 : "eCtf l 6!6| " "si] "

438.41 "

Sl-iV

. _. . 439.4'"" "

438.5!""" " 33675]'" ' 434.9!""" ""434!2|]] ] "434.3 : "434.7 7 ]]]4357i ! " " "_434.3T " 43273]" " ~43b.4! ~ '430.3 : 4312? " '"43176 ! "^431.4;]]]

] "43i:i|

_ '4367b ! ~ '431. 1 ' 4319]'] ]

" 433.2 : " "«jf "

" 434.0;J_

' "_]433:z i 43274 ] "

_ " 43176! "

_ "4322/

_ "433.8 ! "43575 ! 6.6 ; j y T 7. 1

' 7.2 " f i ] 6.2 ]

" 6-? L 6.6 ; '676! "

' 6.7 " ["6.8; " 6.8 } ""6]3? "5.7 j s7s i ~

" 436.5 436.4 !

" 4384 ] ""J437.5 S

" 439.3 7

" ' 446.8 ? 5.6

1

' 5.6]' "57 i [5}7 j ' "5.6" ' "53! "

' "5.9; "6.1: " "6.77 "

' 7.3 ]/]3 7 l a : 6.5 ; X l ? 5.6"!" "5777 " 5.8! " "577;''

" 6.1 : j s r "_7.o i
, 7 _j..

. 12.8

"12.8 " ' 137 8 " jb.eil " "l47 ; " "i4."b"

_ "7'4.0; 13.92 ]

' 14:i

. " 13'. 8 '13.4 " "13.2" ' "ibTz " "1373' " ' ISU-" " '!3'.3 ' " "1373"" "

' 13737" ] 13.2 J3.1] " 13.3 " " "ibb - ' 13.S "13. 7" "i37 : " " 13.8 - "13.5 " 1 3 8 " ' 13.8 " "l'376

. '13.2 '

" 13.3 r " "13.'1T "

" 13.6: 13.9 13 b

' 13.8 " 13.4: " 13.5

. " j'3.4] ' 13.4

. " J3. 5 " 13.6 T _13]2r .13. 2 "13:4;"' " 13. 8 "13.'5. " J37S' " 1274 ; 'i?]6 : 12.3 ; 12. 6 De

g F
1542.7 1 J54574" " 1550. 4 j5497i] "

" 1531.0 "

" 150678"] 1484/ 1 ""148072." ~i *»i5 r ]i487".2 r 1491. 9 ] 1501767"
147373 7 1462:5; " ""146078"

' """l'4667Ti" "1472.3; "

' 148i']0! " 'i4897eT" "149872 : " 1495:2' " i'4927': ' "149673!' " 1497:1 " 1509.7 " '618.9

. isiziT " 'i5ii.5

. 1523.4

. "1529]7 : 1528.9

. "151475 ! "149973 ? 1'494.3

T " j49978;' ilba®' " 1516.1 ] "152378;' " 1568.2

. "i'494.5 " vwb.a " J47679:]

] 1475.6 2 "i4ai:7 : "'1485.9," ' "1496.9; " '1504.4" " 1499.8 ! "149475

1 " "1488.8 7" ""1479.1; " ]]i"476. 0 1463767 ' ACF M

Stack-Flo w 1931.0 ; ""193972! " 1934.1

. 1921.4 " 189477" " T868.i r jf856'.'6] " 1866.17 " "1895^; " 1911. 7 1920.5 " 1919.8

" T90474! 1879.7

" 186578

. "'1869747 ' "l'695.i ; " 192673]] ] 192272! ' 1912.3 189470 ! 1881.5

. T87876 ] ' 18777' 1887.2, "1907.37" 192371]"

" 1915.4 ' " 189776] " "188974! "

' '1879.3!' " 1872.7] " 187031 " ?187i,8 r 1876.7 ! TmKt T 1'964.6 i]

_ '19-13.7 ] "191179! " "190*3,8:*" iiii.B 188577 ]

" l'884.4i " "1887.7" • 3889?9i " 189677'; " 1894.7 : J895.'6 f 189370;"' "1888.17 ' 1879.S

: "l87!5]3l ~ "1877.5 ? 38592.0 :

" 381"537'9

] "3787073;' "3780SVi r "37968.8| ' "38180.4! " "38127.2? " "37930.91" ' 37746731 " 37764.0

. ' '"37452751"' 37369. 0 37555. 5

' 37503:4; "

" 37564:9'

' "3751417 ' "J37731.4! " 38265]6r " [36951.7 ! ' 3685976; " 3698371 " 36938.2 ; ' 37"933"7 : " "37913. 0 3686975 ' "36781.6 7' ""36555.3 ! " ' 36730:2

. "36856:37' 37675. 7 38492.6 ]

" 3721V.5 ; ' "37412.3 7 ?3738475 ! 3733572" ' "37224.'2r

' "37679.3

" 73712275:

" 37627.8 ] ' ?37oa'6.f; " 36896.9] " "369l"475 h " 36977.1 ? "3694670; " 737949.8T

" 37899.8

. "'"3707776

: [37047?1i' 36962. 8 "'37086.9?' 38508.2 ; "37712.9) ' "372797^" ! "3727374'" Q2'Wet: | : ;02'Dry-1 Xi LWeiiiht

8.1 ! 8.1 ;
' 8.1 , 8.1] 8-1 ! " "876j ~ 8.0 ]

_ "8.bi

_ ~87i 7 "8.0" ' "8]b r "bj i "e.bf " b.b

. 776' Lb/H r

_7.9 i 870]" " ~aW "77b :

" 8.0! "

' "876' " "8.6! " 3.0 ' "a.o; " 7. 9 "7.9" l 7 i ? " f.gT " " m : 7.9. ' 39: " 7:9'" 7!9 : "~7W "7^ 7 "Tffi "7.9:2 JS '"7.9 ] 7.9! " -7-9!- - 7. 9 "7.87 " 7778! " 7.9

. ""7.9 ; 7.9 ; "7.9; " ]7

: ? 7 7.9!

_ "7^ i 11.4

; "1277 " 12.0

. "i3'."3" 2 ?14."i T '1476; " 'if72i " "l1?6f " "lib? " ~izi ~ _12.2T " J2.7 I ' 14.0" " "13767 "
13.2: "
"11.1 ! J986.1 ;

1992.7 : "I98775 r J 996.3; "

' 2002.9? '

" "1993.4; 71996.7! ' 1997:41 " 'zbMZr "200975 ? "26657 1 i " Lb/H r fX2&Wai fl hlH:Xl2!jWaaht !

12.1 ! 12.8 ] "izb' r . l j ^uuo.^ ;

12.9 : "ip " 12.7T ' ""is" 11.6

. 11. 4 12.-1 ? JSJ&~ i3.07 " 12.4 ; 2l2?9 ! ibb; ?
12.7 7 ~i27e

r

" 121]" "iii]' " "iloj " "12.1! " 13.4" 13.1 ; 213/11 " 128? " "TZZ" ' 

## :MC 12.6 ; "I27l : ~ "124] " "12.9! " 12 9 "JpT " 2 i 3.2T " _.i2]s! " 1179?" 2006.2.!^

"26697 2 ' 1998."5 i ' "199475! " "199673? " ~2qob74] " 200672 7

" 2004. 4 "266"8".'4 7 "1998?9 ; 2605.5 ' 2602."2

. " 1990.5 7i989."6r " 1991.9 "imif " 3998.5: "

" 1994.9 ' 1985.37 " 'i'bb'ii? ' "i9B"9:4 r "i975'.5; ' "1972.2:" ' "i966'.3

. "'1_993.0' " 72015.817

" 2661. 5 "2b"06.6 r " 399572 ; 1992.37 " "1994.9] " "mow! " "202277" " 72033^ " 20337: " "2"6'33.b 7 "2035.2: " 2045.4 ;
" 2036.6! " "2006.6; ' J i 990.1?' 399673! " 2006.6? 1138.5 ;

""11427 ] ' '"ij'4T.9!" " 71)40727

" 1145.3

. 1140.6 "1138.5 " ]]"ii'41.5; ' 7ii"37:6" " 1144.6: ' [1144.4' 1137. 2 "ii297j ] "li32'.l" "

" 11337 8 " 'Ti3'2.9 , "ii4i7s; " "iiSS " ""1137:2 ] 1135. 9 "7133.3? " "7i34.2 r " "i'i4'0.6: " 7l1297l ! 1734.6 ? 1141. 9 "113875,' " _1i4s73! ' 1146.2 "

" V138.9T

7 "libsi' l "flliTS" '

" 1137.6 " TISS "
' ii37.'B;" " "1136.3? 71133.37 " i i 35:0 7 '"114179' ' 1132.5 Ji35.5i " 1[132'9';" ' 1138.5 " 1143.2 ""i.132?5j " "1132.5 ' li'34. 2 " 'ii'32.1' "

" li"35.5 r " "1135.9? ' 'i'138.5' 'ijpb;' " '3l35."9 r

' 1134i T PP M

1247.9 ] 123976 ' 124679" [[32507b?

' 122674? " "121676," " "122774? ' '12327] " "124674 ! " "'123477! ' "123678 /

' 121771! " "?121477

/ 1208.3 1187.3 "12301 3 ""7248.4!" " "1265:4: " 2125876; " _i23l77: " i2o479' "

' "i2bi'.b; ' 1193.7 :

' 1216. 1 1225. 9

' 1236.1 ' '324275 :

' 121377! " ~J2M& '

" 1251.8] ' 712557;" "

' " 1238:6 ! " "i2i4.7! " jl95.i [' "1262.4 / [1231.7 " [i"258.'6 2 i'263.5 ! ' "1250.8 ! J2i'97bj2 J19177! "

' 1"167.'8?" 21237]6l " 1282.1 ! 7"l269.4i " 1244.6! "123771? " ""12347!" " i?Ca!;D#;g6n- |

J231.3 !

" i26'4]4!' 1 "18773 7 'i2"i472' / 212420 ? i253.2 l 3.3

1 1.3 5 "2.4" 4 '47i' 4 "i'7i"4 "778 2 "3.6 9 "3.4 4 "4.9 6 2.8 4

' 3.0 9 "'"3.2 2 "2.5 8 ""674 6 "273 4 "28 2 ~47o'i "378 9 "18 3 "2.6 7 "2.2 i 3.4 9 28 2 i.67 "2.5 6 3.8 0 "4731 3.5 1 "276 3 3.6 0 "7.2 5 ~i7o" 5 "6.5 3

" 12 5 "2.9 7

' 3.3 4 "472 6 72?8 2 '2.9 8 "2:5 0 "j"."2 2

' ib i "b'.b b """3[6 3 "3.0 5 "iTbb ?2.6 5 J76 8 745 7 j.ia 378 0 '"i.6 4 17 3 "2.6 8

VES01880 6Unit4Run l Lb/H r Ib/Ft 3
6.2:
"6. 2 "Sz 6. 2 " '6. 2 '"BZ BZ

" 6.2' r ""6:2 ; ""6.2? " '"'6:2;" ' '""6.2!"' 6.2 '

" " 6:z "

" 6~Z"

" " 6?2? " ''6.2 T

"" 6.2

. "6:2 !

" 6.2 , 6:2: '

'

_6.2: ' 6.2: ' 6.2

. ""6':2! "

- -q-g-

" 6.2!

' 6.2

T' 6. 2 ' 6.2! "~6.2? "6.2 " 6. 2

" 6. 2 " 6. 2 "6. 2 ' 6. 2 """6.2! " 6. 2 " "6.2

• 6.2! "6.2 / "ei j ""6.2; "

" bz T'

- _ 2 ~ jTz "

' 6.2; " "6.2 " '•'"6. 2 "e.2 " In

. W C p!B.DB.£bw

j 7. 1 13.5 !

13.8 13.8 ; " l"4:i

. 14: 2 ' 14.5! " 15.5 : " 1 5 4 " -.5.4 7 " 14.5

" " "7l3?b? " 13.3*" " "129 ; 13.2 ' "2 7 12.3 12.2

" " Tib ?

' 6 3; ' 14.8

"""" ' 13.7 14 4 14.8

. 14.4 13.1 13.4 12.9 -'2. 5 -.1. 5 -2. r i'2.4' _12 2 " 13.2

. 12. 5 12.7

. 13.6 "

. . . 14.9 ! 15: 0 15.1

. 14.8 14. 4 14.17 ' 13.8 13.8 - 13.8 12.8 11.7

. 13.7 ' 13.82 14.1

~~:ms." 147' " Deg F PCCTemp : Deg F

SC C Temp ! ACF M

VStai KFlo

w %% Lb/Hr •Q2.Wet-|ge2;Div.. i X1 1 Lb/Hr Weight ! X2

2 Weight|.X12.Weiqht

f PP M C O Dr yCorr 4.58 "4.5 3 "3.82 "3.4 2 2.0 4 2:3 3 "2.1 0 "24.5 5 3.51 3.6 5 3.9 8 "3.21 2 3.6 5 3.0 9

' 3.7

6

" 3 0 3 2,6 9 4.0 3 5.2 2 2 "4.6

4 2 2.6 2 2.25 1.5 6 2 4 "3 5 "3.4 5

" 3/0 8 2.81 "3.4 7

" ?.'9 3 16 1 1.6 0 2.6 0 "2.5 9 "3.4 1 3.4 6 3"5 5

4 -2 J "3.3 9 "2.9 1 -3.8 0

' Ta b '"3.85 4.3 2 "4.6 8 Tb.b b "3.2

. "1.4 5 1.2 8 04 4 "13 9 "3.9 7 "3.B3 "3.5 3 "4.3 2 12/16/0 9 2:4 9 PM i 12/16/09" '1^16/09 "12/16/0 9 T2/16/09 '12/16/0 9 12/16/09 ' "12/16/0 9 12/16/0 9

' .2/16/0 9 "'12/16/0 9 "'12/16/0 9

' 12/16/0 9 "'12/16/09"

" 12/16/0 9 12/16/0 9 12/16/0 9 "12/16/09 " 12/16/0 9 '12/16/0 9 ~12M6/65 "12/16/0 9 '12/16/09 "T2/I6/6 9 12/16/0 9 12/16/0 9 12/16/0 9

' j 2/16/0 9

" 12/16/0 9 "l27i"6/6"9

" '"12/16/0 9 "12/16/09

' 12/16/0 9 12/16/0 9 "12/16/0 9 "12/16/09

" 12/16/0 9 12/16/0 9

' "12/16/0 9 "12/16/0 9 12/16/0 9 12/16/0 9 12/16/0 9 "12/16/09 "12/16/0 9 "12/16/69 12/16/0 9 *'12/16/0 9 "l2/ib/0 9 12/16/0 9 212/16/69 Jafie/osf '

' 12/16/0 9 12/16/0 9 2:6 0 PM ! 2:51 PM! " '2.52PM 2:5 3 PM ; "2:5'4''PM : ' 2:5 5 PM ? 2:5 6 pm : 257'PM ! 2:58PM. ' 2:5 9 PM! ' 3:6 6 PM ? bToiPM r 3:0 2 P M 3:63"PM: " "3:0 4 PM " 3:0 5 PM " 3:06PM ' 3:0 7PM! ' 3:0 8 PM; " 3:0 9 PM'.' 3:1 6 Pm ! ' 3:1 1 PM , 3jl2PM 7 3:1"3PM' " 3:1 4PM! ' 3:i 5 PM ? 3:1 6 PM ?

3:1 8 PM ' "3:19"PM T sSo'p H 3:21 " PM ' 3:2 2 PM! " 3:23PM ! 3:2 4 PM ? 3:2 5 PM ! 3:2 6 PM : 3:2 7PM : 3:2 8 PM ' 3:2 9 P M 3:3b'P"M ; 3:3i"PM7 3:32"PM| ' 3:3 3 PM ! 3:3 4 PM ? w's'pm I '3:36PM*' SWTM " 3?3 8 PM ! 3:39PMi " 3:'40J?M! " 3:41>PM f 3:4 2 PM ! •A 66.8 ; "6671 " "66.6' r "66.6: " J66.6 ?

' 66?b! '66.7;'

671 ! '~67.3 ? ~B7Z~ 67.1 ! "~ef~x' 67.1. " 67.0 ! 677b' " "babr ' 66.9

. 66.8? " "66:8' ~ 667;' " 667: " 6b:b' "

" 66.8

. ~ "67.1 ? 67.02

' 67.2

. 67.3 ' "6"7'.1i " "87.1." ' "6679!" " ""67.0 "

" 67.b' " 66.8 bbbi " 6678; "

' 66.9; "66.81 " "66782 "66.7! "667;" " 66.9 : "66.'9! " "6707 " 67.3 67.4 " 6774 ! ~67.2 " "6772 / "672 / _6>Tl V 66.9- 7 "eels' " 442.4:

"4437i : 4437 6 444.5 444.9' 44 3 9

. "4417 ! 438. 2 435.0

. '4327a, ' "4313 7 "43b:9[ 431.7 43371 ; 334.7 ! 437.2 440.9' ' "443.7; '444.3 ! '44l74 i "43675! " "432.6; ' 43072;

' 4277 ; '425.1 ; 7 423.5 : 423.2 ; 42473: 426.8 : 430. 1 24327 ! 434 6 ""436.2 | "437;5 ! 4387 9 2440.4 ; 4412! " 441. 5 '440.3 ; 43775

. ' 434.6 !

" 431 9 ""429.B ; "'428.1: ' "42777 " 428. 2

" 430.4; ' 243379 " ""437.8; 441 2 "442 9 "3437 ! 44378 7 '44278 7 6.6

1 e7b ' 5 6 ! 5. 6

" s.'s " S75l " 5.8: "6.3 ! "6JBf "6.9 : 6.9:

~ 7.1; "

' 6.8 ' "5.8 7 673

. ' 676 ; " 6.6 b.6: " 6. 6 "ez S.f" "5.5 ; 5.5" 576

:

' 5. 7 5. 7 6.8 S. B " "5.9" 5.9 ? "b/b ? 5.9 ' '*67b; '

" 6.3 ; 7. 2 "7.3; " 7.4, ' _6.8: "

" 6.2: ' '57 , " '576 1 "577; " 57 ; "5.9/ 6. 1 '

" 6.1! " "b.2! " 3> r 6.2 ' "TbTg "

-5.9?" 57 " 5.7: ' 1497.4 !

_ 1504.2 "1514.1 ? isi'b'i" ' 1503.7: " 1404: 0

' 148572 / '1483.5' " 1489.4 "14987'5 ! '1499.3! " 1508. 1 150779 " "15037: " 1507:6: " 1514.3 ' 1516.3

. ' 1526.0; "15417 2 ~t*Ki

_ 1538.8 1522.0 ' "1506. 2 1494.1 ' '149275 7 "i4"96.9;" ' 1501.3 1504. 4 ' 1497.4? ' 1483.9 ' 14731 ! 146374! " "147272 / "148974" ' "1504. 2 ism s '

' 1531 0 " "1525.8 " 1511 7 "1505.7! "1496.2 2 "l4923 : 1494.3 '149973 ? 1499. 8 "1505.5 ? 1496.6 ; " 1486.6 ? "147575]' " "1469.2 " "1476.71 " 1485/6; '

r14937 0 " "1562.9; " 1688.3

]

" 1899.8

' 196474 7 "1963.7; ' "i"89]77i ? 1889.7; 188"6".B i 7 j878:6 ]

' 1878?9 i

" "188673 ?

" 1892.7! ' 1900.7 ; "19057] " 1905. 1 "1904. 4 1902.6

" 196274 ; 1904.9 1911.9

" 1917.9 : 191574'" 1904. 6 "885.9 : "i"87b'.b";" 1875.6 1879.7 ] 21885.9 ; 189571;' "1899^ 7 18967 7 [188972; ""188579 ] 1890.5 : "l"896."9 - '1906.6? "1912.8 ] 1919.4

. 1919.0 19167 8 TSoKos ' '"1"896.3! '

" i 885.7: ' ""'188674! ' i"89i76 " 71.89778: "1904.4 " '1903. 5

" 1?8'987! '

' 1888.6 1

" 188372:

" 78B575 :

" 1895] * "1905.9 : 1914.5 37170.6 !

" 37896.2 2

" " "38427.9; 378307; ' "377619 , 23781378":" "

'

_37915.3 387537 /

" 382B6.i l '_"376867

1 [' " 37584.6 ; ' "'S7329.4

7 ""'3717076! " "37556.17 " "3886873: " "37491.81 '

' "3704874." '

" 36830.42 "37193.1 j ""3721977

/ '"'38056".7t

?

" 38739.9 ; 37893.4: ' """3789i'.8

/ "'"37770'.'9

j 3743876 / "'37456.8' , "3742176! " "3735677" ' 371807b' "37205.6 2 "]37i2l762 2 3706773! 36998.0

" ' 3"684"6'.9

? "3694276; " '""3687'7.7i " 36741.9 " '3728979!'

' b'85747'4" 37593.7 37327.1 ' "37196:6 7 7"3711474

?

. .38042.4 : 73855776 ? 38412.6 ; ' "38390.0 T 383"35.5; "3832971 / ''""3835772

/ 7]376787i:' " 37477.6:' " 7373747 3 " 7.9 ;

_ ' 7b] ' "7.9

. " 7^7" " "7.9?" "

' 7. 9 "778?"
- 7$: " "7.9 ? 2 7
7.8 ! "7.'8'i 77 8 7.8 ; 7. 6 7.8""" " 7.8 7.8 ' 7.8

. "7.82" ' "7.7 : "7.7 7 "777:2 " 7'.7; "7.7 : 7.7 ; "7.7 " '7777 2777]" " 777 ] 

# w :

7.6/" ' "7r7?7 " 7.6 : "7.6 ! 7.6.7 "775' " ""7.6 j

' 7.6 ; "7.5!'"7 "7.6? "'776:'" "

' 7 ' - 6 /

. 7.5!

_ 27.6? " _7.6i

_ 7?e f "7.6| r"'" ' ?776]':" ' 7.6!
7.6; 11.9 !

12.1! " 1 2 5 12.3 ] 13.1' : 137 2 "12. 8 "12. 6 "12".7; ' ~VL5 'i'2.7]' 712.6; 127 ; 127

. "12 3 "12.2 ] 12.3' ii.8 : "li.7 ! J27 £ 13.2 ! "13.8 ] "l3.4 i "128' " "12.4 1 "12 5 12.3 12.2 i'S.v

" 13.21 '

' J29 f

' 12.5 , "12.6 ! "119; ' ""118 ] 11781 " "ii.b f 12'

. 6 , "1376

. " 13.2 ! ""13.1' j 12.71 " 12.5 ! "12: 4

" .1 2 3 I2.5 :

' 1371 ] 13.3 I3.2 ; 712.9" 11.7 7 12.3 : il79 [ i"i.8 ' ;r2019.4

- "~20"b2.2 " 1983.' 2 "197"2.5 ! 1964. 1 196376 ' '19597' "196273 ! "197§1 ! 1980.2

. ' 19/1.8

. "Tj'bOi'. l ""26117 ] ] 20062 ; "20116 ; 2009.9 : '2020.5

" 2025.3 !

' '2026.6 : 2028.2 "201574 ; iool r 2007.7

_1998.2 1998:2 :

" 1"994.1 ' '26"l6.i; ' 2015.8' : "200l3 : "2"6"64.8 "

' i'995.6

" 2602. 9 19947i ' 7 200 6 .'6! 2020. 1 2022.3 ! 2'6'68. 8

" 1984.6

" ' 1971 1 1976:6 ] 1970.3 ""1970.7!

'

_1971 1

_1966.4 : .1965.6 ' 1982.1 1 1997.4

. ' " 2004.6 "199872 1999.6" 2014.3 2018.3

. ""26iB7 ; "1993.4 " 1132.5 !

I"i4i'.'9 ! ' '112675 ' 1145.2 iT457 ?

' 113570! " 113879? " 71136.3; " 1T35.6; " "ii'af " 1138.C 1141.0!" '

' libbSi ? 113678 ' 1139.3! ' "ii32l. r ' 1138.0 1142.3 1133.3: " '113772 7 "1144.0? "

' li"329] " 1135.5 "1142.3 " "113575? li'39.7 ! 1137.6 "11291:" " "ii4e2 " "1145:3! " "1132717 " "ii39.3:" ' "f i 34.67" 1139.7: " 1139.3' ' '11419! " 1138.9 7

' 1139:7] " 1130.8 ] "H33.3 : 1138.0 " 1132.5

. 1132.9 ; "1143.2 / "1141.5? ' "11'33.8; " 1"135.0

: ? l'i"33.3" " f13673? " '1143:2 ! " 11.42.3? " "113472 ? "ii'34.6 ? i 132. 1 1272.3 !

1257.1 ' 1227.4 1215.1 ! "ii7B.b : 1202.9 1216.61 ' ""123776': 12 857b; 1255.7 V 1198.5 " 119976:

" 120276 ? 1267:3 : 1216.6 ! 122873;

" 126T5! ' 1273.3 ! 1246:9" ; l223."6 ;

" 1216:3

. ' 1174.6 !

" 1195.6

' 1219.5! '
"* i 266.4" ! 12879 ; 1246.4, 1237.1 ; 1218.1 ; "1186.3? 1183.4

' 12147j : "12337 ;

" 126'3'.6 , 129672 ] "1256:3;' 124075 ' "1223:6 ] "1183.9. " "119/ 1 "12415 ' 1232. 7

" 1220.5 ? l2220 r

. 1227.8

"' 1239I ; 1?.16. 1

" 1223.6 ! 1223.9 '"1236.1" ; "127976! ' "127278! 1228.3 "1232.2

VES01880 7Unit4Run l
12/16/0 9 3:4 3 PM ! Flb#|j:Lirii e

6.2 ! "b?2" " ?"? " "6?2T " '" " •"SS!"" " 6,2 ; ''_'" ' "6.2 : 6. 2 " jii! ! 6.2i' "672 1 " "6.2,"'
6.2 ! "6.2 ! 6.2 ;

_ "6.2<,

_ 6.2 " '"_'"" ' ""6.2T" 6. 2 ?" " 6. 2 ' 6.2" " "6.2. " 6. 2 "_

' 6. 2 '

_1 1 6. 2 ' ? "6.2 ?

_ 6:2

. " i ' l e". 2

__.„.. . "'6.2 ; 6.21 " ?6.'2? " 6.2.' SlB^Jieil'sityj l

66.9 ! Peg F IrSDfeButleti-l'efrip •Slurr yFlow.TPC C 14.9 ! De g F ".T'einp?

. 1509.0 ; De

g F SCC.Temp; ACFM

Stac k Flow'|'02:Wet? i '€'2s:Br^|.X1i?W^gMl ^ 12/16/0 9 12/16/0 9 'l"27l'6/0 9

' '12/16/0 9

' 12/16/0 9 "'12/16/09' "T2/16/0 9 '12/16/09'

' 12/16/0 9

' 12716/0 9 "12/16/6 9 i'i/ie/b b "12/16/0 9 "12/16/6 9 "12/16/09 ""12/16/0 9 "i27i6769 "'1271676 9

" 12/16/0 9 12/16/0 9 "12/16/0 9 12/16/0 9 "12/16/0 9 12/16/0 9 ~12/?6/6'9

' 12/16/0 9

" 12/16/0 9 "12/16/0 9 l"l2/i6/09 12/16/0 9 "12716/0 9 "12716/09'

' "12/16/6 9 12/16/6 9 _i2/ie/0 9 12/16/0 9 "12/16/69 " ll'2/16/b 9 12/16/6 9 12716/0 9 "12/16/09

' T2/I6/69 "12/16/0 9 12/16/6 9 ""12/16/0 9 '12/16/0 9 12/16/0 9 "J2/T6/0 9 12/16/0 9 "12/16/0 9 12/16/6 9 '"12/16/09 "12/16/09 3j4

4 PM ! 3:4'5P m F " 3:4 6 PM : 3:4 7PM " 3:4 8 PM ; ~ 3:4 9 PM!" " 3:50llPM' r 3:5 1 PM f 3:5 2 PM ; 3:5J3"PM"'

' 3T54_PMi ~ 3:5 5 PM; " 3:5 6 PM:' " 3:5 7PM : '3:58"p"M;" " 3:59PM'" " 4":0b"PM[l '4.6' i PM ? 4:"b2PM : 4:63~PM? " 4:0 4PM " 4?0SPM; " 4:06PM; " 4:0 7PM ! 4:6b PM" " 4:0 9 PM : •fclOPMi ' 4: 1 i PM ' 4:1 2 PM ' 4:1 3 P M " 4:1 4PM" " 4:15PM! " 4:1 6 PMl ' 4:1 7P M Wi'ifU"' 4:1 9 PMf 45 6 Phi): 4T2TPM_

1 4:2 2 PM i

4:24""PM- ;
'4.26 PM! " 4:27PM ? 4:2 8PM"; " 4J29PM : 4j3bPM. " 4.31"'TM ? 4:3 2 PM. " 4:3 3 P M '4:34'PM : ' '4735PM: " 4:36 PMj " 67.0 r "66b! " "SB.a ''°66.9~ "66.9: " 66.91 67.0 "672] "

' 67.4. " 07.4

_ 67.3 : 67.1 7 67.1 :

' 67:6" "67.6; " yf.or 66.9 _66.9i " 66.9! " "66.8! " 66.6 " "66"8

_ "66.9" ! '66.8 " 66.9. " '6776 ! "67:27 67.2 "671 " 67.0 " j377b?

' 67.6T ' "Si r 6.2 ! "66".9!"'

" "672" : 66

. a; 6. 2 66.8[ 6. 2 6678; 6.2'' ~ "66.7?' 6.2 , ~ 66.7 ; 6. 2 65.7 6.2 66.7 " "6.2 2 66.8

. '

" " 6.2 ; " 6673 ? " " 6.2 ; 67.2 ! 6.2 ; 67.1, ;

. 6.2! ' ""67.1| " "6. 2 ' 67.0 '"6. 2 7

' "671 ? 6.2 ! 67.0, " 6 > " ' 6b! 9 6.2,"" " 766.8 ; " " '""6. 2 " 6678!" "

' 6.2 " ""'7 "66.8 : " 440.9 : 5.7| '437.9 : 5.8 ;
' 433.8 , " " 6.6

. "430.1' i 679?'" " 427.2' " 6.8 " 425.3 " 67

b 424.4 : 6.9" 42473!" " "7. 6 42476

. 6.0 425.6' 425.8 ; 5 : 8

6.3 !

" 425.6 ""67 4 425.8 " 6.4s " 42a6 ! 675

? 428.6 : 6.6 : "43 1 ."3 T" " 5.5 "43475 ; ' "" " 5.4, 438 T "" 5?

4 44 0 7

. "574"

; 442.0

. 5.4 442. 1 ' " 5.5 ; 441.1

. 5.5' " 438.9: ' " 575? " 435.8 , 5?

5 432,6 ; 5.6

j 5.6 ; '436.2 ! 5.6

j 5.6 ;

' 429.0

. 577

? " 428.8 5.7

? " '"42972'? 5.88"" "

" 430.4 " 5?9

! "432.8 ; " "43'5?4: ' " "'"579?" "

67"o ] " ~ 437.4 ; 6.6

T "438:9 ? ' " 6.6 : 440.4; ' : 7?2 : 442.1 ! 7.2 ; "44378?"' " 7.3! " '445.6 ! ...j

. .. . 447.7 6.3

j 449.9 ; " " " " 6.7 ! " " 449.3;" ' 6.7 : " 446.6 ! 6.8i

" 444.2? " ' '6.4 : 442.7 ! 5.9 ! ""442-2" ' 6.5 443.3 • 444.9

. b.7

j 44771 : 6.B ! 448.5 ; "678 ? ' " '448.5? " 6.3 , 447. 0 5.6

. 445? 4 "."""5.3?" " 443.7' "
... . .
'•44175:" " ? ' "574: 15.7 : 71474; " 14.1! " 'iii'" " "12.5 " 1371 ? "13.3? " "i'2".9: " 14.7 "13.3! " J3.0? " 1376?" 12.1 : " 12.2 " '1272? " "1274!" ' 124 " 127 9 1372 ] " "13.'2{ " 14. 1 1476? "

_ 14?5!' " lit:' " 13.4 : '12.8 " 13.2 ' 12.6" " 11.3 'ii'77_ ' "11.4 ! 11.3 11.6 11. 6 11.5' "ii'. b

' T1.5? "

' 12.2 " "J4.9 P ib'.i ? "12.5; ? 13. 4 "137b? " 713.0 " 12.6":' 12. 6 ?13.6

: " 12.3 14?3 ?

" 13.2 "14.2

. 14.5. ' 14.4 " 1505.3!

_ 1497?i j' "'1499.6! " "150472?" 1515.8 "152376?" 1528:4!

' 1526767

' "150872'" ' "i"5'6"6'.S:" " "149378 ? 1493.6 1494.3 '1500.5 2 ?i?soi7i ] 1499.5? 150272 " 1 563.8" ; 72502.9 ? 1500.4! " 1484.2 " "J473?6| " 1473:1! "

' 1466.1: " "1472.5 ; J477.3! " 1482.6. " "1493?0'

_ ?149077 ; "1486.1'; " "1483797" "1484.6 ? "i4967 ? T492.7: " "'1506.0?? "i5i3."9:

_ "152374 2

' "ibiai j "1568.2; " "1501.5

' " 1494.9 ? "149179 : 1492. 1 149075: " '"149271?

' 'J49'376. "

' 149672?

'" i488:3;

_ '1482. 2 i479. f 1482.4; " "J484.2; l

:148676: 1918.9 |

J911.57" " 1962.2! " 1"189071?" " '189675: ? "1893.81 ' "189973: " Tboojb; " 7 ? 1898.7: " 189b.5i " 1879? 1 18767a" "

" 188375; 7"i896.2':" " ji'967?9i" " 71909777 " 1902.9 "

" 189676'!"' "ji'sg'iTb1 "

" 1?B9b.jj'' I' l 88775? " "188474 ? "188176 1 " 1883.9

. "1888?3; '"l89i7B T T895.'lj " "?1896.0? " "1899.1I " 7"l'9bo.'2!"7 '1895761 ?

" T8887T , "

' 18837b r

" 'i?881.'3! '1886761 '

" 186276? " -887.2 ? "Tsbi.bl " ?J8907lT _1885:0 ? 1879?5: " "'1877.57' "1875.3! " "187573! "

. .1.87571 ? "i'8867^ 7

" 1893.2' r "196277?' "'MOOj f "1892]3!" "

" 1881.7' 1873.6 " ii67.'9; " "I8'7"i.l 7 37355.3 !

"37932i"!" " ""3'867i757

" "3740775? 7372197T

? 37165:2? "' "3761176? " 36905717 " J802471? ? " 37989/ 1 •" 37083. 1 ' '3689477! " "3674471 :

" 36612.6 ? " '"36404.8! " 3844B.9? "37S75?5 ; "3706878 ! " "3761375 ? 3767777[

' "37052.7? "37"072'78

i ' " 3719"6.4 i "3769173 ? "37b9"6.5'7" " '3687"4.i ! "37647.0: 7 36907.3? 36793.6? " "3663972? "36563.4 36625. 2 " ' ""36567.1?" " ? 36493.7

. 36433.9

. " 73634776:

' 36102.7 "37609.11 " "'37420.3 "36727.5] " ' "367"0'8.9;' " 36659.5' 7'36787.'0i " 3827178? " ?37i53?4 r" 73714775? " 37015;4 > 36944.3 ! 7'36973.7i " 37714.8 " 38403.0' " "7_3763874?" " 3?764274?" " "b7"bi2.r? " 7.6 ! 12.8 ; 2016.5 : 1135.5 :

'7.S ' 13.6

] " 2005.V" 1144.0 ; 7.6 " 13.1 ' 2008. 1 113^.2 7b " " 12.7? " "20097 2 ' 113579

7" "7.6 " ' '"i'z."o ? 2022.7 "ii'31.~2 T 7.6 ' 12.6: 2022.3 113776?' "77 b: ' 12.

3 "2014.3

. 1135.9

" 7 b" ' " 12.3? " " "'200972:' " 1133.3: " " "7.6 " ' '12.8: 2"bib. 3 " i"i"43."

2 "7?6

. 13.7 i9'96."3 ; " ""1137:2;" " 7.6 ! 12.9 ! "'19947 1 ii'bb/b :
" 776? " "12.6 ! " 1997.8 i W

" 7?6! " " i2?2| " """200878? " ii"33.3 l "776!"" ' i i i 20i6.3 : " '11423?" " 7.6." ' " 12.2 ? " 200975? " ' ' 1135.6'" " "77'6 l "127;" ' "2005?5 : "1133.3 !

' 7?6! 'T3?l' r " 2002.9 1142.7? " 77b : " " "12.5 ? " 1995.il ' 1146.2? " 7. 6 12.6 ? ' 1988.3 "1136.3! " 7.6 ! """1276;" "

" "'i9"B7.5 :' " " ' '113"5?9

. "776 ! ~ "13. 1 "198775" " ii'42.3'" ' 7.6

. ' 13.3 : 1985.3 ' 1136.8 ; 7.6 : 12.9 ! '1988.3 : 1135.9 " 7.6 ! 12.4 ! "" " 1988.6':"" " " i 145.7: " "'776 ! 12.6" " """1982.1 ? " il3¥.9l " 7.6 12.5 " 1989.4 "

. "1139.7."" "

" 7.6? ' "12S " 1985.7." " " T137.2 : 7.6. " '"'i98"5.T ' "1142.377" ""i'i'il" " "1988.6? " ' 'ii'43. 2 7.6 13. 1 " "198678 ! "iT37!b: "

. .. . 1376

! 1982.8 114

6 6 : ""776'" " 12.8

? 19B1.7! 1145.7 ' "'7.6 ! " 126 ! 1989.6

. " i 143.2 " ' "7.6; ' "125? " " " 1994.9? ' " 1139.3? ' "776; " "li s """ " 1B97.B ! " ' Ti39.3[" " 7.6' ll7aF;" " 200575 ] " " ' ""113879!" "

' '7.6 : 12.1 : 2009.5 ! " ' ' 1148.7! " " 7.6:" " 12.

4 ""'266476?

' 1l4i'.5

. " 7.6' ' "13".2? " "2662.2 : " "ii'47:4 " "7.7 : " 12.9 " 266"77' 3 ' " " " il'38.5 i 7.6 " " "i2".7i " 2002.6

. ""il"397'" "

" 7.7 ? " ' " 12.9

? 2001.5? 1141.9 ! 7.6 ! ' " "1277

! 200171:' " ' " iibo.b" " "7.6: " 128! " 20b26i " " 1145.7 : ?7.6 : .12.7

' '"'."2604.8!"" ? 71148.3, ' 777 ? " 12.1 PC04?

6 1139:7 : 77b;"
.. . " 2001.1 ' " " "1"14'6.6''" """7?"6 ! 12.6; 266773

? " 1144.4 ""7.7!? " 13.0! 2062.2 : 1146.6

? 7.7 : 12.9

" 2000.7 ' 114479 7" 

## Iz C .. . ",1995.6 ? ' "'"li"46.2" "

•7.7 12.8?

T '1990.8

. 114577:?

'
*7"."7 ! 7 12.6 ? " " ' 1990.5 "114476? "

" '7.7 ? 12.3 " ""199471 ? "'114577? " 1204.9 ;

" '1262.4 ! 7 120479 7 "12387b:' 7127577 ? 12737] ' ""124676: " 7i2ii7i? " 120270? " 117970 ! "1'223.9' r 1254.2 ! "128676! "

" '125572: " "1242.0! ' 1222.0! " "120574? " "117476? "

" i208.3 r 1211:27 " "1225.9! " "i2i£ij " 122379! " 122579' " 2121976 } ' i'214'77? "

- ! 213.7" 1229.81 7

' 122873; 1223.6 2 VITAS "121776; ? ?l22774!

_ 1236.6 ]

" 1263.5 ? 2i"3m".6!" 7 12527 "1231.3 : '"12181: " 1194.6

' 117576 : • l"2i"7?6 r 2i21377!

_ 1223.4 : " 71222.0! "

" 1226.9. " 21253.7?

' 12787b?! " 71246.4! " 1229.3": ' 1215.1! ' "121272: ' "1202.4 ? "I20374 : 3.6

8 2.6 4 "4.5 8 "2.8 4 24.04 3.7 0 "3.8 5 "3.27 3.3 5

' 0.7 8 "i.'6' 4 ""3.1 0 "3?5 7 3.3 6
" "3.00

.... . "f.3 6 "276 6 2.7 3 2376 6 3 ? 2;9 4 '23 6 ""378 0 "~3.'8 0 "3.6 2 "3?1 3 4]1 0 "2.6 5 "677 1

' "272 9 '~i.'70

' "2.8 6 "179 4 '"•'272 0

" "3?6 3 "2.4 9

" 6.7 3

" 674 9 "bi b "2.2 4 "174 7 2?9 1 "o.b b 271 6 "2.4 4 "2.5 0 ""1.3 0 "2.3 1 ~3".5 4 ~270 0

" ?3.5 7

' 3:6 5



## VES018808Unit4Run l Lb/H r•Lb/F1 3 B'a;lrii?

- H6WifHm'e;Sli!iW: P Peg F De g F Lb/H r X22 Weight 12/16/0 9 4:37PMj "lo /ifi/no,!ia

-'ip*D (iii i ' ~ 6.2, l^ / 10fU 3 H.3Q rm; iM6/0 9 4:39 PM ! ~ 6.2

. 6.2" ' "12/16/0 9 4:4 0 PM l ~.e'%~~ '12/1670 9 4:41 PM

j 6. 2 12/16/0 9 4:4 2 PM i 6. 2 'l2/i6/09"4r43PM; ' 

### -. . 6 

### - 2 

### . - 12/16/0 9 4:4 4 PM " 6.2

. " "i2/167094:4"5'PM! " 6? 2 12/16/0 9 4:4 6 PM ! 6.2 ; 12/16/0 9 4:4 7PM ; 6. 2 12/16/0 9 4:4 9 PM ' 6.2 12/16/0 9 4:50 PM i 8.2 " 12/16/0 9 4:51 PM ; 6.2'' 12/16/0 9 4:5 2 PM ! '6| 2 12/16/0 9 4:5 3 PM ! 6.2': " 12/16/0 9 4:5 4PM ! " 6.2 , 'l2?i'6"/b9'4:55'PMT " 6.2 '

" 12/167634:56 PM; ' "6.2:" ' 12/16/0 9 4:5 7PM l 6.2 ! '12/16/0 9 4:"58"PM'-" " " 6. 2 "Y2rt"a>694"s9"pSii 6. 2

Average ! 6?2[ " 66.7' '"66.6 !

" '66.6i "

' 66.6:' " 66.77 "

' 6K9 : ' 67.0 ! 66.9 : 67.2 "67.1! " "67.0! " 67. 0

' 67:0 7 66".9i " 66.9 , 88.9 " "66.7; " 66.8 " "6677; " "j36.8

? " ebb" ' 66?9 " 67.1 " :SDAOutlBtTeh.p? | B/ H DP ! Lo w 439. V '437. 1 435.6 : 434:5*;" 434.6 / 433.7 ! 434.0 ! 434.7 "43676]'' ""437:5]" 438?S

_ 439.7 "439:9! " 439.5

. 439.6 """438:4?" 437.4 436. 5 436. 2 '436.2? " 435.7' "435.2 ; "43'478' : ' ''436.01" ' 5.4

: 5.5: ]]'5.6 ? 5.6 ?
5.7 ! 5. 7 5.8 , 5.8 ' '5?9s * '5?9[ " 6. 0 "6.0 ?

" 6.0 : ' 5.9! ' ""6.0":" ' 6.6; "

.. . ^ 6.6:' 7.1 ! 7. 1 " "772! "

" 6.6 ] OmeSlun^:Flow» | PEC.T'.mpf i SCg. W

14.9 ! 

### '1576 / 

## Ti-? / 14.4 T 

### "T474 " "liof " "l3.9 r "KS ? 143 ' "14:5 / U"S! 14.9? ? "15/0 !
" 15 .6: " 15.2]

! ' 15.5] " "T5 .6i ~ _-„... p

" "I5"ji

_ '"i5;6; "15 :4 " "15747 " 15.5 l!0'2Stfe H •0 2 Dr y Xil.Weigh t 1492.9 ; 1881.1 1 37534.0 ;
. 7.7 ! 12.0' 1995.6 "1493. 2 1892.i l "37497^" ' >.?;'"" ' i'2. 5 " ' 1999.6, 1491.9 ; 1893.8 ? " 3749776! ' 7.7;" " ' 13.0 : " 1992.3 ' 1486." 3 1887.2

] 37562.9 "7.'

6 ' 13?6

? " "1996.3 ! " 1484.8 ] ''1880.8? 37397.0 7.7! " " " 12?9 ! 139479? " "'"T487:0

] 1877.1] " 37339.4 •~"7.7;~ " i"2.7 ? ""201073

7 1492 3 187679

? 37229. 2 "

' .. . ... . 12.4

. '""2017.9 ? """1496.7 ! "1883.9,' " "372"il'.5* 7.6 " "1271 / " " "262172;"' i504.'9l " "" " '189372 ? ' 37'i86?K~ 7*6! " " 11.8 - '""2626.1] " ""1511747 " " " 1906:6 ; "3699078! " 776" " "12.6 * " 26'i6.'8! " 1504.9 : "1898.5

7" 3702478? " " 776? " " i3?2 r "266979 / 1505.7?"'" ' '1891.2?'.' '" 36958.5!' ' *"7. 6 ""lie]"" " ""'2017.2'' " 150674: 1887.0? " 369697 8
..... . "lis/ " '"2017.9? "
' "1507.6 ] " " 1887.4 3706*478" ' "7. 6 1275" ' 2016.1'! "
" '1512.5 : ' 18B6.'4?
-' "3692973? " 7.6 i2. 6 2010.3 1*517.9 ] " i88976v" "3683879 7 "7.6! ' "i27i: " ' ""zm2.8 L ""201275? 152273! " ""1892.7: "

1897.3 ] 3680976! 76 " i'2.6 ; ""zm2.8 L ""201275? ""152576 ? ""1892.7: " 1897.3 ] 38085.6 ! 7.6 : " ' 12.5 ] 2000.0 ; " 1517.0 ; 

### " 1893.4*

' "37373.1': " -~ 7 jj- , • : "13.4' : " " 2662.9 ! ' "'T61579 ; ""i887.4

7 36784.5 776."
~ '12.4? " "2609.9? "

' 1516: 3 1886.8

. 367*39.2 " "7.6 " " " 12.3': " ' " "2667.3

] " ""152178 7 1888. 1 " "

' 3669779] " 7.6" " " 12.3? '" " 266773;' " 152477! 1889.9; " ' 37102.8 776 ' " 12.4 " "2'6ii'.o] " 1499.5 ! "1893.

6 [" 

## r """I" ' "12.6 1 2066.3 ! Lb/H r X1 2 Weight PP M

•C07Dry;Corr, 1143.6 ! 1220.5 ; 3.7 9 1138.6 1243.5

] 4.02 '1144:9'; 1244.4

s 2.6

2 ""iT4'8.77 " " 1233.2 ! "2.55 ' "1140.61 "1236.1 ? 25 9 ""1142.3 ? ""1292.8

] "Ti d "li'54.7 | 1261.1 ' ' '"'2.7 7 115477 ? i?.4o.o : 3.6 5 i 146.6 ! 1238.6

1 476

7 ""1148.7: " "i'235?2

. 2.7 8 ""ii4i."9:"' " 1214.7

/ " '""114273! "1185.8 ; 2?8 0 "1137.6 ; ' il90.7 ; " " 'M i i 144.6.: "121776: " ' 4?2 7 iT36.3 ! ' 1225.

9 "4.0

1 1141.9 1218.6 ! " " 5.61 1137.6 ! 1227.8 ! 5.1 3 1135.0 ! 1235.2 ! 4.32

" ' i*i3973i " "1233. 2 " 6.7 8 ii4l.c : 1227.8 '"i'.95 ! 11437 S 1223.1 ! ' "'477 8

" 1*14672* " 1227.

4 3.91

~ 114474 ' "' " ' 1221.

5 3?13 !

" 1139.0 ! 122.8.9

:



## VES018809Uni t4Ru n 1 Tirne_Stam p Stac k Flo wHR A 12/16/0 9 11:3 9 AM i 12/16/0 9 11:4 0 AM j 12/16/0 9 11:4 1 AM ! 12/16/0 9 1 1 12/16/0 9 1 ? :4 2 AM j

:4 3AM j 12/16/0 9 11:44AM ! 12/16/0 9 114 5 AM ; "12/16/0 9 11:4 6 AM I "12/16/0 9 11:4 7AM : "12/16/0 9 11:4 8 AM T 12/16/0 9 11:4 9 AM ' 12/16/0 9 11:5 0 AM i 12/16/0 9 11:5 1 AM I 12/16/0 9 11:5 2 AM ! 12/16/0 9 11:5 3AM i 12/16/0 9 11:5 4AM i 12/16/0 9 11:5 5 AM I 12/16/0 9 11:5 6 AM | '12/16/0 9 11:5 7AMi " 12/16/0 9 11:5 8 AMi " 12/16/0 9 11:5 9 AM i 12/16/0912:0 0 PM i 12/16/0 9 12:0 1 PM; ' 12/16/0912:0 2 PM j 12/16/0 9 12:0 3PM: ' 12/16/0 9 12:0 4PM ; 12/16/0 9 12:0 5 PM ; 12/16/0 9 12:0 6 PM j 12/16/0 9 12:0 7PM i 12/16/0 9 12:0 8 PM ; 12/16/0 9 12:0 9 PM ; "12/16/0 9 12" : 1 0 PM i 12/16/0 9 12:1 1 P M 12/16/0 9 12:1 2 PM; " 12/16/0 9 12:1 3PM : 12/16/0 9 12:1 4PM i 12/16/0 9 12:1 5 PM i 12/16/0 9 12:1 6 PM I 12/16/0 9 12:17PM i 37396. 0 37435. 9 37461. 1 '37480. 9 T7487 3 37476. 2 "37493V 2 37522. 8 "37531 0 "'37531 5 37506. 5 "37493. 2 17494. 9 3751 p 37542. 3 37551 7 375337 1 37530. 2 "37535. 7

12/16/0 9 12:1 8 PM j 12/16/0 9 12:1 9 PMf " 12/16/0 9 12:2 0 PM [ 12/16/0 9 12:2 1 PMj~ ' 12/16/0 9 12:2 2 PM i 12/16/0 9 12:2 3PM i 12/16/0 9 12:2 4PM i 12/16/0 9 12:2 5 PM i 37569. 1 37587. 8 37583. 6 "37571 4 37562 7 375676 1 '37579 7 37575. 6 '37561 9 37557.7 ! 37567 6 ~37604.4 i "3763672 ! 376547 8 '3764779 1 37672. 5 377632 1 17747 1 377737 6 37766. 5 "37753. 6 "37753 > "37772. 6 37796J 37798 2 ~37774. 5 "37767 0 "37769. 3



## VES01881 0Uni t4Ru n 1 Time_Stam p Stac k Flo wHR A 12/16/0 9 1 2 2 6 P M 37804. 3 12/16/0 9 12:2 7P M "37826. 3 12/16/0 9 12:2 8 P M 37829. 5 12/16/0 9 12:2 9 P M 37821. 5 12/16/0 9 12:3 0 P M 37832. 0 12/16/0 9 12:3 1 P M 37840. 3 12/16/0 9 12:3 2 P M 37845. 1 12/16/0 9 12:3 3P M 37847. 4 12/16/0 9 12:3 4P M 37836. 1 12/16/0 9 12:3 5 P M 37824. 4 12/16/0 9 12:3 6 P M 37823. 1 12/16/0 9 12:3 7P M 37827. 3 12/16/0 9 12:3 8 P M 37831. 1 12/16/0 9 12:3 9 P M 37829. 0 12/16/0912:4 0 P M 37814. 1 12/16/0912:4 1 P M 37816. 7

Maximu m "37829. 0



## VES01881 1Uni t4Ru n 1 J

12/16/0 9 1:5 5 PM i 37687. 8 12/16/091:5 6 PM ! ~376977 9 12/16/0 9 1:5 7P M • 37705. 6 12/16/0 9 1:5 8 PM l 376967 1 12/16/0 9 1:5 9 PM i 37685. 1 12/16/0 9 2:0 0 PM j 37689. 4 12/16/0 9 2:0 1 PM ; 37690. 7 12/16/0 9 2:0 2 P M 37688. 5 12/16/0 9 2:0 3PM ; "37679. 7 12/16/0 9 2:0 4PM ; 37657; 9 12/16/0 9 2:0 5 PM ! 37653. 7 12/16/0 9 2:0 6 PM ! 37649. 8 12/16/0 9 2:0 7PM : 37651. 9 12/16/0 9 2:0 8 P M 37651 3 12/16/0 9 2:0 9 P M 37655. 8 12/16/0 9 2:1 0 P M 37638. 3 12/16/0 9 2:1 1 P M " " '37625. 1 12/16/0 9 2:1 2 PM ! 37638. 8 12/16/0 9 2:1 3PM ; '37629. 1 12/16/0 9 2:1 4PM ; '37618. 7 12/16/0 9 2:1 5 PM i 376097 4 12/16/0 9 2:1 6 PM i 37603. 4 12/16/0 9 2:1 7P M 37582. 2 12/16/0 9 2:1 8 PM ! 37574. 1 12/16/0 9 2:1 9 P M 37555. 7 12/16/0 9 2:2 0 PM

. ~~ 37535- 4 12/16/0 9 2:2 1 P M 37513. 9 12/16/0 9 2:2 2 P M 374967 5 12/16/0 9 2:2 3P M "37484. 8 12/16/0 9 2:2 4P M 37485. 3 12/16/0 9 2:2 5 P M 37502. 4 12/16/0 9 2:2 6 P M 37499. 9 12/16/0 9 2:2 7P M " 37500. 1 12/16/0 9 2:2 8 P M 375"05" 3 12/16/0 9 2:2 9 P M 374977 6 12/16/0 9 2:3 0 P M 37491. 8 12/16/0 9 2:3 1 P M 37484. 6 12/16/0 9 2:3 2 P M 37475. 3 12/16/0 9 2:3 3P M 37464. 3 12/16/0 9 2:3 4P M 37456. 4 12/16/0 9 2:3 5 P M 374457 1 12/16/0 9 2:3 6 P M 37436 8 12/16/0 9 2:3 7P M -374307 0 12/16/0 9 2:3 8 P M 37425. 1 12/16/0 9 2:3 9 PM j 37438. 9 12/16/092:4 0 P M 37453. 5 12/16/0 9 2:4 1 P M 374557 5 12/16/0 9 2:4 2 P M 37456. 5 12/16/0 9 2:4 3P M 37452: 3 12/16/0 9 2:4 4P M 37425'; 9Uni t4Ru n 1 Time^Stamp, , Stack,Fl6w:HR A 12/16/0 9 2:4 5 PM i 12/16/0 9 2:4 6 PM ' 12/16/0 9 2:4 7PM ' 12/16/0 9 2:4 8 PM i

12/16/0 9 2:5 1 P M

12/16/0 9 2:5 4PM i

12/16/0 9 3:0 1 PM j 12/16/0 9 3:0 2 PM i 12/16/0 9 3:0 3PM i 12/16/0 9 3:0 4PM I 12/16/0 9 3:0 5 PM i "12/16/0 9 3:0 6 PM i

•12/16/0 9 12/16/0 9 "12/16/0 9 3:1 1 P M

12/16/0 9 3j13PM : "12/16/093:1 4P M 12/16/0 9 3:1 5 PM i 12/16/0 9 3:1 6 PM ? 12/16/0 9 3:1 7 PM j 12/16/0 9 3:1 8 PM ; 12/16/0 9 3:1 9 PM , 12/16/0 9 3:2 0 PM i 12/16/0 9 3:2 1 PM : 12/16/0 9 3:2 2 P M 12/16/0 9 3:2 3P M 12/16/0 9 2:4 9 PM j 12/16/0 9 2:5 0 P M

12/16/0 9 2:5 2 PM i "12/16/0 9 2:5 3PM; "

12/16/0 9 2:5 5 PM j 12/16/0 9 2:5 6 PM ? "12/16/0 9 2:5 7PM i 12/16/0 9 2:5 8 PM i 12/16/0 9 2:5 9 PM ! 12/16/0 9 3:0 0 PM i

12/16/0 9 3:0 7PM , "12/16/0 9 3:0 8 PM !

3j09PM i 3:1 0 PM !

12/16/0 9 3:1 2 PM :

12/16/0 9 3:2 4PM ; T2/16/0 9 3:2 5 PM i "12/16/0 9 3:2 6 PM ; 12/16/0 9 3:2 7PM ; 12/16/0 9 3:2 8 PM i 12/16/0 9 3:2 9 PM ; 12/16/0 9 3:3 0 PM j 12/16/0 9 3:3 1 P M 12/16/0 9 3:3 2 P M 12/16/0 9 3:3 3PM , 12/16/0 9 3:3 4PM ; 37442. 1 17452.9

. 37460. 4 37464. 6 37453. 6 37445. 5 "37466 7 37466. 5 '374767 5 37480. 4 '37469. 2 37479. 2 37'486. 3 '374847 3 '374777 9 37463. 5 37447 6 374417 3 37466. 6 374557 5 37448.8 ! 1743978 " 37433.' 8 37429. 0 "37438 2 '37458. 7 37461. 4 37455. 1 37468. 8 37478. 4 ~374f p '37494: 4 "37484: 8 37472. 5 37479. 1 37484. 8 37493. 4 37497. 7 37497. 6

' 37'485. 3 37458".4j 374507 6 "37448. 6 37468. 4

" 37472J i 37474. 4 37476. 4 37476. 2 37493. 1 175177 8Uni t4Ru n 1 Time_Stam p / Stacj<;FI6 wHR # 12/16/0 9 3:3 5 P M 37543. 0 12/16/0 9 3:3 6 P M "37567. 6

"" '12/16/0 9 3:3 7P M "" " 37590. 2 12/16/0 9 3:3 8 P M 37613. 3 12/16/0 9 3:3 9 P M 37620. 1 12/16/0 9 3:4 0 P M "37616. 4 ""12/16/0 9 3:4i"P M 37623. 1 12/16/0 9 3:4 2 P M 37628. 5 12/16/0 9 3:4 3P M '""37635. 0 12/16/0 9 3:4 4P M 37649. 1 12/16/0 9 3:4 5 P M '""37651 9 12/16/0 9 3:4 6 P M 37646. 8 12/16/0 9 3:4 7P M 37645. 8 12/16/0 9 3:4 8 P M 37643. 9 12/16/0 9 3:4 9 P M 37641 3 12/16/0 9 3:5 0 PM , 37624. 8 12/16/0 9 3:5 1 P M 37618. 0 12/16/0 9 3:5 2 P M *"37620 7 12/16/0 9 3:5 3PM ] 37609. 4 12/16/0 9 3:5 4PM | " 37594. 1 12/16/0 9 3:5 5 PM I 375747 5 12/16/0 9 3:5 6 PM ; " 37538. 9 12/16/0 9 3:5 7PM : 37507. 3 12/16/0 9 3:5 8 PM i 37520. 0 12/16/0 9 3:5 9 PM ; 37519. 9 12/16/0 9 4:0 0 P M 37515. 7 12/16/0 9 4:0 1 PM i 375137 1 12/16/0 9 4:0 2 PM ; 37505. 1 12/16/0 9 4:0 3PM , 37474. 9 12/16/0 9 4:0 4PM i 37467. 9 12/16/0 9 4:0 5 PM ; '37470. 3 12/16/0 9 4:0 6 PM : 37474. 7 12/16/0 9 4:0 7PM , ""' " "37473 " 0 12/16/0 9 4:0 8 PM ; ""37467. 2 12/16/0 9 4:0 9 PM ; 37450. 4 12/16/0 9 4:1 0 PM : 37419. 8 12/16/0 9 4:1 1 PM ) 37401. 5 12/16/0 9 4:1 2 PM ; "37380. 6 12/16/0 9 4:1 3PM ! 37360. 5 12/16/0 9 4:1 4PM ! 12/16/0 9 4:1 5 PM i 37347. 0 12/16/0 9 4:1 4PM ! 12/16/0 9 4:1 5 PM i '37332. 1 12/16/0 9 4:1 6 PM j 37316. 7 12/16/0 9 4:1 7PM ; 37301 3 12/16/0 9 4:1 8 PM | '" ' 37287. 4 12/16/0 9 4:1 9 PM ; 37269. 0 12/16/0 9 4:2 0 PM i 37277.1 " 12/16/0 9 4:2 1 P M 37283. 0 12/16/0 9 4:2 2 PM i 37278. 5 12/16/0 9 4~:23PM ! 37276. 3 12/16/0 9 4:2 4PM ! ""37271 6



## VES01881 4Uni t4Ru n 1 i';"Tilfie£Stam p Stac k Ro wHR A 12/16/0 9 4:2 5 P M 12/16/0 9 4:2 6 PM | 12/16/0 9 4:2 7PM : 12/16/0 9 4:2 8 PM i 12/16/0 9 4:2 9 PM ; 12/16/0 9 4j30_PM , '"12/16/09"4:3 1 PM f 12/16/0 9 4:3 2 PM * 12/16/0 9 4:3 3P M 12/16/0 9 4:3 4PM : 12/16/0 9 4:3 5 PM i 12/16/0 9 4:3 6 PM' : 12/16/0 9 4:3 7PM ; WWIOQ^QPMl 12/16/0 9 4:3 9 PM : 12/16/0 9 4:4 0 PM

. 12/16/0 9 4:4 1 PM : 12/16/0 9 4:4 2 PM j 12/16/0 9 4:4 3P M 12/16/0 9 4:4 4PM , 12/16/0 9 4:4 5 PM ! 12/16/0 9 4:4 6 PM ! 12/16/0 9 4:4 7PM l 12/16/0 9 4:4 8 PM I 12/16/0 9 4:49PM ! 12/16/0 9 4:5 0 PM j 12/16/0 9 4:5 1 PM ; 12/16/0 9 4:5 2 PM ; 12/16/0 9 4:5 3PW 12/16/0 9 4:5 4PM i 12/16/0 9 4:5 5 PM i 12/16/0 9 4:5 6 PW 12/16/0 9 4:5 7PM ; 12/16/0 9 4:5 8 PM i 12/16/0 9 4:5 9 PM ! Maximu m 37270. 1 37295. 6 J7298. 3 37274. 5 '37264 9 37258. 5 37254. 8 '372647 8 37270. 8 172557 5 37242. 7 17229 7 "372167 4 17202. 5 37188. 2 37186 2 17184. 9 117184. 3 '37182. 2 37170 2 37145. 5 371387 5

. 2 ^ 2 5 3 "371317 8 l'713l7 l ''371337 8 37'1'15.5 170967 4 370917 8 37111. 7 37122 2 37125. 0 37130. 6 17101. 4 37093.5 ! 17651.9 1



## VES01881 5Uni t4Ru n 1 I | Time_Stam p ' Liqui d Weigh tHR TTota l Weigh tHRT 1 X-2 2 HR T 12/16/0 9 1 1 3 9 A M 3239. 8 8797. 8 ! 1120. 7 12/16/0 9 11:3 9 A M 3239.9 ; 8797. 9 i 1120. 7 12/16/0 9 11:3 9 A M 3239.8 ; 8797.8 1 1120. 7 12/16/0 9 11:3 9 A M *'"""""""323&81" " 8797.8 ! 1120. 7 12/16/0 9 11:4 0 A M 3239.7 ; 9614.7 1 1120. 5 12/16/0 9 11:4 0 A M '"3239.6 ] 9614.6 ' 1120. 5 12/16/0 9 11:4 0 A M ""3239.6 : • 9614.6 ; 1120. 5 12/16/0 9 11:4 0 A M ''3239Jf " 9614. 7 1120. 4 12/16/0 9 11:4 1 A M 3239.6 ! 9644. 6 1120. 4 12/16/0 9 11:41A M 3239.5 1 9644. 5 1120. 3 12/16/0 9 11:4 1 A M 3239.5! " 9674. 5 1120. 3 12/16/0 9 11:4 1 A M 3239.2 1 9704. 2 1120. 3 12/16/0 9 11:42AM [ 3238.7 1 9679. 7 1120. 3 12/16/0 9 11:4 2 AM j 3238. 3 9685. 3 1120. 2 12/16/0 9 11:4 2 AM ; 32371. ' 9684. 1 1120. 2 12/16/0 9 11:4 2 AM i 3236T2 T 9688. 2 1120. 1 12/16/0 9 11:4 3 AM I "'~T " 3235.61' " 9687. 6 1120. 1 12/16/0 9 11:4 3AM j 3235.1 ; 9693. 1 1120. 1 12/16/0 9 11:4 3 AM ; 3234.8 ; 9692. 8 1120. 0 12/16/0 9 11:4 3 AM ; "'"'~~32347! " " * 9669. 7 1120. 0 12/16/0 9 11:4 4AM i 3234.8 ; 9669. 8 1119. 9 12/16/0 9 11:4 4AM i "'''"323479 1 9669. 9 1119. 8 12/16/0 9 11:4 4AM i 3235.6 ] 9670. 0 1119. 7 12/16/0 9 11:4 4AM i 3235Q . 9670. 0 1119. 7 12/16/0 9 11:4 5 AM I 3235.1 ! 9670. 1 1119. 7 12/16/0 9 11:4 5 AM ] 3235.3 ; 9670. 3 1119. 8 12/16/0 9 11:4 5 AM
; 3235.5 | 9670. 5 1119. 8 12/16/0 9 11:4 5 AM i
. —~ i 9670. 7 1119. 9 12/16/0 9 11:4 6 AM i 32361) ; 9671. 0 1119. 9 12/16/0 9 11:46AM i 3236. 1 j 9671. 1 1119. 9 12/16/0 9 11:4 6 AM i 3236.6" ' 9671. 6 1120. 0 12/16/0 9 11:4 6 AM ! 3236.2 j 8815. 2 1120. 0 12/16/0 9 11:4 7AM ! 3236.2 ! 8815. 2 1120. 0 12/16/0 9 11:4 7AM ; "~'^2ZQA\' ~ 88157 ? 1120. 0 12/16/0 9 11:4 7AM j "3236!b[" ' 8815. 0 1120. 0 12/16/0 9 11:4 7AM i 3236.1, 1 8815. 1 1119. 9 12/16/0 9 11:4 8 AM i 3236.0 : 8815. 0 1120. 0 12/16/0 9 11:4 8 AM ! 3236.'0 : 8815. 0 1119. 9 12/16/0 9 11:4 8 AM : 3235.9; ' 8814. 9 1119. 8 12/16/0 9 11:4 8 AM ' 32357 1 9593. 7 1119. 7 12/16/0 9 11:4 9 AM ! 3235.5 ! 9593. 5 1119. 7 12/16/0 9 11:4 9 AM i 3235.3 ! 9570. 3 1119. 8 12/16/0 9 11:4 9 AM I 3235.2 ! 9576. 2 1119. 8 12/16/0 9 11:4 9 AM i 3235. 1 f " 9576. 1 1119. 7 12/16/0 9 11:5 0 AM ] 3234.9 i 9583.9'j

. 1119. 6 12/16/0 9 11:5 0 AM I 3234.7 ; 9613. 7 1119. 6 12/16/0 9 11:5 0 A M 3234. 7" 9590. 7 1119. 5Uni t4Ru n 1 'Sr^B'me_Stam p Liqui d Weigh tHR T Tota l Weigh tHR T X-2 2 HR T 12/16/0 9 1 1 5 0 A M 3234. 6 9596. 6 ! 1119. 5 12/16/0 9 11:5 1 A M 3234. 6 9596.6 ! 1119. 4 12/16/0 9 11:5 1 A M '1234 4 9603.4 ! 1119. 4 12/16/0 9 11:5 1 A M 3234. 2 9603.2 ! 1119. 4 12/16/0 9 11:5 1 A M '3234 4 9632. 4 1119. 4 12/16/0 9 11:5 2 A M 3234. 5 9662. 5 1119. 4 12/16/0 9 11:5 2 A M 3234 6 9662. 6 1119. 3 12/16/0 9 11:5 2 AM j 3234. 7 9662.7 ] 1119. 2 12/16/0 9 11:5 2 A M 3234. 9 9662. 9 1119. 2 12/16/0911:5 3 A M '73235. 0 9663.0 ; 1119. 1 12/16/0 9 11:5 3A M 3235 1 9663. 1 1119. 0 12/16/0911:5 3 A M " 32351 ' 9663. 1 1119. 0 12/16/0 9 11:5 3A M 3235. 1 9663. 1 1118. 9 12/16/0 9 11:5 4A M """32351 " 9663. 1 1118. 9 12/16/0 9 11:5 4A M 323576 : 9663. 0 1118. 9 12/16/0 9 11:5 4A M 3235. 6 9653 1 1118. 8 12/16/0 9 11:5 4A M 3235. 6 9663. 0 1118. 8 12/16/0 9 11:5 5 AM , 3235.6 ] 9663. 0 1118. 8 12/16/0 9 11:5 5 A M 3234.8 1 9662. 8 1118 J 12/16/0 9 11:5 5 A M 3234.8 ; 9662. 8 1118. 6 12/16/0 9 11:5 5 AM ! 3234. 7 " 9662. 7 1118. 6 12/16/0 9 11:5 6 AM I 3234.6 ! 9662. 6 1118. 5 12/16/0 9 11:5 6 AM ! 3234. 5 9662. 5 1118. 5 12/16/0911:5 6 AM j 3234.4 ; 9662. 4 1118. 4 12/16/0 9 11:5 6 AM : 3234.4 ] 9662. 4 1118. 3 12/16/0 9 11:5 7AM I 3234. 3 9662. 3 1118. 3 12/16/0911:5 7AM j 3234.4 | 9662. 4 1118. 2 12/16/0 9 11:5 7AM ; 32344 ] 9662. 4 1118. 2 12/16/0 9 11:5 7AM ; 3234. 4 10033. 4 1118. 2 12/16/0 9 11:5 8 AM ! ' " " "3234.4 ; 10033. 4 1118. 2 12/16/0 9 11:5 8 AM j 32343 ; 10033. 3 1118. 0 12/16/0 9 11:5 8 AM : 3234.2; ' 10033. 2 1118. 1 12/16/0 9 11:5 8 AM * " " 3234.2 1 10062. 2 1118. 2 12/16/0 9 11:5 9 AM ; 3234.5 ; 10062. 5 1118. 1 12/16/0 9 11:5 9 AM ; 3234.6 1 10091. 6 1118. 0 12/16/0 9 11:5 9 AM j 32348 1 10091. 8 1118. 0 12/16/0911:5 9 AM I 3235.1 ] 10122. 1 1118. 1 12/16/0 9 12:0 0 PM ; 3235. 2 10150. 2 1118, 1 12/16/0 9 12:0 0 PM ; "32351 ! .10150. 3 1118. 1 12/16/0 9 12:0 0 PM l 3235.4 ! 10179. 4 1118. 1 12/16/0 9 12:0 0 PM j 32314 ! 10179. 4 1118. 0 12/16/0 9 12:0 1 PM , 3235.2 ; 10208. 2 1118. 1 12/16/0 9 12:0 1 PM l ' 32351 7 10237.1 , 1118. 1 12/16/0 9 12:0 1 PM l 32351 : 10237.1 , 1118. 1 12/16/0 9 12:0 1 PM i 3235.5 1 10237. 5 1118. 2 12/18/0 9 12:0 2 PM ; 3236.0 ! 10238.0 , 1118. 1 12/16/0 9 12:0 2 PM : 3236.5 ! 10238.5 , 1118. 1Uni t4Ru n 1 | TimeiStamp ; Liqui d WeightiHR T .Tota l Weigh tHR T X-2 2 HR T 12/16/0 9 12:0 2 PM ; 3236. 9 10238. 9 1118. 2 12/16/0 9 12:0 2 PM j 3237. 2 10239. 2 1118. 2 12/16/0 9 12:0 3PM l 3237. 5 10239. 5 1118. 3 12/16/0 9 12:0 3PM ; 3237. 6 10239. 6 1118. 3 12/16/0 9 12:0 3PM, : 3237.7 ; 10239. 7 1118. 3 12/16/0 9 12:0 3PM i 3237. 8 9504. 8 1118. 4 12/16/0912:0 4PM ; 3237.9 ] 9504. 9 3237.9 ; 9504. 9 1118. 5 12/16/0 9 12:0 4P M 3237.9 ] 9504. 9 3237.9 ; 9504. 9 1118. 5 12/16/0 9 12:0 4PM i 3237. 8 9481. 8 1118. 5 12/16/0 9 12:0 4PM : 3237 8 9481. 8 1118. 4 12/16/0 9 12:0 5 PM ; 32377 ! 9458. 7 1118. 5 12/16/0 9 12:0 5 PM- ! 3237.7 ! 9435.7 , 1118. 6 12/16/0 9 12:0 5 PM : 3237.7 ! 9435.7 ! 1118. 6 12/16/0 9 12:0 5 PM ; 3237. 5 9419.5 , 1118. 6 12/16/0 9 12:0 6 PM i " "3237.3 ; 9419.3 ] 1118. 6 12/16/0 9 12:0 6 PM ; 3237.1 ; 9396.1 1 1118. 8 12/16/0 9 12:0 6 PM ! 3237.6 j 9396.0 : 1118. 7 12/16/0 9 12:0 6 PM i 3236.9 1 10151.9 ! 1118. 7 12/16/0 9 12:0 7PM | "'''3236i j 10127.9 ; 1118.7

. 12/16/0 9 12:0 7PM l "3237T0 ] 10128. 6 1118. 7 12/16/0912:0 7PM ! 323679 ] 10104.9 ; 1118. 8 12/16/0 9 12:0 7PM I
~ 323776 1 10105.0 ! 1118. 8 12/16/0 9 12:0 8 PM ; 323679 ; 10104.9 ! 1118. 8 12/16/0 9 12:0 8 PM ! 3236.9 ! 10104.9' ; 1118. 9 12/16/0 9 12:0 8 PM i '323679 ; 10133.9 i 1118. 9 12/16/0 9 12:0 8 PMj

. """'3236.8 ! 10133.8 ! 1118. 9 12/16/0912:0 9 PM j 3236.7 ] 10162.7 ! 1118. 9 12/16/0 9 12:0 9 PM i 3 2 3677] ' 10162.7 ! 1119. 0 12/16/0 9 12:0 9 PM i 3236"i l 10192.6 ; 1119. 0 12/16/0 9 12:0 9 PM

- 3236.6 ! 10221.6 ; 1119. 0 12/16/0 9 12:1 0 PM I 3236.6 ; 10221.6 ] 1119. 1 12/16/0 9 12:1 0 PM i "3236.6 ; 10251.6 ! 1119. 0 12/16/0 9 12:1 0 PM i 3236.6 j 10251.6 ! 1119. 1 12/16/0 9 12:1 0 PM i 3236.4 i 10281.4 ; 1119. 2 12/16/0 9 12:1 1 PM : 3236.3 r 10281.3 ! 1119. 1 12/16/0 9 12:1 1 PM ? " 3236.1 ! 10310.1 ! 1119. 1 12/16/0 9 12:1 1 P M 3236.0 7 10310.0 : 1119. 2 12/16/0 9 12:1 1 PM ; ..... . 32 — i 10309.9 ! 1119. 2 12/16/0 9 12:1 2 PM i 3235.9 ; 10309.9 ! 1119. 2 12/16/0 9 12:1 2 PM | "3235.9] " 10309.9 ! 1119. 2 12/16/0 9 12:1 2 PM ! 3235.7 ; 10309.7 ; 1119. 2 12/16/0 9 12:1 2 PM ! 323575 ] 10309.5 ! 1119. 2 12/16/0 9 12:13PM | """323575] " 9289.5 , 1119. 2 12/16/0 9 12:1 3PM i "3235.3 ! 9289.3 ; 1119. 3 12/16/0 9 12:1 3PM i 3235.2 1 9289.2 ! 1119. 3 12/16/0 9 12:1 3PM ] 3235. 1 9266.1 1 1119. 3 12716/0 9 12:1 4PM i 3235.0 ! 9242.0 , 1119. 3Uni t4Ru n 1 Liqui d Weigh tHRT

_ Tota l Weight.HR T X-22!;HR T 12/16/0 9 12:14P M 3234. 9 9241. 9 1119. 3 "12/16/0 9 12:14>M ~ *32341 s 9218. 8 1119. 4 12/16/0 9 12:1 4P M " 3234 5 "9218. 5 1119. 3 12/16/0 9 12:1 5 P M 32347 3 9194. 3 1119. 3

' 12/16/0 9 12:1 5 P M 32347 2 9170. 2 1119. 3 12/16/0 9 12:1 5 P M 3234. 3 9170. 3 1119. 3 12/16/0 9 12:1 5 P M 3234. 5 9147." 5 1119. 4 12/16/0 9 12:1 6 P M " ' 3235. 1 " 9148. 1 1119. 5 12/16/0 9 12:1 6 P M '32357 9 9125. 9 1119. 5 12/16/0 9 12:1 6 PM i ""''3236. 3 9847. 3 1119. 5 12/16/0 9 12:1 6 PM ; 3236. 6 9830. 6 1119. 5 12/16/0 9 12:1 7PM ! 3236.8 ! 9808. 8 1119. 6 12/16/0 9 12:1 7PM i """""7323679 ; 9808. 9 1119. 6 12/16/0 9 12:1 7PM i "'"'"323677 7 9808. 7 1119. 6 12/16/0 9 12:1 7PM i 3236.6 ] 9808. 6 1119. 6 12/16/0 9 12:1 8 P M 3236.4 ! 9808. 4 1119. 6 12/16/0 9 12:1 8 PM i """3236!2 i 9837. 2 1119. 7 12/16/0 9 12:1 8 PM ! 3235.8 ; 9836. 8 1119. 7 12/16/0 9 12:18PM : 323574 ! 986574 ; 1119. 7 12/16/0 9 12:1 9 PM i '323576 ! 9895.0 ; 1119. 7 12/16/0 9 12:1 9 PM ! "323476 ] 9894.6 ! 1119. 7 12/16/0 9 12:1 9 PM : 3234. 2 9924.2 I 1119. 6 12/16/0 9 12:1 9 PM i " 3233. 8 9923.8 ; 1119. 6 12/16/0 9 12:2 0 PM ; "3233. 4 9953.4 ; 1119. 6 12/16/0912:2 0 PM i 32331 : 9953.1 ; 1119. 6 12/16/0912:2 0 PM ! " 3232. 7 9981.7 ! 1119. 6 12/16/0912:2 0 PM i 3232. 2 10012.2 1 1119. 7 12/16/0912:2 1 PM i 3231. 7 10011.7 ! 1119. 7 12/16/0 9 12:2 1 PM i 3231.3 ] 10011.3 1 1119. 7 12/16/0 9 12:2 1 PM ; "3230.8 ! 10010.8 ! 1119. 8 12/16/0 9 12:2 1 PM ; '323674 ! 10010.4 ; 1119. 8 12/16/0 9 12:2 2 PM i 322978 7 16669. 8 1119. 8 12/16/0912:2 2 PM i 3229.3 > 

### IO669 .3 ! 1119. 9 12/16/0 9 12:2 2 PM i 3228.8 7 10008.8 ; 1119. 8 12/16/0 9 12:2 2 PM | "3228 ^ 10008.4 i 1119. 9 12/16/0 9 12:2 3PM i 3228.2! " 10008.2 ! 1119. 9 12/16/0 9 12:2 3PM. | 3228.0 ' 16668.O ! 1119. 9 12/16/0 9 12:2 3PM i 3228.6 ] 10008.0' ; 1119. 9 12/16/0 9 12:2 3PM i 322779 ; 10770.9 ! 1119. 9 12/16/0 9 12:2 4PM i 3227. 7 9977.7 ; 1119. 8 12/16/0 9 12:2 4PM i '32277 6 9977.6 : 1119. 8 12/16/0 9 12:2 4PM : 3227. 5 9977.5 * 1119. 7 12/16/0 9 12:2 4PM i 3227.3 | 9947.3 ; 1119. 7 12/16/0 9 12:2 5 PM ; 3227.3 ; 9917.3 1 1119. 7 12/16/0 9 12:2 5 PM i 322773 : 9917.3 ; 1119. 7 12/16/0 9 12:2 5 PM ! 3227.2 , 9887.2 ; 1119. 6 12/16/0 9 12:2 5 PM : 322772 7 9887.2 ! 1119. 6Uni t4Ru n 1

. !'Time_Stam p Liqui d Weigh tHR T Tota l Weigh tJHR T X-2 2 HR T 12/16/0 9 12:2 6 P M 3227. 4 9857. 4 1119. 6 12/16/0912:2 6 P M 3227. 5 'T8277 5 1119. 7 12/16/0 9 12:2 6 P M 3227. 7 9827. 7 1119. 8 12/16/0912:2 6 P M 3228. 0 9858. 0 1119. 8 12/15/0912:2 7P M 32287 3 9858. 3 1118. 8 12/16/0912:2 7P M 32287 4 9888. 4 1116. 9 12/16/0912:2 7P M '32287 6 99*16. 6 1114. 7 12/16/0 9 12:2 7P M '""7"'"3225. 4 9913. 4 1112. 5 12/16/0912:2 8 P M : 3222. 8 9910. 8 1110. 3 12/16/0912:2 8 P M 3220. 1 9968. 1 1108. 2 12/16/0912:2 8 P M 3217. 3 9905. 3 1106. 0 12/16/0912:2 8 P M 32147 5 9902. 5 1103. 8 12/16/0912:2 9 P M 3212. 4 9900. 4 1101. 6 12/16/0 9 12:2 9 P M 3210. 4 9898. 4 1099. 4 12/16/0912:2 9 P M 3208. 5 10938. 5 1097. 2 12/16/0912:2 9 P M 3206. 6 10936. % 1094. 9 12/16/0912:3 0 P M 3204. 8

. 10934. 8 1092. 7 12/16/0912:3 0 P M '32037 0 '109337 6 1090. 5 12/16/0912:3 0 P M 3201. 2 ""109317 2 1088. 4 12/16/0 9 12:3 0 PM , "3199. 0 16929. 0 1086. 2 12/16/0 9 12:3 1 P M 3196. 6 10156. 6 1084. 0 12/16/0912:3 1 P M " 3193. 9 10153. 9 1081. 9 12/16/0912:3 1 PM ' '""3191 2 10151. 2 1079. 7 12/16/0912:3 1 PM

: 3188. 3 10118. 3 1077. 6 12/16/0912:3 2 P M 31857 3 10086. 3 1075. 4 12/16/0912:3 2 PM i 3182. 5 10083. 5 1073. 3 12/16/0912:3 2 PM ; 3179. 5 10050. 5 1071. 1 12/16/0912:3 2 PM i 3176. 5 10047. 5 1069. 1 12/16/0912:3 3 PM i 3173. 5 10014. 5 1066. 9 12/16/0 9 12:3 3PM i ' " " '3170. 4 9981. 4 1064. 8 12/16/0912:3 3 PM j 3167. 4 9978. 4 1062. 7 12/16/0 9 12:3 3PM i 3164. 2 10005. 2 1060. 5 12/16/0 9 12:3 4PM i 31617 2 10002. 2 1058. 4 12/16/0912:3 4PM j '31587 1 9999. 1 1056. 2 12/16/0 9 12:3 4PM ! 3154. 9 10025. 9 1054. 1 12/16/0912:3 4PM

: 3151 7 10022. 7 1051. 9 12/16/0 9 12:3 5 PM ! 3148. 6 10019. 6 1049. 7 12/16/0 9 12:3 5 PM i 31457 5 10049. 5 1047. 5 12/16/0912:3 5 PM ; 3142. 4 16646. 4 1045. 4 12/16/0 9 12:3 5 PM ; 3139. 5 10043. 5 1043. 2 12/16/0 9 12:3 6 PM i 3T3676 1 10040. 6 1041. 1 12/16/0 9 12:3 6 PM ] 3133. 9 ""10037. 9 1038. 9 12/16/0 9 12:3 6 PM j

.... . 3i3i7 T 10035. 1 1036. 7 12/16/0 9 12:3 6 PM ; 3128. 4 10032. 4 1034. 5 12/16/0 9 12:3 7PM l 3125. 7 10762. 7 1032. 2 12/16/0 9 12:3 7PM i 3123. 0 10760. 0 1030. 0 12/15/0 9 12:3 7PM j 3120. 2 10757. 2 1027. 8Uni t4Ru n 1 

## I Time_iStam p Liqui d Weigh tHR T Tota l Weigh tHR TX-2 2 HR T 12/16/0 9 12:3 7P M 3117. 2 10754. 2 1025. 6 12/16/0 9 12:3 8 P M 3114. 2 10751. 2 1023. 4 12/16/0 9 12:3 8 P M 3111. 3 10748. 3 1021. 1 12/16/0 9 12:3 8 P M 3108. 3 10745. 3 1018. 9 12/16/0 9 12:3 8 PM : 3105. 2 10742. 2 1016. 6 12/16/0 9 12:3 9 P M 3102. 0 ""10739. 0 1014. 3 12/16/0 9 12:3 9 P M 3099.0 ; 10736. 0 1012. 1 12/16/0 9 12:3 9 P M 3096. 2 10733. 2 1009. 8 12/16/0 9 12:3 9 P M 3093. 3 10730. 3 1007. 6 12/16/0 9 12:4 0 P M 3090. 5 9910. 5 1005. 5 12/16/0 9 12:4 0 P M ~""1087. 6 9907. 6 1003. 2 12/16/0 9 12:4 0 P M 3084.8 : 9904. 8 1001. 0 12/16/0 9 12:4 0 PM i 3081 9 9901 9 998. 8 12/16/0 9 12:4 1 PM ! 3079. 0 9869. 0 996. 6 12/16/0 9 12:4 1 PM

. 3076.1 ' 9866. 1 994. 3 12/16/0 9 12:4 1 PM

. 3673.2 ! 9833.2 , 992. 1 12/16/0 9 12:4 1 PM ; 3070.3 i 9800. 3 989. 9



## VES01882 1Uni t4Ru n 1 Tim e Stam p Liqui d Weight-HR T Tota l Weigh tHR T X-2 2 HR T 12/16/0 9 1 5 5 P M 2795. 7 8154. 7 812. 1 12/16/0 9 1:5 5 P M 2798. 8 8157. 8 815. 3 12/16/0 9 1:5 5 P M 2801 8 8160.8 " 818. 7 12/16/0 9 1:5 5 P M 2804. 8 8939. 8 819. 9 12/16/0 9 1:5 6 P M 2807. 7 8942. 7 821. 2 12/16/0 9 1:5 6 P M 2810.8 V 8945. 8 823. 1 12/16/0 9 1:5 6 P M " " * "2813. 7 8948. 7 825. 4 12/16/0 9 1:5 6 P M 2816. 7 8978. 7 .827. 7 12/16/0 9 1:5 7P M 28197 7 8981. 7 830. 0 12/16/0 9 1:5 7P M 2822. 7 8984. 7 832. 3 12/16/0 9 1:5 7PM i "28257 8 9014. 8 834. 6 12/16/0 9 1:5 7PM ; 2828.9 , 9017.9 ' 836. 9 12/16/0 9 1:5 8 PM j "2831. 9 8136. 9 839. 2 12/16/0 9 1:5 8 PM j 7"283479 ; 8139.9 i 841 5 12/16/091:5 8 PM i 2838.0 : 8143.0 i 843. 8 12/16/091:5 8 PM i 2841.0 ; 8173. 6 846. 1

. 12/16/091:5 9 PM ; '284476 ; 8176.0 ] 848. 3 12/16/091:5 9 PM i 284678 S 8178.8 ) 850. 6 .12/16/091:5 9 PM i 284979 ! 8208.9 : 852. 9 12/16/091:5 9 PM ; 285278 7 8211.8 ] 855. 2 12/16/0 9 2:0 0 PM ' 2855.8 ; """"""7285877 ! 8214.8 ] 857. 6 12/16/0 9 2:0 0 PM i 2855.8 ; """"""7285877 ! 8245.7 i 859. 8 12/16/0 9 2:0 0 PM ; 12/16/0 9 2:0 0 PM ; 12/16/0 9 2:0 1 PM : 12/16/0 9 2:0 1 PM j "12/16/0 9 2:0 1 PM i 12/16/0 9 2:0 1 PM ; 12/16/0 9 2:0 2 PM : 28617 } 2864.7 ] 2867761 " "2870.77 " 7287378; ' 2876.7 ; '287978 ! 8248. 7 8251. 7 8254. 6 8257. 7

12/16/0 9 2:0 2 PM i 12/16/0 9 2:0 2 PM i 12/16/0 9 2:0 2 PM ] 12/16/0 9 2:03

. PM i 12/16/0 9 2:0 3PM l 12/16/0 9 2:0 3PM | 12/16/0 9 2:0 3PM l 12/16/0 9 2:0 4PM ; 12/16/0 9 2:0 4 PM i 12/16/0 9 2:0 4PM ! 12/16/0 9 2:0 4PM ! 12/16/0 9 2:0 5 PM ; 12/16/0 9 2:0 5 PM l '12/16/0 9 2:05"PM f 12/16/0 9 2:0 5 PM i 12/16/0 9 2:0 6 PM I 12/16/0 9 2:0 6 PM i 12/16/0 9 2:0 6 PM i 2882.8 ! 28867 1 288973 7 2892.3' ; 2895.4 ! 289876 ; 2901.8 ; 290479 ; 290779 i

" 291171 ! 2914.l T 29177 1 "29267l [ '292373; ' 2926 73 ' 292973 ; 293274 7 '2935.4 ! 8260. 8

826377 ; 8266.8 ] 8269.8 1 '82737'i j 8276.3i

_ '827973 ! 8282.4 i "828576 1 "82887 a 82919 " 1294.9 ' 8 2 987 1 9112.1 1 91157TJ

12/16/0 9 2:0 6 PM i 12/16/0 9 2:0 7PM i 12/16/0 9 2:0 7PM i 2938. 3 2941. 4 "294473 ! 9195.4 : 9225.3 " 862. 2

864. 4 866. 7 869. 1 871. 4 873. 7 876. 0 878. 3 880. 6 883. 0 885. 3 887. 6 889. 9

901. 7 904. 0 9118.i l 906. 3 91213 ! 908. 7 9151.3 ] 911. 0 9154.3 1 913. 2 9157.4 ] 915. 5 9189.4 ! 917. 8 9192.3 ; 920. 0

922. 4 924. 6Uni t4 Ru n 1 

### iTimeTjSlgirftp's

f Liqui d Weigh tHR TI Tota l Weigh tHR TI X-2 2 HR T 12/16/0 9 2:0 7 PM j 2947.2 ! 9228.2 ! 92 70 12/16/0 9 2:0 7 PM i 2950.1 1 9231. 1 929. 3 12/16/0 9 2:0 8 P M '2952.8 : 9260.8 ; 931. 6 12/16/0 9 2:0 8 PM i 2955.6* ~ 9263.6 ! 933. 9 12/16/0 9 2:0 8 P M 295875 ] " 9266.5 ; 936. 2 12/16/0 9 2:0 8 PM i ""'""" " 29613 7' 9296. 3 1 938. 5 12/16/0 9 2:0 9 PM I 2964.3 ] 8658.3 ! 940. 8 12/16/0 9 2:0 9 PM i 2967.4 1 86614 ] 943. 2 12/16/0 9 2:0 9 PM i 2970.3 ! 8691. 3 ; 945. 4 12/16/0 9 2:0 9 PM ] 2973. 4 8670.4 ! 947. 7 12/16/0 9 2:1 0 PM : 29764 1 8673.4 i 950. 0 12/16/0 9 2:1 0 PM ; 2979.5 1 " 8676.5 ; 952. 3 12/16/0 9 2:1 0 PM i "2982.6 ! 8655.6 ! 954. 7 12/16/0 9 2:1 0 PM , 2985.8 1 8658.8 , 956. 9 12/16/0 9 2:1 1 PM l 2988.9 7 8661.9 ! 959. 2 12/16/0 9 2:1 1 PM ; 2992.1 ! 8642. 1 961. 5 12/16/0 9 2:1 1 PM ; . . 2995!3 i 8645.3 I 963. 8 12/16/0 9 2:1 1 PM ] 2998.6 : 8648.6 ] 966. 1 12/16/0 9 2:1 2 PM I '30018 ! 8627.8 ; 968. 4 12/16/0 9 2:1 2 PM ; 3005167"' : 8631.0 )

. 970. 7 12/16/0 9 2:1 2 PM i 360876:" " 8634.0 ; 973. 0 12/16/0 9 2:1 2 PM ! ' f 3011.0 ! 8637. 0 975. 3 12/16/0 9 2:1 3 P M "361379 :

. 8639. 9 977. 5 12/16/0 9 2:1 3 PM ! 3016.9 ] 8642. 9 979. 9 12/16/0 9 2:1 3 PM ; 3019:8 ! 8645.8 ! 982. 2 12/16/0 9 2:1 3 PM ; 3'622.5 ; 9742.5 ! 984. 5 12/16/0 9 2:1 4 PM i 30252 ; 9745.2 I 986. 8 12/16/0 9 2:1 4 PM j "3027.9 : 9747. 9 989. 1 12/16/0 9 2:1 4 PM i 3030.8 ! 9750. 8 991. 3 12/16/0 9 2:1 4 PM ! 3033.6 ! 9780. 6 993. 6 12/16/0 9 2:1 5 PM j 3636.4 ! ' """97837 4 996. 0 12/16/0 9 2:1 5 PM j 303973!" " " 8878. 3 998. 3 12/16/0 9 2:1 5 PM

. 3042. 1 8908. 1 1000. 6 12/16/0 9 2:1 5 PM i "'"!3045.6 ; 8911.0 1 1002. 8 12/16/0 9 2:1 6 PM ; 3047.8 ! 8913.8 ! 1005. 2 12/16/0 9 2:1 6 PM i 3050.4; ' 8921.4 1 1007. 5 12/16/0 9 2:1 6 PM ] '"30'53.'4 : 8924.4 ! 1009. 8 12/16/0 9 2:1 6 PM i 3056.2;" ' 8927.2 ! 1012. 2 12/16/0 9 2:1 7 PM i 3059.0

. 8934. 0 1014. 4 12/16/0 9 2:1 7PM i 3061.8 ; 8936. 8 1016. 7 12/16/09.2:1 7PM ! ""3664:87 " 8939. 8 1019. 0 12/16/0 9 2:1 7 P M 3067.7 ! 8945. 7 1021 3 12/16/0 9 2:1 8 PM ; 3070.6 ; 89487 6 1023. 5 12/16/0 9 2:1 8 PM ! 3'673.6j ' 89516 : 1025. 8 12/16/0 9 2:1 8 PM : 3076.6 ; 8958. 6 1028. 1 12/16/0 9 2:1 8 PM ] 3079.5 ! 8961.5 1 1030. 4 12/16/0 9 2:1 9 PM i 308275]'" ' 8964.5 1 1032. 8 12/16/0 9 2:1 9 PM | 3085:7 7 8967. 7 1035. 1 12/16/0 9 2:1 9 PM i 3088.8 ! 8970.8 ! 1037. 5 12/16/0 9 2:1 9 PM | 8973. 8 1039. 8Uni t4Ru n 1 I I Tim e Stam p Liqui d Weigh tHR T Tota l Weigh tHR T X-2 2 HR T 12/16/0 9 2:2 0 P M 3095. 0 8977. 0 1042. 1 12/16/0 9 2:2 0 P M 3098. 6 8980. 0 1044. 4 12/16/0 9 2:2 0 P M 3101. 0 8983. 6 1046. 7 12/16/0 9 2:2 0 P M 31037 9 8985. 9 1049. 0 12/16/0 9 2:2 1 P M 3106. 9 8988. 9 1051. 3 12/16/0 9 2:2 1 P M 310978 8991. 8 1053. 6 12/16/0 9 2:2 1 P M 3112. 7 ""'8994. 7 1055. 9 12/16/0 9 2:2 1 P M 3115. 6 8997. 6 1058. 4 12/16/0 9 2:2 2 P M 3118. 6 9000. 6 1060. 7 12/16/0 9 2:2 2 P M 3121. 5 9003. 5 1063. 1 12/16/0 9 2:2 2 P M 3124. 6 9006. 6 1065. 5 12/16/0 9 2:2 2 P M 31277 6 9649. 6 1067. 8 12/16/0 9 2:2 3P M 3130. 6 9652. 6 1070. 1 12/16/0 9 2:2 3P M 31337 7 "*"'9655. 7 1072. 4 12/16/0 9 2:2 3P M 3136. 6 9658. 6 1074. 7 12/16/0 9 2:2 3P M 3139. 7 9689. 7 1077. 1 12/16/0 9 2:2 4P M ' ' 3142. 6 "9692. 8 1079. 4 12/16/0 9 2:2 4P M 3145: 8 9695. 8 1081. 7 12/16/0 9 2:2 4P M 3148. 9 9725. 9 1084. 0 12/16/0 9 2:2 4P M 31517 9 9728. 9 1086. 3 12/16/0 9 2:2 5 P M "31547 9 9731. 9 1088. 6 12/16/0 9 2:2 5 P M 3157. 8 9760. 8 1090. 8 12/16/0 9 2:2 5 PM

. """"""3166. 8 9763. 8 1093. 1 12/16/0 9 2:2 5 PM , 3163. 8 9766. 8 1095. 4 12/16/0 9 2:2 6 P M "'3166. 6 9796. 6 1097. 8 12/16/0 9 2:2 6 PM ' 3169. 5 8995. 5 1100. 1 12/16/0 9 2:2 6 P M 3172. 3 8998. 3 1102. 3 12/16/0 9 2:2 6 PM ; """" ' 3175. 1 9028. 1 1104. 7 12/16/0 9 2:2 7PM

: 31777 8 9006. 8 1107. 0 12/16/0 9 2:2 7PM , 3180.5 ' 9009. 5 1109. 2 12/16/0 9 2:2 7PM 1 31'83. 2 9038. 2 1111. 5 12/16/0 9 2:2 7PM

. 3185. 9 9016. 9 1113. 7 12/16/0 9 2:2 8 PM j 3188. 6 9019. 6 1116. 1 12/16/0 9 2:2 8 PM ! 3191. 3 9022. 3 1118. 3 12/16/0 9 2:2 8 PM ; 3194.1 ; 900071

- 1120. 6 12/16/0 9 2:2 8 PM , 3197.0 , 9003. 0 1122. 9 12/16/0 9 2:2 9 PM i 3199. 9 9005. 9 1125. 1 12/16/0 9 2:2 9 PM ! 3262.9 : 9008. 9 1127. 4 12/16/0 9 2:2 9 PM" ! 3205:9" ! 9011. 9 1129. 7 12/16/0 9 2:2 9 PM ; 3209.1 ; 9015. 1 1132. 0 12/16/0 9 2:3 0 PM , 3212:3 " 9018. 3 1134. 2 12/16/0 9 2:3 0 PM ! 3215.5

. 9021. 5 1136. 4 12/16/0 9 2:3 0 PM ; 3218.7 : 9024. 7 1137. 4 12/16/0 9 2:3 0 PM ; 3221.f r 9027. 5 1137. 6 12/16/0 9 2:3 1 PM ; 3224.0 ; 9030. 6 1137. 8 12/16/0 9 2:3 1 PM

. 3226.4 ! 9032. 4 1137. 9 12/16/0 9 2:3 1 PM i 3228.0 ; 9034. 0 1137. 9 12/16/0 9 2:3 1 PM ; 3229.0 : 9967. 0 1138. 1 12/16/0 9 2:3 2 PM

. 3229.7 : 9967. 7 1138. 2 12/16/0 9 2:3 2 PM ; 3230.2

. 9968. 2 1138. 3

### Uni t4Ru n 1 '"Tim e 'Stam p Ciqui d Weigh tJRIR : ;Tbtai^eighf2HR T X-227HR T 12/16/0 9 2:3 2 P M 3230. 5 9968. 5 1138. 4 12/16/0 9 2:3 2 P M 3230 7 9968. 7 1138. 6 12/16/0 9 2:3 3P M 3230. 7 9996.7 " 1138. 7 12/16/0 9 2:3 3P M 3230. 6 9996. 6 1138. 7 12/16/0 9 2:3 3P M 3230. 6 9996. 6 1138. 8 12/16/0 9 2:3 3P M "3230. 5 10024. 5 1138. 9 12/16/0 9 2:3 4P M 3230. 3 10024. 3 1139. 0 12/16/0 9 2:3 4P M 323a 2 '10024. 2 1139. 1 12/16/0 9 2:3 4P M 3229. 9 10050. 9 1139. 2

. 12/16/0 9 2:3 4P M 3229. 5 10050. 5 1139. 3 12/16/0 9 2:3 5 P M 73229. 1 10050. 1 1139. 4 12/16/0 9 2:3 5 P M 3228; 9 10076. 9 1139. 4 12/16/0 9 2:3 5 P M 3228. 4 10076. 4 1139. 4 12?16/0 9 2:35P M 3228. 2 10076. 2 1139. 3 12/16/0 9 2:3 6 P M 3228. 1 '"10103. 1 1139. 1 12/16/0 9 2:3 6 P M 3228. 2 10103. 2 1139. 0 12/16/0 9 2:3 6 P M 3228 4 10103. 4 1139. 0 12/16/0 9 2:3 6 P M 3228. 6 9313. 6 1138. 9 12/16/0 9 2:3 7P M "32287 9 9313. 9 1138. 8 12/16/0 9 2:3 7P M 3229. 2 " " '9314. 2 1138. 7 12/16/0 9 2:3 7P M 3229. 4 9314. 4 1138. 7 12/16/0 9 2:3 7PM ' " " 3229. 7 9314. 7 1138. 7 12/16/0 9 2:3 8 P M 3230. 6 9315. 0 1138. 5 12/16/0 9 2:3 8 P M 3230; 2 9315. 2 1138. 4 12/16/0 9 2:3 8 P M 3236. 3 9315. 3 1138. 3 12/16/0 9 2:3 8 PM ' '323674 ; 9315. 4 1138. 2 12/16/0 9 2:3 9 P M 3230. 5 9288. 5 1138. 1 12/16/0 9 2:3 9 P M 32367 6 9288. 6 1138. 1 12/16/0 9 2:3 9 PM j 323678 ! 9261. 8 1138. 0 12/16/0 9 2:3 9 P M 3230.9 ' 9261. 9 1137. 9 12/16/0 9 2:4 0 PM ; 3231 1 9262. 1 1137. 8 12/16/0 9 2:4 0 P M 3231.3

- 9234. 3 1137. 8 12/16/0 9 2:4 0 P M 3231.4 : 9234. 4 1137. 8 12/16/0 9 2:4 0 P M 3231.6 ! 10042. 6 1137. 8 12/16/0 9 2:4 1 P M 3231. 5 10015. 5 1137. 7 12/16/0 9 2:4 1 P M *3231.5 : 10015. 5 1137 7 12/16/0 9 2:4 1 PM ; " """""3231.5

- 10015. 5 1137. 7 12/16/0 9 2:4 1 PM i 3231 5 10042. 5 1137. 7 12/16/0 9 2:4 2 PM i 323174 ! 10042. 4 1137. 7 12/16/0 9 2:4 2 PM. i 3231.3 , 10042. 3 1137. 7 12/16/0 9 2:4 2 PM ; ""3231. T 10069. 1 1137 7 12/16/0 9 2:4 2 PM , 3230.8 ; 10068. 8 1137. 6 12/16/0 9 2:4 3P M 3230. 7 10068. 7 1137. 6 12/16/0 9 2:4 3PM ; 3230.6 ! 10095. 6 1137. 6 12/16/0 9 2:4 3PM : 3230. 4 10095. 4 1137. 6 12/16/092:4 3PM l 3230.3 ! 10122.3 1 

### 1137. 5 12/16/0 9 2:4 4PM | 3230. T 10122. 1 1137. 5 12/16/0 9 2:4 4PM : " 3229. 9 T6T2T 9 1137. 5 12/16/0 9 2:4 4PM ; 3229. 6 10121. 6 1137. 5 12/16/0 9 2:4 4PM ' 322975 ; 10121. 5 1137. 5Uni t4Ru n 1 :i0gujd';vtfigffili i Tota l WeighfHR T X--2 2 HR T 12/16/0 9 2:4 5 PM j 3229. 1 10121 1 1137. 5 12/16/0 9 2:4 5 P M ; 3228. 9 10120. 9 1137. 4 12/16/0 9 2:4 5 PM ! 3228. 7 10147. 7 1137. 5 12/16/0 9 2:4 5 PM ; 3228. 6 9375. 6 1137. 4 12/16/0 9 2:4 6 PM ; 3228. 5 "''93757 5 1137. 5 12/16/0 9 2:4 6 PM ! 3228. 5 9402. 5 1137. 5 12/16/0 9 2:4 6 PM l 3228. 5 9402. 5 1137. 4 12/16/0 9 2:4 6 PM , 3228. 4 9402. 4 1137. 5 12/16/0 9 2:4 7PM i 3228. 5 9375. 5 1137. 4 12/16/0 9 2:4 7P M 3228. 5 9375. 5 1137. 4 12/16/0 9 2:4 7P M """32287 8 9375. 8 1137. 4 12/16/0 9 2:4 7P M 3229. 0 9348. 0 1137. 4 12/16/0 9 2:4 8 P M 3229. 2 9348. 2 1137. 5 12/16/0 9 2:4 8 P M '•3229. 6 9348. 6 1137. 5 12/16/0 9 2:4 8 P M 3230. 6 9322. 0 1137. 5 12/16/0 9 2:4 8 P M 3230.4 j 9322. 4 1137. 4 12/16/0 9 2:4 9 P M """"""""3230 9 9322. 9 1137. 5 12/16/0 9 2:4 9 P M "~3231.4

. 9296. 4 1137. 5 12/16/0 9 2:4 9 P M 32318

. 9296. 8 1137. 5 12/16/0 9 2:4 9 P M 3232. 6 10127.0 , 1137. 5 12/16/0 9 2:5 0 PM ! 3232.2 ; 10127.2

. 1137. 3 12/16/0 9 2:5 0 P M 3232.3 ! 10127.3 ; 1137. 2 12/16/0 9 2:5 0 P M 3232.2 ! 10127.2 ! 1137. 1 12/16/0 9 2:5 0 P M "'• " 3232. 2 10154.2 : 1137. 1 12/16/0 9 2:5 1 P M -"••-7"~"32322 ! 10154.2 ; 1137. 1 12/16/0 9 2:5 1 P M 3232.2 ! 10154.2 ; 1137. 1 12/16/0 9 2:5 1 P M 3232. 1 10182. 1 1137. 1 12/16/0 9 2:5 1 P M 32319 I 10181.9 , 1137. 2 12/16/0 9 2:5 2 P M ""'32317 ! 101817 1 1137. 3 12/16/0 9 2:5 2 P M 3231.3 ! 10208.3 ; 1137. 3 12/16/0 9 2:5 2 P M 3230.9 ; 10207.9 ! 1137. 3 12/16/0 9 2:5 2 P M 3230.5 ; 10207.5 1 1137. 3 12/16/0 9 2:5 3P M " "3230 1 10234.1 ! 1137. 2 12/16/0 9 2:5 3P M 3229.9 ; 10233.9 ; 1137. 2 12/16/0 9 2:5 3PM , 3229.6 r10233.6 ! 1137. 2 12/16/0 9 2:5 3PM ' 3229.3! ' 10233.3 ] 1137. 2 12/16/0 9 2:5 4PM ! 3229.0 I 10233.0 ; 1137. 2 12/16/0 9 2:5 4PM : 322879 ; 10232.9 ; 1137. 2 12/16/0 9 2:5 4PM ! ""'322876 ! 10232.6 ! 1137. 2 12/16/0 9 2:5 4PM ! 3228.3 ; 10232.3 ; 1137. 2 12/16/0 9 2:5 5 PM ' 3228, 1 j 10232. 1 i 1137. 2 12/16/0 9 2:5 5 PM ; 3227.9 ; 10231.9 ] 1137. 2 12/16/0 9 2:5 5 PM j 3227.8 ; 10231.8 ; 1137. 2 12/16/0 9 2:5 5 PM ! 3227.8

. 9455.8 I 1137. 1 '12/16/0 9 2:5 6 PM i 3227.9 ; 9455.9 ! 1137. 1 12/16/0 9 2:5 6 PM i 3227.9 ! 9455.9 ! 1137. 1 12/16/0 9 2:5 6 PM ; 322871 ! 9456.1 ; 1137. 0 12/16/0 9 2:5 6 PM i " :""'" " 322873 ; 9429.3 ! 1137. 0 12/16/0 9 2:5 7PM i 3228.4 ! 9429.4 ' 1136. 9 12/16/0 9 2:5 7PM j 3228.3 ! 9429.3 ! 1136. 9Uni t4Ru n 1 1

•\TimeyS'tamp i

. jLjqui d Weligh ttHR T Total-Weigh tHR TX'22 HR T 12/16/0 9 2:5 7P M 322 8 3 9402.3 1 1136. 9 12/16/0 9 2:5 7P M """""""3228. 1 9402.1 1 1136. 9 12/16/0 9 2:5 8 P M 3227. 8 9374.8 ] 1136. 8 12/16/0 9 2:5 8 P M 3227. 5 10159.5 1 1136. 8 12/16/0 9 2:5 8 P M '3227 3 10159.3 ! 1136. 8 12/16/0 9 2:5 8 P M 3227. 1 T0132.i l 1136. 7 12/16/0 9 2:5 9 PM , 3227.1 ! 10132.1 , 1136. 8 12/16/0 9 2:5 9 P M 3227. 1 10162.1 ! 1136. 8 12/16/0 9 2:5 9 PM i 3227. 0 10135.0 1 1136. 8 12/16/0 9 2:5 9 PM j 3227. 0 10135.0 ! 1136. 8 12/16/0 9 3:0 0 PM I 3226 1 10161.8 ! 1136. 7 12/16/0 9 3:0 0 PM | "'3226.8' : 10133.8 L

_ 1136. 7 12/16/0 9 3:0 0 PM ! 3226. 8 10133.8 1 1136. 7 12/16/0 9 3:0 0 PM ! 32267 8 10160.8 1 1136. 7 12/16/0 9 3:0 1 PM < 3226.8 : 10160.8 ] 1136. 7 12/16/0 9 3:0 1 PM j 3226.7 ! 10160.7 ! 1136. 7 12/16/0 9 3:0 1 PM ; 3226.6 ] 10187.6 ] 1136. 7 12/16/0 9 3:0 1 PM , 3226T5 1 10187.5 ! 1136. 6 12/16/0 9 3:0 2 PM ! 3226.4 ! 10214.4 1 1136. 7 12/16/0 9 3:0 2 PM , 3226.4 i 10214.4 ; 1136. 6 12/16/0 9 3:0 2 PM J 3226. 3 10214.3 ; 1136. 6 12/16/0 9 3:0 2 PM ! 3226.2 1 10214.2 | 1136. 7 12/16/0 9 3:0 3 PM : 3226.1 j 10214.1 ! 1136. 6 12/16/0 9 3:0 3PM i 3226.1 ] 10214.1 ; 1136. 6 12/16/0 9 3:0 3PM ; 32267i j l226Ti ; 10214.1 1 1136. 5 12/16/0 9 3:0 3PM i 32267i j l226Ti ; 10214.1 1 1136. 5 12/16/0 9 3:0 4PM l 32262 ] 10214.2 ] 1136. 5 12/16/0 9 3:0 4PM ; 3226.4 ! 10214.4 ; 1136. 4 12/16/0 9 3:0 4PM i 3226.6 ] 10214.6 5 1136. 4 12/16/0 9 3:0 4PM ; 3226.8 ! 9403.8 ] 1136. 4 12/16/0 9 3:0 5 PM i 3227!2 ; 9404.2 ; 1136. 4 12/16/0 9 3:0 5 PM. ; T227.5 T 9404.5 ! 1136. 4 12/16/0 9 3:0 5 PM | 

### "V 3227.8] 9404. 8 1136. 4 12/16/0 9 3:0 5 PM i 3228' ! i l 9378.1 ; 1136. 4 12/16/0 9 3:0 6 PM ; 3228.3 ; 9378.3 ; 1136. 4 12/16/0 9 3:0 6 PM l 3228!4 i 9378.4 ! 1136. 5 12/16/0 9 3:0 6 PM

- "322877 ] 9349.7 ! 1136. 5 12/16/0 9 3:0 6 PM ? "7""322879 ! 10355.0 , 1136. 5 12/16/0 9 3:0 7PM I 3229 ! I i 10355.1 : U36. 5 12/16/0 9 3:0 7PM ; 3229.3 ! 10328.3l j 1136. 5 12/16/0 9 3:0 7PM ! 3229.5 | 10328.5j_

_ 1136. 5 12/16/0 9 3:0 7PM l 3229.7 , 10356.7 1 1136. 6 12/16/0 9 3:0 8 PM j 323070 ; 10330.0 ! 1136. 6 12/16/0 9 3:0 8 PM ; 3230.2 ! 10330.2 ; 1136. 6 12/16/0 9 3:0 8 PM ] 3230.3 ! 10357.3 ; 1136. 7 12/16/0 9 3:0 8 PM !
~ 3230.4! " 10330.4 ; 1136. 8 12/16/0 9 3:0 9 PM | 3230.2 T 10330.2 1 1136. 7 12/16/0 9 3:0 9 PM ; 3230.0 1 10357.0 1 1136. 7 12/16/0 9 3:0 9 PM|

. ""3229l8 [ 10329.8 ! 1136. 8 12/16/09.3:0 9 PM | 7^29.6 ? 10329.6 ! 1136. 8Uni t4Ru n 1 Time^Stam p •Liqui d WeightiHR T X-2 2 HR T 12/16/0 9 3:1 0 P M 3229. 4 10356.4 ; 1136. 7 12/16/0 9 3:1 0 P M ! " 3229. 1 10356. 1 1136. 7 12/16/0 9 3:1 0 P M 3228. 9 10355.9 : 1136. 6 12/16/0 9 3:1 0 P M 3228. 8 1038Z8 ; 1136. 7 12/16/0 9 3:1 1 P M 3228. 7 10382.7 ! 1136. 7 12/16/0 9 3:1 1 P M 3228. 4 10382.4 ; 1136. 7 12/16/0 9 3:1 1 PM " '3228! i 10382. 1 ! 1136. 8 12/16/0 9 3:1 1 P M 3227. 9 10381.9 ! 1136. 8 12/16/0 9 3:1 2 P M " 32277 8 10381.8 1 1136. 8 12/16/0 9 3:1 2 P M "3227 8 10381.8 1 1136. 8 12/16/0 9 3:1 2 PM , 3227. 8 '10381.8 ; 1136. 8 12/16/0 9 3:1 2 P M 3227. 9 10381.9 ! 1136. 8 12/16/0 9 3:1 3PM I 3228. 1 10382. 1 j 1136. 8 12/16/0 9 3:1 3 PM i '3228. 2 10382.2, 1 1136. 8 12/16/0 9 3:1 3 PM i 3228.4 1 10382.4 ! 1136. 8 12/16/0 9 3:1 3PM ; 3228.6 ! 9288.6 ! 1136. 9 12/16/0 9 3:1 4PM ; 3229. 6 9289. 0 1136. 8 12/16/0 9 3:1 4PM ; 3229.1 ! 9289. 1 1136. 9 12/16/0 9 3:1 4PM ; 3229.3 : 92897 3 1136. 9 12/16/0 9 3:1 4 PM l "~3229.6 ! 10112.6 ' 1136. 9 12/16/0 9 3:1 5 PM | 3229.9 : 10112.9 ! 1136. 9 12/16/0 9 ^ 5 PM i 3236.6 ! 10113.0 ; 1136. 8 12/16/0 9 3:1 5 PM : 32367 2 [ 10086. 2 1136. 8 12/16/0 9 3:1 5 PM : 3230. 4 10113. 4 1136. 8 12/16/0 9 3:1 6 PM ! 3230.6 ! 10113. 6 1136. 8 12/16/0 9 3:1 6 PM l 3230.8 ! 10085. 8 1136. 9 12/16/0 9 3:1 6 PM ! 3236.8 : 10112. 8 1136. 9 12/16/0 9 3:1 6 PM ! 3230.9 ] T6V12. 9 1136. 9 12/16/0 9 3:1 7PM ; 323679 ! 100857 9 1137. 1 12/16/0 9 3:1 7PM ; 3230.9 ; ~"10113. 9 1137. 1 12/16/0 9 3:1 7PM ] 

# '

32H6& 10113. 8 1137. 1 12/16/0 9 3:17PM I 3236.6 ! 10086. 6 1137. 2 12/16/0 9 3:1 8 PM i 3230. 4 '""10113. 4 1137. 3 12/16/0 9 3:1 8 PM i 3230.2 ; 10113. 2 1137. 3 12/16/0 9 3:1 8 PM ; 3230.0 ] 10086.0 ! 1137. 2 12/16/0 9 3:1 8 PM | 3230. 0 10113. 0 1137. 2 12/16/0 9 3:1 9 PM ! 3230.0 ; 101137 0 1137. 2 12/16/0 9 3:1 9 PM ! 32367 6 10113. 0 1137. 1 12/16/0 9 3:1 9 PM ! 322979 ; 10112. 9 1137. 1 12/1670 9 3:1 9 PM I "'322979! ' 10112. 9 1137. 1 12/16/0 9 3:2 0 PM ! 3229.7 ! 10112. 7 1137 1 12/16/0 9 3:2 0 PM j 3229.6 ; 10112. 6 1137. 1 12/16/0 9 3:2 0 PM ! 3229.6 ! 10112. 6 1137. 0 12/16/0 9 3:2 0 PM' ! 32297 7 10112. 7 1137. 1 12/16/0 9 3:2 1 PM J 3229.8 ; 10112. 8 1137. 1 12/16/0 9 3:2 1 PM i 3230. Y 10113. 1 1137. 0 12/16/0 9 3:2 1 PM j 3230.5 ! 10113. 5 1137. 0 12/16/0 9 3:2 1 PM i 3230. 6 10113. 6 1137. 0 12/16/0 9 3:2 2 PM ; 323176 7 10114. 0 1136. 9 12/16/0 9 3:2 2 PM l 3231.3 ! 10114. 3 1136. 8Uni t4Ru n 1 77l;?FimelSMi^plii ; Liqui d Weight'HR T Tota l Weigh tHR T X-2 2 HR T 12/16/0 9 3:2 2 P M 3231. 6 10114.6 ! 1136. 8 12/16/0 9 3:2 2 P M 3232. 0 9475.0 ; 1136. 8 12/16/0 9 3:2 3P M 3232. 3 9475.3 S 1136. 8 12/16/0 9 3:2 3P M 3232. 4 9475. 4 1136. 8 12/16/0 9 3:2 3P M 3232. 5 9475.5 ! 1136. 9 12/16/0 9 3:2 3P M 3232. 6 10191. 6 1136. 9 12/16/0 9 3:2 4P M : 3232. 6 101917 6 1136. 9 12/16/0 9 3:2 4P M 3232. 5

. 10191. 5 1136. 9 12/16/0 9 3:2 4P M 3232. 5 10164. 5 1136. 9 12/16/0 9 3:2 4P M 32327 6 10191. 6 1137. 0 12/16/0 9 3:2 5 P M 3232. 6 10191. 6 1137. 0 12/16/0 9 3:2 5 P M " 32327 6 10165. 6 1137. 0 12/16/0 9 3:2 5 P M 3232.5" ; 10192. 5 1137. 0 12/16/0 9 3:2 5 PM , : ~ " 3 2 327 3 ""101927 3 1137. 1 12/16/0 9 3:2 6 PM : 3232.1 ! 10165. 1 1137. 1 12/16/0 9 3:2 6 PM : "'"323270 ' 10192. 0 1137. 1 12/16/0 9 3:2 6 PM ; ""32319 ] 10191. 9 1137. 1 12/16/0 9 3:2 6 PM | 3231.7 : 10164. 7 1137. 0 12/16/0 9 3:2 7PM ; 3231.6 : 10192. 6 1137. 0 12/16/0 9 3:2 7PM ; 3231.7 1 10192. 7 1136. 9 12/16/0 9 3:2 7PM ; ""3231.7 ; 10166. 7 1137. 0 12/16/0 9 3:2 7PM

. 3231.8 : 10166.8 ; 1136. 9 12/16/0 9 3:2 8 PM i 32327 0 10195. 0 1136. 9 12/16/0 9 3:2 8 PM l 3232. 3 10195. 3 1136. 9 12/16/0 9 3:2 8 PM i 3232!4 ! 10195. 4 1136. 9 12/16/0 9 3:2 8 PM i """" " 3232i!5 ! 10195. 5 1136. 9 12/16/0 9 3:2 9 PM i 3232.6 ; 10 1 957 6 1136. 9 12/16/0 9 3:2 9 PM ; 323276 ; 10195.6 ; 1136. 9 12/16/0 9 3:2 9 PM i '"'323274 ? 10195.4 , 1136. 9 12/16/0 9 3:2 9 PM ; 323272 ; 10195.2 ! 1136. 9 12/16/0 9 3:3 0 PM ; 3231.9 ; 10194.9

- 1136. 9 12/16/0 9 3:3 0 PM ! 3231.6 1 '10194776 ; 1136. 9 12/16/0 9 3:3 0 PM ; 3231.2 ! 10194. 2 1136. 9 12/16/0 9 3:3 0 PM i 3230.8 ; 10193. 8 1136. 9 12/16/0 9 3:3 1 PM : 3230.4 ; 10193.4 1 1136. 9 12/16/0 9 3:3 1 PM I 3230.6 ; 10193.0 ; 1136. 9 12/16/0 9 3:3 1 PM i " 3229.8 f 10192.8 ! 1137. 0 12/16/0 9 3:3 1 PM ! 3229.4 ! 9260.4 ! 1137. 0 12/16/0 9 3:3 2 PM i 322971 ! 9260.1 1 1136. 9 12/16/0 9 3:3 2 PM i 3228.9 ! 9259.9 1 1136. 9 12/16/0 9 3:3 2 PM ! 3228.6 [ 9259.6 1 1137. 0 12/16/0 9 3:3 2 PM ; "322874 ! 3228.2 : 10395.4 ! 1137. 0 12/16/0 9 3:3 3PM l "322874 ! 3228.2 : 10367.2 1 1137. 0 12/16/0 9 3:3 3PM l 3228.3 ; 10367.3 ! 1137. 0 12/16/0 9 3:3 3PM j 3228.3 1 10367.3 ; 1137. 0 12/16/0 9 3:3 3PM l 3228.5 ! 10367.5 ; 1137. 0 12/16/0 9 3:3 4PM j 3228.6 ! 10367.6 ; 1137. 0 12/16/0 9 3:3 4PM i 3228.7 ; 10367.7

- 1137. 0 12/16/0 9 3:3 4PM ; 3228.9 ! 10367.9' ; 1137. 0 12/16/0 9 3:3 4PM I 322976 7 10368.0 ! 1137. 0Uni t4Ru n 1 1 !•: iiTirhe.vSterh'p^i f LiquidWeightaR X TotaLWeigh tHR TX-2 2 HR T 12/16/0 9 3:3 5 P M 3229. 1 10368.1 1 1137. 0 12/16/0 9 3:3 5 P M 3229. 5 1036975 ! 1137. 1 12/16/0 9 3:3 5 P M 3230. 6 10370.0 ; 1137. 0 12/16/0 9 3:3 5 P M 3230. 0 10376.6

. 1137. 0 12/16/0 9 3:3 6 P M 3 2 367 6 10371.0 ; 1137. 0 12/16/0 9 3:3 6 P M 3229. 9 10370.9 ] 1137. 0 12/16/0 9 3:3 6 P M 3229. 8 10370.8 1 1137. 0 12/16/0 9 3:3 6 P M 3229. 6 10343.6 ! 1137. 0 12/16/0 9 3:3 7P M 3229. 3 10343.3 ! 1137. 0 12/16/0 9 3:3 7P M 3229. 0 10343.0 ; 1137. 1 12/16/0 9 3:3 7P M 3228. 7 10342.7 ! 1137. 0 12/16/0 9 3:3 7P M 3228. 5 10370.5 ! 1137. 0 12/16/0 9 3:3 8 P M 3228. 1 10370.1 ; 1137. 0 12/16/0 9 3:3 8 P M 732287 6 10370.0 ! 1137. 0 12/16/0 9 3:3 8 P M 3228. 1 10370.1 : 1137. 1 12/16/0 9 3:3 8 P M "32287 3 10370.3 ! 1137. 1 12/16/0 9 3:3 9 P M '"'32287 5 10370.5 ! 1137. 2 12/16/0 9 3:3 9 P M ""'"3228.6

. 10370.6 ; 1137. 1 12/16/0 9 3:3 9 P M """'"3228. 6 10370.6 ! 1137. 1 12/16/0 9 3:3 9 P M 32287 5 10370.5 ! 1137. 2 12/16/0 9 3:4 0 PM , 3228 4 16376.4 ; 1137. 1 12/16/0 9 3:4 0 PM i " " " 3228. 3 10370.3 : 1137. 1 12/16/0 9 3:4 0 PM : 3228. 2 10370.2 1 1137. 2 12/16/0 9 3:4 0 PM ; 3228. 2 10383.2 ! 1137. 2 12/16/0 9 3:4 1 PM ; 3228.1 : 10383.1 ! 1137. 2 12/16/0 9 3:4 1 PM ; 3228. 0 1038376 ; 1137. 2 12/16/0 9 3:4 1 PM i 3228.1 ! 10383.1 1 1137. 1 12/16/0 9 3:4 1 PM I 32277 4 10383.4 ! 1137. 2 12/16/0 9 3:4 2 PM | 3227 7i ! 10383.1 : 1137. 2 12/16/0 9 3:4 2 PM | 3226.8 ! 10382.8 ! 1137. 1 12/16/0 9 3:4 2 PM ; 3226. 6 10382.6 ! 1137. 2 12/16/0 9 3:4 2 PM ; 3226.5 ; 10382.5 1 1137. 2 12/16/0 9 3:4 3PM I 3226.3 ! "10382. 3 1137. 2 12/16/0 9 3:4 3PM ! "3226.3 ! 10383. 3 1137. 2 12/16/0 9 3:4 3PM i 3226.0 1 10383.0 ) 1137. 3 12/16/0 9 3:4 3PM ! 3225.9 ! 16355.97" " 1137. 3 12/16/0 9 3:4 4PM j 3226. 6 10383.6 ; 1137. 3 12/16/0 9 3:4 4P M 3226.6 ! 10383.0 ! 1137. 3 12/16/0 9 3:4 4PM i 3226.1 ! 10383.1 1 1137. 3 12/16/0 9 3:4 4PM i '.""'""3226.3 ! 10383.3 j 1137. 2 12/16/0 9 3:4 5 PM ' " TM 3226. 6 10383.6 ] 1137. 2 12/16/0 9 3:4 5 P M 3226.7 ; 10383.7 ! 1137. 3 12/16/0 9 3:4 5 PM i 3226.9 1 10384.9 ! 1137. 3 12/16/0 9 3:4 5 PM i 3227."6 r10385.6 : 1137. 2 12/16/0 9 3:4 6 PM i 3227.2 1 10385.2 ! 1137. 1 12/16/0 9 3:4 6 PM ; 3227.4 ! 16358.4 ! 1137. 1 12/16/0 9 3:4 6 PM ; 3227. 7 10358.7 1 1137. 2 12/16/0 9 3:4 6 PM ; 3228.0 ; 16359.0 : 1137. 2 12/16/0 9 3:4 7PM i 3228.2 : 10359.2 1 1137. 2 12/16/0 9 3:4 7PM l 3228.5 ! 10359.5]"" " 1137. 2Uni t4Ru n 1 U \ -.Time»Stam p iiqOiiitiiiifi t Total-Weight " HR T X-22-HR T 12/16/0 9 3:4 7P M 3228. 6 10359. 6 •1137. 2 12/16/0 9 3:4 7P M 3228. 6 10359.6 : 1137. 2 12/16/0 9 3:4 8 P M 3228. 5 10359. 5 1137. 1 12/16/0 9 3:4 8 P M 3228. 4 "10359. 4 1137. 2 12/16/0 9 3:4 8 P M 3228.2 " 10359. 2 1137. 3 12/16/0 9 3:4 8 P M 3228. 0 11209. 0 1137. 3 12/16/0 9 3:4 9 P M 3227. 6 11208. 6 1137. 2 12/16/0 9 3:4 9 P M 3227. 4 11208. 4 1137. 2 12/16/0 9 3:4 9 P M """3227 ! 3 11208. 3 1137. 1 12/16/0 9 3:4 9 P M 3227. 3 '104667 3 1137. 1 12/16/0 9 3:5 0 P M 3227. 3 10406. 3 1137. 1 12/16/0 9 3:5 0 P M 3227. 3 10406. 3 1137. 3 12/16/0 9 3:5 0 P M 3227.4 ' 10434. 4 1137. 4 12/16/0 9 3:5 0 P M 3227.4 ; 10407. 4 1137. 4 12/16/0 9 3:5 1 P M 3227.3 ; 10407. 3 1137. 4 12/16/0 9 3:5 1 PM

. "32272 1 10434. 2 1137. 4 12/16/0 9 3:5 1 P M 3227.2 ! 10406. 2 1137. 3 12/16/0 9 3:5 1 PM ; 3227.1 1 10406. 1 1137. 3 12/16/0 9 3:5 2 PM i 32274 ] 10433. 4 1137. 1 12/16/0 9 3:5 2 PM i '3227"6 ! 10406.6 ; 1137. 1 12/16/0 9 3:5 2 PM i 3227.9 ! 10406.9 ; 1137. 1 12/16/0 9 3:5 2 PM i 3228. 4 10433.4 ! 1137. 1 12/16/0 9 3:5 3PM i """""322878 ; 10406.8 ; 1137. 1 12/16/0 9 3:5 3PM l 3229.2 ; 10407.2 ] 1137. 2 12/16/0 9 3:5 3PM ' " •3229. 5 10407.5 ; 1137. 1 12/16/0 9 3:5 3PM ' 3229.8 ' 10407.8 ' 1137. 2 12/16/0 9 3:5 4PM ; 3230.4 ! 10408.4 ! 1137. 2 12/16/0 9 3:5 4PM | 7""323078] ' 10408.8 ! 1137. 1 12/16/0 9 3:54PM I 3231.3 ; 10409.3 ! 1137. 1 12/16/0 9 3:5 4PM ! 3231.8 ! 10409.8 : 1137. 1 12/16/0 9 3:5 5 PM ' 3232.3 ; 10410.3 ! 1137. 1 12/16/0 9 3:5 5 PM : ""323276 1 10410.6 ; 1137. 1 12/16/0 9 3:5 5 PM i 3232.9

. 10410.9 ! 1137. 1 12/16/0 9 3:5 5 PM ; "3232.9 T 10410. 9 1137. 2 12/16/0 9 3:5 6 PM : 3232. 9 10410.9 1 1137. 2 12/16/0 9 3:5 6 PM ; 3233. 6 10411.0 ! 1137. 2 12/16/0 9 3:5 6 PM ; 3232!9 ! 10410. 9 1137. 2 12/16/0 9 3:5 6 PM | 323277! " 10410.7 ! 1137. 2 12/16/0 9 3:5 7PM ; 3232.6 ; 10410.6 1 1137. 2 12/16/0 9 3:5 7PM i 3232.7 1 10410.7 ! 1137. 2 12/16/0 9 3:5 7PM | 32'32!' 5 10410.5 ! 1137. 2 12/16/0 9 3:5 7PM ; 3232.6 ; 10410.6 ! 1137. 2 12/16/0 9 3:5 8 PM j 3232.9 ! 10410.9 S 1137. 2 12/16/0 9 3:5 8 PM i 3233. 1 9626.1 ; 1137. 2 12/16/0 9 3:5 8 PM i 3233.2, " 9626.2 ; 1137. 2 12/16/0 9 3:5 8 PM j 323372 ! 9826.2] 1137. 3 12/16/0 9 3:5 9 PM ! """'""'""323371 ! 9626

. l i 1137. 3 12/16/0 9 3:5 9 PM i 3233.0 ! 9596.0 ; 1137. 3 12/16/0 9 3:5 9 PM ' "323278 ; 9595.8 i 1137. 3 12/16/0 9 3:5 9 PM : "~323277 ! 9595. 7 1137. 3

### Uni t4 Ru n 1 1 Tim e Stam p i 1 

### Liqui d Weigh tHR T Tota l Weigh tHR TX-2 2 HR T 12/16/0 9 4:0 0 P M 3232. 7 9568.7 ! 1137. 3 12/16/0 9 4:0 0 P M 3232. 7 9568.7|

_ 1137. 3 12/16/0 9 4:0 0 P M 3232. 5 9568.5j

_ 1137. 3 12/16/0 9 4:0 0 P M 3232. 4 10325.4 ! 1137. 4 12/16/0 9 4:0 1 P M 3232. 3 10325.3 ] 1137. 4 12/16/0 9 4:0 1 P M 32327 3 10325.3 : 1137. 4 12/16/0 9 4:0 1 P M 3232. 3 10326.3 1 1137. 4 12/16/0 9 4:0 1 P M "32327 2 10326.2 ; 1137. 3 12/16/0 9 4:0 2 PM , 3232. 2 10299.2 ! 1137. 4 12/16/0 9 4:0 2 P M 3232. 1 10330

. I i 1137. 4 12/16/0 9 4:0 2 PM ' 3232. 0 10330.0 ; 1137. 4 12/16/0 9 4:0 2 PM ; •"TM3231. 9 10329.9 ! 1137. 4 12/16/0 9 4:0 3PM : " 3231 8 10356.8 ! 1137. 4 12/16/0 9 4:0 3 PM i 3231. 7 10356.7 i 1137. 4 12/16/0 9 4:0 3PM I 3231.5 | 10356.5 ! 1137. 5 12/16/0 9 4:0 3 PM : """"3231. 3 10383.3 1 1137. 5 12/16/0 9 4:0 4 PM ! 323 1 

## !6 10383.0 : 1137. 4 12/16/0 9 4:0 4 PM | 3230.6 ! i0382.6 i 1137. 4 12/16/0 9 4:0 4 PM ; 32367 4 10409.4 : 1137. 4 12/16/0 9 4:0 4 PM ! 3230. 2 10409.2 ; 1137. 4 12/16/0 9 4:0 5 PM i

, , | 

### 3229.8 : 10408.8 ! 1137. 4 12/16/0 9 4:0 5 PM i "'322975 ; 10408.5 1 1137. 5 12/16/0 9 4:0 5 PM

: 

### 322972 1 10434.2 1 1137. 5 12/16/0 9 4:0 5 PM ; " : 

### '322878 ; 10433.8 ; 1137. 5 12/16/0 9 4:0 6 PM i ""322875 ! 10433.5 ! 1137. 5 12/16/0 9 4:0 6 PM i 7

### 3228.2

- i 0433.2 1 1137. 5 12/16/0 9 4:0 6 PM I 3227.9 ! 10432.9

. 1137. 5 12/16/0 9 4:0 6 PM ; "'3227.6 ; 9427.6 ! 1137. 5 12/16/0 9 4:0 7 PM i 3227.2 ? 9427.2 ! 1137. 6 12/16/0 9 4:0 7PM ; 3227.0 ; 9427.0 I 1137. 6 12/16/0 9 4:0 7 PM ; 3226.8 ! 9426.8 : 1137. 6 12/16/0 9 4:0 7 PM | 322678 : 

### 9398 .5 ! 1137. 6 12/16/0 9 4:0 8 PM ^ 3226.5 J 9398.5 ! 1137. 6 12/16/0 9 4:0 8 PM ! 3226. 4 9398.4 ! 1137. 6 12/16/0 9 4:0 8 PM ; 3226.2 ! 9371.2 ! 1137. 5 12/16/0 9 4:0 8 PM ; 

### 3226 .37 9371.3 1 1137. 5 12/16/0 9 4:0 9 PM ! 322675 : 9371.5 ! 1137. 6 12/16/0 9 4:0 9 PM i " " 3226. 7 9344.7 ; 1137. 6 12/16/0 9 4:0 9 PM ; 3226. 8 9344.8 ! 1137. 6 12/16/0 9 4:0 9 PM | 3227.0 1 10140.0

. 1137. 6 12/16/0 9 4:1 0 PM i 3227

. 1 10113

. 1 1137, 7 12/16/0 9 4:1 0 PM | 3227.2 ; 10113.2 ; 1137. 6 12/16/094:1 0 PM ; 3227.3 ; 10113.3 ! 1137. 7 12/16/0 9 4:1 0 PM ; 3227.2 ; 10113.2 ! 1137. 7 12/16/0 9 4:1 1 PM * 322771 ; 10113.1 ; 1137. 7 12/16/094:1 1 PM ! 3227.1 ] 10113 .1 1 1137. 7 12/16/094:1 1 PM i 3227.2 ; 10140.2 ! 1137. 7 12/16/0 9 4:1 1 PM ; 3227

. 1 10140.1 ! 1137. 7 12/16/0 9 4:1 2 PM ! 322679 ' 10139.9 ; 1137. 7 12/16/0 9 4:1 2 PM I "'3226.7 1 10166.7 ! 1137. 7Uni t4Ru n 1 |

' 1 Time_Stam p | Liqui d Weigh tHR T iMi : Weigh tHR T X-22.HR T 12/16/0 9 4:1 2 PM ! 3226. 4 10166. 4 1137. 8 ""2/16/0 9 4:1 2 PM, " 3226.1, 1 10166.1 ! 1137. 8 12/16/0 9 4:1 3PM i 3225. 8 10192.8 ! 1137. 9 12/16/0 9 4:1 3PM | 32251 4 10192.4 ] 1137. 9 12/16/0 9 4:1 3 PM I "3225. 6 10192.6 ' 1137. 9 12/16/0 9 4:1 3 PM i "3224. 7 10219.7 ; 1137. 9 12/16/0 9 4:1 4PM , 3224. 4 10219.4 1 1138. 0 12/16/0 9 4:1 4PM ' "3224. 3 10219. 3 1138. 0 12/16/0 9 4:1 4PM j 3224. 2 10219.2 ) 1138. 0 12/16/0 9 4:1 4PM I 3223.9 ; 9368.9 ] 1138. 0 12/16/0 9 4:1 5 P M 3223. 8 9396.8 ! 1138. 0 12/16/0 9 4:1 5 PM ! ~3223.8 ! 9396. 8 1138. 2 12/16/0 9 4:1 5 PM l 32237 ; 9396. 7 1138. 1 12/16/0 9 4:1 5 P M 3223.6 ; 9369.6 ; 1138. 2 12/16/0 9 4:1 6 PM : 322316 ] 9369.6 ! 1138. 2 12/16/0 9 4:1 6 PM ^ 3223.6 ] 9369. 6 1138. 2 12/16/0 9 4:1 6 PM ; "~3223.8 1 9342. 8 1138. 1 12/16/0 9 4:1 6 PM i 3224.2 ; 9343. 2 1138. 1 12/16/0 9 4:1 7PM i 3224.6 1 9343. 6 1138. 0 12/16/0 9 4:1 7PM I " ' 322512 1 9316. 2 1138. 1 12/16/0 9 4:1 7PM ! 3225. 6 ""9316. 6 1138. 0 12/16/0 9 4:1 7PM i 3226. 1 9317. 1 1138. 0 12/16/0 9 4:1 8 P M 3226.6 ! 9290. 6 1138. 0 12/16/0 9 4:1 8 P M 3227.6 1 9291. 0 1138. 1 12/16/0 9 4:1 8 PM i 3227.3 ! 9291. 3 1138. 2 12/16/0 9 4:1 8 P M 322775 ' 10234. 5 1138. 3 12/16/0 9 4:1 9 PM i 3227.6 ; 10234. 6 1138. 2 12/16/0 9 4:1 9 P M 3227.7 , 10234. 7 1138. 3 12/16/0 9 4:1 9 P M 32277 7 10234. 7 1138. 3 12/16/0 9 4:1 9 P M 3227.8 ] 10234. 8 1138. 3 12/16/0 9 4:2 0 P M 3227.9 ; 10263. 9 1138. 3 12/16/0 9 4:2 0 P M 3227.9 1 10263. 9 1138. 4 12/16/0 9 4:2 0 P M " " : 3227.8 ! 10263. 8 1138. 5 12/16/0 9 4:2 0 P M 3227.7 ! 10290. 7 1138. 5 12/16/0 9 4:2 1 P M "73227.5 1 10290. 5 1138. 5 12/16/0 9 4:2 1 PM : 32272 ' 10290. 2 1138. 5 12/16/0 9 4:2 1 PM ! "322618 ! 10317. 8 1138. 5 12/16/0 9 4:2 1 PM i " "3226.5 1 10317.5 ' 1138. 5 12/16/0 9 4:2 2 PM i 3225.9 S 10316.9 ; 1138. 5 12/16/0 9 4:2 2 PM ; "3225. 3 10343.3 ! 1138. 5 12/16/0 9 4:2 2 PM | 32248 7 10342.8 : 1138. 5 12/16/0 9 4:2 2 PM : 3224.2 ' 10342.2 ; 1138. 5 12/16/0 9 4:2 3PM l 3223.9 ! 10341.9 ! 1138. 6 12/16/0 9 4:2 3 PM l 3223.6 " 10369.6 ; 1138. 6 12/16/0 9 4:2 3PM l 3223.5 ! 1036975 7 1138. 5 12/16/0 9 4:2 3PM l """3223.3 T 9625.3 ! 1138. 5 12/16/0 9 4:2 4PM | ""322372 ; 9625.2 ! 1138. 5 12/16/0 9 4:2 4PM i """322371! " 9625.1 | 1138. 6 12/16/0 9 4:2 4PM i 32216 7 9625.0 ! 1138. 6 12/16/0 9 4:2 4PM | 322278 r 9625. 8 1138. 7Uni t4Ru n 1 Time,Stamp^ # Liqui d Weigh tHR T Tota l WlidhtPiR T X-2 2 HR T 12/16/0 9 4:2 5 P M

. 322 2 6 9625. 6 1138. 7 12/16/0 9 4:2 5 P M 3222. 8 9625. 8 1138. 8 12/16/0 9 4:2 5 P M 32227 9 "9598. 9 1138. 8 12/16/0 9 4:2 5 P M 3223 1 95997 1 1138. 8 12/16/0 9 4:2 6 P M 3223. 3 9599. 3 1138. 8 12/16/0 9 4:2 6 P M 12237 6 95727 6 1138. 9 12/16/0 9 4:2 6 P M ' " 3223. 9 9572. 9 1139. 0 12/16/0 9 4:2 6 P M 3224. 3 9573. 3 1139. 1 12/16/094:2 7P M 3224. 6 9545. 6 1139. 1 12/16/0 9 4:2 7P M 3224. 9 9545. 9 1139, 1 12/16/0 9 4:2 7P M 32257 6 9546. 0 1139. 2 12/16/0 9 4:2 7P M 7 3225. 2 10377. 2 1139. 2 12/16/0 9 4:2 8 P M ""3225. 3 10349. 3 1139. 2 12/16/0 9 4:2 8 P M '"""'"'3225. 5 10 3497 5 1139. 3 12/16/0 9 4:2 8 P M 3225. 7 103497 7 1139. 3 12/16/0 9 4:2 8 P M 3225. 9 10349. 9 1139. 3 12/16/0 9 4:2 9 P M 3226. 2 10376. 2 1139. 4 12/16/0 9 4:2 9 PM : 3226.6

- 10376. 6 1139. 5 12/16/0 9 4:2 9 PM : "3226. 9 10 3767 9 1139. 5 12/16/0 9 4:2 9 P M 322773 7 10405. 3 1139. 5 12/16/0 9 4:3 0 PM

. 322776 ; 10405. 6 1139. 6 12/16/0 9 4:3 0 PM : "~322778 : 10432. 8 1139. 6 12/16/0 9 4:3 0 P M """""322876 ; 10433. 0 1139. 7 12/16/0 9 4:3 0 PM ; : 32287 3 10433. 3 1139. 8 12/16/0 9 4:3 1 PM j '"3228. 6 10460. 6 1139. 7 12/16/0 9 4:3 1 PM i "3228.7 1 10460. 7 1139. 7 12/16/0 9 4:3 1 PM I 3228.9 ; 10460. 9 1139. 8 12/16/0 9 4:3 1 P M 3229.' 1 10489. 1 1139. 8 12/16/0 9 4:3 2 PM , 32297 2 10489. 2 1139. 8 12/16/0 9 4:3 2 PM I 3229.2 : 10489. 2 1139. 8 12/16/0 9 4:3 2 PM I 3229.3 ; 10489. 3 1139. 9 12/16/0 9 4:3 2 PM ! 3229. 4 9353. 4 1139. 9 12/16/0 9 4:3 3PM | 32297 3 9353. 3 1139. 9 12/16/0 9 4:3 3PM : 32297 3 9380. 3 1139. 9 12/16/0 9 4:3 3PM i 3229.2

. 9380. 2 1140. 0 12/16/0 9 4:3 3PM j 322971 ; 9352. 1 1140. 1 12/16/0 9 4:3 4PM j " 3228. 9 9351. 9 1140. 0 12/16/0 9 4:3 4PM i 3228.8 ; 9351. 8 1140. 1 12/16/0 9 4:3 4PM j 3228. 7 9324. 7 1140. 1 12/16/0 9 4:3 4PM i 3228777 9324. 7 1140. 2 12/16/0 9 4:3 5 PM l " 322878 1 9324. 8 1140. 3 12/16/0 9 4:3 5 PM | 322875 ; 9296. 5 1140. 3 12/16/0 9 4:3 5 PM I "322873 ! 92967 3 1140. 4 12/16/0 9 4:3 5 PM | " : 322872 : 10068. 2 1140. 4 12/16/0 9 4:3 6 PM i "322872 ; 10040. 2 1140. 5 12/16/0 9 4:3 6 PM 1 3228. 2 10040. 2 1140. 5 12/16/0 9 4:3 6 PM ; ""'"37228772 1 10040. 2 1140. 5 12/16/0 9 4:3 6 PM I 3228.1 1 T664"67 i 1140. 5 12/16/0 9 4:3 7PM ; " 322872 ; 10068. 2 1140. 5 12/16/0 9 4:3 7PM j 3228.2 1 10068. 2 1140. 5Unit 4Run l | I

•; ; :,\;Time2Stam p - | Liqui d Weigh tHR TTota l Weigh tHR T 12/16/0 9 4:3 7PM i 3228.3 ! 10068. 3 1140. 5 12/16/0 9 4:3 7PM
; ""'"322872 ' 10068. 2 1140. 5 12/16/0 9 4:3 8 PM ; 3228.2 ! "100687 2 1140. 5 12/16/0 9 4:3 8 PM i ' "322876 V "T60687 6 1140. 5 12716/0 9 4~3 8 PM i 32276! " 10098.6 1 1140. 5 12/16/0 9 4:3 8 PM | 3227. 3 10098.3 ! 1140. 5 12/16/0 9 4:3 9 PM ! 322678! " 10097. 8 1140. 5 -""12/16/0 9 4:3 9 PM l ' 322676 ! 10124. 6 1140. 6 12/16/0 9 4:3 9 PM ! 3226.4 : 10124. 4 1140. 7 12/16/0 9 4:3 9 PM i 3226.3 ; 10124. 3 1140. 7 12/16/0 9 4:4 0 PM j 3226. 2 " 10151. 2 1140. 8 12/16/0 9 4:4 0 PM ! """"'"-'322671 ! ToTsT. i 1140. 8 12/16/0 9 4:4 0 PM ! 3226.0 ! 10151. 0 1140. 9 12/16/0 9 4:4 0 PM i 3226.0 ! 9330. 0 1140. 8 12/16/0 9 4:4 1 PM i 3226.0 ! ""9330. 0 1140. 9 12/16/0 9 4:4 1 PM ! 3226.' 3 9330. 3 1140. 9 12/16/0 9 4:4 1 PM ; " ' 3226!4 i "93307 4 1141. 0 12/16/0 9 4:4 1 PM ! 3227.3 ; 93037 3 1141. 0 12/16/0 9 4:4 2 PM ! " 3227.7 i 9303. 7 1141. 0 12/16/0 9 4:4 2 PM ! 3228!6j " 9304 0 1141. 2 12/16/0 9 4:4 2 PM ! 3228. 1 f 9277

. f 1141. 2 12/16/0 9 4:4 2 PM ; 3228.2 j 9277. 2 1141. 3 12/16/0 9 4:4 3PM ! 322874 ! 9277: 4 1141. 3 12/16/0 9 4:4 3PM ! 3228.'5 r 9249. 5 1141. 4 12/16/0 9 4:4 3PM i 3228. 9 : " " 9249. 9 1141. 5 12/16/0 9 4:4 3P M 3229

. l j 10027. 1 1141. 5 12/16/0 9 4:4 4PM ! 3229. 3 ioooo. ^ 1141. 5 12/16/0 9 4:4 4PM , 322975 ! 10000. 5

. 1141. 6 12/16/0 9 4:4 4PM , 322978!"" " 10000. 8 1141. 7 12/16/0 9 4:4 4PM j 3229.9 j 10027. 9 1141. 7 12/16/0 9 4:4 5 PM i 3229.9 ! 10027. 9 1141. 8 12/16/0 9 4:4 5 PM j 3230.0 ; 10028. 0 •1141. 8 12/16/0 9 4:4 5 PM ! 3230.1! ' " " 10027. 1 1141. 9 12/16/0 9 4:4 5 PM j 3230.0 : f0027. 0 1141. 9 12/16/0 9 4:4 6 PM j 3229.8 ! 10026. 8 1142. 0 12/16/0 9 4:4 6 PM ! '""""322975 ! 10053. 5 1142. 1 12/16/0 9 4:4 6 PM ! 3229.1

. ' 10053. 1 1142. 1 12/16/0 9 4:4 6 PM ! 3228. 7 7 "" ~ 10080. 7 1142. 1 12/16/0 9 4:4 7PM ! 3228. 3 10080. 3 1142. 2 12/16/0 9 4:4 7PM' ""~3227.9 ' 10079. 9 1142. 2 12/16/0 9 4:4 7PM ! 3227.4 ! 10107. 4 1142. 2 12/16/0 9 4:4 7PM i 3227.'2 ; 10107. 2 1142. 2 12/1670 9 4:4 8 PM j 322679 ! ' 10106. 9 1142. 2 12/16/0 9 4:4 8 PM i 3226.6 ! 10106. 6 1142. 3 12/16/0 9 4:4 8 PM j '""""322674 ? 10133. 4 1142. 2 12/16/0 9 4:4 8 PM j "3226. 4 9283. 4 1142. 2 12/16/0 9 4:4 9 PM ] "'"3226.5 ! 9283. 5 1142. 3 12/16/0 9 4:4 9 PM I 3226. 5 §283. 5 1142. 3 12/16/0 9 4:4 9 PM i 3226. 6 9*283.6 , 1142. 3 12/16/0 9 4:4 9 PM ! 3226.6 " 9255.6 ! 1142. 4Uni t4Ru n 1

. Tim e Stamp

- 1 Liqui d Weigh tHR T Tota l Weigh tHR T X-2 2 HR T 12/16/0 9 4:5 0 P M 3226. 7 9255. 7 1142. 4 12/16/0 9 4:5 0 P M 3226. 8 9255. 8 1142. 4 12/16/0 9 4:5 0 P M 3226. 9 9227. 9 1142. 2 12/16/0 9 4:5 0 PM i 3227. 0 9228. 0 1142. 3 12/16/0 9 4:5 1 P M 3227.2 ! 9228. 2 1142. 3 12/16/0 9 4:5 1 PM i 3227. 5 9201. 5 1142. 3 •12/16/0 9 4:5 1 PM | 3227. 7 10161. 7 1142. 3 12/16/0 9 4:5 1 PM i 3228. 0 10162. 0 1142. 4 12/16/0 9 4:5 2 P M 3228. 1 10135. 1 1142. 3 12/16/0 9 4:5 2 P M 3228.3

. 10135. 3 1142. 3 12/16/0 9 4:5 2 P M 3228. 4 10135. 4 1142. 3 12/16/0 9 4:5 2 P M 3228.3

. 10109. 3 1142. 4 12/16/0 9 4:5 3 P M "3228.3' i 10109. 3 1142. 5

" " 12/16/0 9 4:5 3 P M "3228. 3 10109. 3 1142. 4 12/16/0 9 4:5 3 PM j 3228.3 ; 10109. 3 1142. 4 12/16/0 9 4:5 3 P M 3228.1 1 10136. 1 1142. 3 12/16/0 9 4:5 4P M 3227.8 ! 10135. 8 1142. 3 12/16/0 9 4:5 4P M 3227.6 ; 10162.6 ! 1142. 4 12/16/0 9 4:5 4P M " 322773 ; 10162.3 ! 1142. 4 12/16/0 9 4:5 4 PM j 3227.1 ; 10162.1 ! 1142. 4 12/16/0 9 4:5 5 PM ; 3226.8 j 10189 .8 1 1142. 5 12/16/0 9 4:5 5 P M 3226. 7 10189.7 ) 1142. 4 12/16/0 9 4:5 5 P M 3226.6

. 10189.6 ; 1142. 4 12/16/0 9 4:5 5 PM j 3226.6 ; 10216.6 ! 1142. 4 12/16/0 9 4:5 6 P M 3226.5 ! 10216.5 ! 1142. 4 12/16/0 9 4:5 6 P M 3226.4 ! 10216.4 ! 1142. 4 12/16/0 9 4:5 6 P M 3226 3 10216.3 ; 1142. 5 12/16/0 9 4:5 6 P M 3226. 3 10216.3" : 1142. 5 12/16/0 9 4:5 7P M 3226:2 7 10216.2 1 1142. 6 12/16/0 9 4:5 7PM l 3226.2 ; 10216.2 ! 1142. 7 12/16/0 9 4:5 7PM i "'32261 ! 10216.3 ; 1142. 7 12/16/0 9 4:5 7PM i 3226.4 : 11090.4 ! 1142. 8 12/16/0 9 4:5 8 PM i 3226.4 ; 11090.4 | 1142. 8 12/16/0 9 4:5 8 PM j 3226.4 ! 11090.4 ! 1142. 8 12/16/0 9 4:5 8 PM I 3226.6 ! 11090.6 : 1142. 8 12/16/0 9 4:5 8 P M i " ' 3226.8 ! 11090.8 ! 1142. 8 Maximu m ~""732337 2 f 11209.6 , 1142. 8



## VES01883 6Unit#4(PM,HCI/C!2 )

- Ru n #2 Date: 12/17/0 9 TestTime : 09:4 6t

o 10:4 8 Ru n Lengt

h (minutes

) - 6 2 Averag e Thermal Chlorine As h Feedrat e Loading Loading Loading Wast eTyp e Btu/l b %Chlorln e %Ash (Ib/hr

) (MMBtu/hr (Ib/hr

) (Ib/hr

)
PC C Hig h Btu 864 0 0.2

5 0.3

2 123

0 10.6

3 3.1 3. 9
PC C Lo wBt u 25 1 0.1 3 0.2

8 200

2 0.5

0 2.

6 5.

6
SC C Hig h Bt

u 943 0 0.3

6 0.4

6 114

2 10.7

7 4.1 5. 3
Bul k Solid s 19 6 0.

1 80. 1 751 7 1.4 7 7.

5 6021.

5
Containerize

d Solid s 90 0 0.0

1 85.

7 86

2 0.7

8 0.

1 739.

0 (ChlorineSpike

) 2 5 89.

8 0.1 22

1 0.0

1 198.1 "0. 2
Totals 1297 4 24.

2 21 6 677 5
Containerize

d Solids : Numbe ro f Tota

l Charge

s Averag

e CI 2 Spik e Wast

e Charge s Weigh

t Pe rHour Lb/Hr Lb/Hr Lb/H r
3 8 111 9 36.

8 108

3 22

1 86

2 6. 0 Ib/ch g 89.8 %Cl 2 Bul k Solids : Tota

l Averag

e Weigh t Lb/Hr
776 8 751 7

Uni t#i (D/F

) Run # 2 Date : 12/17/0 9 Tes tTime : 12:3 0t

o 15:3 5 Run Lengt

h (minutes

) - 18 5 Averag e Thermal Chlorine Ash Feedrat e Loading Loading Loading Wast eTyp e Btu/l b "/.Chlorine %As h (Ib/hr ) (MMBtu/hr

] (IWhr ) (lb/hr

)
PC C High Btu 859 0 0.2

5 0.3

7 122

0 10.4

8 3.

1

. 4.

5
PC C Lo wBtu 15 4 0.1 4 0.2

7 200

9 0.3

1 2.

8 5.

4
SC C Hig h Btu 991 0 0.2 2 0.2

9 116

1 11.5

1 2.

6 3.

4
Bul k Solids 19 8 0.0

5 77.

6 709

8 1.4

1 3.

5 5508.

2
Containerize

d Solid s 90 0 0.0

1 74.

6 92

8 0.8

4 0.

1 692.

4 ChlorineSpike

) 2 5 89.

8 0.1 11 7 0.0 0 104.

8 -0. 1
Total s 1253 3 24.

5 11 7 621 4
Containerize

d Solids : Numbe ro f Tota

l Charge

s Averag

e CI 2 Spik e Wast

e Charge s Weigh

t PerHour Lb/H r Lb/H r Lb/H r
12 0 322

2 38,

9 104

5 11 7 92 8 3. 0 Ib/ch g 89.8 %CI 2

. Bul k Solids : Total Averag e Weigh t Lb/Hr
2188 6 709

8



## VES01883 7|Unit4Ru n 2
Statio n 

# msmm BurnTim e Rec-Dru m 104 2 4 Au x De c1 72009 10:43A M 353610- 3 3 0 4 Au x De c1 72009 10:43A M 353610- 3 2 9 4 Au x De c1 72009 10:42A M 353610- 3 3 0 4 Au x De c1 72009 10:42A M 353610- 3 2 9 4 Shredde d De c1 72009 10:38A M PT002 92 6 4 Au x De c1 72009 10:36A M 353610- 3 3 0 4 Au x De c1 72009 10:35A M 353610- 3 3 0 4 Au x De c1 72009 10:35A M 353610- 3 3 0 4 Au x De c1 72009 10:35A M 353610- 3 3 0 4 Shredde d De c1 7200 9 10:30A M PT002 906 4 Au x De c1 72009 10:28A M 353610- 3 2 9 4 Au x De c1 7200 9 10:28A M 353610- 3 2 9 4 Au x De c1 72009 10:27A M 353610- 3 3 0 4 Au x De c1 72009 10:27A M 353610- 3 2 9 4 Au x De c1 72009 10:26A M 353610- 3 2 9 4 Au x De c1 7200 9 10:24A M 353610- 3 3 0 4 Shredde d De c1 72009 10:22A M PT O 02 91 9 4 Au x De c1 7200 9 10:19A M 353610- 3 2 9 4 Au x De c1 72009 10:18A M 353610- 3 2 9 4 Au x De c1 7200 9 10:17A M 353610- 3 2 9 4 Au x De c1 72009 10:17A M 353610- 3 3 0 4 Au x De c1 7200 9 10:16A M 353610- 3 2 9 4 Au x Dec1 72009 10:15A M 353610- 3 3 0 4 Shredde d De c1 72009 10:14A M PT002 102 9 4 Au x De c1 7200 9 10:10A M 353610- 3 2 9 4 Au x Dec1 72009 10:09A M 353610- 3 3 0 4 Au x De c1 72009 10 ; 08A M 353610- 3 2 9 4 Au x De c1 7200 9 10:08A M 353610- 3 2 9 4 Au x De c1 7200 9 10:07A M 353610- 3 2 9 4 Au x De c1 7200 9 10:06A M 353610- 3 30 4 Shredde d De c1 72009 10:05A M PT002 90 8 4 Au x De c1 72009 10:01A M 353610- 3 29 4 Au x Dec1 72009 10:00A M 353610- 3 29 4 Au x De c1 7200 9 9:59A M 353610- 3 29 4 Au x De c1 7200 9 9:59A M 353610- 3 30 4 Au x De c1 7200 9 9:58A M 353610- 3 30 4 Au x Dec1 7200 9 9:57A M 353610- 3 29 4 Shredde d De c1 7200 9 9:56A M PT002 1056 4 Au x De c1 7200 9 9 ; 52A M 353610- 3 30 4 Au x De c1 72009 9:51A M 353610- 3 29 4 Au x Dec1 72009 9:50A M 353610- 3 3 0 4 Au x De c1 72009 9:50A M 353610- 3 30 4 Au x De c1 7200 9 9:49A M 353610- 3 29 4 Au x De c1 72009 9:48A M 353610- 3 29 4 Shredde d De c1 72009 9:47A M PT002 982 Tot
4 6 Row s Span : 0 (Hrs) 58 (Min ) Uniqu eIDs : 2 888 7 Containers : 3 8 Charge

s ChargeWg t 111 9
Bulk : 8 Charge s ChargeWg t 776

8



## VES01883 8

# !••* • 

# wmmmm I n c Statio n BurnTim e Rec-Dru m Ib s 4 69 2 4 Au x De c1 7200 9 3 :25P M 353610- 4 2 6 4 A u x De c1 7200 9 3 :24P M 353610- 4 2 6 4 Au x D e c1 7200 9 3 :2 3P M 353610- 4 2 6 4 Au x De c1 7200 9 3 :22P M 353610- 4 2 6 4 Shredde d De c1 7200 9 3 :21P M PT00 2 91 2 4 A u x De c1 7200 9 3 :19P M 353610- 4 2 6 4 Au x De c1 7200 9 3 :18P M 353610- 4 2 6 4 A u x De c1 7200 9 3 17P M 353610- 4 2 6 4 Au x De c1 7200 9 3 16P M 353610- 4 2 6 4 A u x De c1 7200 9 3 16P M 353610- 4 2 6 4 A u x De c1 7200 9 3 15P M 353610- 4 2 6 4 Shredde d De c1 7200 9 3 14P M PT00 2 127 4 4 Au x De c1 7200 9 3 11P M 353610- 4 2 6 4 A u x De c1 7200 9 3 10P M 353610- 4 2 6 4 Au x De c1 7200 9 3 09P M 353610- 4 2 6 4 A u x De c1 7200 9 3 09P M 353610- 4 2 6 4 Au x De c1 7200 9 3 08P M 353610- 4 2 6 4 A u x De c1 7200 9 3 07P M 353610- 4 2 6 4 Shredde d De c1 7200 9 3 05P M PT00 2 80 9 4 A u x De c1 7200 9 3 00P M 353610- 4 2 7 4 A u x De c1 7200 9 2 59P M 353610- 4 2 7 4 Au x De c1 7200 9 2 59P M 353610- 4 2 7 4 A u x De c1 7200 9 2 58P M 353610- 4 2 7 4 Au x De c1 7200 9 2 57P M 353610- 4 2 7 4 A u x De c1 7200 9 2 56P M 353610- 4 2 7 4 Shredde d De c1 7200 9 2 55P M PT00 2 111 9 4 Au x De c1 7200 9 2 51P M 353610- 4 2 7 4 Au x De c1 7200 9 2 51P M 353610- 4 2 7 4 A u x De c1 7200 9 2 50P M 353610- 4 2 7 4

. A u x De c1 7200 9 2 49P M 353610- 4 2 8 4 Au x De c1 7200 9 2

. 49P M 353610- 4 2 7 4 Au x De c1 7200 9 2 48P M 353610- 4 2 7 4 Shredde d De c1 7200 9 2 ' 47P M PT00 2 107 7 4 A u x De c1 7200 9 2 : 44P M 353610- 4 2 7 4 A u x De c1 7200 9 2 : 4 3P M 353610- 4 2 7 4 A u x De c1 7200 9 2 : 43P M 353610- 4 2 7 4 A u x De c1 7200 9 2 : 42P M 353610- 4 2 8 4 A u x De c1 7200 9 2 : 41P M 353610- 4 2 7 4 A u x De c1 7200 9 2 : 40P M 353610- 4 2 7 4 Shredde d De c1 7200 9 2 : 39P M PT00 2 96 2 4 A u x De c1 7200 9 2 : 36P M 353610- 4 2 7 4 Au x De c1 7200 9 2 : 35P M 353610- 4 2 7 4 A u x De c1 7200 9 2 : 34P M 353610- 4 2 7 4 A u x De c1 7200 9 2 : 33P M 353610- 4 2 7 4 A u x De c1 7200 9 2 : 33P M 353610- 4 2 7 4 A u x De c1 7200 9 2 : 32P M 353610- 4 2 7 4 Shredde d De c1 7200 9 2 : 31P M PT00 2 89 7 4 A u x De c1 7200 9 2 : 25P M 353610- 4 2 7 4 A u x De c1 7200 9 2 : 25P M 353610- 4 2 7 4 A u x De c1 7200 9 2 : 24P M 353610- 4 2 8 4 A u x De c1 7200 9 2 : 23P M 353610- 4 2 6



## VES01883 9Uni t4Run2 |

I n c Statio n BurnTim e Rec-Dru m l b s 4 98 3 4 Au x De c1 7200 9 2:19P M 353610- 4 2 7 4 Au x De c1 7200 9 2:18P M 353610- 4 2 6 4 Au x De c1 7200 9 2:17P M 353610- 4 2 7 4 Au x De c1 7200 9 2:17P M 353610- 4 2 7 4 A u x De c1 7200 9 2:16P M 353610- 4 2 7 4 Au x De c1 7200 9 2:15P M 353610- 4 2 7 4 Shredde d De c1 7200 9 2:15P M PT00 2 110 1 4 Au x De c1 7200 9 2:10P M 353610- 4 2 7 4 Au x De c1 7200 9 2:09P M

. 353610- 4 2 7 4 Au x De c1 7200 9 2:08P M 353610- 4 2 7 4 Au x De c1 7200 9 2:07P M 353610- 4 2 7 4 Au x De c1 7200 9 2:07P M 353610- 4 2 7 4 Au x De c1 7200 9 2:06P M 353610- 4 2 6 4 Shredde d De c1 7200 9 2:05P M PT00 2 116 8 4 Au x De c1 7200 9 2:03P M 353610- 4 2 7 4 Au x De c1 7200 9 2:02P M 353610- 4 2 7 4 Au x De c1 7200 9 2:01P M 353610- 4 2 7 4 Au x De c1 7200 9 2:00P M 353610- 4 2 7 4 Au x De c1 7200 9 2:00P M 353610- 4 2 7 4 Au x De c1 7200 9 1:59P M 353610- 4 2 7 4 Shredde d De c1 7200 9 1:57P M PT00 2 83 2 4 Au x De c1 7200 9 1:5 3 P M 353610- 4 2 7 4 A u x De c1 7200 9 1:52P M 353610- 4 2 7 4 Au x De c1 7200 9 1:52P M 353610- 4 2 8 4 Au x De c1 7200 9 1:51P M 353610- 4 2 6 4 Au x De c1 7200 9 1:50P M 353610- 4 2 7 4 Au x De c1 7200 9 1:49P M 353610- 4 2 7 4 Shredde d De c1 7200 9 1:49P M PT00 2 110 0 4 Au x De c.1 7200 9 1:45P M 353610- 4 2 7 4 Au x De c1 7200 9 1:44P M 353610- 4 2 7 4 Au x De c1 7200 9 1:44P M 353610- 4 2 7 4 Au x De c1 7200 9 1:43P M 353610- 4 2 7 4 Au x De c1 7200 9 1:42P M 353610- 4 2 7 4 Au x De c1 7200 9 1:41P M 353610- 4 2 7 4 Shredde d De c1 7200 9 1:40P M PT00 2 103 5 4 Au x De c1 7200 9 1:37P M 353610- 4 2 7 4 Au x De c1 7200 9 1:36P M 353610- 4 2 7 4 Au x De c1 7200 9 1:35P M 353610- 4 2 7 4 Au x De c1 7200 9 1:34P M 353610- 4 2 7 4 Au x De c1 7200 9 1:34P M 353610- 4 2 6 4 Au x De c1 7200 9 1:33P M 353610- 4 2 8 4 Shredde d De c1 7200 9 1:32P M PT00 2 88 4 4 Shredde d De c1 7200 9 1:28P M PT00 2 49 0 4 Au x De c1 7200 9 1:26P M 353610- 4 2 7 4 Au x De c1 7200 9 1:25P M 353610- 4 2 7



## VES018840I Uni t4Run2 |

1 In c Statio n BurnTim e Rec-Dru m Ib s 4 Au x De c1 7200 9 1:25P M 353610- 4

. 2 7 4 Au x De c1 7200 9 1:24P M 353610- 4 2 7 4 Shredde d De c1 7200 9 1:23P M PT00 2 119 4 4 Au x De c1 7200 9 1:18P M 353610- 4 2 6 4 Au x De c1 7200 9 1:18P M 353610- 4 2 7 4 Au x De c1 7200 9 1:17P M 353610- 4 2 6 4 Au x De c1 7200 9 1:16P M 353610- 4 2 7 4 Au x De c1 7200 9 1:16P M 353610- 4 2 7 4 Au x De c1 7200 9 1:15P M 353610- 4 2 8 4 Shredde d De c1 7200 9 1:14P M PT00 2 92 2 4 Au x De c1 7200 9 1:10P M 353610- 4 2 6 4 Au x De c1 7200 9 1:10P M 353610- 4 2 7 4 Au x De c1 7200 9 1:09P M 353610- 4 2 7 4 Au x De c1 7200 9 1:08P M 353610- 4 2 7 4 Au x De c1 7200 9 1:08P M 353610- 4 2 7 4 Au x De c1 7200 9 1:07P M 353610- 4 2 8 4 Shredde d De c1 7200 9 1:05P M PT00 2 87 8 4

. Au x De c1 7200 9 1:02P M 353610- 4 2 7 4 Au x De c1 7200 9 1:02P M 353610- 4 2 7 4 Au x De c1 7200 9 1:01P M 353610- 4 2 7 4 Au x De c1 7200 9 1:00P M 353610- 4 2 7 4 Au x De c1 7200 9 12:59P M 353610- 4 2 7 4 Au x De c1 7200 9 12:59P M 353610- 4 2 7 4 Shredde d De c1 7200 9 12:57P M PT00 2 92 6 4 Au x De c1 7200 9 12:52P M 353610- 4 2 7 4 Au x De c1 7200 9 12:51P M 353610- 4 2 7 4 Au x De c1 7200 9 12:51P M 353610- 4 2 7 4 Au x De c1 7200 9 12:50P M 353610- 4 2 7 4 Au x De c1 7200 9 12:49P M 353610- 4 2 7 4 Au x De c1 7200 9 12:48P M 353610- 4 2 6 4 Shredde d De c1 7200 9 12:47P M PT00 2 87 7 4 Au x De c1 7200 9 12:43P M 353610- 4 2 7 4 Au x De c1 7200 9 12:43P M 353610- 4 2 7 4 Au x De c1 7200 9 12:42P M 353610- 4 2 7 4 Au x De c1 7200 9 12:41P M 353610- 4 2 7 4 Au x De c1 7200 9 12:40P M 353610- 4 2 6 4 •Au x De c1 7200 9 12:40P M 353610- 4 2 6 4 Shredde d De c1 7200 9 12:39P M PT00 2 79 1 4 Au x De c1 7200 9 12:36P M 353610- 4 2 8 4 Au x De c1 7200 9 12:35P M 353610- 4 2 8 4 Au x De c1 7200 9 12:35P M 353610- 4 2 7 4 Au x De c1 7200 9 12:34P M 353610- 4 2 6 4 Au x De c1 7200 9 12:33P M 353610- 4 2 8

. 4 Au x De c1 7200 9 12:32P M 353610- 4 2 7 4 Shredde d De c1 7200 9 12:31P M PT00 2 96 3 To t 14 3Row s Span : 3 (Hrs ) 1 (Min ) Uniqu e IDs : 2 2510 8 Containers : 12 0 Charge s Charg e Wg t 322 2

Bulk : 2 3Charge s Charg e Wg t 2188 6Uni t4Ru n 2
7.2 ! De aF
432.4' In

. W C

B/HDPkovi r G P M

;)MeiSlunV<EI ^ 1615.4 !

Peg F De

g F 'SCC'.tem p 1853.1 ! ACF M Stac k ^low l % 02 'We t % Lb/H r

02Dp/|X11Wei9htlX22:Weiahtrxi2
; Weiq m _1204.4 j PP M 12/17/0 9 9:4 7AM ;

' T2W/0 9 9:4

8 XM ; "i27l7/b£9:49AM r '12/17/0 9 9:5 0 AMi " ~12/lW9pfAM ; "

" "12/17/0

9 9:5 2 AM[ " 12717/0 9 9:5 3 AM ; ~ 12717/0 9 6:5 4AM "

" 712/17/0

9 9:5 5 ANl 7

" 12/T7/0

9 8:5 7AMT " i2/17/6' 9 9:5 8 AM:" '

~ 12/?7>69'9:5

9 AMj' " "12/17/09 10:0

0 AMi ~ 12/17/0 9 10:0 1 AM ; "l2«7«¥ldj02jAM r ' 12h'7/09T6:O3_AM7" 12/17/0 9 10:0 4A M "12/17/0 9 10:0 5 A M " " '12/17/0 9 id:06 AM;" " 12/17/0 9 10:0 7 AM " 12/17^ 9 i¥:6 aAMI" ' "^27l7/69'"l0:b9AM r "V/i'f/O^loloA M ''12/17/0 9 ioVfi"AM! " "12/17/0910:12AM' '"jifinwidB'sAiiij' ' 'l2W/09'l6:14AMf ' ~"l2£1TO9l6:15AM; ~ "'12/17/0 9 iftWAMf * 12/17/0 9 ib^1 7AM ; "12/17/0910:18/Wf 12/17/0 9 i 0:1 9 AM-!" ' J2/17/09 10:20AM: " J^77O9_I(W£AM 7 _12/lf/0 9 ft':22AMT 12/17/0 9 10:23_AM" r ""12/17/O B 10:24Mi

l 12/17/0 9 10:2 5 AM ;

" 12/17/0 9 10:2 6 AWlf J2/17/69'lb:"27AM i 12/17/0 9 1672 8 AM. "

' 12/17/0 9 10:2

9 AM

. 12/17/0 9 10:3 0 AM "

' 12/17/0 9 ld:3J_AM! " J2HfW10!3 2 AM ? 12/17/09710:3

3 AM, " "l2/f7/0 9 10-3

4 AM] "

" 127l7/d9J0j35"/Wlf

" "12/17/0 9 10:3 6 AMj "

" 12/i7/09'lb;37"AM" i J-2 ; ' 7.M" 7.2 ~ T T '73 - 

## ~7ir 7.2: "

" '7V2T " 'Ti T •jjf-

' 7.2 :

" 7.2 ; " fTz! " 7 X T.a T J7.21 ' 7727 7 7.2 ; ~7~£~ "Y.2T ~7y~~ '7.2 ' 7i

. 25

. J7.2] " 7.2" " ""7.2; " 

## ~73r
7.i 7.2: 7.2 ! 7.2 : 7.2 ;

_ 7.2T"
7.2 ; f i r "7:2! " 7.2 ! 7\2 f 7.2! ' 7.2 : I f C 7.2 !

7 ' 2 L

' 7 3 65.4 j ~66".3 j"

" 65.2 1 " '65.2 " 65J2, " 65.2 ] "65"2; " 65.2 ; 65.51 " 65.7 ; 65.3 ; '"65~3: " "65"3; " 65.3 65.3 :

' '65.3';" "

" 65.3 ; " ""65.1 "

" 65.2 65.2

" wis " "65';i ; 65;if " 65. 1 "esTi T '"65.2 7

" 65"l T "6572,

_ " 65.2 ; 65.3j

_ '"65.5 i "_65.3!"~ " " 65.3 ! "es5 j'"" ' 65.4 5 " 'J53T' ' 65.4j~ " ~65".3; "65"?.'"' ' "65'"{\"" " 65.1)' 7 •6S. 1 65.'2; ' "'85.2; ' '"6576'" ' " "65.41 " ~ 765.7 ; ~ "
'is'.S "

; 65.5:, 428.9 ;

427.6 4287 r 430. 7 "432.8 ; 435. 0 4371 7

' 440. 6 !!444.1; " 446."9; " 448.7 448S T 444.7 : 437.4 427. 5 417. 1 ' "40'9 .2 ! " 406.7' "410.5 "

' 418. 1 426. 1 "432.1 7 "j3A.f_ 434.il " "433 .8 P 432 /i | "j' SM "' 4202 7 "428i r 429.8 ; 430. 5 _43p

_ .429.1 ! ~4287ij ~
' 428.7 JSIA" ' 433.9 :

' 435.6" " Jt36 ^ r 436.2 ; ~43p T 436.2; ' 437.7; ' 440S ' 2443"5 t 44576; ' 446.2]" ' 7.1

.

"6.6: "
J3.6T

' 6.6

. M 6.3 : "6.5: ' 6.6" 

## '"M 6.6 !

" 6.&" 6. 7 6.2 e'.b~ "6.0! " "676." "dl f 6.9 "Taj " 7.8 ; !?.9 " 7> ; 6,5 ; "7.0T "7 A ~7.S:' IK 7.4 : J M H 6.6 7 7.5 : "7.6 : 7.6'

443.3'

_ I43"e.7

; , •435.1; ' 6.7 :

KK

" 5.9; " "s "s," _5"9

T " j"o[ " 6".2l "
sis" " 6. 5 i 6.5 ; 6.6 : Ce;

_ l e i L est' 6.1 ' "6. 2 12.0

; "l2.b" " 12.o : 1 1 i a '12.0 , jiid; " ijidr ' "liS , 12.0 : ""l2.6i" " Izdf "

' i'i. o "i"2i.o,' "12.0 7 i2io: ' 712.0; ' i2.of" "

" T2. 0

12.0 ; "12.b r 7J2J0 : 12.di" ' 12id

. 7J2T07 7 12.0 ] ~£g " 712.0 ; J2.li " 712.1! " 12T1T "

" 12'i q 12.1 ; ""12.br ' '12. 0 "12.0T " jTi.« * 11T9 7 11.9 11.9 7 12.0 ; 7_12.br" 12.17"

" i'2. 3 '7i£ F

-j|.3t " 7.12.4T _J2.5j' _13id; 7

' •13.1; '

.. . 1611.0 :

71609.9' ~1592".3! "

_1569.6 ! J5«7oT " 1524.2

" 1499.3 ! 7j497i6 T i50l!8" ! "l5"69.'7t " "1504. 4 " 1480.2 "1451.1 ;

" 1428.4 ! "i4iii2 T 'I416i5 i 1434.1; " "14571!" ' "ilsb.b ; l504!8 i 1517."9

!" 1508.8 1502.0 " J 847.4 :

"_184978; " 1857 .3;" ' 1867.9'

' 1874.5; " '1879. 9 "I883.3! " '1"887'.4: " TTijSli ! _1896

. 5 1900.7 7 'iddoib ' ""188 9 2 " '1872.5 ; 1859.2; " "184976 ] 1847 .4

. 77t852i4; " 18621; ' "lerris: ' 'I886i4i "

1479.3 : 1476.7 1490,8 I562.9 1503.8! _1880.8; "

18718 " 1851.4. " 37799.9'

389141! " ""srasyiT ! 37231.6 "37128i77 "

' 37056.5; " 382i6. 7 3884SL2: " 38440i7 38481.6. " ~"38467ys~; " "38259. 3 738'58l'.'6 : ' 38068.0 38.131. 0 ' 38237i2

. '7380985 r "38283.5; ' '"382400 " 36835^" ' 736642.4f 365d0.l!' ' '"3669578: " "38368. 7 37752.8: " 7.

" 8.6 f '"sTb t a.o ; 7676 7 8.b 7 8.0 : 8.0 ; J3.4 ; iSi " 1£6 ! " ' 12 .6 "

. . 12.8 " ""12777 7 13.6 12. 2 '1 2 4 1968.1 1

1964 .17" 1966.7 1138.5

j 1138.6 ! 1968. 1 1140.2 ;

8.0 ; 8.6 i '8".6 r

" 8 .6 " " 876! "

' 8.6 ; " 8.0 7 B.6',~
8.1 1 8.0 " "6.0 : "8.0 ' " ""siojT

. "8.0 ! 12.3 : "71276 7
" 13. 3 14.2 "i'3.7; ' 13.7; '

--,3^ - 12. 6

" 12. 3 ~i'i.7! " i"ii5-' "12.4 7 713.3"! 13717 " "13.8 7 i85s.i ; 1858. 8 "l873i3T" 36747. 1

"3665578; " '36*0 " 1505.5;

_ 147Z7 j "1437.0; ' 1397.1 7 "139578; "l392'.7 F 71393707 " "141S

. C

" 1439.6! " l4627l| ' 1472.6 7 "l48lTl ' r 7l475.3f " 1463.6, 1467.0'

. 1475.5! " 7l489i6l " 1497. 4 1490.7 : 1482 * "f470i3 '

:1-455.3i" " 1889.0 ;

"l'897".4; " 7i8927ir 18857 3 "1879.5"; ' '1874.4 ' "l869iH " "l86677i7 "1863.7 ! "i867i6 r 1875.3. : 7l877.3| 7 1875.8 "l869".'8i 71863.^ " 1869.6 7

" '1886.3 7 'Ibbio! " '7l913i .8l " 18997a "
1872.9 ; wbib , 36750.0

- '3836273 7" "
" 371607 ^7" "368"0l73; ' '36707i3T " 736§76i6! 37734.9

. 3S241S ; "'369819" " '"36984.1 7

" 37057i"9i "

' 36'884i2i' " 38480.1 ' ' 38866 1 38554.6

. " 3649272! " " "38476'.bj" " "38338757' ' 7"38250.8r " J37641o7 7 7379OI.4

; 37678787"- 37650.9 8.0 !

7.9! " "7_l"

. T j f 

## f&l 7.9'7"

. "77917 " 7.9 7 "'779p ZL? L 7.9:

_ 776; "7.9, ' 12.3 ; liibr " "llb r "iis r "12.6! " "7i4 .iT "

' 13.3

. "I3i3 ! ' 13757 12.4 ' 1998.9 !

1986.8' 720b4 'i8] " 202472: " "2024.2;" ' 7201278;" " 2022.3 L "201873 ; 72019.0 7 202276 7 7202276 ! " 2024.9 201 5 87 ' 72004.87 " 20047 6 "72017578:" " 2015.0 ; ' 1996.0' "l995i ! 7l994i7 C 1989.6 ; "i98i".6; ' 7l9827l! 7 71661 .'6 7 1986.8' ! 7198977.!" " J986.8f " 1989.77 "i'989.4 : " 72bb4b[

_ ' 2016.8 ! J2.8 : 1T.97

7.9 ;

1 7j' 7 "7.9: " 7.9-' "'fi f 11.5 ! "iZl T 12. 8

' 12.7! " 2004;8.i

"2060.4 ! "199676 7 "20677b :

7.9 J _7.9T T"7¥ i
7.9 ; 13.7

-

r 12.6 T 11.5 | "Il6i 7 7il72 ] 12 .8!" ' 2011.0 ;

"260276"; " '2664.0! " "2008lj 7 "200878; 2008.4 ; 7260773" " 20161 7 14.0 j 13.2 ; 13.0 ; 12.4

:' 2014.7

1 "2M4 .S 7 7201779 ! •2009 .9 ! 1144.9 !

114 1 5 ; 7"li38.9; 7

. 1136.3 '

' 1130.8 7 113576! " 7117975! " T6i5.6" 7 7iio875 ; "1144.47 "

' 1144.4 7 1J4476;" " "l1497lT " "1147.9? " 1147. 6 1149.6! " ~iv».i\ 1-14479 7 77 }14376j " 11497i! " "jl44i r .1143 .2 1 "1145737" "114372" ' 77 l 14 1 i T ""il44.4:" ' 7l "l437il

_ 1143.6 ; •iwbTe! " 1143.6 ' '"-11437217 7 7ii427 S J14877 ! 7117478; " li825 7 1174

. 8 ' 1157.3 1147747 ' "rfi8ij 7

. 1140

. 2 '

' 1138.9 " li43 .'2i " 7114474 ] 1144.9 7168977;" "

. 1082.5 ; 113673! " 1241.5

' 122778'"' 1219.5 1215.6 "1255.7 7 "12487 8 1244.0

' 12437 0 ' "1233.77 1243.0 ; 1227.87 7 J221S I

" 1228737

' 71265.2 7 "J24479 ; "

' 1223.67 '12112 7 7123073! "

" 1252.7' '"124675:7 '1226.4 ; 1227.4 ; l2337f 7 J2215

. ' 1209.8;' " "I20076 "

" l 196.1 ) " '122276! " 7l234.2i " 1233.1" ' "1242.57 7j26"6 ."l '

_1276737

' 1220.5^ 7 JIM 7 | 12bo .b r 1223.9 7l255.2T " 1251.8 'CODtyCor r

0.1 3 7 0.0 8 "777 776.1 9 70.1JS

' 61 5 7"67i" 9 6.1 9 '6.0 8 "6.07 0.T 1 "61 8 "1.5 6 18 1 "679 7 "2.4 7 3.7 0

" 277 4 ""17 2 0.2 6 ""0"72 0 TO M "ji b "70.3 3

' 6.2 5 JJ.4 0 674 8 73.6 2 _37"i o 2.0 9 7l5 5 676 0 0.1 6 "1.66 7672 6 0.3 6 "Ti b

J249.3 i J239". : 6! " 1237.6 ~j237.lt " -123717 " 1209.3 1216.1 ; 1216.1 ; "J168.77 "

' 12l8.6' r 0.4

2 "2.2 6 ~29 9 7'bi 8
6.7 l J0;1 2 19 9 "18 4 27i e 7 "2.6 3 70 -2 8 1.3 9 2.0 6 "672 2



## VES018842Unit4Ru n 2
12/17/0 9 10:3 8 AM i Lb/H r Carix'-lnfcF.lo

w 7.2 : LWFt

3 L7fSe;

: SlunV:Densitv :

. De

g F In

. W C GP M Deg F 'SD*Out.
e tjrempy ^

4 3 d A' CC

. Art

rt: j —

. . * 1- 1 ~ 1 ACF M % Lb/H r Lb/H r PP M 12/17/0 9 '12/17/0 9 "'l2/i7_ 9 32/17/0 9 "12717/0 9 12/17/09 17717/0 9 J2/i7/0 9 127i7/b~ 9 ~12/17/09' 10:3

9 AM 1 ' ib'ib 'AM r lb :4i'AM. r 10l42AMr ~ To:43"AMi' ' T6-4 4 AM] 10:4 5 AM : ib^'b 'AM r 10:4 7AM' " 105 B AM ; Average j 7.2.:

"7.2i " JX" 7.2,' T 7. 2 "7.27"
7.2 ; 7.27 " 66.5 :

"85.6! " '65".7 f 65. 6

" 65.5 65.6' " '""65.6 7

" 65.> ; "65"."8'" 'eslst7 65.8 ! "65.4 7 434.4 i 7435.7 7 437.8 ! 43B.2 i 436.6 " 434.4 - "«3"T 7 433.5 :

' 434.8 ~ 7435,2'

" 43479; " 6.5

: "Ti f.i 77.8] ' 7. 9 ll-bi " 6. ¥ "T.£. 77.6 !

7
- 7 l 7. 8 13.0- ; 13.0 ""13.0 ! 13.0. " 13.0

" 13.0 :

" 13.0

. "iS.bi' " 13. 2 Tib'S "

" 137s£ 7

" 12.3: 1439.2;

1438.3 " '1441.'8[ ' "144S!§ " "1447.'6 " 1452.61 ' 1448.7' 1439.2 - 1453!l ! "i47|."6; 7 i 500.5 1890.5 !

191 1 i f 1927.7 7j937.7l " 'l943.6 r "I949.3 V 7.1951.3. " i947.4: " 1947.4 1 71958.4! " 1971.8" ! 38331.8 !

37999J 7 '36928 ! i f '37b?_E j 7.368418 ; 3693875 7 3'8662!77

' 37372.5' ; 7367627s' ' 36653.6 ; ' 36642

. 2 " * tXl1We '"i w lX 2 7Waigbt l X1 2 Wt.i^h7 | P. n 1215.1 !

" i 236. 1 [" " "1220.b r 125876 ' 1272.8["7 " 12427b; 1143.6 : " '12347 ; 1144.9 ! '1250. 3 1143 ^ 7J22 9 3 ! 1 l"213-2[

7 1140.2 ; 1196J7 1141.5 ; 1229,9: 7. * "'7.9| ' 7_.9 i "7.9J 7.8 ; "778 ! 77.8;' 7.8 ! 7776; ' j7"8 ;' 777!' "7.9 ' 118 !

11.2

" 11.7 11.9 T£b' 7 l i e 127 & 12.5' 11.0 lo.'e^ ' 11.1 ' 12.5 r 1993^8!

' 1987.2

. 7l986.8, '

" 19S172! " 7 19953 " "i"998.5 " 7 72OOI .5 7 2002.9 " 2002.9 72067S.5:" '

" 199976;'"' 20015 ' 1137.6 [

'l139^3 j" 1139.7

. J"13B79| 7 771140.6( 7 1140.2

. " Dry.'Corr 0.5 4 279 5 278 8 3.4 1 2.0 6 2.6 3 "£6l 6.21 2.8 5 4.8 0 3.77



## VES018843Uni t4Run 2 Lb/R 3 De g F In

. W C Deg F De g F ACF M Lb/H r Lb/H r Lb/H r SDAOuiletTemp.^ ^ 1164. 1 1165. 4
Tl64.i l 7ji6b77 j 1161.5 Weight ! C O Dr yCorr 12/17/09 12:31 PM

i 12717/6912:3

2 PMi " ''l2/i'7/69'i2:3 3 PM " Tz/ i 7769" i 2:3

4 PM* T2/T7769 T2~35"PMT

"

' 12717/0912:36 PM~' T2/l'7/6fj2'r3Fp'M r '12/17 /69 12:3 8 P'Wl f "l27i'776 '9"_2:3 9 P M J2/17/0 9 i2 ":46 >M r Tm7i6sni4i'pm' J27l7 /69T2j42PM r 12/i7/09'T2:43'PM i " ~12/i7/09l'2.4 4PUT i2/i7/69l2:45J ^M r "l2/i7/69 'l2:46PMj "

- 12717/09 "124

7PM! " 6.2 !

~~e'.i 'C 6.2 '6>

. "S'.Z "

" 6.2! " 6.2

_ "S3 " II!! ! 6.2i 6.2 : '6. 2 "6.2 ; ' 6.2

' 6.2 "

12/17/0 9 12:4 8 PM : i27l7«9"i2:4'9PWir " 12/17/0 9 12 :50 _M ! '"l27l7'6912:51_PMi" '

' 12/17/09 12T52PM! " "1_"l7 /M127aj [f* r ~toi7A»W54Pii f "12/17/09 12:55"PMf 12/17/0 9 12:5 6 PM : 127l7769'l2:57'TM

_ "12717/0 9 12f58"_M ! J27l7/09i2:5'9J 3 '|" " 12/i7/b9'l:b6_PM! "

' J27i"7/09 1:0

1 PMi "

' l27i'7/b"9"'i:b2 "PMr

' 12/17/091:03 PM ! izJHfm'f.bi

PM! " i'2 /i '7/69J:'6'5"PMi" " "l2/i7'0 9 1:0

6 PM f "12/17/09 1:0

7PM ; 12/17/69 1:6

8 PM i " "T2/"l7/6'9 " 1:0

9 PM " 12717"p_"_"_"PM i ' "12/17/0 9 1:11"PM, " "JSmi6n?St¥»' ""12/17/0 9 1:1 3 PMi" ' "l"27l7/693:14'p'M'i" ' 12/17/09 13 5 PMT " "l2'rtwb9"l":i6"PM; " 3'2>17/69J_7PMi ~ 1*2/17/0 9 1:1 8 PM!' " 12/17/0 9 1:1 9 PM!

_ '"iSWoa^SSp"?, ""iai'f/objarpM p '12/17/0 9 1:2

3 PM! " ~Wi7mai£4'PML 6.2 ;

_

. p r 6.2!_

_ "6. 2 "'bit ' "6.2't ' "6.2" ' 6.2 672! " ~6.2!" " -g;-

_~ 6. 2 6.2 6.2 6.2i

_ *-~ _6.2 ! 67 2 " 6.2T" "8"Z " 6.2 "6.2T '

' 6.2 "6. 2 "6. 2 " ""'6.2,' " 6.2

" 672 ! ' ;j? r _6. 2 6.2! "

" 672! " .6.2 , "6.2:
" eiii j 66.9

"66.91 " 66.9 ' ~ws~_ "66. F 66.7 "6677! " "66.7| " 6678! " 766.9;" "

' 67.0 f' 67.0 67 .4' " 6773: " _6771 -" 67. 2 67.1:" "

' 67 1 .67.0 : 67.0 67. 0 67

. 6 67.0" 66.9 66.9 ' "66.9 " 6676 7

' " 67.0 "67 .6 r " "'67 .6 ' ' 67l j "67.1 ; 66. 9

" 67.17 " 6*77i " 67.0

" 66.* "

" 67. 0 " '66.9 ^

' 66.9-~
" "66.8; " 66. 9 66.8 667 b 67 .6! " 67

. 6 67.2 ji.S.

" 67.2 ; ""bTi f

' 67.o ; "'"6776 7 67. i '67.0 _430.4 :

436. 4 '"432.1 ** ""433.3 ! 433. 1

" 432.2 ' 431.4'

" 431.7 " "43276f 7 7"433-2 L "43376* : 7 432.2 ~43i '76 r

' "432.iT " '434.3

. 437. 5 7446777 7 ""44371 1 7 444.5

. ' 444.5'

' " 442.6 ; " '440.6

. 438.6 7 "33775;" '

" 438.57 "
*439.3 : 439.3

. 7438.9:' " 43973! " """"440.6!"' 7441.1 ; ' '"439.3"," ' ""'436.0:' 7

" ' 433.5

. " 432.9 ! """4343 T "7"436.9! " "43776! " 437

. i ""4"357i : " 77433.S; " 433.9

. 7_"435.2i' 7 436.6 ; 77'437.6f" "43776:" " '438.3 ; " 7_438.7[

7 4387* 437. 9 437.3'

"" ' 437.3 """43873 " 6.3!

_

" 678 !

' 7.3 "774! 7

. 4 6.9

" 6.'67 ' 5.9' 75".B':" " 57 6 5.* 9 14.1 1

"'1476 ! ~14.f i "1476 !

6.1!

_ 6.3 7 6. 3 "674:

" §757" " "6.5: " 6.6

" 6.3 ""672: " "672;" "

" 6.3 " 'T375[ 7

" 7.0 1 77.9' " 7.8 776. ' 7.9' L.

14.0 : "14.6! " 14.67 ' 3377 " "13777 7 7i3 .6!_ " 13

. 6 "i376f "
" 13 *7 ' "1377;"" 13.7." ' "1377 T ""1374 ! Tib.* " 13. S " 1467.0 ! "1476.6! " "348576;* "

" 1488.1 ; "14941 7 "15667 b
1510.3 ! 1520.5! '

6.5 ; 7.0 : 7.5' '

' 7.5 "7.6 7 7.3 ; 6

. 4 77.2 ; 7.6

. 7.8' 7.9 ' 77 o 6.6 " 6.2 " 6.2

' 6.2 " 7*673:' ~~\js~ 677:' "677! "

440.0 ; _6.7

; 677] " "6787 " "67* " 7*674! " J3.5 !

1375! " 713.5 7 13.5' " "173.4!" " 713.57 " 13767 ' 13775: ' ""1375 ! '"13767 " '1376:' * '13.6 ; ' 13.5

" 1375 7 TO! " 3375 ! "3"37'5 ;

' -3.5 : "3376;"" 771375 ; " 13.5 ! "1375' " 313.5 : ~ 13'.5r* ' ri*376; ~ J3.I " 7l3J ; 13.77 33.7. 3 "13*.7; 13.7

" 13.77 """1377 ! 1519.8 ! 1S1572 7

" 1496.5;'"' " "1475.8; " " 1465.4 ! 14647.7 !

" 147276""" ' *'_14S7«'' "

*149 &S77" "1507.9'" " "i5be".6;7" " "1503.1

. 31505.3.' " 1510.85'" 151179

. """1564.6:" " 150178 , 1501 .6" 1505.1 ; 15id.6 ; " ""mi! " - "14697 2 1460.6 ! 3'i465.'6 7" 1480.6 '" ' "1496.3 ! 1511.2' 1523.8 ' ' 7'l52i!ii" '

' '150579 ; "

" "libs.? ! " "

" "1486.4

7"

' ""1488.6 ! 7 "3150476!" ' 1*520. 5 "'",1532.71!" " """1535.713

"

" 152*6. 1 1500.4 _1489.9 ^ 3348776 ;

' 149475; " ''I5O479 : "_"l514.5 r 71526.9 1878.6 ;

1879.7 T88"i'.b; " 1883.9 " "7i88976'7 " 1891.8 3895.1"'" "
" 18976711 ' "JI88S.2:" "

" 18787 2 387275 ! 186576! " 1857.9

" 185577'' "1862.6 , 187677 : 1889.7 : ' "1898.4 ! ' 196674! * 1896.0

. 1885.3 " "187676" " 1869.8: '

" 1865.8 1859.5' ""185773: " "l86i."5 ! " 18"79.9

: ' 1900.4! ' i"9677§' " "189673; " 1882. 8

' 1872.9 * "1869.6 " "1867.8 : ' '1867.2

" 1870.5 18747*5: "

' 7l"87777' " 1875.5 *

" 1871.1 7 "18697 6

' "1871*78! " ""18807 ^ 7 ""I886.1l ' '"1890.77

' *""i6"87.'2 " 1874.7 :

" 186275" " "•"18544 7 ""l_85Z."6 f "185478 ' "186574; " '"1883.3; " 38638.2 ;

'37755673'" " 36947.'7,"" " 3696776; "367934.8

, "374197C* 38917787 " 3743870 * 37201.2 ' "37176. 1 " "3719479!" ' 38427.2 : 388267 1 38744.9 ; 38613.3 ; 3"B'7i9.if" "3848876:7

7

' '3853277! 3776'i.5. " 37679.3 : "'37571.2; " "'37767.&' ' 37780.6' "

" "38451.2! " '"37'6"55.i i 37 : l6i, b

' '36850.0

" 36679.8, "

" 3799 8 6 * **37568.7 " 368*1272.' " 7"3'6846.b " 3659575! ' 36935.0 "3863776' " 3739976'' "3674677;' " '3661676';'' 36483.3 37526.7 : 38352.8 " 37177.7"

'" 3B86S9;" " 336956.97 '

" 36814.8* " ""'38"2i"87s

r

" 3862776! " 385677. 6 38649.8

. 33846379 ; 38478.1 :

' '38341.2 ; '"3751875:" ' "'37119.9

/ _8
- 9 ; *976

r " " '78.9 ' 7879:"" ' "8.87 " ~"8".8 i " " "'87a;"" " *""8.8j7

_ ~877 ; 7 "8.7 7 3877!" " 877!" " "8.7 ; 7 "877; " '

.. . 6.77 7 7'B.7 " B77 [" 3*8.6 ! * " 78.6: ~ 786

. " " '8.6 ! 7 7 M 7 8.5'

" 8'.'5!~ "

' 8.5

. "

" 87 &

' *8.5'

" 8.5 "

" 8.5. " 78. 4 "

" b.V ' "874!" '

' 8.3' ' 8. 3 "

' 8

. 4" 8.37 " 8.3 ; 78"7*3 ; 3-5:2 3 8.3 !

_ 738.31 " 8".3" " 3

. B.3' 78.37 ' 8.27" 8.2 : _8.2 :

" 78727 ' "TJ B. Z! " ' " _8.3; "

. .

_g^ -• 8 3 12.2 ! 12747 " ii7 8 12.3 : "11.9! ' 1276 ' '1276 7" 71279 : 12.2: " "1 3 0 7i2.6 " 1377: 3 13. 2 12.4

. 11.7 ! "1 1 a " 11.7 12.0 12.233

' 13.1 ! 13.67 * i '279' " 712.4; " 7l2 .8'* ' 13l!" " 12. 2 l i b "i "l74!'" '

* ii '75!" ' 14.0 : 13:2 "13.6 7 127 7" 12.4 ' 1*2. 5 " ""i'23'i3 3 ii .6 ; "1277; "

' 13.2 12.9 ' 1*3. 1 *

_12. 2 i'l.7 7 ~ii ".7i" ' 12767 ' 12.5 'i"47o* 7 "15.4; " "3 3 -? : 32.8 : "_l"£4[ "

.. . 1 2( j - . "il.7!*" " 11.2 * 2007.7 ; 200474: 2012.8 3 ""26167*3;"" 2007.0 ! 2009.5 ; 2614.3: 3 '26'ib. 6 "'2"6l3."2: "'201578

1" 2014.7 ; '2015.8,7 7 "202172; "201873 7 2006.6

. 72bl4.3; 3 2bii76; 7 2013.2 " "2020797"

' 26l6.5

: " "

" 2015. 6 "2009.5 1 ' ""2615.6T" " 2667.3: " '20167 3 2006.2

. "20b8'7i" " 201676 7 "2066.2

. 2613.9:" " 2008. 1 '2OO4.47 7 2b05.'9 j '~206lk9

f "'201T.7 ; "

' "266871" "

" "2"669.9: " 7201978 " 2011.7;" ' "72 0 0979," " "'2669.2;' " '207o773 ! "

" "1999.37

7 *""l9*9?.4i "72'6"687lt

' 2"6i 576 ' * 32611.4!" ' 200372 7 3*2001.8 1 "

" "199576!*

' 1998.2! " fi62.0j

" lieiTll " "1187.2 " il77.B* 7 "1171.8 ! '3374.87 ' "71172.S S " li'66".7:" " 1172 .6: 3li73 ."5" 7
" ii "7675j " "1T69 .2 ; 'il6977!" ' 1257.1 !

7122374;" ' 123472!'" 1233.2 ; 1208.8; " 119372

. "i"262.b

. ' 119975 7 1213.7!" " '1221.57 " 1246.6 " 1247.4 1241.6 1234.2' 1232.7 : 771723272 7 123 3 2 1208 .3 ! T20673! "

1159.0 : '117671:' " "i'leeTSj" ' "i7i"7'6"._i;7

" 1163. 2 "1155.67 " "1162.*' " '1166. 2 "ii7i7S7 "

" "1184.lT "

...„„ _ "1163.7;" " "'1169777 '

" 1160.3 ! " "'"ii66.7!" ' "1153777 3 1166.7

. "1159.4:"' 'i"i6i"7ii "

" ii6i"7iT" 1159.8 7 "l"l647i i 'Tieij f "Tl64.il " 1159.0: 7 iia f

' il65.*4' " 1205.4,

"1196.67 3 1169.2 ; "1203.4! * "1226.41"' 1236.13 7
" 1239^6 ! ' '"i'240.67 " T'249"^ ! " T25"b .8r

' 1218.6 *"ii96".i7 * 1174.1 ! 3i '99.5 f

' 1221.51 " T224.9 * i22878l 1258.6

J J 1217.6 !
"1187.3 " 31207.3 i269.'3 ' _l"2b"o7'f f _123S72| 7 1.0

3 "6.7 5

' '6.6 9 '"264 271 3 ""2.*5 0 1.82 "6.2 4

" T73 7 1.8* 1 0.2 7 0.3 C "671 2 "0.2 5 673 3 "1.46 "1.51 , "276 6 2.0 9 1.4 4 "i.2 3 "176 5 0.6 4 0.1 5 0.2 4 ""i.32

" 2.8 3 2.5 4 "2.61 3o77 * 8 3o7s a 1.7 6 "0.6 6 "679 4

" 674* 9 o.i o
' 175 5 "2. 26 "0.38 176 4

1249^8 ; "1247.4 7 1163.2 ; 1223.0 !

1999.6!

_ "I99976 ! 2066.2 " 1164J 3

"i"l57.7 i "iieO " "1157.7!" " 1202 .4 !

"1 '26474!' 7121536; " 1222.5 ; 1162.0 ] 1158, 1 . 1211.2 !

~12b8~:3! ~ 0.46 7'6'7o 7 3'.80 275 2 77172 4 "7679 6 "0.03 9 36.2 6 3671 9 6m "0.1 4

' 0.7* 8 3"0.83 * •1.6 6



## VES01884412/17/0 9 1:2 5 PM 1 Elow. l

6.2 '

6.2 r i!:? u 6.2 ; '"6.2" '

" 6. 2

" B. Z 6. 2 "JS.2

1'" "

' " 6.21 " "6.2 "

*6"2| " 6. 2 *

" 6. 2 ' "Sa "

' 6.2 '

' 6. 2 ' 6. 2 "

' 6.Z "

" " M

' 6. 2
6.2 : 6.2 ; ' ""6.2; " "33 "

" 6.2 : J6.2 : " gST 6. 2 ...?:'Z

. 6.2 ! "6.2 "

'" ' 6.2 ""6.2!" ' 6. 2 " £2'! " "6. 2 6.2! " "e J

" 6'2f ' ""6.2;" ' G7 2 3 - 2 7 8T2 I
6. 2

" "6.2 r "~<pr

6. 2 Pe g F In

. W C Ume-Slun^iOeristotSD'A O Deg F iPCCTemb; ! SCC'Stemg: ACFM Slac k Flo w % Lb/H r Lb/Hr Lb/H r P2;We t|»02 'Dry:|X l 1

. Weiqht|.X2 2 WeiqM|X1 2 Weiqht l 12/17/0 9 1:2 6 PM ' 12/17/0 9 " i :2 7PM; " I'27f7/091':'2"8"P'M'

3

' T27i77b9T:'29*P M "'i27i7/b9T:"3"6'PMi " 'TwTmTSi 'PMT "
"12/17/09 1:32~PM'

r
l27i7/69'i:'34PM!" " "3'27l7/0

9 i:363P M 1*2/17/6" 9 1:3 7PM ' '"12717/09" 1:3

8 PM' " "'V27i"7'0

9 1:3 9 P M ' 7i "27T7'b9"T:40*PM ; " J2/17"59J:4ij'Mf ' 12/17/0 9 1:4 2 P M "i2/17M9iT4"3'PMr' "iai7/6"9'i:44PM ! J27i7/b9'i:45'PM V 12/i'f709'i:46''PM: " J2n7 /b9~1:47PM 3 12/l7/b9"i:48PM i

_12/17/0

9 1:4 9 PM :

" T»17/09i:5 0 PM! " ""i2/17/09"15 1 PM f

' 12/17/0

9 1:5 2 P M

_ " lajTj/o b isS'PM , ""i2fl7/b9'r^4"PM r 12/17/0 9 1 :5 5 PM f

" i'ai7/b9j"s"6"PM ! """l2/i7'3"9_1 :57PM r f'l2/177b" 9 1:5

8 PM ! " """12/17/69

" 1:5 9 PM ' imflmztc PM" ' i27i7/b"9""2 :'6l PM"" " 12/17/0 9 2:02PM : "12/17/0 9 2:0

3 P M f12/17/0

9 2:04 PM ? "l2fi'7709"2':b5'"p'M

f fj2/177b 9 2:0

6 PM ;

" J2'l7/0 9 2:0

7 PM; ' "_12/i'7/09 2:0

8 PMi "

' •J2/i7/092:b9PM" r

"•i27i77b9"'2':lb'"PM;''

' '12/17/09 2:1 1 PM ! fi»17/09"2":'l 2 PM ; " 12/17/0 9 2:1 3 PM f '"i"27l7/09£i4"PM* " "12/17/0 9 2:1 5 PM ! 1 2/17/09 2:1 6 PM ; ' f"""'2/17/0

9 2:1 7PM;" ' "l2/1776"92":18"PM r 67.0 ; "67.d' " 67.'0j" " 66.9 ; "66.'8T" 3~66.9' ~ 66.9 " 66.9 - "6679: " 67.1-' 67 1 67

. 1

" 67S ! " ~6"77o : j67f0 !

" 66.9 T ' 67.0 : b'e.'b 66. 9 6676! "

" 66 .8. " 66.8 " 66. 6 66. 9 67bi " "67.0:" ' 67. b "ef"A 67.2.

" 67.1 " 66.9 " J67Vi!" ' 66.67

' 67. 0 "6776 7

" 66.9 " "66.9! " 66.9. ' 366.9: ' 67. 0 "67.1 ; "67!2 : " 67. 2 67.2 " 67.4- " "6773 7 67.4' 367737" 6773; '67.2 " J37 .3; ' 67jj ~ "67.1: " 441.5 !

" 442:6' " 442.3 " 3"40.2T" 437. 1 '434.0 '"43270; ' "43175 " "432737 3

' 434.0 : " 343'5.7f 435776 ! "433.61 431.2 "

' 429.6 ; " 429.9' 43078;

_ "431.2;' 4 31.0 : ' ' 431.2 7 "432. 2 ~43377j3 "43376f " 432.1 , 430.3 ! "43l76f " 435.4 3 f43777 ! 43679T " 435. S "'43572; " '43"6".6 f 438.7 7 44071!" '

" 4?0.'2 f3 

## 343972 7 437787"" "

" 4736.73 " 336737" ' 435 .3 ! 433.77 " 4320- j43b77 l " ' _430.9

. ' 431 .8 | "431 .8 "

" 430.9: 3 33460.1 f

_ 42979 f

_ '431 7 0! " '432.4 : '

" 433.2 ! J "433751 "

_ " 43371! " 6.4

' 6.4 : 6 .7

. "7.0"" " '8. 0 fa.o. " 8 .1 : 6.2 8. 7 7 .4 : "

w

. fM_ "7.2 ' 63" 775?" 775! " 

### "7.7 ; 6. 7

" 673! " "5.8' ' "5.8;" ' 5.9 ' 5".9 ;

' 6.4 ' ""674; " 36 .57 " 67 "5 f "6.6' " y$ 6.5 ; 6 1 M 6.1 : ~6.2 6

. 5 7 .1; " 7

. 6 7. 7 7. 7 7

. 4 6.4 7 . i f .""774" "7.4, " 7 j f ""6.6! "eTS r 7. 3 ""7.3 3

" 774' " "b.i f 13.8 ;

iCa l 13.8 7 13.8 : 13.9. ' Tib; " 13.9 ' 13.9

. "i47d! " '14.0

. "i47o! " 147 0 "1476 " "14.0 7 14.0 i'i.'b! ' 14.0 "1379 ! '13.9 ; "1379 " 13.9 " 13.8' 13.8 : "13.9 " "13795 "

' 13.8T 13.9

. T3.9 " '13.9 7 "Ti'.sT "1379;" •:3.9 7

' 13.9 : T3.6

. "13.8" " 13.97 ' '13.97' 13.8

. " "13.8 ' ' '1378" 13.8 13.6 ""1378 : ~i3.8 ' "lib " 13.97 " T'3.87 1378. '

' 13.9

. ib.bj ' "13.5; "

' 13.9 "137B; " 13.8. " 1540.1 ; "1539:4 : " 151678 ! 1489.2! " 7147672S" 1474.97 "1475.5 ! '1478.2 7 "1484.27 " 1493.6; " 1496.3 ! " 14980 7 1496.2 7 ' '149574! '1500.0 ' "1503787" '1504797 " 1505.7 ' "1494.97" ' 7"147975;" T468.37 ' 1457. 6 1472.2 ' " 7147778! 149376 7 1563.6 : 3506. 8 1491.2'' 1479.1 , "1474. 0 "1478.6 ; " "148572 7 1488.6

. 1493.2 15067 7 '150573:' " "'151379' " isbf.'i r '149976!' " "'i'494.7 r 1492.5 :

" 1494.97'' 1501.8 "

' 1499.3 1502.0 '

' 149973! "1494791" ' "3l496."3"f

" 1496.7 "Tsol.b r "1 5 1 372;

' 7l526."6i" 7 1528.4 ! 1903.8,

T91471; " "19112; "

" 1893.6! " "187378 " 1865.6. 7 1868.3 '187476 ' 1883.5 188678'' "

' 18907 f 'iB'g'ia " 1892.7. " 1887.7 ; 1880.6 "1875.57 "

' 1872.5. " 1877.3 ; '"188379" " 188576; "188376 ! 1875.6 7 "1B72.7 ] 186932 ' "1870.1! " 1873.1 7

" 1868.7; ' "T8617ST" i854. 2 "1849.67 " 1850.0 1857.7 1865.27" '1876.' 7 "1886.4;" '

" 1893.6 "189771! " 1894.9. ' "188878?

'

" 1884.6 "1878.4 7 " "1874 .2 7 ""1872.6 7 "1865.81 " 1861.7

' 18612[ ' 1863.9 : ' 1866.1 ' 71867.9 "186879;; " '1875.5 : 1886.8

. " i894'."07

" 1519.4 ! 1691.4; " 37305.6' "37bT9 .6 : " "38048767

' 38264.2: ' 36984.7

. '3687977

7 36885'.'5 r 36SS23 7 38413.2' 37688 4 '3631475 : "36629.0 " 36659.0

. 374347 0

" 38550 .5 7 "36841".9! 36940. 2 "3675670 ' '366"24'74

: "381737T '

" 38208.9 , '3712372 j "'37267.B'

' "3722T78 ; "3709Z.8

j 3865678; " "38617.6: ' 738694.2 7 386247 1 "38701767 " 3860974 ; '383818' ! "3743979 ; "37378.8" : '37257.6 ; "373OI.3' " "38041.4 ' 3775174 7 36928.1: " 36907.3' 3688077 ; '36784.2

. "38369.6; ' 3368377S " 36437.3 "36373.8,; " 3656576

. '37SB5.4 : "3794"2'.4'

7 3'36483.5' ; 36447.3 : '36344.4 : "36138.2 7 738H57"5 T 8. 2 TS ~W 8.2 ] ~8.2! ' 672

. 8

.2 872! " 8 .2 ; 87'2; " 87 2 8.1 ; 

### 8 .1" ; "e'.i 8. 1 8.1 : s7i! ' "57i f

' 8

. i f '8. 1 "sTi f ~87i; " 8. 0

.._ „ '8.1': ' "B.l ! "B.l T "8.1 : "B.-ii ' "B'.T ; "7|76 i "8.0: ' 8.0 ; 876 ; "676 7 8 .6 '

' B."6' 7 8.0 ;

" 8.0" ;

" s.' b "7.9 ! 7.9. ' ""ajp f 7.9 " "676: ' 8 .6 ; 6761 ' 11. 2 "1275" " T3.7 ' 14.4 7 "T37ii " "1274'" ' "12.1! " 11.9 ; " 12.0' " 12.0 : 12.3' "

" 12737 " ""i'2.51 " "i'2 .9." ' 12?8 f '12 .7 ' '12. 0 "l2."lT" 13. 1 "l278 r

' 137 l '12 .5. ' .12.4 :
12. 1 12

. 8 1273; 13 .5 f "13.3" ! T '3.6 : "'1274 7

" i'2. 1 "i2'.6.: " jT .6| " ii78: " 'i'2."4; "

JB.O ; _a.0i " a.o f "'676; 12.1 !

" 33772 f

" 12.5

' 12.5 ;

....„_ r . ""132 .4"!" " 12.5

. "33.3 "

" 7 1 272 7 ""1275 !

* " '12.5)3 12.53 "T'2."6i ""12767"

" 114 : 1l4i

_ "123 1 "713.21 ' 2003 .7 !

""'199976 7 1996.5 ; " 199374:" " "3992771" '

" T997.4;" " 199 6 5 ! ~'26677b : "2616.33 "201275: " 200878 ] " "2669. 2 "'"20"65'.5i" "

" 2013.2 ; "

" 2011. 7 '"266474: " '"206373, " 3206'8.1! "

" 200979!

' ' ~200677j

' "2662797" 2663

. 7 2663.7 7

' 260672

. "2006.' 6 2011

. 7 ""202771 ' "2624. 5

' " 2bl '7 .9 : ' 2012.8 ""260478!" '

' 2666.2 2021 6 2036.6

' "204776! " "J®W~ 2036.6." " 20467 2 " 205173 " "26"3i75:'

3 """2"6'03.3 7 "2611.6; " "2669791 " 33199475'" ' 1983.9" " '19817 7 '72666777' 327661.57"

" 1988.3'!' " 31986.8;' "

' 19867'ir " "'197174

7 3""l"98l77

; 1978.47' 1164.5 ;

Ti55".i': ' " 116175; Tibzo. " T"i6475" ; '"' 1156.0 " l 1627K " "1159 .4 ' "'1163.7 Jisa'st" 116274)" "fi56.4 i ' "1158.1 7

" 1153. 4

" 1156.8 ' "115571! " "115674: "

' 1152.6 '115473 ! "ll35i'.3 ; 1153.8 "116677; " 7l162.6 r 116274 ; 1157.7 7 115875! " "'11587 1 11611 ! "115674! " 1157.7! " "T"16175;'

' Ti52.'6| ' "Ti"56.4! " 115678; "1154737 " "115433 7 "1154.7' " 1150.0' 1148.3 7

" i 149.1; " '114976: " 1147.6 f '114277; 113876: " 7ti'4Jj5j ; 7 iT35 .5 r "114474: " "115374 ! ""1163.7 7 TTei.i f "HTbTi' f 1164.5 7 1158.1 ! "1160.7! " 1196.6 :

"1T9272! " 1213 .27 "'1226.0 : 1252.3 'i"268.4i ' 122778! 1237. 1 12i77l : "31212.2'; ' 120176: 1189.7"

. 1188.8

' 1212.7 1220.5 "1221.0 ; 7123177 ; 123577, ' 1217.6 'j1947i| 1212.2 ; 1240.5

" 124676; i239."l i

" i"245.4l "'"1238.T ; '1230.8

. "1213.2 ! 126676" ' 1166.6 1182.4 ! ""1211.2 7 12367 1 = "127377' ! 126375! --ffisg "1268.3 V 3232.2 ; 1238.6

. " 1212.7 ! "120978 : "121975 ! 1218.6' ! 1207.3 "1197.6 ! 31204 .9 ! 3 1 2 1 372

' 3126474 ; 

### M S

" 123472 ? "1235.7 ! 3123272 !

" 12"25".4 ' ""12257 4!go ;Dry'Cori i

1.8 6 ""15 8 3 7 6-2

7 '0.2 4 0,0 7 "7" "1.7

0 ". ' o'.'ei 7" ~ 2.21 "2.6 5 7"T7 2

3 .1 0 7 2 5 6

"2.2 0 1.6 3 1.1 8 3 0.1 6 3

_ "2.9 8 _1.6 9

" 7 7 6.9

0 "'"6.6S '0.8 1

"" ' " 2.41

2.31 2.5 3 "6.5 C

" " 6.8

8 20 7 ""'0.6 3

6.2 4 6.2 9 0.6 4 '""'6.7 2 '"3.0 1 33.4 1 '2.8 4 2.6 0 1.1 4

" 0.8

2 2.-1 6 1.8 8 3.1 6 33.3 2 " 6 . 7 1 7"3b.9 7 3.4 3 3'""2.1 1 7 ' ""32.2 3 """o773 4

073 6

22 7 '"2.6 5 73 """"3:"2 |

"676 1



## VES018845

## l'gg:6TimegStamR^ ^ imA-tinn n.An ru n ..'

. 1 •~ —."' r 12/17/0 9 ""12/17/0

9 12/17/0 9 12/17/0 9

' "12/17/0

9 12/17/0 9 12/17/0 9 12/17/6 9 "1271776 9 12/17/0 9 '"12717/6 9 J27i7/6 9 12/17/09 " "12/17/69 "12/17/09' 12/17/0 9 12/17/0 9 12/17709" "l"2/i7'/09 " J2/J7/0 9 12/17/0 9 12/17/0 9 12/17/0 9 12/17/0 9 T2/l7/6" 9 "12/17/69 12/17/0 9

" 12/1776

9 12/17/0 9 12/17/0 9 12/17/0 9 3127'7/09 12/17/09 ' 12/17/0 9 12/17/0 9 Jl2/j7/"6"9 " "12/17/0 9 "'12/17/6 6 12/17/0 9 '12/17709" 12/17769 ' "1271776 9 J 2/17/09 " 12/17/6 9 ri2/i"7/09 ' '12/17/09 " 12717/0 9 3"l27l7/09 " 12/17/0 9 T2717/0 9 12717/0 9 _12/17/66' i 273l7/"6' 9

' •13/17/0

9 2:1 9 PM ! iSOPM f 2 :2 1 PMi ' 2:2 2 PM! ' 2:2 3 PM ! 2 :24PM ! 2 :25PM; " 2:2 6 PM i 2:27"PMf 2'28'PM! ' 2:2 9 PM ' ZSOPM l 2:3j3PM l "2:3 2 p"|j " 2 :33 PM! ' 2:3 4PM " 2:353PM ! 2:3 6 PM " 2 "37PM T 2:3 8 PM ! 2:3 9 PM : 230PM ; "2:4i PM [

2:4 3 PM 7 2:4 4F[M T '2:4 5 PM ! 2:46"P"M " 24fPM [ 2*4 8 PM ! 2 :49'P'M T "250]PM 1 2 :61 PM f 2:52PM 7 2:5 3 PM - 2:5 4PM ! 2 :553 PM ; 2~:5 6 PM : 2:5 7P M 2:'5 8 PM : 2:5 9 PM ! 3 :00" P"M T 3:0 1 PM : 3 :023 PM T 3:0 3 PM T 3:0 4 "P"M { 3idsPM I 3:0 6 PMi " 3:67"PM T '3:68"P'M': " 3:0 9 PMf " 3:i"6'PM ! 3:1 1 PM L 3:1 2 PM ! 6 .2 i 6.2 ~ "e'x 6.2 "B I ZT B.Z'' "672, " 'BZ ~6~.z7

' '6. 2 6!2 6.2 " "6.2 7 '"6.2!" '

' B.2 6.2" ; '"B.'2r" " "632; " 6.2 "36.2 " •p : - "62! " 6.2 , "6.2[ " 6,2 : " "6 .2 3 6.2

" 6. 2 " 6. 2 '

" 6. 2 6.2 ;

' 6.2' " "6.2 " 6.2 " 6.2 ! " £2 !
"6!2 : 36:2; " 6. 2 " "fo r 6

. 2 6.2 "6".'2 i ' "6:2" ' "6T2 : " 6 ! 2 ' "6 .2! " "6:2:"3 6.2 ! 6 .2: " 336 :2! "

" ' 6.2' 67.1 J

"67.i T "ef.il" "ef.W "67.2 ! "67:1! " 67, 2 "B7.3 3672; ' 67.3 " "67.1 ' ""67.2*" 67.6 " 67.i T "67.l f '67.0 ! "67.6 ' 66.9 "67"0! " "67.6 : "67:6 | 3S7T1 T J5L C 67.1 ! "67.3 : 67 .2 ;

_ "67 .2 3 3367: 1 i 67.2 " ~ef.V~ ef'.ir B7.i ' 67

.1 67.1 " "67.6! " 670 "67V6; " "68.6

. "'67 !0; ' 67 ."6 3 ' 67 .1 , "67

.3 67.i : ""67.2j " ""e'/l l ~6~77i; " 367.if " 87. 17

. "67.6 L " 67.b |3 "67.6 : 66! 9 "6776 ;

" 67 .0," " Lb/H r Xil-Weiflh l Lb/H r
2011.4 !

" 2012'5 ! "'20121 ! 2014.3 201678. ' 2024 .2 , 262639! ""2013.6 * 2009.9 "'201*676; ' 2666.6 "1994.1 7 1992*7 1 ""iSBQ ' "2624.9 ;

" 202Q.T 2017.6 ! 2036:6 ! 203*4.4; '262B .2 : 2021.6 201 76

" 2019 .6 3 "2 6 1 57 4 "2618.3': ' "2019 .6 7

" 2016.1 !

" 26I6I : "20i9.b r "2013 :2 ! 201372! 2017 :2; " 2020.5 ! 2636.8 !

" 2034b : "2624:5 ;

' 2002 .2 !

" " 26023 S 2666.7 ! 2003.3 3 *266972! " 2005 :6 '

" "2605.I : 332662 :9 ! 'Jj604'."8" ! 1996.0 "i9977i j 1999:3 ; "2666:4 ! "199374 ! 3719973 'i99'6 ".'8

v 1993.8 ; ""iesajf :X22Weiahtl'X12'Weiflh t 1158. 1 ""_ii"6576; " ii"67.9; " 3 "1163:7

7 """1163.7

7 1169. 7

"" 1170.6

. '"' " "1172.2!' " "116578 7

" 1169.2 :

" 1167.Y 1174.8 - 3"ii70.5; " "nTb.g " 1171.8 1169:7 7 1172.2 "

'" ' """il70.9 ; ' 1165.8' 1173.5 117174; " 3 115978; "

" "il45.7| " 1157.7 *

*ii'57,'7 7 1166.3; " 1158.5

""' " '1156:6! 1162.4! "

" 1161. 1 """"1154.33 1152.1 ;

" " iisi'. V 115276 7 1157.3 ! i"i537o 7 1152.6 1144.4 ' "3"' 1144.

4 1146 .2 7 33 "il497ij

_ ' "1140.2 ! ll4573! ' i i si:/] " 'ZiWs.l~" i"i68.8! " 1164.1 ; "3"iij5'.4 7 1164.5! ' "7 3 1162.0 : 3 1160.7 ; 7."ii"6~S.4j " "llfeT a

- ' Tl657o T 1228.3' 123636 " 1234.7 *

" 1236.6i 31243.5! " 1266.3 ; 1212.7 ii92.*2 ; ' 1196.6

' 120*3. 4 "3*2035.4 3

' 1224:9 ; "'1226.57

' •"1228.4 " 1226.9 ; "1218 .1'; " 1219.0

. '1225. 6 1224.9 ! 1222.0 1221.0 ! 1208.8 : 1206.8 3 "'1261.6 ! "121377; ' 1228.3 1229.8' "i2322 : " ' 71221:6" ' 1223.9 : 1225 4 1219,5 ! "122176!

*1229:3 : "i236".i ! "122*1.5; " "121617 " 7l2i"6.6!' ' 1218. 1 "1229.3 " "l223".97 " 1228.8 ! ' "1229.8! " 1230:6 ! '1210 3 i2'i27 a 120778' " "121976 : 3 "1212.2 ! 31267.3 ! " 1199.5*' 1237.63 ~i"23fLj i "i"233.2; ' COiDrjBCorr i

0.3 2

" 0.2 8 i7s e

' 1.6 9 1.9 8 "1.9 4

" 6.8 4

" 6.9 0

' 1.1 9 1.6 1 1.23 "1:6 8 1.2 9 2:6 6 "2.4 8 2.4 3

" i' l 8 076 8 0.5 5

" 2:2 4 "2.9 6 "279 2 '"2.8 8

' 1.2 3 1.4 6 3.3 7 2.3 3 1.5 5 173 2 "1.2* 8 2.7 6 2.41
'i'.b i i.4 3 0:2 5 30.28 0".9 9 "il l 2l' 6 2.3 8 6.6 3

' 676 3 1.7 6 72.7 7 T.0 3 "1.09 "2.22 3.3 2 2.5 6 ~2M "1.6 9 "679 1 76.4 8 2*:2 6



## VES018846Pe g F Deg F De g F
•TimeJlStam p TvH Carb^ni-Flowjaim ^ 12/17/0 9 3:1 3 PM | 6.2 ; 67.0

. 12/i7/093ri4PM ! -el "67.6" " 12/17/0 9 3:1 5 PMf " ' 8.2 ! "67.1 : 12/17/6 9 3:i6PM ! 6.2!"" ' 67.2

. " 12/17/6 9 3:1 7PM! " 6.2 : 67.0 "

'"' l"27l7/09~3:iSPMT~ " ""6. 2 67

. i 12/17/091:1 9 PM ; 6.2 ; " " 67.1 ; " T27l7/6T3:20M r 6.2' 67:2! ' " " 12/17/0 9 3:21 "PM:"~ " -'6.2 ! " 67. r
' '12/17/09 3:2

2 PM f - . - g2 . " 67.6 ! 12/17/0 9 3:2'3PM! " 6. 2 67.0 "

" 12/17/6 9 3:2 4F W 6.

2 66.9

. ' " 12/17/09'3:25 PM! ' 6.2 f *86.9;""" '

" "12/17/0

9 3:2 6 PM ! 6 2

. 66.9 12/17/0 9 3:2 7PM [ 6'2 ! 66.9

' 12/17/0 9 3:2 8 P M 6.2 ! 67.0, i#T7/"6 9 3:'29"PM'

7 6.2; "

" "6776: " '

' 12/17/6

9 3:3 0 PM! " 6.

2 67. 1 "" "

' 12/17/6

9 3:3 1 PM ! 6.

2 "'67.1 ;
" " 12/1770

9 3:3 2 PM f '6. 2 " 67. 1 "TiWrx 3:3 3 PM ' 6.2T"" " " ' 67.3' '"'12/17/09' 3:34""TM " 6.2 ; " 67. 2

" 12/17/0 9 3:3 5 P'flt;' ' ' 6!2

j - 672 ! ' — Average f 6.2

] 429. 4 428.7 42976! 4"32.5; " 435. 1 43676

. 435.4 " 4337 2 431.4 " 436.67 ' 430.3! " 430. 6 431.8 43377! " 436. 2 43878i"' 4467 2 44074 ! 43976: 436. 8 "439.i! " 439.2 f 438.5 ! 435 2 1 8.2 !

77l ! 6.7 ! "778; "

" 7.8 7.8' " f7".9f 675; "77 1 " 7.7

. 7.6 " 7.6' 7.3 '6.4 " 6.8 " 3.7.1'" ' 7.1'

. 7.2 * 673 ' 6.3 !

" s.'a r

" 67 8

" 67a ; 13.6 ;

13.7: " 13.7 ' "137B T ""i3".5!"' '13. 5 13.5 ! 13.5' " J3.5: ' 13.3 13.3 3 "13.4; ' "1374! " 1373! 13.3! " 13.3 13.3 7 "1373 ! 1375 ' 13.4 "i'374

r 73.4 "1374" : 1490.3 ; 1486.3 : "'1484.8] " "~149672 f 1600.4 : 1496.6i "j'484.lf "

" 147472! " '"i467.b r "146776! " 1471.8 r " '1477.3' " J47870; " 1473.4 ! ' i"474'."9! " "148175" " "1493.2[" "1564.6 ; _"i"52673; " 1528767" fiKpf " "151774 7 jsooTS " 1499.9" ! ACF M

1855.1,' 1859. 2 186 76; "i"88373 r 1900.9

" 1916.7 i9l'9.0 ! : ' "l907. 6 "188673, " "1869741 ' ff 862.1" : "186776! " 1877 .6 7 1887.2 f1893.6'. '

_1904.6! " "1913.2 , fl9l'9"78 " 197.1.1' " ""1918:3.! "

" 196775 " '189176 7 ""187573! "ieBi.Y " iStabkJFJoS

S 02:Wet : 36535.5 ! "'373567b ' "37925.1,' ' "36642.2"; " 36161.4' "36189:7" " "36292.i ! "38435.87 " 37596.0

' 36644.4

] 3659677, " 36453.7 - 36865.9 '

' 3827773: 36961.2 ' 36756.5

. 36546.0

. f3668775i' " 377697 s ' 38221.8 " 37778.6 " '37766.5 7 37786.7 7.5'

7'.5

: 7.5 7.5. "

' 7.4; " 7~." 3 ' l "

" 7.3'

' 7.3 " 7.3"

. "776 ! 17.3 " 7.33" 772"" 7

. 3 7. 2 7.2j f 7.2 1

" 7.2 7 "7.2 ; 7, 1 771 " "Tl f

" 7.1! " "Ol" "D2!Dt

y Lb/H r
12.6!

_ "i'2.3 ] 12.1 ' Tib ' f"11.2! " "12717 "

" 13.6 ; "i'3.S ! fi3.'7j "

' 12:6: ' 12.6 : 3 1 i.a

. ' 12.2' ' "12767" 11.9 ' j'1, 5

1 1 ?' 3 11.9 ! "11777 "

' 12 7' filS; ' j*3.l[ "

" 13.6; " !»»ejgW | 1995.2 ! 1694.5! " "201174 7 ".201675;" ' "206575 , ' 1996.7:" " 20017H, " i 996.3;" ' "1988.6' " 2012.5 : " 2015,8" " ~20ii'.0 ! " 2002.9' 2002.9 2013.6 2606.6 "201 576! " "2666.2f "260478; " 2003.7 : 2004.4 20i676 ;

' 2019747" "2609.0 i " Lb/H r !X22;Weigli i Lb/H r
1171.8, "1173791 "

' 1165.8 ; "i'i79.'a "118776"!" 1197.6 :

" i22778i" 3 "1676:'5: ' 1153.6 ! ' ""115473 7 "152.9" " ""115676 7 1155.6 " 1153.0

" i 14873; " "11643? " 1164.3, " "ii5"3"74i "

" iiss.'i! "

" ' i 165.6! ' '1156.873"

" ilfe.i; " 1158.5 7 "TSMT '

X1 2 Weight PP M
1226.9 ; '"1226.4 '1246. 9 1227.8 1230.3 "1224. 9 1211.7 "1194. 1

" 1187.8" "1193.7 : "121277 "1264.9 "

" 1207.8 ; '"'123377 1 "1246.4 1229.8 ; "J224. 9

" 123372': ' ""1234732 1 1231.3 : "12244 : 1210.7 ; 1 2 1 377

. i'22'67' 5 G O Dr

yCorr l 0.9 9 -174 0 1.1 4 "2.4 7

' 678 7 1.9 7 2.0 4 "179 4 "_6.2 2 672 2 o7s o "1.65

' 2.0 5 '2.76 1.1 2 3.0 2 "3.80 "2.9 2 675 0 "12 2 0.1 7

' 6.3 3 673 9



## VES018847Uni t4 Ru n 2

^ TimeiStamp" 1

- - Stack';F!6w!Hr5A ! 12/17/0 9 9:4 7 A M 37379. 7 12/17/0 9 9:4 8 A M "37404. 6 12 /17/0 9 9:4 9 A M 37406. 7 12/17/0 9 9:5 0 A M 37405. 4 12/17/0 9 9:5 1 A M 37389. 8 12/17/0 9 9:5 2 A M '37369. 7 12/17/0 9 9:5 3 A M 37378. 4 12/17/0 9 9:5 4 A M 37395. 8 12/17/0 9 9:5 5 A M 37407. 4

, 12/17/0 9 9:5 6 A M '"37418. 3 12/17/0 9 9 :5 7AM

- *37416. 6 12/17/0 9 9:5 8 A M 37428. 5 "12 /17/0 9 9:5 9 AM , 37453

. 5 12/17/0 9 10:0 0 A M 37472T 3 12/17/0 9 10:0 1 AM i 37492. 3 12/17/0 9 10:0 2 AM : 37502. 6 12/17/0 9 10:0 3 AM ! 37502. 4 12/17/0 9 10:0 4 AM | " ~ " 37528. 8 12/17/0 9 10:0 5 AM ) 37554. 6 12/17/0 9 10:0 6 AM ; '37557. 5 12/17/0 9 10:0 7 AM ; 37559. 7 12/17/0 9 10:0 8 AM i 37526. 5 12/17/0 9 10:0 9 AM ! 37505. 2 12/17/0 9 10:1 0 AM ; 37524. 7 12/17/0 9 10:1 1 AM ! 37535. 6 12/17/0 9 10:1 2 AM 1 37531. 8 12/17/0 9 10:1 3 AM ! 37521. 5 12/17/0 9 10:1 4 AM , ' 37484. 3 12/17/0 9 10:1 5 AM ! 37476. 9 12/17/0 9 10:1 6 AM I 37500. 5 12/17/0 9 10:1 7 AM ! 37509. 4 12/17/0 9 10:1 8 AM j 37513. 0 12/17/0 9 10:19'AM j 37498. 3 12/17/0 9 10:2 0 AM ; 37473. 4 12/17/0 9 10:2 1 AM ; 37482. 6 12/17/0 9 10:2 2 AM ! 37498. 3 12/17/0 9 10:2 3 AM ! 37492. 1 12/17/0 9 10:2 4 AM ; 37487. 8 12/17/0 9 10:2 5 AM ! 37462. 1 12/17/0 9 10:2 6 AM i 37442. 1 12/17/0 9 10:2 7 AM 1 37453. 8 12/17/0 9 10:2 8 AM j 37472. 5 12/17/0 9 10:2 9 AM ! "37491. 4 12/17/0 9 10:3 0 AM' ; "37510. 2 12/17/0910:3 1 AM ; 37514. 9 12/17/0 9 10:3 2 AM j 37541. 5 12/17/0 9 10:3 3 AM ! 37566. 9



## VES01884 8Uni t4Ru n 2 | Time_Stam p , Stac k Flo wHR A 12/17/0 9 10:3 4A M 37582. 4 12/17/0 9 10:3 5 A M ' """" " 37603. 2 12/17/0 9 10:3 6 A M 37595. 5 12/17/0 9 10:3 7A M

. 37586. 6 12/17/0 9 10:3 8 A M 37613. 8 12/17/0 9 10:3 9 A M 37637. 4 12/17/0910:4 0 A M 37644. 6 12/17/0910:4 1 A M 37658. 2 12/17/0910:4 2 A M 37633. 3 12/17/0 9 10:4 3A M 37624. 1 12/17/0 9 10:4 4AM

. 3765Z 6 12/17/0 9 10:4 5 A M 37660. 7 12/17/0 9 10:4 6 A M 37656. 6 12/17/0 9 10:4 7A M 37637. 5 12/17/0 9 10:4 8 AM : 37599. 6

Maximu m 37637. 5



## VES01884 9Uni t4 Ru n 2 rime_Stam p | Stac k Flo wHR A 12/17/0 9 12:3 1 PM i 12/17/0 9 12:3 2 PM ] 12/17/0 9 12:3 3 PM ; 12/17/0 9 12:3 4 PM !

12/17/0 9 12:3 7PM ;

12/17/0 9 12:4 1 PM j '12/17/0 9 12:4 2 PM ] 12/17/0912:4 3 PM ;

12/17/0912:5 0 PM ; '12/17/0 9 12:5 1 PM : 12/17/0912:5 2 PM ! 12/17/0912:5 3 PM ; 12/17/0 9 12:54PM J Tf/17/0 9 12:5 5 P M 'l2/1_7y^9J2356_PM i "12/17/0 9 12:5 7 PM. " 12/17/0 9 "12:5 8 P M 12/17/0 9 12:5 9 P M 12/17/0 9 1:0 0 P M 12/17/0 9 1:0 1 P M 12/17/0 9 1:0 2 P M 12/17/0 9 1:0 3 PM ; 12/17/0 9 1:0 4 PM i 12/17/0 9 1:0 5 PM ; 12/17/0 9 1:0 6 PM f 12/17/0 9 1:0 7 PM ; 12/17/0 9 1 12/17/0 9 1 08-PM :

:0 9 PM ; 12/17/0 9 1:1 0 PM : 12/17/0 9 1:1 1 PM : 12/17/0 9 1 : '^2/17/0j9j ] 12/17/0 9 1 : 12/17/0 9 1 12/17/0 9 1:1 6 PM ; 12/17/0 9 1:1 7 PM ; 12/17/0 9 1:1 8 PM : 12/17/0 9 1:1 9 PM ; 37712. 0

12/17/0 9 12:3 5 PM : 12/17/0 9 12:3 6 PM i

12/17/0 9 12:3 8 PM ; "12/17/0 9 12:3 9 PM: " 12/17/0 9 12:4 0 PM i

12/17/0 9 12:4 4PM ; 12/17/0 9 12:4 5 PM j '12/17/0 9 12:4 6 PM i 12/17/0912:4 7PM ; "12/17/0 9 12:4 8 PM' " 12/17/0 9 12:4 9 PM; '

12PM ; \3PM "1 4PM ; 15>M [

12/17/091:2 0 PM ; 37719. 0 37715. 0 37704. 3 37675. 9 37656. 7 '37661 3 17639. 4 37616. 3 "37591 3 17568. 5 37581 6 '37601. 2 37621. 1 37640. 6 37644. 6 37660. 4 37684. 2 37595. 4 37706. 7 "37702 1 37685. 7 37699. 4 37727 2 37734. 7 37741. 3 37719. 6 '37695. 7 '37707 1 "37716. 5 37713. 9 37709" 8 "37672 1 37861 1 37685. 0 '37689 1 1768479 " 37663. 3 37627. 0 "376071 1 "37602 1 37579. 7 37554. 6 37530. 7 '37511. 5 17522. 2 "37541. 3 37556. 8 .37576. 9 375657 3Uni t4Ru n 2 Ksp"ir^5iwp:;li ' Stac k Flo wHR A 12/17/0 9 1:2 1 PM i 37586. 2 12/17/0 9 1:2 2 PM ; 37605. 7 12/17/0 9 1:2 3PM i 37614. 4 T2/T7/0 9 1:24"PM i 37617. 0 12/17/0 9 1:2 5 PM i 37606. 7 12/17/0 9 1:2 6 PM' ; 37586. 0 12/T7/0 9 1:2 7 PM : '"37607: 6 12/17/0 9 1:2 8 PM j ~'37632. T 12/17/0 9 1:2 9 PM j "37632. 6 12/17/0 9 1:3 0 PM i 37636. 0 12/17/0 9 1:3 1 PM ! 37606. 8 12/17/091:3 2 PM i " 37590. 2 12/17/0 9 1:3 3PM l 37614. 6 12/17/0 9 1:3 4 PM ; 37616. 6 12/17/0 9 1:3 5 PM : 37606. 3 12/17/0 9 1:3 6 PM " 375917 5 12/17/0 9 1:3 7PM : ' 37553. 8 12/17/0 9 1:3 8 PM i 37553. 7 12/17/0 9 1:3 9 PM

: 375767 2 12/17/0 9 1:4 0 PM i "37570. 7 12/17/0 9 1:4 1 PM ; 37566. 4 12/17/0 9 1:4 2 PM ' 37538. 5 12/17/0 9 1:4 3PM i 37501. 8 12/17/0 9 1:4 4PM : 37492. 2 12/17/0 9 1:4 5 PM i 37485.' 5 12/17/0 9 1:4 6 PM i 37458. 9 12/17/0 9 1:4 7 PM l 37438. 9 12/17/0 9 1:4 8 PM i 37417i 0 12/17/0 9 1:4 9 PM i 37405 1 12/17/0 9 1:5 0 PM j " 37422"

. 1 12/17/091:5 1 PM i ~ 37439. 5 12/17/0 9 1:5 2 PM i ""3*7456" 6 12/17/0 9 1:5 3PM j 37470" 6 12/17/0 9 1:5 4PM l '37474. 2 12/17/0 9 1:5 5 PM j " 37506. 1 12/17/091:5 6 PM i 37521. 4 12/17/0 9 1:5 7PM i 37531 3 12/17/0 9 1:5 8 PM ; ""37542. 9 12/17/0 9 1:5 9 PM j 37530. 6 12/17/0 9 2:0 0 PM ; 37526. 1 12/17/0 9 2:0 1 PM i 37546. 6 12/17/0 9 2:0 2 PM ; " 37561 7 12/17/0 9 2:0 3PM : 37567.' 2 12/17/0 9 2:0 4PM i 37566. 8 12/17/0 9 2:0 5 PM : """37537. 5 12/17/0 9 2:0 6 PM' : 37527. 2 12/17/0 9 2:0 7PM ; 37554. 4 12/17/0 9 2:0 8 PM i 37558. 2 12/17/0 9 2:0 9 PM i 37557. 4 12/17/0 9 2:1 0 PM i '37538. 2



## VES01885 1Uni t4Ru n 2 Tim e Stam p ptipirliiBRA * 12/17/0 9 2:1 1 P M 37507. 4 12/17/0 9 2:1 2 P M 37514. 2 12/17/0 9 2:1 3 P M 37532. 2 12/17/0 9 2:1 4P M

. 37524. 3

" 12/17/0 9 2:1 5 P M 37518. 2 12/17/0 9 2:1 6 P M 37486. 9 12/17/0 9 2:1 7P M 37445. 4 12/17/0 9 2:1 8 P M """37438. 4 12/17/0 9 2:1 9 P M 374237 4 12/17/0 9 2:2 0 P M "'"37399 7 12/17/0 9 2:2 1 P M 37372. 5 12/17/0 9 2:2 2 P M 37346. 2 12/17/0 9 2:2 3P M 37335. 6 12/17/0 9 2:2 4P M 37354. 6 12/17/0 9 2:2 5 P M 37366. 8 12/17/0 9 2:2 6 PM

. 373867 5 12/17/0 9 2:2 7P M '37391. 2 12/17/0 9 2:2 8 PM

. "37390. 8 12/17/0 9 2:2 9 PM

- 37410. 0 12/17/0 9 2:3 0 PM : 37426. 1 12/17/0 9 2:3 1 PM : 374287 8 12/17/0 9 2:3 2 PM i ''37436. 6 12/17/0 9 2:3 3P M '""37410. 5 12/17/0 9 2:3 4P M 37407. 4 12/17/0 9 2:3 5 PM , 37434. 9 12/17/0 9 2:3 6 PM ; 37446. 0 12/17/0 9 2:3 7PM ; 37445. 7 12/17/0 9 2:3 8 PM ' 37430. 2 12/17/0 9 2:3 9 PM ; 373947 9 12/17/0 9 2:4 0 PM i 37398. 0 12/17/0 9 2~4 1 PM j 37418. 1 12/17/0 9 2:4 2 PM ; 37411. 2 12/17/0 9 2:4 3PM ' 37404. 2 12/17/0 9 2:4 4PM , ~37373 1 12/17/0 9 2:4 5 PM i 37339. 5 12/17/0 9 2:4 6 PM i 37351. 3 12/17/0 9 2:4 7PM i 37354. 8 12/17/0 9 2:4 8 PM j 37341. 5 12/17/0 9 2:4 9 PM j 3732'7.' l 12/17/0 9 2:5 0 PM j "37287. 6 12/17/0 9 2:5 1 PM i 37253. 2 12/17/0 9 2:5 2 PM i "372497 5 12/17/0 9 2:5 3PM : 37228 1 12/17/0 9 2:5 4PM i "37196. 3 12/17/0 9 2:5 5 PM j 371637 4 12/17/0 9 2:5 6 PM i 37135. 4 12/17/0 9 2:5 7PM ^ 37135. 0 12/17/0 9 2:5 8 PM , 371487 1 12/17/0 9 2:5 9 PM j 37166. 3 12/17/0 9 3:0 0 PM i 37184. 0Uni t4Ru n 2 Illffimeil'Slampfi ? Stac k Flow , HR& : 12/17/0 9 3:0 1 P M 37190. 6 12/17/0 9 3:0 2 P M "~"'372017 8 12/17/0 9 3:0 3P M 37223. 9 12/17/0 9 3:0 4P M 37238. 6 12/17/0 9 3:0 5 P M 372437 2 12/17/0 9 3:0 6 P M 37248. 1 12/17/0 9 3:0 7P M 37225. 6 12/17/0 9 3:0 8 P M 372337 2 12/17/0 9 3:0 9 P M 37266. 1 12/17/0 9 3:1 0 P M 372737 6 12/17/0 9 3:1 1 P M 372777 4 12/17/0 9 3:1 2 P M 37261. 4 12/17/0 9 3:1 3P M 37238. 6 12/17/0 9 3:1 4PM ! 37252. 5 12/17/0 9 3:1 5 PM ; 37277. 1 12/17/0 9 3:1 6 PM ; 372727 1 12/17/0 9 3:1 7PM ; 37272. 5 12/17/0 9 3:1 8 PM ! 37239. 9 12/17/0 9 3:1 9 PM ! 37215. 6 12/17/0 9 3:2 0 PM ! 37238. 8 12/17/0 9 3:2 1 PM ! 37251. 4 12/17/0 9 3:2 2 PM j 37249. 4 12/17/0 9 3:2 3PM ! 37244. 5 12/17/0 9 3:2 4PM ! ' 37214. 4 12/17/0 9 3:2 5 PM i 37194. 9 12/17/0 9 3:2 6 PM ; 371967 2 12/17/0 9 3:2 7P M 37173. 3 12/17/0 9 3:2 8 PM : 371487 5 12/17/0 9 3:2 9 PM i 37122. 1 12/17/0 9 3:3 0 PM i 37102. 7 12/17/0 9 3:3 1 PM ; ! 37114. 8 12/17/0 9 3:3 2 PM i 37134. 8 12/17/0 9 3:3 3PM i 37150. 3 12/17/0 9 3:3 4PM ; 37164. 6 12/17/0 9 3:3 5 PM : 37161. 6 Maximum ] 376167 6



## VES01885 3

### Uni t4Ru n 2 Time_Stam p " [Liqui d Weigh tHR T X-2 2 HR T 12/17/0 9 9:4 7AM , 12/17/0 9 9:4 7AM ! 12/17/0 9 9:4 7AM : 12/17/0 9 9:4 7AM i 12/17/0 9 9:4 8 AM j 12/17/0 9 9:4 8 AM I 12/17/0 9 9:4 8 AM i "12/17/0 9 9:4 8 AM I 12/17/0 9 9:4 9 AM j 12/17/0 9 9:4 9 AM i 12/17/0 9 9:4 9 AM i 12/17/0 9 9:4 9 A M J2/17/0 9 9:5 0 AM I 12/17/0 9 9:5 0 AM I 12/17/0 9 9:5 0 AM , 12/17/0 9 9:5 0 AM j 12/17/0 9 9:5 1 AM , 12/17/0 9 9:5 1 AM ! 12/17/0 9 9:5 1 AM j

12/17/0 9 9:5 2 AM i 12/17/0 9 9:5 2 AM ; 12/17/0 9 9:5 2 AM i 12/17/0 9 9:5 3A M 12/17/0 9 9:5 3AM ; 12/17/0 9 9:5 3AM ; 12/17/0 9 9:5 3AM , 12/17/0 9 9:5 4 AM j 12/17/0 9 9:5 4AM j 12/17/0 9 9:5 4AM ! 12/17/0 9 9:5 4AM ; 12/17/0 9 9:5 5 AM ! 12/17/0 9 9:5 5 AM i 12/17/0 9 9:5 5 AM j 12/17/0 9 9:5 5 AM j 12/17/0 9 9:5 6 AM ! 12/17/0 9 9:5 6 AM ! "12/17/0 9 9:5 6 AM ' 12/17/0 9 9:5 6 AM ; 12/17/0 9 9:5 7AM j 12/17/0 9 9:5 7AM I 12/17/0 9 9:5 7A M 12/17/0 9 9:5 7AM j 12/17/0 9 9:5 8 AM j 12/17/0 9 9:5 8 AM i 12/17/0 9 9:5 8 AM i 3232.J ;

" 3232.0! ' 3231.9 '

' 323"ll i '

' 3231.7 :

' 32316 ! 323^41 ' '32314!' " "323127 ' 323 1 i f 3230".9i ' '323a8|' " 32308 ! 3230.7 T 8800. 1

8800. 0 8776. 9 8776.8 ; 97587 ;

12/17/0 9 9:5 1 AM ! 12/17/0 9 9:52_AM ^ 3230.6 } 3230.6! ' 3230.8 ! 323078] ' 32308 ! 3231.6 ] 32310;" ' 32310! ' 3231. 1 3231.2 ! ' 3231. 3" 3231.5 ! 32316 ! 32317 ] "3231.9! " 3232.6 T 32322 ] 3232.l t 3232.1 ! ~32327j T 

### 3232.0 ] 3232.0 ! ]3232.l F 323272 ] 3232.3 ' J232T3] " 3232. 4' -3232.4 ! 3232.4 ] 3232.4 J 3232.4 ' 3232J T 3232.5 ! 9758.6 !

9758.4 ! '978774 ! 978772 ! "97877l !
9815.9 !

9084.5j

_ '9084.6!

_ 90847 !

9062.0 ; "9p3p f "90397l t 1145.2 6

1145.2 8 1145.2 7 1145.1 9 1145.2 1 1145.1 7 1145.1 4 1145.1 1 1145.1 0 1145.0 5

9039. 0 9039 J 9039. 2 9039. 3 100957 3 1009574 ! "1009574 ] 

### T6695T4] ' 1145.0 3 9815.8 ! 1145.0 0 '9815?8!

_1145.0 0 ''90637 ! 906376 r

### 1144.9 8 "906376 [ 9093.8 [ 9093.8 ; 1144.8 9 "9093.8 1 1144.8 6 9100!0 ! 1144.8 4

1144.9 8 1144.9 1

9100.0 j 1144.7 7

1144.7 4 1144.7 0 9100.0 ; 9107. 1 "9107!2]_

_ "9107.3 ] 1144.5 6

1144.6 5

1144.5 4 1144.5 1 1144.4 5 9061.9 ! 1144.3 7

1144.3 2 1144.2 5 1144.1 6 9039. 1 1144.1 1 9039. 1 1144.0 9 9039.0 ! 1144.0 2

1143.9 7 1143.9 9 1144.0 0 1143.9 4 1144.5 4 1144.2 0 1143.8 4 1143.4 9 10124.4 ! 1143.1 3 9426.4 ! 1142.7 1 9456.5 ; 1142.5 4 9456.5 ! 1142.5 1Uni t4Ru n 2 Time/.Stam p | Liqui d Weigh tHR T| Tota l Weigh tHR T| X-2 2 HR T 12/17/0 9 9:5 8 AM I 3232.5 ! 9456.5 ! 1142.4 6 12/17/0 9 9:5 9 AM ' '"3232.6;'"'" " 9486.6 ; 1142.4 6 12/17/0 9 9:5 9 AM ! 3232.7 ; 94867 ! 1142.4 4 12/17/0 9 9:5 9 AM : 3232.7 ! 94637 ! 1142.4 0 12/17/0 9 9:5 9 AM ! 3232. 6 9492.6 | 1142.3 8 12/17/0 9 10:0 0 AM ! 3232.6

. 9470. 6 1142.3 6 12/17/0 9 10:0 0 AM ; ... . 9470.5 ! 1142.3 8 12/17/0 9 10:0 0 AM : 3232. 4 9499.4 ! 1142.3 5 12/17/0 9 10:0 0 AM ; 3232.'4 ! 9476.4 j 1142.3 2 12/17/0 9 10:0 1 AM. ! '"""323Z5 | 9476.5 ! 1142.2 9 12/17/0 9 10:0 1 AM. ! 323Z5 f 9505.5 ! 1142.2 6 12/17/0 9 10:0 1 AM : 32327 ! 9482.7 ! 1142.2 4 12/17/0 9 10:0 1 AM ' 3232.9 [ 9482.9 ] 1142.2 1 12/17/0 9 10:0 2 AM ; 3233.1 ! 9483. 1 1142.1 9 12/17/0 9 10:0 2 AM I 3233.? T" ~ 9460.2 ; 1142.1 8 12117/0 9 10:0 2 AM ' " " 3233. 3 9460.3 ! 1142.2 4 12/17/0 9 10:0 2 AM ; 3233.3 : 9460.3 ! 1142.2 2 12/17/0 9 10:0 3AM ! 3233.5

. " " 9438.5 ! 1142.2 4 12/17/0 9 10:0 3AM ; 3233.5 ! 9438.5 ; 1142.2 2 12/17/0 9 10:0 3 AM I 3233! 5 9438.5 ! 1142.2 1 12/17/0 9 10:0 3AM ! 3233.6 ! 9438.6 | 1142.2 2 12/17/0 9 10:0 4AM ! "" " 3233.7 , 9438.7 ! 1142.2 5 12/17/0 9 10:0 4AM ; 3233.61 ' " 9438.6 ! 1142.2 3 12/17/0 9 10:0 4AM j 3233.6 i 9438.6 ! 1142.1 9 12/17/0 9 10:0 4AM , ' 3233.'6 ! 9438.6 ! 1142.1 8 12/17/0 9 10:0 5 AM ! 3233.6 ! 9438.6!

_ 1142.2 0 12/17/0 9 10:0 5 AM ; " 3233. 7 ""'3233.9 1 9438.7 ; 1142.2 2 12/17/0 9 10:0 5 AM ; " 3233. 7 ""'3233.9 1 9438.9 ! 1142.2 3 12/17/0 9 10:0 5 AM ! 3234.1

. 10347.1 ! 1142.2 6 12/17/0 9 10:0 6 A M 3234.3 ! 10347.3 ! 1142.2 7 12/17/0 9 10:0 6 AM ' 3234.4 ! 10347.4 ! 1142.2 7 12/17/0 9 10:0 6 AM ! " 32344 ! " 10347.4 ! 1142.2 7 12/17/0 9 10:0 6 AM ' 3234.5 ! 10377.5 ! 1142.3 1 12/17/0 9 10:0 7AM ; " 3234:5! ' 10377.5 1 1142.3 1 12/17/0 9 10:0 7AM ; 3234.4 ! 10377.41" " 1142.2 8 12/17/0 9 10:0 7AM; 1 "3234.3 ; 9581.3 ; 1142.2 2 12/17/0 9 10:0 7AM ! " '3234.3 ! 9581.3 ! 1142.2 2 12/17/0 9 10:0 8 AM ; 3234: 2 9581. 2 1142.1 8 12/17/0 9 10:0 8 AM ! 3234.1 : 9610.1 ! 1142.1 8 12/17/0 9 10:0 8 AM ! 3234. 1 9587.1 ! 1142.1 7 12/17/0 9 10:0 8 AM ; 323379 ! 9586.9 ! 1142.1 2 12/17/0 9 10:0 9 AM ! 3233.7 ! 9615.7 ] 1142.1 1 12/17/0 9 10:0 9 AM : "323375 ; 9592.5 ; 1142.0 9 12/17/0 9 10:0 9 AM ; "'"3233:2 ] 9592.2 ; 1142.1 5 12/17/0 9 10:0 9 AM ! 3233:"0 ! 9622.0 ! 1142.1 4 12/17/0 9 10:1 0 AM!

. 3232.9 : 9598:9 ; 1142.0 9 12/17/0 9 10:1 0 AM ; " 3232.6

. 9598.6 ! 1142.0 9Uni t4Ru n 2 I I

* Time^Stam p Liqui d Weigh tHR J Tota l Weigh tHR T X-2 2 HR T 12/17/0 9 10:1 0 AM ; 3232. 3 9627. 3 1142.0 6 12/17/0 9 10:1 0 AM ! 3232.0 ! 96047 6 1142.0 4 12/17/0 9 10:1 1 AM ! 3231. 7 9603. 7 1142.0 7

_12/17/0 9 10:1 1 A M 3231. 3 9603. 3 1142.0 8 12/17/0 9 10:1 1 AM ; 3231.0 ! 9580. 0 1142.0 6 12/17/0 9 10:1 1 A M 3230.6 ; 9579. 6 1142.0 7

. 12/17/0 9 10:1 2 A M " 3230 2 95797 2 1142.0 9 12/17/0 9 10:12A M 3229.8 ! "9555. 8 1142.0 5 12/17/0 9 10:12A M 3229.4 ! 9555. 4 1142.0 6 12/17/0 9 10:12A M 3229. 2 9555. 2 1142.0 4 12/17/0 9 10:1 3A M 3228. 9 9531. 9 1142.0 3 12/17/0 9 10:1 3A M 3228.8 ; 9508. 8 1142.0 3 12/17/0 9 10:1 3A M "322876 V 9508. 6 1142.0 2 12/17/0 9 10:13A M 3228.4 ! 9485. 4 1141.9 9 12/17/0 9 10:1 4A M "3228. 3 9485. 3 1141.9 6 12/17/0 9 10:1 4A M '322873: " " " 9462. 3 1141.9 0 '"12717/0 9 10:1 4A M 3228. 4 9462.4 , 1141.9 2 12/17/0 9 10:1 4A M 3228.4 ; 10491. 4 1141.9 2 12/17/0 9 10:1 5 A M 322874 ! 10491.4 ; 1141.8 9 12/17/0 9 10:1 5 A M 3228.5 ! 10491.5 | 1141.8 4 12/17/0 9 10:15A M 3228. 6 10491.6 : 1141.8 4 12/17/0 9 10:15A M 3228. 6 " 10521.6 ; 1141.7 9 12/17/0 9 10:1 6 AM ! 32287 5 10521.5 ; 1141.7 5 12/17/0 9 10:1 6 AM , 3228. 4 10521.4 ; 1141.7 4 12/17/0 9 10:1 6 AM i 322874 ! 10550.4 ! 1141.7 2 12/17/0 9 10:1 6 AM ' 32287 3 10550.3 ; 1141.7 3 12/17/0 9 10:1 7AM ; 3228.2 ! 10550.2 ; 1141.7 5 12/17/0 9 10:1 7AM i 3228.6 : 10580.6 ! 1141.7 4 12/17/0 9 10:1 7AM i 3228.5 ! 10580.5 , 1141.7 0 12/17/0 9 10:17A M 3228.5 ! 1013575 ! 1141.7 0 12/17/0 9 10:1 8 AM ! 3228.4 ; 1013574 1 1141.6 6 12/17/0 9 10:1 8 AM j '322875 ; 10135.5 ; 1141.6 2 12/17/0 9 10:1 8 AM ; 322876 ! 10164.6 ! 1141.6 0 12/17/0 9 10:1 8 AM ; "'"""3228. 6 " 10164.6 ! 1141.5 6 12/17/0 9 10:1 9 AM ! ~"3228.7 " 10164.7 ! 1141.5 2 12/17/0 9 10:1 9 AM i 3228. 8 10193.8 ! 1141.5 0 12/17/0 9 10:1 9 AM ! 3229.1 ! 10194.1 ! 1141.5 0 12/17/0 9 10:1 9 AM ; 32297 4" " " 10194.4 ! 1141.4 9 12/17/0 9 10:2 0 AM ! 3229. 6 10194.6 ! 1141.5 2 12/17/0 9 10:2 0 AM i 3230.6 7 10.195.0 ! 1141.5 1 12/17/0 9 10:2 0 AM j ' " 3230.2 ; 10195.2 ! 1141.5 2 12/17/0 9 10:2 0 AM ; 3230. 3 10195.3 ; 1141.5 3 12/17/0 9 10:2 1 AM j 3230.3

. 10195.3 ! 1141.4 8 12/17/0 9 10:2 1 AM j 32367 5 " 10195.5 ; 1141.4 9 12/17/0 9 10:2 1 AM ! 323075 : 10195.5 ! 1141.5 2 12/17/0 9 10:2 1 AM ; 3230.3 ! 10195.3 ; 1141.4 9 12/17/0 9 10:2 2 AM ! 3230.2 ! 10195.2 ! 1141.5 0Uni t4Ru n 2 ty'TimeiStam p ^iquidhWeightiHR t TotaTWeigh tHR T| X-22-HR T 12/17/0 9 10:2 2 A M 3230. 1 10195. 1 1141.5 2 12/17/0 9 10:2 2 A M ~TM""3229. 9 10194. 9 1141.5 4 12/17/0 9 10:2 2 A M 3229. 8 11113. 8 1141.5 6 12/17/0 9 10:2 3A M 3229. 6 1T113. 6 1141.5 2 12/17/0 9 10:2 3A M 3229. 4 11113. 4 1141.5 2 12/17/0 9 10:2 3A M """32297 4 11113. 4 1141.5 2 12/17/0 9 10:2 3A M '32297 4 11113: 4 1142.0 5 12/17/0 9 10:2 4A M 3229. 3 11113. 3 1142.2 6 12/17/0 9 10:2 4A M 3229. 1 1Y1Y3. I 1142.4 5 12/17/0 9 10:2 4A M 3229. 6 11143. 0 1142.5 8 12/17/0 9 10:2 4AM i ""3228. 8 11142. 8 1142.6 7 12/17/0 9 10:2 5 AM I 3228. 7 11142. 7 1142.8 2 12/17/0 9 10:2 5 AM i 3228.7

- 11142. 7 1142.9 4 12/17/0 9 10:2 5 AM i 3228.7 ' """l'Ti42. 7 1143.1 1 12/17/0 9 10:2 5 AM i 3228. 6 11142. 6 1143.1 5 12/17/0 9 10:2 6 AM ! 3228. 7 11142. 7 1143.2 2 12/17/0 9 10:2 6 AM ; 3228.6 ! "1l"l42. 6 1143.3 3 12/17/0 9 10:2 6 AM ! 322877 : 11142. 7 1143.4 0 "12/17/0 9 10:2 6 AM" ! " *"3228. 8 11142. 8 1143.4 5 12/17/0 9 10:2 7AM ! """322879 ; 1117i: 9 1143.4 5 12/17/0 9 10:2 7AM ! 3229.1 : 11172.1 , 1143.4 3 12/17/0 9 10:2 7AM | 3229.2 ; 11201. 2 1143.4 5 12/17/0 9 10:2 7AM ! 3229.4 ! 11231. 4 1143.5 2 12/17/0 9 10:2 8 AM ! 3229!7 ' 11231. 7 1143.5 2 12/17/0910:2 8 AM ! 3229.9 ! 11260.9

. 1143.5 4 12/17/0 9 10:2 8 AM I 3236.1 : 11261.1 ! 1143.5 0 12/17/0 9 10:2 8 AM ! 3230.4, 1 11290.4 ! 1143.4 8 12/17/0910:2 9 AM ! 323076 ! 11290.6 ! 1143.5 0 12/17/0 9 10:2 9 AM ; 3230.8 ; 11290.8 ; 1143.3 8 12/17/0 9 10:2 9 AM i 3230.9 ; 11290.9 ! 1143.3 8 12/17/0 9 10:2 9 AM ! 3230.9 ! 11290.9 ; 1143.4 0 12/17/0 9 10:3 0 AM i 323176 i 11291.0 ; 1143.4 3 12/17/0 9 10:3 0 AM j 3231.1 ) 11291.l j 1143.3 9 12/17/0 9 10:3 0 AM i "3231.1 ! 12197.1 ! 1143.3 7 12/17/0 9 10:3 0 AM i 3231.0 ] 12197.0 ! 1143.3 3 12/17/0 9 10:3 1 AM ! 3231.0 ! 12197.0 ! 1143.3 4 12/17/0 9 10:3 1 AM ! 3230.8 ! 12196.8 1 1143.3 5 12/17/0 9 10:3 1 AM ; "~"323 0 8 ! 12196.8 | 1143.3 1 12/17/0 9 10:3 1 AM ! 3236.7 ; 11388.7 ! 1143.3 3 12/17/0 9 10:3 2 AM ! 32306 ! 11388.6 ! 1143.3 0 12/17/0 9 10:3 2 AM ! """3236.3
; 11388.3 1 1143.3 4 12/17/0 9 10:3 2 AM | 3230.1 ; 11388.1 ! 1143.3 7 12/17/0910:3 2 AM ! '3230.0 ! 11388.0 ! 1143.3 8 12/17/0 9 10:3 3AM | 3230.0 ! 11388.0 ! 1143.4 4 12/17/0910:3 3 AM ! 3229.8 : 11387.8 ; 1143.4 3 12/17/0 9 10:3 3AM i 32205 ; 11387.5 ! 1143.3 8 12/17/0 9 10:3 3AM i '3229.5 : 11358.5 ! 1143.3 9Uni t4Ru n 2 if: ; Tim"e7Stamp ' Liqui d Weigh tHR T Tota l Weigh tHR T X-2 2 HR T 12/17/0 9 10:3 4A M i 3229. 5 11358. 5 1143.4 3 12/17/0 9 10:3 4A M 3229. 5 11358. 5 1143.1 6 12/17/0 9 10:3 4AM ! 3229. 5 11329. 5 1142.8 6 12/17/0 9 10:3 4AM I 3229. 6 11329. 6 1142.5 4 12/17/0 9 10:3 5 A M 3229. 6 11329. 6 1142.1 6 12/17/0 9 10:3 5 AM ! 3229. 5 11330. 5 1141.7 2 12/17/0 9 10:3 5 AM j 3229. 2 11330. 2 1141.6 0 12/17/0 9 10:3 5 AM j 3229. 0 11360. 6 1141.5 7 12/17/0 9 10:3 6 AM ; 3229. 0 11361. 0 1141.6 2 12/17/0 9 10:3 6 A M 3229. 1 11361. 1 1141.6 1 12/17/0 9 10:3 6 A M
~ 3229. 3 11391.3 , 1141.6 3 12/17/0. 9 10:3 6 A M 3229.4 ; 11362. 4 1141.6 5 12/17/0 9 10:3 7A M 3229. 5 11362. 5 1141.6 7 12/17/0 9 10:3 7A M "3229.6 ; li362.' 6 1141.6 5 12/17/0 9 10:3 7A M 3229.6 ! 11362. 6 1141.6 0 12/17/0 9 10:3 7A M 1229. 5 11362. 5 1141.6 2 12/17/0 9 10:3 8 A M 12294 ; 11362.4 , 1141.6 3 12/17/0 9 10:3 8 A M 3230.1 ; 12289.1 : 1141.6 2 12/17/0 9 10:3 8 A M 3230.1 ! 12289.1 ! 1141.6 0 12/17/0 9 10:3 8 A M 3230.o ' 12289.0

. 1141.5 7 12/17/0 9 10:3 9 A M 3229. 7 12288.7 ! 1141.5 6 12/17/0 9 10:3 9 A M 3229.4 ! 12288.4 ! 1141.5 6 12/17/0 9 10:3 9 A M 3229. 1 12288.1 ! 1141.5 5 12/17/0 9 10:3 9 A M 3228.5 ! 11072.5 ! 1141.5 5 12/17/0 9 10:4 0 A M ""3228 1 11072. 3 1141.4 9 12/17/0 9 10:4 0 A M 3228.2 ; 11072.2 ! 1141.4 9 12/17/0 9 10:4 0 A M 3228. 6 11072.0 ! 1141.5 0 12/17/0 9 10:4 0 AM ' 3228.1 ! 11043.1 ; 1141.5 2 12/17/0 9 10:4 1 A M 3228. 2 11043.2 ! 1141.4 9 12/17/0 9 10:4 1 A M 3228.3 : 11043.3 ! 1141.4 7 12/17/0 9 10:4 1 AM j 3228. 5 11043.5 ! 1141.4 7 12/17/09,10:4 1 AM j 3228.8 ! 11013.8 ! 1141.4 6 12/17/0 9 10:4 2 AM ! 3228.9 ! 11013.9 ; 1141.5 0 12/17/0 9 10:4 2 AM ! 3229.1 ; 10985.1 ! 1141.4 7 12/17/0910:4 2 AM ; 3229.1 ' iioi4.'i ! 1141.4 6 12/17/0 9 10:42AM j 3229.2 ! 11044.2 j 1141.4 5 12/17/0 9 10:4 3 AM i 3229.2 1 11015.2 ! 1141.4 2 12/17/0 9 10:4 3AM ! 32291 ; 11044.3 ' 1141.4 3 12/17/0 9 10:4 3AM ; '3229.5 ! 11074.5 ; 1141.4 3 12/17/0910:4 3 AM ; 3229.8 ; 11074.8 ! 1141.4 2 12/17/0 9 10:4 4AM ; 3230.1 ! 11075.1 ; 1141.4 2 12/17/0 9 10:4 4AM ! 3230.4 ! 11075.4 ! 1141.4 5 12/17/0 9 10:4 4AM ! 3230.6 ; 11075.6 ! 1141.4 7 12/17/0 9 10:4 4AM j 3231. 0 11076.0 1 1141.4 5 12/17/0 9 10:4 5 A M 3231. 3 11076.3 ; 1141.4 7 12/17/0 9 10:4 5 A M 3231.6 ; 12118.6 ! 1141.4 8 12/17/0910:4 5 AM i " " 3231. 9 12118.9 1 1141.4 6Uni t4Ru n 2 | rime_Stampl fLiqui d WeignfBR T Ti3te!i^ightHR i X-2 2 HR T 12/17/0 9 10:4 5 AM j 3232. 2 12119. 2 1141.5 0 12/17/0 9 10:4 6 AM ; 3232. 4 12119. 4 1141.5 2 12/17/0 9 10:4 6 AM ! 3232. 7 12119. 7 1141.5 2 12/17/0 9 10:4 6 AM | 3232. 9 12119. 9 1141.5 7 12/17/0 9 10:4 6 AM ; 323Z 9 12119. 9 1141.5 9 12/17/0 9 10:4 7AM ; 3232." 9 "12119. 9 1141.5 9 12/17/0 9 10:4 7AM ! 32327 8 12119. 8 1141.5 4 12/17/0 9 10:4 7AM j 3232. 8 12119. 8 1141.5 7 12/17/0 9 10:4 7AM ; 3232. 8 12119. 8 1141.6 2 12/17/0910:4 8 AM j 32327 7 11137. 7 1141.5 8 12/17/0 9 10:4 8 AM, 1 3232. 6 11137. 6 1141.6 5 12/17/0 9 10:4 8 AM ! 3232.5 ' 11137. 5 1141.7 0 12/17/0 9 10:4 8 AM ! 32327 6 11108. 6 1141.7 3Uni t4Ru n 2 

### |

•Time , Stam p Liqui d Weigh tHR TTotalWpigH tHR T X-2 2 HR T 12/17/0 9 12:3 1 P M 2702.5 ; 8155. 5 952.7 8 12/17/0 9 12:3 1 P M 2706. 3 8134. 3 954.2 9

' 12/17/0 9 12:31~P M 2716 ! 1 8138. 1 955.8 4 12/17/0 9 12:3 1 P M 2714.0 : 9105. 0 957.3 1 12/17/0 9 12:3 2 P M 2717. 8 " ' 91087 8 958.8 2 12/17/0 9 12:3 2 P M 27218 : 9112. 8 960.2 7 12/17/0 9 12:3 2 P M '"2725 . 6 : 9116

. 6 961.8 0 12/17/0 9 12:3 2 P M 2729. 5 9120. 5 963.3 1 12/17/0 9 12:3 3 P M "2733.4 ' 9151. 4 964.8 6 12/17/0 9 12:3 3 PM , •2737 3 9155. 3 966.3 7 12/17/0 9 12:3 3 PM ; ""•'2741.2 ! 9159. 2 967.9 4 12/17/0 9 12:3 3 PM

. 2745.6" : 9191. 0 969.4 7 12/17/0 9 12:3 4PM

. ""''2748.8 ! 9194. 8 970.9 8 12/17/0 9 12:3 4PM i 2752.6f' " 9198

. 6 972.4 8 12/17/0 9 12:3 4PM | 2756.3 ! " " 9228. 3 973.9 9 12/17/0 9 12:3 4PM l 2760.1" ; 9232. 1 975.5 1 12/17/0 9 12:3 5 PM > 2763.8 ! 9262. 8 977.0 1 12/17/0 9 12:3 5 PM I 2767 .6 ; 9266 .6

. 978.5 0 12/17/0 9 12:3 5 PM ; """ ' 27713 ! "" " 9270. 3 980.0 4 12/17/0 9 12:3 5 PM ; 2775. 6 9302.0 ; 981.5 7 12/17/0 9 12:3 6 PM ! 27"78 .6

. 9305 .6 ! 983.1 1 12/17/0912:3 6 PM ! 2782.4 : 9309.4 ; 984.6 4 12/17/0 9 12:3 6 PM | ' " '2786.'2 : 9341.2 ! 986.1 3 12/17/0 9 12:3 6 PM i 2789.9 ! 9344.9 ; 987.6 7 12/17/0 9 12:3 7PM i """'"2793J i 8489.7 ; 989.2 0 12/17/0 9 12:3 7PM j '''"2797.4 ! 8493.4 : 990.7 2 12/17/0 9 12:3 7PM ; 2801.1 1 8497. 1 992.2 6 12/17/0 9 12:3 7PM ; 2804!9j' " 8500.9 ! 993.8 4 '"12/17/0 9 12:38>M i 2808

. 6 8504 .6 1 995.3 9 12/17/0 9 12:3 8 PM : 2812. 4 8508,4 ! 996.9 4 12/17/0 9 12:3 8 PM i 2816. 2 8512.2 ! 998.4 9 12/17/0 9 12:3 8 PM | 2820. 0 8493.0 ; 1000.3 9 12/17/0 9 12:3 9 PM ! ~2823. 7 8473.7 ! 1001.9 4 12/17/0 9 12:3 9 PM j 2827.5 ; ' 8477.5 ! 1003.6 7 12/17/0 9 12:3 9 PM j 2831.4 ! 8457.4 ; 1005.2 5 12/17/0 9 12:3 9 PM i 2835.2 ! 9252.2 ! 1006.7 7 12/17/0912:4 0 PM I 28397b T ' ' 9232.6 ; 1008.3 3 12/17/0 9 12:4 0 PM > '2842.9. ' 9237.9 ! 1009.9 1 12/17/0912:4 0 PM i 2846.8 ; 92418 ! 1011.4 7 12/17/0912:4 0 PM ! 2850 .6 ! 9245 .6 ; 1013.0 7 12/17/0912:4 1 PMf

2854.5 ; 9275.5 1 1014.6 7 12/17/0 9 12:4 1 PM l 2858.4 ! 9279.4 ] 1016.2 4 12/17/0 9 12:4 1 PM T 2862.3 ! 9283.3 ; 1017.7 8 12/17/0 9 12:4 1 PM ! 2866.2 ! 9314.2 ! 1019.4 3 12/17/0 9 12:4 2 PM ! 2870.0 ; 9318.0 ! 1021.0 3 12/17/0 9 12:4 2 PM : 2874.6 ' 9322.0 ! 1022.6 2 12/17/0 9 12:4 2 PM | 2877.9 : 9352. 9 1024.2 0 12/17/0912:4 2 PM : 2881. 8 9356.8 ! 1025.7 5 12/17/0 9 12:4 3 PM | 2885.8 : 9360.8 ! 1027.3 6 12/17/0912:4 3 PM ! 2889 .6 ! 9391 .6 ! 1028.9 2

### Unit 4Ru n 2

. Tim e Stam p - . liq^WeTghtHRP ' ;Tote l Weigh tHR T X-22'HR T 12/17/0 9 12:4 3P M 2893. 5 9395. 5 1030.4 6 12/17/0 9 12:4 3P M 2897 4 '9399 4 1031.9 9 12/17/0 9 12:4 4P M 2901. 3 9430. 3 1033.5 5 12/17/0 9 12:4 4P M """"29051 " ' "9434 1 1035.2 0 12/17/0 9 12:4 4P M 2908.9 ! 9437. 9 1036.8 2 12/17/0912:4 4P M 2912. 7 9441. 7 1038.4 2 12/17/0 9 12:4 5 P M 2916. 7 9445. 7 1039.9 9 12/17/0 9 12:4 5 P M 2920 4 9449. 4 1041.5 4 12/17/0 9 12:4 5 P M 2924. 3 8573. 3 1043.1 3 12/ 1 7/0 9 12:4 5 P M 2928 2 """8577. 2 1044.7 6 12/17/0 9 12:4 6 P M 293Z 1 8581. 1 1046.2 9 12/17/0 9 12:4 6 P M 2936. 0 8585

. 6 1047.8 3 12/17/0 9 12:4 6 P M 2939. 9 8588. 9 1049.4 2 12/17/0912:4 6 P M 2943. 8 8592. 8 1.0510 4 12/17/0 9 12:4 7P M 2947. 7 '8596. 7 1052.6 8 12/17/0 9 12:4 7P M ""''2951 4 8600.4 1 

### 1054.2 3 12/17/0 9 12:4 7P M 2955. 3 8604. 3 1055.7 7 12/17/0 9 12:4 7P M ' 2959. 1 9485. 1 1057.3 4 12/ 1 7/0 9 12:4 8 P M 2962. 9 9488. 9 1058.9 5 T2/17/0 9 12:4 8 P M 2966. 8 9492. 8 1060.4 9 12/17/0 9 12:4 8 P M • ' 2970. 6 9496. 6 1061.9 8 12/17/0 9 12:4 8 PM , 29744 ; 

### 9500. 4 1063.5 3 12/17/0 9 12:4 9 P M 2978. 3 9530. 3 1065.0 3 12/ 1 7/0 9 12:4 9 P M 2982. 1 9534. 1 1066.6 5 12/17/0 9 12:4 9 PM : 2985. 9 9537. 9 1068.1 7 12/17/0 9 12:4 9 PM 1 

### 2989.7 ; 9568. 7 1069.5 7 12/17/0 9 12:5 0 PM ' 2993.5 : 9548. 5 1071.0 7 12/17/0 9 12:5 0 PM j 2997. 4 9527. 4 1072.5 4 12/17/0 9 12:5 0 PM j 3001. 2 9558. 2 1074.1 4 12/17/0912:5 0 PM ; 3004.8 ; 9536. 8 1075.6 6 12/17/0 9 12:5 1 PM j 3008.4 ; 9567. 4 1077.1 7 12/17/0 9 12:5 1 P M 3012.0 : 9547

. 6 1078.7 1 12/17/0 9 12:5 1 PM ! "" " 3015. 7 9525. 7 1080.1 9 12/17/0 9 12:5 1 PM 1 

### " 3019.3 ; 9556. 3 1081.7 9 12/17/0912:5 2 PM , 3023.1 , 9560. 1 1083.3 1 12/17/0912:5 2 PM ! 3027.0

- 9564. 0 1084.8 2 12/17/0 9 12:5 2 PM ; 

### 3636.8: 9594. 8 1086.3 8 12/17/0 9 12:5 2 PM ; " " "!3034. 6 9598. 6 1087.9 6 12/17/0912:5 3P M 3038. 4 9502. 4 1089.5 4 12/17/0912:5 3P M 3042.2 ! '9606. 2 1091.1 0 12/17/0 9 12:5 3PM ; 3046. 1 9610. 1 1092.6 6 12/17/0912:5 3PM ; 3050.1 ! 9614. 1 1094.1 7 12/17/0912:5 4PM ! 37)54. 0 j 

### 9618 .6 " 1095.6 8 12/17/0 9 12:5 4PM j 3057.9 ; 9621. 9 1097.2 1 12/17/0 9 12:5 4PM ; 3061.8 ! 9625. 8 1098.7 7 12/17/0 9 12:5 4PM j 3065.8 ! 9629. 8 1100.3 3 12/17/0 9 12:5 5 PM , '3069.7 ; 8820. 7 11018 3 12/17/0 9 12:5 5 PM
; 

### " 3073. 6 8824. 6 1103.3 9 12/17/0 9 12:5 5 PM ; "'3077.5 ! "8828. 5 1104.9 1 12/17/0 9 12:5 5 PM : 30815 ! 8832. 5 1106.4 0Uni t4Ru n 2 Tim e Stam p v Liqui d Weigh'tiftR T Tota!7Weight;HR * X-22'HR T 12/17/0 9 12:5 6 P M 3085. 4 8836. 4 1107.9 1 12/17/0 9 12:5 6 P M 3089. 4 8840. 4 1109.4 8 12/17/0 9 12:5 6 P M 3093. 4 88447 4 1111.0 7 12/17/0 9 12:5 6 P M 3097.3 ' 8848. 3 1112.5 9 12/17/0 9 12:5 7P M 3101. 4 88527 4 1114.1 5 12/17/0 9 12:5 7P M 3105 4 8832. 4 1115.7 6 12/17/0 9 12:5 7P M 3109 4 """"•'"""""9762. 4 1117.2 6 12/17/0 9 12:5 7P M 3113. 4 9766. 4 1118.7 6 12/17/0 9 12:5 8 P M 3117. 4 9746. 4 1120.3 6 12/17/0 9 12:5 8 PM

. 3121. 5 9750. 5 1121.8 6 12/17/0 9 12:5 8 P M 31217 5 9754. 5 1123.4 0 12/17/0 9 12:5 8 P M "3129. 4 9734. 4 1125.0 4 12/17/0912:5 9 PM i 3133.3 : 9738. 3 1126.6 0 12/17/0 9 12:5 9 PM l 3137. 2 9769. 2 1128.1 2 12/17/0 9 12:5 9 PM ; 3141. 1 9750. 1 1129.7 0 12/17/0 9 12:5 9 PM = 3145.1

. 9754. 1 1131.2 6 12/17/091:0 0 PM ; 3149.0 ! 9785.0 ; 1132.7 5 12/17/0 9 1:0 0 PM i "315279 ! 9764.9 ; 1134.2 9 12/17/0 9 1:0 0 PM ; " 315677 ; 9768.7 ! 1135.8 1 12/17/0 9 1:0 0 PM ; '316675 ] 9799. 5 1137.3 8 12/17/0 9 1:0 1 PM i 3164.3 ! 9803. 3 1138.9 2 12/17/0 9 1:0 1 PM i 3168.0 ; 9807. 6 1140.4 9 12/17/0 9 1:0 1 PM j 31718 ] '983778 ; 1142.1 2 12/17/0 9 1:0 1 PM ; "3175.5 ; 9841.5 ! 1143.7 1 12/17/0 9 1:0 2 PM ; 31 7973 " 9845.3 ! 1145.2 8 12/17/0 9 1:0 2 PM ; 3183.1 1 9876.1 ! 1146.8 5 12/17/0 9 1:0 2 PM i 31877 1 9880.1 i 1148.4 1 12/17/0 9 1:0 2 PM j 3191. 1 9884.1 ; 1150.0 3 12/17/0 9 1:0 3P M 3195. 1 • •9915.1 ; 1151.5 2 12/17/0 9 1:0 3PM i "" " 319971 ; 9919.1 ; 1153.0 8 12/17/0 9 1:0 3PM ; 3203.1 ! 9923. 1 1154.6 4 12/17/0 9 1:0 3PM ; 3207.1 ; 9927. 1 i 1156.2 0 12/17/0 9 1:0 4PM ; 3211.2 7 9931.2 ; 1157.7 5 12/17/0 9 1:0 4PM ; ']"""121573 ! 9935.3 ! 1159.2 7 12/17/0 9 1:0 4 PM ; 3219.3! " 9939.3 ! 1160.8 0 12/17/091:0 4PM i 3223.4 : 9027.4 ! 1162.3 6 12/17/0 9 1:0 5 PM ; 32274

- 9031.4 ! 1163.9 2 12/17/0 9 1:0 5 PM i 323672 ; 9034.2 ; 1165.4 7 12/17/0 9 1:0 5 PM ! 323276 1 9036.0 ; 1166.4 8 12/17/0 9 1:0 5 PM ; 3233. 1 9037.1 ' 1166.7 5 12/17/0 9 1:0 6 PM ! 3233. 9 9915.9 ! 1166.8 2 12/17/0 9 1:0 6 PM i 323473 ; 9916.3 ! 1166.8 4 12/17/0 9 1:0 6 PM i 323476 ! 9916.6 S 1166.8 1 12/17/0 9 1:0 6 PM ; '""3234. 8 9892.8 ! 1166.7 9 12/17/0 9 1:0 7PM ; 3235 7T ; 9893.1 ; 1166.7 6 12/17/0 9 1:0 7PM j 3235.4 ; 9893.4 } 1166.7 6 12/17/0 9 1:0 7PM ! 3235.7 ; 9897.7 ! 1166.7 3 12/17/0 9 1:0 7PM i 3235.8 ! 9897.8 ! 1166.7 2 12/17/0 9 1:0 8 PM I 3235.9 ; 9897.9 ! 1166.6 9 12/17/0 9 1:0 8 PM l 3235.9 = 9900.9 i 1166.7 1Uni t4Ru n 2 Timei.Stam p .;.'

. Liquid

. Weign'tiBR T i:Tota l Weigh tHR T X^22)HR T 12/17/0 9 1:0 8 P M 3236. 0 9901.0 ! 1166.6 7 12/17/0 9 1:08 P M 32367 1 9928.1 ! 1166.6 2 12/17/0 9 1:0 9 P M 3236. 6 9904.0 ! 1166.6 0 12/17/0 9 1:0 9 P M 3235. 9 9903.9 ! 1166.5 7 12/17/0 9 1:0 9 P M 3235 7 9930.7 ! 1166.5 0 12/17/0 9 1:0 9 P M 3235. 4 9906.4 j 1166.5 0 12/17/0 9 1:1 0 P M 3235. 2 9906. 2 1166.5 2 12/17/0 9 1:1 0 P M 3234. 9 9932. 9 1166.4 4 12/17/0 9 1:1 0 P M 3234. 6 9932. 6 1166.4 0 12/17/0 9 1:1 0 P M 1234. 4 9932. 4 1166.3 1 12/17/0 9 1:1 1 P M 3234. 1 9958. 1 1166.3 0 12/17/0 9 1:1 1 P M 3233. 8 '9957 1 1166.2 3 12/17/0 9 1:1 1 P M 3233 1 9957. 6 1166.2 0 12/17/0 9 1:1 1 P M 3233. 3 9957. 3 1166.1 9 12/17/0 9 1:1 2 P M 3233. 0 9957. 0 1166.1 4 12/17/0 9 1:1 2 PM , 32321 , 9956. 6 1166.0 6 12/17/0 9 1:1 2 P M 3232 1 9956. 3 1166.0 6 12/17/0 9 1:1 2 P M 3231 1 9955. 8 1166.0 6 12/17/0 9 1:1 3P M 3231. 4 99557 4 1166.0 8 12/17/0 9 1:1 3P M 3230. 9 9954. 9 1166.1 0 12/17/0 9 1:1 3 PM
; 32301 ! 9954. 6 1166.0 4 12/17/0 9 1:1 3PM : 321673 ; 9954. 3 1165.9 9 12/17/0 9 1:1 4 PM I .3216.1 ' 9954. 1 1165.9 3 12/17/0 9 1:1 4 PM ! 3230.0 : 9954. 0 1165.9 4 12/17/0 9 1:1 4PM ; 32301 : 10876. 1 1165.9 2 12/17/0 9 1:1 4 PM i 3236.1

. " T0876. T 1165.8 3 12/17/0 9 1:1 5 PM ; 323072 i 10876. 2 1165.7 5 12/17/0 9 1:1 5 PM i 3230.3 ! 10876. 3 1165.6 6 12/17/0 9 1:1 5 PM ! 3230. 5 """"•"IO9647 5 1165.6 4 12/17/0 9 1:1 5 PM i 323676 1 10904.6 " 1165.6 4 12/17/0 9 1:1 6 PM : ""123678 1 10931. 8 1165.6 3 12/17/0 9 1:1 6 PM ! ' ~3216 1 10931. 8 1165.6 9 12/17/0 9 1:1 6 PM i 3231.0 : 10932. 0 11657 3 12/17/0 9 1:1 6 PM ! 3231. 2 109597 2 1165.6 3 12/17/0 9 1:1 7PM ; "3231.2 " •10364. 2 1165.6 6 12/17/0 9 1:1 7PM ; 3231.1 ; 10364. 1 1165.6 6 12/17/0 9 1:1 7 PM i 3231.1 ! 10390. 1 1165.6 3 12/17/0 9 1:1 7PM i 323T6" ! 10390. 6 1165.6 1 12/17/0 9 1:1 8 PM | 323679 1 10389. 9 1165.5 6 12/17/0 9 1:1 8 PM j "3230.8 i 10416. 8 1165.5 6 12/17/0 9 1:1 8 PM l 32l6'. a 10416. 8 1165.5 6 12/17/0 9 1:1 8 PM j 3230. 7 10416. 7 1165.5 2 12/17/0 9 1:1 9 PM ! 3236 1 10442. 5 1165.4 6 12/17/0 9 1:1 9 PM : 323675 : 10442. 5 1165.4 1 12/17/0 9 1:1 9 PM ; "3230. 4 16442. 4 1165.3 6 12/17/0 9 1:1 9 PM ! 3216. 3 10442. 3 1165.3 3 12/17/0 9 1:2 0 PM ; "3230. 4 10415. 4 1165.3 1 12/17/0 9 1:2 0 PM ; " ' 321672 ] 10415. 2 1165.2 2 12/17/0 9 1:2 0 PM ! 3230.1 ; 10415. 1 1165.2 7 12/17/0 9 1:2 0 PM j 3230, 6 10389. 6 1165.2 6Uni t4Ru n 2 Tim e Stam p « Liqui d Weigh tHR T| Tota l Weigh tHR T'X-2 2 HR T 12717/0 9 1:2 1 P M 3229.8 ! 10388.8 ! 1165.1 9 12/17/0 9 1:2 1 P M 3229.7 ! 10388.7! ' 1165.1 5 12/17/0 9 1:2 1 P M 3229.6 ! 10361.6 ; 1165.1 2 12/17/0 9 1:2 1 P M 3229:5 ! 10361. 5 1165.1 0 12/17/0 9 1:2 2 P M 3229 1 """" " 10361.3 ! 1165.0 4 12/17/0 9 1:2 2 P M 3229: 2 10333.2 ! 1165.0 8 12/17/0 9 1:2 2 P M 32'29.2' ! 10333.2 ! 1165.0 4 12/17/0 9 1:2 2 P M 3229: 1 10333.1 ! 1165.0 2 12/17/0 9 1:2 3P M "'3229:1 ; 10305.1 ! 1164.9 7 12/17/0 9 1:2 3P M 3229.1 ! 10305.1 ! 1164.9 1 12/17/0 9 1:2 3P M ' "3229.6 ; 10305.0 ! 1164.8 4 12/17/0 9 1:2 3P M ""3229.O ! •11499.0 ; 1164.8 4 12/17/0 9 1:2 4P M 3229 1 11499.0 ! 1164.8 4 12/17/0 9 1:2 4P M 3228.9 7 11498. 9 1164.8 4 12/17/0 9 1:2 4P M 3228.9 ; 11498.9 ! 1164.8 3 12/17/0 9 1:2 4P M 3228.8

. 11498.8 ! 1164.8 4 12/17/0 9 1:2 5 PM : 3228.7 ! 10886.7 ! 1164.7 5 12/17/0 9 1:2 5 PM

. 3228. 7 10886.7 i 1164.7 4 12/17/0 9 1:2 5 P M '3228. 6 10913. 6 1164.7 1 12/17/0 9 1:2 5 P M 3228.6 ! 109131 ! 1164.6 9 12/17/0 9 1:2 6 PM j 3228.7 ; 10913.7 ! 1164.6 4 12/17/0 9 1:2 6 PM : " ' " 3228.8 ' 10912.8 ; 1164.5 7 12/17/0 9 1:2 6 PM j 3228.9 U i'0884.9 ! 1164.6 2 12/17/0 9 1:2 6 PM i " : "3228:9"! " 10884.9 ! 1164.6 1 12/17/0 9 1:2 7PM ; 3228. 9 10857.9 ; 1164.6 3 12/17/0 9 1:2 7PM i 3228.9 ; 10857.9 ! 1164.5 8 12/17/0 9 1:2 7PM i 3228.8 ! 10857.8 ! 1164.6 0 12/17/0 9 1:2 7PM i 3228.7 ! 10857.7 ! 1164.5 9 12/17/0 9 1:2 8 PM i 3228.7 j 10857.7 ! 1164.5 7 12/17/0 9 1:2 8 PM ; 3228. 6 11347.6 ! 1164.5 5 12/17/0 9 1:2 8 PM i 3228":6! " 11347.6 ! 1164.5 6 12/17/0 9 1:2 8 PM j 3228:7 ! 11347.7 ! 1164.6 3 12/17/0 9 1:2 9 PM j 32281 9 11347.9 : 1164.6 1 12/17/0 9 1:2 9 PM i 3229.6 ; 113481 ! 1164.5 7 12/17/0 9 1:2 9 PM ! """3228. 9 " 11347.9 ; 1164.5 6 12/17/0 9 1:2 9 PM i " 3228.9 : '11347.9 ! 1164.5 2 12/17/0 9 1:3 0 PM j 3228.7 i 11347.7 ! 1164.4 9 12/17/0 9 1:3 0 PM ! 3228.6 " 11347.6 ! 1164.5 0 12/17/0 9 1:3 0 PM ! 3228.4 ; 11347.4 ! 1164.4 9 12/17/0 9 1:3 0 PM i "'""3228:3;'" " 11347.3 ; 1164.4 9 12/17/091:3 1 PM j 3228.3 : 11347.3 : 1164.4 7 12/17/091:3 1 PM j 3228.4 ! 11347.4 ; 1164.4 3 12/17/0 9 1:3 1 PM j 3228^;'" " 11347.5 j 1164.4 1 12/17/091:3 1 PM i 3228.6 ! 10384.6 ! 1164.3 9 12/17/0 9 1:3 2 PM ; 3228.6 ! 10384.6 ! 1164.3 9 12/17/0 9 1:3 2 PM i " 3221:4!" : " 10384.4 ! 1164.4 4 12/17/0 9 1:3 2 PM i 3228.3 ; 10384.3 ! 1164.4 7 12/17/0 9 1:3 2 PM ; "3228 1 11268.2 ! 1164.5 0 12/17/0 9 1:3 3PM : 3228. 1 11241.1 ; 1164.5 3 12/17/0 9 1:3 3PM j 32281 ' 11241.0 ! 1164.4 9Uni l 4Ru n 2 Time_Stam p Liqui d Weigh tHR T Tota l Weigh tHRT | X-2 2 HR T 12/17/091:3 3 PM ' 12/17/0 9 1:3 3PM i 12/17/0 9 1:3 4PM ; "12/17/0 9 1:3 4PM: ' "12/17/0 9 1~3

4 P M 12/17/0 9 1:3 4PM ; "12/1"7/Q 9 1:3 5 PM" ; 12/17/0 9 1:3 5 PM f 12/17/091:3 5 PM

. 12/17/091:3 5 PM ,

12/17/091:3 7PM i 12/17/091:3 8 PM ;

12/17/091:4 0 PM '

12/17/0 9 1:4 0 P M 12/17/091:4 1 P M 12/17/0 9 1:4 1 P M '12/17/0 9 1:4 1 PM f 12/17/0 9 1:4 1 P M

12/17/0 9 1:4 2 PM l 12/17/0 9 1:4 2 P M 12/17/0 9 1:4 3PM i 12/17/091:3 6 PM
; 12/17/0 9 1:3 6 PM 1 12/17/0 9 1:3 6 PM ; "12/17/0 9 1:3 6 PM i ""12717/091:3 7PM ; 12/17/0 9 1:3 7PM~ : 12/17/091:3 7PM i

12/17/091:3 8 PM ; 12/17/0 9 1:38 PM i 12/17/0 9 1:38 PM p "12/17/0 9 1:3 9 PM 7 "12/17/0 9 1:3 9 PM i 12/17/0 9 1:3 9 PM i 12/17/0 9 1:3 9 PM 1 '

12/17/0 9 1:4 0 PM j '12/17/091:4 0 PM !

12/17/0 9 1:4 2 PM j 12/17/091:4 2 PMi "

12/17/0 9 1:4 3PM ; 12/17/0 9 1:4 3PM ; "12/17/0 9 1:4 3PM ; '12/17/0 9 1:4 4 "PM ! 12/17/0 9 1:4 4PM I 12/17/0 9 1:4 4PM! " 12/17/0 9 1:4 4PM I 12/17/0 9 1:4 5 PM j "12/17/0 9 1:4 5 PM f 12/17/0 9 1:4 5 PM ; 12/17/0 9 1:4 5 PM ; 3227.9 ! "322779 7 3227.9 ! -322779; " 3227 1 3227.8 :

' 3227.8: ' 322778 ? 32278 7 322787 ' 3227.7! " '32277!' ' 322775; " "3227.4] " 3227.4 : ' 32274;" ' 32271! " 3227.7j " 3227.7 ; "32278 7 '32277 " '*3p777 " ""32277 7 32271! " 3227.5 ? 3227.5 ! 32275 ! 3227.4 ! '32274 7 l227"."2i" " 322 7 32270 ; 3226.9 7 322679!" ' 3226.8| " 3226> r '3226.5! '

" 3226.3 ! 3226J! " 3225.9]" ' 32257 7 73^5.4:" ' 3225.2 ! l2257j r lp5.0 [ 322479! ' "32241 ; 3224. 1 3224. 9 3224.9 ! 11268.9 1 11644 5

11240.9 ! 1164.4 1 1124079 ! 1164.4 7 11266. 9 1164.4 5 T l 24679 ! 1164.4 7 11240.8 ! 1164.4 4 11240.8 : 1164.4 2 11240.8 ! 1164.4 1 11240.8 ! 1123978 7

11483.2 ;

11456. 7 11429. 5 TT4517 3

11455.9 L 114557 7

11481.9 ; 1148178 ' 1M8l8i

_ 11508.9 ! 11508.9 7 1164.3 6

1164.3 5 11239.7 ! 1164.3 6 1123.9.7 ! 1164.3 5 11238.5 ; 1164.3 5 11238.4

. 1164.2 9 11238.4 ! 1164.2 5 11265.4 ; 1164.2 4 11265.5 ! 1164.2 0 11265.7 1 1164.1 6 11265.7 ! 1164.1 5 11265.8 1 1164.1 1 11265.7 ! 1164.0 7 11265.7 ! 1163.6 5 11265/7 ] 1163,6 1 11265.6 ; 1163.3 5

" i 1265.5 ! 1163.3 3 10474.5 ; 1163.2 8 10474.5

. 1163.2 1 10448.4 ! 1163.1 5 104484 1 1163.1 0

1163.0 2 11457.1 ! 116219 1 1145776 : 1162.8 4 11456. 9 1162.7 6 11429.9 ! 1162.6 5 .11456.8 ! 1162.5 5

1162.5 1 1162.4 1 1162.3 5 11456.1 ! 1162.2 2

1162.1 7 1162.1 4 11455.4 ! 1162.0 9 11455.2 ! 1162.0 8 11455.1 ! 1162.0 2 11455.0 ! 1161.8 8

1161.7 8 1161.7 2 1161.6 7 1161.6 2 1161.5 7

### Uni t4Ru n 2 Time^Stam p V Liqui d Weigh tHR T 

### JdtarWeigif;HRT ; X-227HRT 12/17/0 9 1:4 6 PM j 12/17/0 9 1:4 6 PM i 12/17/0 9 1:4 6 PM' ; 12/17/0 9 1:4 6 PM ; 12/17/0 9 1:4 7P M 12/17/0 9 1:4 7PM j 12/17/0 9 1:4 7PM | 12/17/0 9 1:4 7PM ; 12/17/0 9 1:4 8 PM ; "12/17/091:4 8 PM j 12/17/0 9 1:48 PM j 12/17/0 9 1:4 8 PM i "12/17/0 9 1:4 9 PM i 12/17/0 9 1:4 9 PM : 12/17/0 9 1:4 9 PM i 12/17/0 9 1:4 9 PM ; 12/17/0 9 1:5 0 P M 12/17/0 9 1:5 0 PM ; "12/17/0 9 1:5 0 PM l 12/17/091:5 0 PMi " 12/17/0 9 1 "12/17/0 9 T 5 1 PM ;

5 1 PM ; 12/17/0 9 1:5 1 PM I 12/17/0 9 1:5 1 PM i

52PM 7 5 2 PM i 12/17/0 9 1 12/17/09" 1 12/17/0 9 1:5 2 PM j 12/17/0 9 1:5 2 PM j "12/17/0 9 1:5 3PMi " 12/17/0 9 1:5 3P M "12/17/0 9 1:5 3PM ? 12/17/0 9 1:5 3PM

- '12/17/0 9 1:5 4PM ; 12/17/0 9 1:5 4PM i 12/17/0 9 1:5 4PM ; 12/17/0 9 1:5 4PM | 12/17/0 9 1:5 5 PM i 12/17/0 9 1:5 5 PM i "12/17/0 9 1:5 5 PM j 

### 12 ? 17/0 9 1:5 5 PM ; 12/17/0 9 1:5 6 PM ; 12/17/0 9 1:5 6 PM i 12/17/0 9 1:5 6 PM ; 12/17/0 9 1:5 6 PM i 12/17/0 9 1:5 7PM

. 12/17/0 9 1:5 7PM i 12/17/0 9 1:5 7PM i 12/17/0 9 1:5 7PM ; 12/17/0 9 1:5 8 PM ; 12/17/0 9 1:5 8 PM | 3224.9 ; "32241 ?

' 322479 ? 322479 ; 32257b ; 32251 7 322572 1 322573; " 322573 : "322575 1 '32251 1 322577 " 732218] ' '322579!" ' 3226.1 7 

### '3226727 322673! ' 3226.4 ! 322677I " "322179! " 32271; " 122775! " 322777 ] "3227.9 : 3228.lT " 122876; " 122176]" " "32279; ' 3227787 " 3227.7

. 32274 : 12272 ! 3227.0 r 

### 322677 1 322674T 3226.3 ] 3226.1 ! 322671 ] 3226. 0 322578; " 32251! " 3225.8 ; 32251 : "3226.6 j 322672! " "3226.4] " 3226.6 ! 32261 ' 322771 7 12274! " 11508.9 ! 1161.5 2

11508.9 ; 1161.4 7 11508.91

. 1161.3 6 1150879 ; 1161.3 2 115091 ! 1161.2 4 1150 9 1150 9 1663 2 10632 7 "1063 2 10632

. "1063 2 "16661 ? '1170 6 "1176 7 11680

. 1170 7 11707

. 1?1680 11707

. TlW

. 1168 1 T170 7 '11680

. "11709 ! 

### 11769

. 11682 ? '11768 7 '11708

. 11708

. 11735

. 11735

. ??117"35 7 11734

. '11~7347 11734

. 11734

. "11734 7

117^3 7 11733

.

1164 1 '1164 1 1161.2 5

1161.2 3 1161.2 1 3 | 1161.1 6 5 | 1161.0 9 6 1161.0 7 7 j 1161.0 1 8 !

### 1161.0 2 9 1160.9 5 T1160.9 4 2 ! 1160.9 8 3 ! 4i " 1161.0 0 1160.9 8 1160.9 7 9 | 1160.9 6 2 ] 1160.9 3 5 l 1160.9 0 7 ! 9 f 1160.8 7 1160.8 1 1 ; 1160.8 0 6 ; 6 1 1160.7 8 1160.7 1 9 ! 1160.6 5 8 ! 1160.5 7 7 j 1160.5 1 4 ! 1160.4 6 2 : 1160.4 4 6 ! 1160.4 1 7 ! 1160.3 9 4 , 1160.3 8 3 ! 1160.4 1 1 j 1160.3 8 T ! 1160.3 5 1160.3 5 8 ! 1160.3 6 8 ! 1160.3 7 11733.8 ! 1160.3 1 l"l733?8 j 1160.2 4 IT734 ; "1173 4

;

### 1173474 ! 1160.1 6 1086176 ! 1160.1 3 .0 1 1160.2 6

. 2 1160.2 3

T1640.8 ! 1160.1 1

1159.9 9 1159.9 8Unit 4Ru n 2 I 

### | Tim e Stam p Liqui d Weight'HR T Tota l Weigh tHR TX-2 2 HR T 12/17/0 9 1:5 8 P M 3227. 5 11641.5 ! 1159.9 1 12/17/0 9 1:5 8 P M 3227.7 | 11641.7 ! 1159.8 1 12/17/0 9 1:5 9 P M 3227. 8 11641.8 ; 1159.7 3 12/17/0 9 1:5 9 P M 3227. 9 11614.9 ! 1159.6 9 12/17/0 9 1:5 9 P M ""3228. 0 11642.0 ! 1159.6 5 12/17/0 9 1:5 9 P M 3228.1 ; 11642.1 ! 1159.6 5 12/17/0 9 2:0 0 P M 3228. 2 11615.2 ! 1159.6 3 12/17/0 9 2:0 0 P M 3228. 3 11642.3 ! 1159.6 3 12/17/0 9 2:0 0 P M 3228. 6 11642.6 ! 1159.5 4 12/17/0 9 2:0 0 P M 3228." 8 11615.8 ! 1159.5 1 12/17/0 9 2:0 1 P M 3229. 1 11643.1 ! 1159.4 5 12/17/0 9 2:0 1 P M 3229. 6 11643.6 ; 1159.4 1 12/17/0 9 2:0 1 P M 3230. 0 11617.0 ! 1159.3 4 12/17/0 9 2:0 1 P M "3230. 4 11644.4 1 1159.2 8 12/17/0 9 2:0 2 PM : 3231. 0 11645.0 ! 1159.2 1 12/17/0 9 2:0 2 PM i 3231.4 ; 11618.4 ; 1159.1 2 12/17/0 9 2:0 2 P M 3231. 8 11645.8 ! 1159.0 2 12/17/0 9 2:0 2 P M 3231. 9 11645.9 , 1158.9 2 12/17/0 9 2:0 3P M 3232. 0 11619.0 ; 1158.9 1 12/17/0 9 2:0 3PM ! " 3232.1 " 11646.1 ! 1158.8 5 12/17/0 9 2:0 3PM , 3232.2 ; 11646.2 ! 1158.7 6 12/17/0 9 2:0 3PM ! """3232. 1 11646.1 ! 1158.7 4 12/17/0 9 2:0 4PM ' 3232. 0 11646.6 ! 1158.6 8 12/17/0 9 2:0 4PM , ""3231.9 ! 11645.9 ! 1158.6 0 12/17/0 9 2:0 4 PM : 3231.8 ; 11645.8 ! 1158.5 9 12/17/0 9 2:0 4PM , 3231. 7 11645.7 s 1158.5 5 12/17/0 9 2:0 5 P M 323 1 J i 11645.7 ! 1158.4 7 12/17/0 9 2:0 5 PM ; 3231"."7 ; 11645.7 ; 1158.4 0 12/17/0 9 2:0 5 PM | 32317 ! 11645.7 ! 1158.3 6 12/17/0 9 2:0 5 PM : 3231.6 ! 11645.6 ! 1158.2 8 12/17/0 9 2:0 6 PM | 3231.5 ! 11935.5 ! 1158.1 4 12/17/0 9 2:0 6 PM : 32314 " 11935.4 ! 1158.0 5 12/17/0 9 2:0 6 PM ! 3231.2 ! 11961.2 ; 1157.9 5 12/17/0 9 2:0 6 PM , 3231.0 ! 11961. 0 1157.8 8 12/17/0 9 2:0 7PM ! 3230.6

. 11960.6 ! 1157.8 1 12/17/0 9 2:0 7PM I 3230!2 : 11987.2 ; 1157.7 2 12/17/0 9 2:0 7PM ! ""322979 ! 11958.9 : 1157.6 4 12/17/0 9 2:0 7PM ! 3229.7 ! 11958.7 ! 1157.5 2 12/17/0 9 2:0 8 PM ! 3229.5 ! 11985.5 ! 1157.4 6 12/17/0 9 2:0 8 PM ! 3229.2 ! 11958.2 ! 1157.3 7 12/17/0 9 2:0 8 PM ! "322971 ! 11958.1 ; 1157.2 8 12/17/0 9 2:0 8 PM ! 3228.9 ! 11957.9 ! 1157.1 9 12/17/0 9 2:0 9 PM ! 3228.8 ! 11957.8 : 1157.1 2 12/17/0 9 2:0 9 PM ; 3228.6 ! 11957.6 ! 1156.9 8 12/17/0 9 2:0 9 PM j 3228.6 ; 11957.6 ; 1156.8 5 "12/17/0 9 2:0 9 P M 3228.6 ; 11957.6 ! 1156.7 7 12/17/0 9 2:1 0 PM ; '"3228.7 ! 11957.7 T 1156.7 3 12/17/0 9 2:1 0 PM ! 3228.8 ! 11957.8 ! 1156.7 7 12/17/0 9 2:1 0 PM ; 322879 ! 11957.9 : 1156.6 1 12/17/0 9 2:1 0 PM ! 3228. 9 11957.9 , 1156.5 1



## VES01886 7

### Uni t4Ru n 2 I Tim e Stam p Liqui d Weigh tHR TTota l Weigh tHR T X-2 2 HR T 12/17/0 9 2:1 1 P M 3228.9 ! 11931. 9 1156.4 4 12/17/0 9 2:1 1 P M 3228.9 : 11931. 9 1156:4 2 12/17/0 9 2:1 1 P M 3228. 8 11931. 8 1156.3 7 12/17/0 9 2:1 1 P M ''32287 : 11931. 7 1156.3 3 12/17/0 9 2:1 2 P M 32287 ; 11931 7 1156.3 0 12/17/0 9 2:1 2 P M 3228. 6 11931. 6 1156.3 8 12/17/0 9 2:1 2 P M """"322875! : 

### 11931. 5 1156.4 0 12/17/0 9 2:1 2 P M 3228.4 ; 11931. 4 1156.3 7 12/17/0 9 2:1 3P M 3228.4" ! 11931. 4 1156.3 4 12/17/0 9 2:1 3P M 3228:6 ! 11931. 6 1156.3 0 12/17/0 9 2:13PM : 

### 3228.6 ! ~ 11931.6 ' 1156.3 5 12/17/0 9 2:1 3P M 322876 ! 11931. 6 1156.3 7 12/17/0 9 2:1 4PM ! 3228.7 ! 11931. 7 1156.4 2 12/17/0 9 2:1 4PM ; 322876 ; 11931.6

- 1156.3 6 12/17/0 9 2:1 4PM ! 322874 ; 11009. 4 1156.3 6 12/17/0 9 2:1 4PM ! 3228.3 ; 11009.3 ; 1156.4 1 12/17/0 9 2:1 5 PM i '3228.T : 12110.1

. 1156.4 5 12/17/0 9 2:1 5 PM ; 3227.9 ; 12109.9 ! 1156.5 2 12/17/0 9 2:1 5 PM ; 322776 ! 12081.6 ; 1156.5 0 12/17/0 9 2:1 5 PM ; 322773 ! 12108.3 ; 1156.5 0 12/17/0 9 2:1 6 PM ! 32277 0 12081.0 ; 1156.5 3 12/17/0 9 2:1 6 PM ! 

### 3226:9 ! 12080.9 ! 1156.5 1 12/17/0 9 2:1 6 PM ^ 3226.7 ! 12107.7 ! 1156.4 5 12/17/0 9 2:1 6 P M 3226.4 ! 12080.4 ! 1156.3 7 12/17/0 9 2:1 7PM | 3226.3 ! 12080.3 ! 1156.3 0 12/17/0 9 2:1 7PM l 322671 ! 12107.1 ! 1156.3 0 12/17/0 9 2:1 7PM i "3226.0: " 12081.0

- 1156.3 0 12/17/0 9 2:1 7PM i 

### 322676 : 12081.0 ! 1156.3 3 12/17/0 9 2:1 8 PM i 3226.1 ! 12108.1 ; 1156.3 5 12/17/0 9 2:1 8 PM ! 3226.2 ! 12081.2 7 1156.2 9 12/17/0 9 2:1 8 PM ! 322674 ! 12081.4 ! 1156.2 7 12/17/0 9 2:1 8 PM ! 3226.6 ; 12107.6 1 1156.2 3 12/17/0 9 2:1 9 PM j ""'322678 7 12081.8 ] 1156.2 8 12/17/0 9 2:1 9 PM ! 3227.1 ; 12082.1 ! 1156.3 2 12/17/0 9 2:1 9 PM j 3227.3 ; 

### 12169.3 ; 1156.3 5 12/17/0 9 2:1 9 PM

- "3227.4!" " 12109.4^ 1156.3 5 12/17/0 9 2:2 0 PM ; 3227.6 ! 12109.6 ! 1156.3 4 12/17/0 9 2:2 0 PM i 322777 ! 12109.7 ! 1156.4 0 12/17/0 9 2:2 0 PM i 3227.9 ! 12109.9 ! 1156.4 2 12/17/0 9 2:2 0 PM | 3228.0 ! 12110.0 ! 1156.4 1 12/17/0 9 2:2 1 PM j 322871 ; 12110.1 ; 1156.4 3 12/17/0 9 2:2 1 PM ! 3228.3 ! 12110.3 ! 1156.4 5 12/17/0 9 2:2 1 PM ; ' " ' 3228.3 : 12110.3 ! 1156.5 0 12/17/0 9 2:2 1 PM ! 3228.5

. 12110.5 : 1156.5 1 12/17/0 9 2:2 2 PM I 3228. 7 12110.7 ! 1156.5 2 12/17/0 9 2:2 2 PM ! 3228.9 ! 12110.9 ! 1156.5 0 12/17/0 9 2:2 2 PM ! '322971 ! 12111.1 ! 1156.5 5 12/17/0 9 2:2 2 PM ! "3229.3 7 13094.3 ! 1156.5 4 12/17/0 9 2:2 3PM ! 3229.3 ; " 13094.3 ! 1156.6 1 12/17/0 9 2:2 3PM ! 3229.4 ! 13094.4 j 1156.6 5

### Uni t4Ru n 2 rime_Stam p ] Liqui d Weigh tHRT' l Tota l Weigh tHR T X-2 2 HR T 12/17/0 9 2:2 3PM ; 12/17/0 9 2:2 3PM ' '"12/17/0 9 2:2 4PM ? 12/17/0 9 2:2 4PM ; 12/17/0 9 2:2 4PM ; 

### 12/17/0 9 2:2 4PM ; 12/17/0 9 2:2 5 PM i "12/T7/0 9 2:2 5 PM. ' 12/17/0 9 2:2 5 PM j "12/17/0 9 2:2 5 PM : 12/17/0 9 2:2 6 PM ; 12717/0 9 2:2 6 PM j 12/17/0 9 2:2 6 PM; i 12/17/0 9 2:2 6 PM ? 12/17/0 9 2:2 7PM : "12/17/0 9 2:2 7PM : 12/17/0 9 2:2 7PM : 

### '12/17/0 9 2:2 7PM ; 12/17/0 9 2:2 8 P M "12/17/0 9 2:28'PM i 12/17/0 9 2:2 8 PM i 12/17/0 9 2:2 8 PM i

1 2 

### /t7/092:29_PM : "12/17/0 9 2:2 9 PM" : 12/17/0 9 2:2 9 PM : 12/17/0 9 2:2 9 PM ; 12/17/0 9 2:3 0 PM ' 12/17/0 9 2:3 0 PM i "12/17/0 9 2:3 0 PM i 12/17/0 9 2:3 0 PM j 12/17/0 9 2:3 1 PM j 12/17/0 9 2:3 1 PM i 12/17/0 9 2:3 1 PM j 12/17/0 9 2:3 1 PM j 12/17/0 9 2:3 2 PM j 12/17/0 9 2:3 2 P M 12/17/0 9 2:32PM j 12/17/0 9 2:3 2 PM i 12/17/0 9 2:3 3PM j 12/17/0 9 2:3 3PM i 12/17/0 9 2:3 3PM j 12/17/0 9 2:3 3PM j 12/17/0 9 2:3 4PM ; 12/17/0 9 2:3 4PM i 12/17/0 9 2:3 4PM ! 12/17/0 9 2:3 4PM

12/17/0 9 2:3 5 PM ; 12/17/0 9 2:3 5 PM ; "12/17/0 9 2:3 5 PMj " 12/17/0 9 2:3 5 PM i 3229.5 j 3229. 6 3229.7 ! 322977 ; 3229: 9 323071? " 3230.2! " 

### '3236:2 ; 3230.3 ! 32303 } 3230.3 : 323674 T 32304! " 323p! 4 

### r 

### 3236:5 : 323674 [ 3230.4 : "323674! ' 3230.4 ? "'323072 ! "3230:'l! " 32"297'9 : '"3229.6! ' 3229.4 ? 32291 ; "3229.1;" " 3229. 0 "3228.9 7 "3228:8! " 32287 9 122871'' ' "3228.6 1 '3228. 5 " 3228.5 ? 3228.6 ! 3228.8' ' 3228:9'! " '3228:9;' " 3229 ? 1? " "3229:2 : '32|aj r "3229.2 j "3229.2i " 32291 7 3229.4 ? 3229.6 ? '322979 ? 3230.2 ? 12305]' " "32307 f 13094.5!

_

"Tl90676i

_ 119267j

_ '119267;

_ 11954.9 ; "l1955:Tj

_ "T19281 ; Tl955.2[ ? 1192p L "11901.3 1 I' l 928.3 7 11901.4 1 1190174 ? 11901.' 4 "1196T 1 Tl90T.4 j 11961.4 : i'1901.4! ' Ii9"6i74 j "1141'il l " T l 411.1 ? 11410.97 " 1141676 ! 11410.4 ? 1141073 ? "i'i4i'6'7"i T 11410.6 : ll409?9 ! 11409.8 ? "f i 40979 ? T14097.8T 11409.6 ! Tl409.5]

_ "T2306l!

_ 12306.6 ;

11450. 1 11477 1 11449. 1 11449.2 ; 1T476 1 Tl450".3 [ "1145674 ?

11450.9 ! 11451.2' " 11478.5 ! "11451.7 ? 1156.6 9

1156.7 3 1156.7 4 1156.7 7 1156.8 2 1156.8 3 1156.9 3 1157.0 1 1157.0 8 1157.1 2 1157.1 4 1157.1 6 1157.1 4 1157.1 9 1157.2 2 1157.2 6 1157.2 7 1157.3 1 1157.3 6 1157.3 9 1157.3 6 1157.3 5 1157.4 2 1157.4 8 1157.5 8 1157.6 6 1157.6 7 1157.7 4 1157.7 8 11577 9 1157.8 5 1157.9 0 1157.9 3 1157.9 8 1158.0 4 12306.8 ! 1158.0 8 12333.9 ! 1158.0 8 11449.9 ! 1158.1 2

1158.1 0 1158.1 8 1158.2 3 1158.3 0 1158.3 0 1158.3 8 1158.4 0 11477.6 ! 1158.4 7

1158.5 5 1158.6 3 1158.6 9 1158.7 1Uni t4 Ru n 2 | I I T"ime_Stam p Liqui d Weigh tHR TTota l Weigh tHR T X-2 2 HR T 12/17/0 9 2:3 6 PM i 12/17/0 9 2:3 6 PM " 12/17/0 9 2:3 6 P M 12/17/09 2 T2 /T7/0 9 2 :3 6 P M

3 7 P M 12/17/0 9 2:3 7 P M 12/17/0 9 2:3 7 PM i 12/17/0 9 2:3 7 P M 12/17/0 9 2:3 8 PM ;

12/17/0 9 2:3 9 PM i 12/17/0 9 2:3 9 PM ?

12/17/0 9 2:4 0 PM i 12/17/0 9 2:4 0 PM ; 12/17/0 9 2:4 0 PM I

12/17/0 9 2:4 3 PM |

12/17/0 9 2:4 3 PM j 12/17/0 9 2:4 4 PM ; 12717/0 9 2:4 4 PM ?

12/17/0 9 2:4 4 PM ; 12/17/0 9 2:4 5 P M 12/17/0 9 2:4 5 P M 12/17/0 9 2:4 5 PM ; 12/17/0 9 2:4 5 PM | 12/17/0 9 2:4 6 PM i

12/17/0 9 2:4 6 PM I

12/17/0 9 2:4 7 P M 12/17/0 9 2:4 7 PM j

12(17/0 9 2:4 8 PM ; 12/17/0 9 2:3 8 PM ; 12/17/0 9 2:3 8 PM j 12/17/0 9 2:3 8 PM ; 12/17/0 9 2:3 9 PM ?

12/17/0 9 2:3 9 PM j

12/17/0 9 2:4 0 PM j 12/17/0 9 2:4 1 PM; " T2/17/0 9 2:4 1 PM I 12/17/0 9 2:4 1 PM ; 12/17/0 9 2:4 1 PM j 12/17/0 9 2:4 2 P M "12/17/0 9 2:4 2 PM j 12/17/0 9 2:42PM I 12/17/0 9 2:4 2 PM l

12/17/0 9 2:4 3 PM I "12/17/0 9 2:4 3 PM I

12/17/0 9 2:4 4 PM i

12/17/0 9 2:4 6 PM j

12/17/0 9 2:4 6 PM j

12/17/0 9 2:4 7 PM j '12/17/0 9 2:4 7 PM ;

12/17/0 9 2:4 8 PM | 3231.0 1 32311 ! 32314:

- 3231.8 ! 323179 !
323276 7 3232?T ' 3232. 2 323272 7 323273 ! 323274 7

" 32321 7 323274. " """323274! " 323274 ] "'""323247 7 '323273

. 3232

. 3 '32327 1 "3232.2 ; 3232il ! '323276 7 323179 ? 32318 ! 32316 ! 32316 ! 3231. 7 '3231.8 ? 32327 0 323272 ? 3232. 4 3232.7 ? 3232.9 : 3233. 1 "323372 ! 323372 ! 323373 ? "323374 ; 323373 ? "3233 ?3 ! 323373 ? "323373] ' 323372 ! "3233 .2 ' f 3233?2 [ 3233 ? 1 '323376 ? 32337T7 3233.1 ; "3233761 ' 11452.0 ! 1158.7 2 11479.2 ? 1158.7 5 11452. 4 1158.8 0 11452.8 ! 1158.8 4 '11452.9 ! 1158.9 0 "1142676; 1158.9 9 11426.1 ! 1159.0 6 1142672 ! 1159.1 7 11426. 1 1159.2 6 11426.3 ! 11426. 4 11426.3 7 T142674 ?

11382.3.

. I'l38l.4 r 1159.2 9

1159.3 5 1159.4 2 1159.4 5 11426.4 1 1159.5 6 11426.4 ? 1159.6 1 12388? 4 1159.4 9 12388.3 ? 1159.4 4 12381. 3 1159.4 2 "1238872 ; 1159.3 4 11353.2 ! 1159.3 2 11380.1 1 1159.2 9 

### 1138676 7 "l'l379?9i

_ 1140678 ? 1159.2 4

1159.2 5 1159.4 0 11379.6 1 1159.4 7 11379.6 ; 1159.4 4 11407. 7 1159.4 8 1138078 ; 1159.4 6 1138176' ; 1159.5 6 11381.2 ' 1159.5 9

' 11381.4 ; 1159.5 9 113817 7 1159.6 1 11381 1 1159.5 9 1138271 ? "1138272 ! 1159.5 7

1159.6 3 11382.2 ! 1159.6 9

1159.7 2 1159.7 3 11355. 3 1159.6 5 11355.3 1 1159.6 1 11355,3 ^

1159.6 3 11355. 3 1159.6 2 '1135572 ? 1159.6 5 11355.2 : 1159.6 2 11355 1 1159.6 4

1159.5 9 11355.1 ! "I1355l [ 12432.1 ! 1159.5 9

1159.6 0

12432.1 ! 1159.5 9 12432.0 ! 1159.5 7Uni t4Ru n 2 

### |

, ' Tirrt' e "Stam p Liqui d We'ighltli tiTdi ! Weigh tHR T X-2 2 HR T 12/17/0 9 2:4 8 P M 3232.9 ; 12458.9 ! 1159.5 7 12/17/0 9 2:4 8 P M " ' 3232:9

. 12458. 9 1159.5 4 12/17/0 9 2:4 9 P M 3232:8 ! 12485.8 ! 1159.5 2 12/17/0 9 2:4 9 P M 3232.8 ! 11385.8 ; 1159.4 8 12/17/0 9 2:4 9 P M 3232.7 ; 11385.7 ! 1159.4 0 12/17/0 9 2:4 9 P M 3232.6 ! 11413. 6 1159.4 3 12/17/0 9 2:5 0 P M 3232.6 ; 11386. 6 1159.4 7 12/17/0 9 2:5 0 P M 3232.5 ; 11386.5 ! 1159.3 9 12/17/0 9 2:5 0 P M 3232:4; ' 11413. 4 1159.3 7 12/17/0 9 2:5 0 P M 3232.4 ; 11386. 4 1159.3 2 12/17/0 9 2:5 1 PM ' 3232.3 ; 11386. 3 1159.2 5 12/17/0 9 2:5 1 PM i 3232. 5 " 11413. 5 1159.2 1 12/17/0 9 2:5 1 P M 3232.5 ? "11387. 5 1159.2 4 12/17/0 9 2:5 1 PM ; 3232.7 ' 11387. 7 1159.1 7 12717/0 9 2:5 2 PM ! 3232. 9 11386. 9 1159.1 8 12717/0 9 2:5 2 PM ! 3233': 2 11387. 2 1159.2 0 12717/0 9 2:5 2 PM ; "3233.4 " 11387. 4 1159.2 1 12717/0 9 2:5 2 PM i 3233.6 j 113667 6 1159.1 9 12/17/0 9 2:5 3PM j 3233": 9 11360. 9 1159.1 2 12/17/0 9 2:5 3PM j '""3234.2?"' " 11361 2 1159.0 8 12/17/0 9 2:5 3PM ! 3234. 4 11334. 4 1159.0 5 12/17/0 9 2:5 3PM ; 3234:5 : 11334. 5 1159.1 1 12/17/0 9 2:5 4PM j " 3234.8 ! " 11334. 8 1159.1 2 12/17/0 9 2:5 4PM | 3235.0

. 11335.6 " 1159.1 0 12/17/0 9 2:5 4PM ! 3235.6 ! 11335. 0 1159.0 6 12/17/0 9 2:5 4PM ! 3235.6 ! 11335. 0 1158.9 6 12/17/0 9 2:5 5 PM i 3235. 1 11335. 1 1158.9 3 12/17/0 9 2:5 5 PM ! 3235.1 ; 11335. 1 1158.9 1 12/17/0 9 2:5 5 PM i 3235.1 ! 11335. 1 1158.8 8 12/17/0 9 2:5 5 PM ; 3235:6 ; " 12454. 0 1158.8 2 12/17/0 9 2:5 6 PM ! 3234.9 ? 12453. 9 1158.7 5 12/17/0 9 2:5 6 PM i 3234.8 ; 12453. 8 1158.7 0 12/17/0 9 2:5 6 PM ; 3234.6 ? 12453. 6 1158.6 8 12/17/0 9 2:5 6 PM ! 3234.4 : 12453. 4 1158.6 3 12/17/0 9 2:5 7PM i "3234.I;' " 12480. 1 1158.6 2 12/17/0 9 2:5 7PM ; 3233.8 i 12479.8 ; 1158.5 8 12/17/0 9 2:5 7PM ! 3233.5 : 12479. 5 1158.5 1 12/17/0 9 2:5 7PM ! 3233.1 ! 11674. 1 1158.4 5 12/17/0 9 2:5 8 PM i 3232.7 : 11673.7 ! 1158.4 5 12/17/0 9 2:5 8 PM ! 3232.2 ] 11673.2 ! 1158.3 5 12/17/0 9 2:5 8 PM ! 3232.0? " 11700.0 ! 1158.3 7 12/17/0 9 2:5 8 PM ! 3231 8 11699.8 ! 1158.3 6 12/17/0 9 2:5 9 PM j 32317 6 " 11699.6 ] 1158.2 5 12/17/0 9 2:5 9 PM ! 3231.5 ; 11726.5 ! 1158.2 0 12/17/0 9 2:5 9 PM j 3231.4 ! 11699.4 ! 1158.1 6 12/17/0 9 2:5 9 PM I 3231.4 ! 1172674 ! 1158.1 3 12/17/0 9 3:0 0 PM ! '3231. 3 11726.3 ! 1158.0 6 12/17/0 9 3:0 0 PM j 3231:3]" " 11699.3 ! 1158.0 1 12/17/0 9 3:0 0 PM |
~ " 32313' ' 11726.3 : 1158.0 3 12/17/0 9 3:0 0 PM ! * "323T.2 ; 11726.2 ! 1157.9 7Uni tARu n 2 

### | / " rimej]Stam p Liqui d Weigh tHR T Tota l Weigh tHR T X-2 2 HR T 12/17/0 9 3:0 1 PM i 3231 1 11699. 1 1157.9 9 12/17/0 9 3:0 1 PM ; 3230. 9 " T1698. 9 1157.9 4 12/17/0 9 3:0 1 P M 3230. 7 11698. 7 1157.9 2 12/17/0 9 3:0 1 PM :3230. 5 116717 5 1158.0 5 12/17/0 9 3:0 2 PM , 3230. 2 11671. 2 1158.1 1 12/17/0 9 3:0 2 PM ; 3229. 9 11670. 9 1158,2 1 12/17/0 9 3:0 2 P M 3229. 6 11643. 6 1158.2 8 12/17/0 9 3:0 2 PM i 3229. 4 11643. 4

. 1158.3 3 12/17/0 9 3:0 3P M 3229. 1 11643. 1 1158.4 3 12717/0 9 3:0 3P M 3228. 9 11615. 9 1158.5 0 12/17/0 9 3:0 3P M 32287 8 11615. 8 1158.5 9 12/17/0 9 3:0 3P M ""'"3228.8

. 11615. 8 1158.6 6 12/17/0 9 3:0 4P M 3228.8 : 11615. 8 11587 3 12/17/0 9 3:0 4P M " 32287 ; 11615. 7 1158.8 2 12/17/0 9 3:0 4P M "'''32287 7 11615. 7 1158.8 7 12/17/0 9 3:0 4P M 3228.6 ! 11615. 6 1158.9 0 12/17/0 9 3:0 5 P M 3228.6 i 11615. 6 1159.0 0 12/17/0 9 3:0 5 P M 3228.5 ! 11615. 5 1159.1 2 12/17/0 9 3:0 5 P M 3228.5 ] 11615. 5 1159.1 3 12/17/0 9 3:0 5 P M 3228.4 ; 12424.4 ! 1159.2 1 12/17/0 9 3:0 6 P M 3228.4

. 11256.4 ^ 1159.2 6 12/17/0 9 3:0 6 P M 3228?3 i 11256.3 ; 1159.3 8 12/17/0 9 3:0 6 P M 322872

. 11230.2 ! 1159.4 9 12/17/0 9 3:0 6 P M 3228.2; ' 11230.2 ! 1159.5 7 12/17/0 9 3:0 7P M 3228.1 ? 11230.1 ! 1159.6 9 12/17/0 9 3:0 7P M " 322871 ! 11203.1 ! 1159.7 7 '12/17/0 9 3:0 7P M 3228. 1 11203.1 ! 1159.8 3 12/17/0 9 3:0 7P M 3228. 1 11229.1 ! 1159.9 7 12/17/0 9 3:0 8 P M 3228.1 [ 11202.1 ! 1160.0 4 12/17/0 9 3:0 8 P M 3228.2 ! 11202.2 ! 1160.1 5 12/17/0 9 3:0 8 P M 322872 ! 11228.2 ; 1160.2 4 12/17/0 9 3:0 8 P M 3228.4 : 11201.4 ; 1160.2 9 12/17/0 9 3:0 9 P M 3228.6 7 11201.6 ? 1160.4 2 12/17/0 9 3:0 9 P M 322878, ' 11227.8 ! 1160.5 5 12/17/0 9 3:0 9 P M 322879 ? 11200.9 ! 1160.7 0 12/17/0 9 3:0 9 P M 3229.1 " 11201.1 : 11607 9 12/17/0 9 3:1 0 PM " 32297 1 11227.1 ! 11607 8 12/17/0 9 3:1 0 PM

. 3229.2 ? 11200.2 ; 1160.8 6 12/17/0 9 3:1 0 PM ; 3229. 3 11200.3 ! 11610 5 12/17/0 9 3:1 0 PM : 3229.4 ! 11226.4 ; 1161.2 0 12/17/0 9 3:1 1 PM ; '3229.5 : 11226.5 ! 1161.3 2 12/17/0 9 3:1 1 PM ; 3229.5 ! 11226.5 ; 1161.3 2 12/17/0 9 3:1 1 PM

. 3229.6 : 11252.6 ! 1161.3 4 12/17/0 9 3:1 1 PM i 3229. 7 11252.7 1 1161.4 0 12/17/0 9 3:1 2 PM i 3229. 8 11252.8 1 1161.4 9 12/17/0 9 3:1 2 PM i '3230.0 ; 11253.6 ! 1161.4 6 12/17/0 9 3:1 2 PM : 323671 ! 11253.l l 1161.5 0 12/17/0 9 3:1 2 P M 3230.3 ; 11253.3 " 1161.5 3 12/17/0 9 3:1 3 P M 3230. 4 11253.4 ! 1161.5 3 12/17/0 9 3:1 3PM : 3230.3 ; 11253.3 ; 1161.5 9Unit 4 Ru n 2 

# j ?;' : a^iraeTSIampTS ^ Liqui d Weigh tHR T Tota l Weigh tHR TX-2 2 HR T 12/17/0 9 3:1 3 P M 3230.3 ! 11253.3 ! 1161.6 4 12/17/0 9 3:1 3 P M 3230.3 ; 11253.3 1 1161.7 0 12/17/0 9 3 ; 1 4 P M 3230. 3 11253.3 j 1161.7 0 12/17/0 9 3:1 4 P M 3230. 5 11253.5 ! 1161.7 3 12/17/0 9 3:1 4 P M 3230. 8 11253.8 ! 1161.7 5 12/17/0 9 3:1 4 P M 3230. 9 11253.9 ; 1161.7 7 12/17/0 9 3:1 5 P M 3231. 1 11427.1 ! 1161.8 5 12/17/0 9 3:1 5 P M 3231. 2 11427.2 ! 1161.8 9 12/17/0 9 3:1 5 P M 3231. 4 11453.4 ; 1161.9 3 12/17/0 9 3:1 5 P M ""3231. 6 11426.6 ! 1162.0 3 12/17/0 9 3:1 6 P M 3231. 7 11426.7 ! 1162.0 9 12/17/0 9 3:1 6 P M 3231. 8 11452.8 ! 1162.1 7 12/17/0 9 3:1 6 P M 3231 9 11425.9 ; 1162.3 1 12/17/0 9 3:1 6 P M 3232. 6 11426.0 ; 1162.5 2 12/17/0 9 3:1 7 P M ""32321 ! 11452.2 ] 1162.7 1 12/17/0 9 3:1 7 P M 3232.4 ; 11425.4 ] 1162.8 6 12/17/0 9 3:1 7 PM ; 32327 4 11425.4 ! 1162.9 8 12/17/0 9 3:1 7 PM ; ~3232.3 ! 11451.3 ; 1163.1 4 T~2/17/0 9 3:1 8 P M 323Z3 7 11424.3 ! 1163.4 0 12/17/0 9 3:1 8 PM ! 3232. 2 11424.2 ; 1163.5 1 12/17/0 9 3:1 8 PM ' 3232.0 ! 11450.0 ! 1163.5 9 12/17/0 9 3:1 8 PM j 323i.9 : 11423.9 ! 1164.3 0 12/17/0 9 3:1 9 PM I """'3231.7 ' 11423.7 1 1163.7 5 12/17/0 9 3:1 9 PM ; "12314 ] 11449.4 1 1163.2 1 12/17/0 9 3:1 9 P M 32312 ; 11422.2 ! 1162.8 6 12/17/0 9 3:1 9 PM 1 3230.9 : 11421.9 ! 1162.7 3 12/17/0 9 3:2 0 PM ' 3230. 6 11421.6 ! 1162.6 9 12/17/0 9 3:2 0 PM : 3231 1 11421.3 : 1162.6 3 12/17/0 9 3:2 0 PM ; 32361 ! 11421.0 ; 1162.5 1 12/17/0 9 3:2 0 PM j "3229. 7 11420.7 ! 1162.4 9 12/17/0 9 3:2 1 PM ! 32211 ; 11420.5 : 1162.5 0 12/17/0 9 3:2 1 PM i 3229.3] ' 11420.3 : 1162.4 8 12/17/0 9 3:2 1 PM : 3229.0 ] 11420.0 ! 1162.3 9 12/17/0 9 3:2 1 PM | 32291 : 11420.0 ; 1162.3 4 12/17/0 9 3:2 2 PM i 3228.9 ! 12331.9 ! 1162.3 1 12/17/0 9 3:2 2 PM ; 3228.7 ; 12331.7 ! 1162.2 7 12/17/0 9 3:2 2 PM ! 3228.6 ! 12331.6 ! 1162.1 9 12/17/0 9 3:2 2 PM ! 3228. 5 11374.5 ! 1162.1 5 12/17/0 9 3:2 3 PM ! 3228.5 1 11374.5 ; 1162.0 4 12/17/0 9 3:2 3 PM "' 7 3228.4 ! 11374.4 , 11619 9 12/17/0 9 3:2 3 PM f 3228.3 ! 11400.3 : 1161.9 4 12/17/0 9 3:2 3 PM ! 3228.2 ; 11466 .2 T 1161.8 2 12/17/0 9 3:2 4 PM i 3228] 1 11374.1 ! 1161.7 4 12/17/0 9 3:2 4 PM I 3228.0 ! 11374.0 ! 1161.6 7 12/17/0 9 3:2 4 PM i 3227.9 ; 11371.9 1 1161.6 1 12/17/0 9 3:2 4 PM i 3227 1 11371.8 ' 1161.5 7 12/17/0 9 3:2 5 PM l 3228.0 ; 11372.0 ; 1161.4 7 12/17/0 9 3:2 5 PM i '"3228.1 : 11371. 1 1161.3 8 12/17/0 9 3:2 5 PM ! 3228.2 j 11371.2 ! 1161.3 3 12/17/0 9 3:2 5 PM ; 3228.4 ! 1137l4 i 11612 5Unit 4Ru n 2 | | Liqui d Weigh tHR TTota l Weigh tHR T X-22'HR T 12/17/0 9 3:2 6 PM i 3228.6 ; 11344. 6 1161.1 7 12/17/0 9 3:2 6 PM i 3228.7; " 11344. 71161.1 2 12/17/0 9 3:2 6 PM , '"3229.6 ; 11345.0 ' 1161.0 5 12/17/0 9 3:2 6 PM : 32291 ; 11345.2 ! 1160.9 6 12/17/0 9 3:2 7P M " "32294! " 11345.4 ; 1160.8 5 12/17/0 9 3:2 7PM : 3229761 ' Tl345.6 ] 1160.8 2 12/17/0 9 3:2 7PM : 3229.7 i 11345.7 ! 1160.7 5 12/17/0 9 3:2 7PM : 32297 ; 11345.7 ! 1160.7 1 12/17/0 9 3:2 8 PM : 3229.7 ; 11345.7 ? 1160.6 2 12/17/0 9 3:2 8 PM : 3229.9 1 11345. 9 1160.5 3 12/17/0 9 3:2 8 PM : 3229T9( " 11345. 9 1160.5 5 12/17/0 9 3:2 8 PM ; 32361 ! 1134671 " 1160.5 0 12/17/0 9 3:2 9 P M 323673 ! 11346. 3 1160.4 0 12/17/0 9 3:2 9 PM i 323674 ] "113467 4 1160.3 5 12/17/0 9 3:2 9 PM ; 3236. 4 1 "1346. 4 1160.2 4 12/17/0 9 3:2 9 PM ; 3230. 5 113467 5 1160.1 4 12/17/0 9 3:3 0 PM | •3230.6 ! 11346. 6 1160.0 6 12/17/0 9 3:3 0 PM ; "32307!"'"''"" ' 11346. 7 1159.9 9 12/17/0 9 3:3 0 PM i 32367 8 11346. 8 1159.9 3 12/17/0 9 3:3 0 PM I " "32361" ~ 11346. 9 1159.8 9 12/17/0 9 3:3 1 PM i 323 1 .O j il'347.0 1 1159.8 1 12/17/0 9 3:3 1 PM I 3231.0 ! 11347 0 1159.7 4 12/17/0 9 3:3 1 PM i '"""" " 3231727""" " 11347. 2 1159.6 9 12/17/0 9 3:3 1 PM i ' 3231.1

. 104"56!' i 1159.6 3 12/17/0 9 3:3 2 PM : 3231.0 ! 10450. 0 1159.5 5 12/17/0 9 3:3 2 PM j 323079 ! 10449. 9 1159.4 7 12/17/0 9 3:3 2 PM i 32368 ! 10422. 8 1159.4 4 12/17/0 9 3:3 2 PM | 3230.7 ; 11114. 7 1159.3 8 12/17/0 9 3:3 3PM i '323676 ! 11114. 6 1159.2 9 12/17/0 9 3:3 3PM l 3230.4 ! 11087. 4 1'159.2 2 12/17/0 9 3:3 3PM | 323675 ? l i 087. 5 1159.1 5 12/17/0 9 3:3 3PM ; 323674; " " 11087. 4 1159.0 9 12/17/0 9 3:3 4PM | "323674 j 11066. 4 1159.0 2 12/17/0 9 3:3 4PM : 3230.4 ! 11060. 4 1158.9 7 12/17/0 9 3:3 4PM j 3230.4 ! 11060. 4 1158.9 1 12/17/0 9 3:3 4PM | 3230.3 ! 11033. 3 1158.8 6 Maximum | 32351 ] 13094. 5 1164. 5



## VES018874UnlttM (PM.HCI/CI2 ) Run M Date; 12/18/0

9 Tes trime : 09:5

0 t o 10:5 2 Ru n Lengt h (minutes

) - 6 2 Averag e Thermal Chlorine Ash Feedrat e Loading Loading Loading Wast eTyp e Btu/l b %Chlorin e %Ash (Ib/hr

) (MMBtu/hr

) (Ib/hr ) (Ib/hr

) PC C High Bt

u 866 0 0.2

3 0.3

3 122

0 10.5

7 2.

8 4.

0 PC C Lo wBt u 18 9 0.1 6 0.4

2 202

1 0.3

8 3.

2 8.

5 SC C High Bt

u 982 0 0.1 4 0.1 8 114 0 11.1 9 1. 6 2; i
Bul k Solids 19 6 0.

1 80.

1 763

2 1.5

0 7.

6 6112.

9 Containerize

d Solids 90 0 0.0

1 74.

4 98

7 0.8

9 0.

1 734.

4 (Chlorin eSpike ) 2 5 89.

8 0.

1 25

5 0.0

1 229.

4 0.

3
Total s 1325 5 24.

5 24

5 686

2 Containerize

d Solids : Numbe

ro f Tota l Charge

s Averag

e CI 2 Spik e Wast

e Charge s Weigh

t Pe rHou r Lb/Hr Lb/Hr Lb/Hr 4 4 128

4 42.

6 124

3 25

5 98

7 6. 0 Ib/ch g 89.8 %CI 2 Bul k Solids : Tota

l Averaq

e Weigh t Lb/Hr 788 6 L763

2

Unit *(D/F ) Run # 3 Date : 12/18/0

9 TestTirre : 11:4

5 t o 14:5 0 Ru n Length (minutes

) - 18 5 Averag e Thermal Chlorine Ash Feedrat e Loading Loading Loading Wast eTyp e Btu/l b %Chlorin e %Ash (Ib/hr

) (MMBtu/hr

) (Ib/hr ) (Ib/hr

) PCC High Btu 851 0 0.2 3 0.3

1 125

9 10.7

1 2.

9 3.

9 PCC Lo wBtu 24 6 0.1 7 0.3

4 206

0 0.5

1 3.

5 7.

0 SCC High Bt

u 977 0 0.1 4 0.1 9 118 3 11.5

6 1.

7 2.

2
Bul k Solids 90 0 0.0

2 79.

4 811 4 7.3

0 1.

6 6442.

7 Containerize

d Solids 90 0 0.0

1 73.

7

. 93

3 0.8

4 0.

1 687.

7 ChlorineSpike

) 2 5 89.

8 0.

1 12

1 0.0

0 10B.

3 0..

1
Total s 1367 0 30.

9 11 8 7144 " Containerize

d Solids : Numbe

ro f Tota l Charge

s Averag

e CI 2 Spik e Wast

e Charge s Weigh

t Pe rHou r Lb/Hr Lb/Hr Lb/Hr 12 4 324

9 40.

2 105

4 12

1 93

3 3. 0 Ib/ch g 89,6 %CI 2 Bul k Solids : Tota

l Averag

e Weigh t Lb/Hr 2501 9 811 4



## VES018875I Unit*Ru n 3
1 In c Statio n BurnTim e Rec-Dru m Ib s 4 Au

x De c1 8 200 9 10:51AM 353610- 3 2

9 4 Au

x De c1 8 200 9 10:50AM 353610- 3 2

9 4 Shredde

d De c1 8 200 9 10:48AM PT001 61 2 4 Au

x De c1 8 200 9 10:46AM 353610- 3 2

9 4 Au

x De c1 8 200 9 10:46AM 353610- 3 3

0 4 Shredde

d De c1 8 200 9 10:45AM PT001 103 0 A Au

x De c1 8 200 9 10:44AM 353610- 3 2

9 4 Au

x De c1 8 200 9 10:43AM 353610- 3 2

9 4 Au

x De c1 8 200 9 10:43AM 353610- 3 3

0 4 Au

x De c1 8 200 9 10:42AM 353610- 3 2

9 4 Au

x De c1 8 200 9 10:42AM 353610- 3 2

9 4 Au

x De c1 8 200 9 10:42AM 353610- 3 2

9 4 Au

x De c1 8 200 9 10:41AM 353610- 3 2

9 4 Shredde

d De c1 8 200 9 10:38AM PT001 114 7 4 Au

x De c1 8 200 9 10:36AM 353610- 3 2

9 4 Au

x De c1 8 200 9 10:36AM 353610- 3 31 4 ' Au

x De c1 8 200 9 10:35AM 353610-3 2 9 4 Au

x De c1 8 200 9 10:35AM 353610-3 2 9 4 Au

x De c1 8 200 9 10:34AM 353610-3 2 9 4 Au

x De c1 8 200 9 10:34AM 353610- 3 2

9 4 Au

x De c1 8 200 9 10:34AM 353610-3 2 9 4 Shredde

d De c1 8 200 9 10:29AM PT001 113 9 4 Au

x De c1 8 200 9 10:28AM 353610- 3 2

9 4 Au

x De c1 8 200 9 10:27AM 353610- 3 2

9 4 Au

x De c1 8 200 9 10:27AM 353610-3 2 9 4 Au

x De c1 8 200 9 10:26AM 353610-3 2 9 4 Au

x De c1 8 200 9 10:26AM 353610- 3 3

0 4 Au

x De c1 8 200 9 10:26AM 353610-3 2 9 4 Shredde

d De c1 8 200 9 10:20AM PT00 1 111 2 4 Au

x De c1 8 200 9 10:18AM 353610-3 2 9 

### + Au

x De c1 8 200 9 10:18AM 353610- 3 3

0 4 Au

x De c1 8 200 9 10:17AM 353610- 3 3

0 4 - Au

x De c1 8 200 9 10:17AM 353610-3 2 9 4 - Au

x De c1 8 200 9 10:17AM 353610-3 2 9 4 Shredde

d De c1 8 200 9 10:11AM PT00 1 89 5 4 Au

x De c1 8 200 9 10:10AM 353610-3 2 9 4 Au

x De c1 8 200 9 10:09AM 353610-3 2 9 4 Au

x De c1 8 200 9 10:09AM 353610-3 2 9 4 Au

x De c1 8 200 9 10:08AM 353610-3 2 9 4 Au

x De c1 8 200 9 10:08AM 353610-3 2 9 4 Shredde

d De c1 8 200 9 10:02AM PT00 1 98 9 4 Au

x De c1 8 200 9 10:00AM 353610-3 2 9 4 Au

x De c1 8 200 9 10:00AM 353610-3 3 0 4 Au

x De c1 8 200 9 9:59AM 353610-3 2 9 4 Au

x De c1 8 200 9 9:59AM 353610-3 2 9 4 Au

x De c1 8 200 9 9:59AM 353610-3 2 9 4 Shredde

d De c1 8 200 9 9:53AM PT00 1 96 2 4 Au

x De c1 8 200 9 9:52AM 353610-3 2 9 4 Au

x De c1 8 200 9 9:52AM 353610-3 2 9 4 Au

x De c1 8 200 9 9:51AM 353610-3 2 9 4 Au

x De c1 8 200 9 9:51AM 353610-3 2 9 4 Au

x De c1 8 200 9 9:50AM 353610-3 2 9 To t
5 2 Row s Span : 1 (Hrs ) 1 (Min ) UniqueIDs : 2 917 0 Containers: 4 4Charge s Charg eWg t 128

4
Bulk : 8Charge s Charg eWg t 788

6|Unit 4Ru n 3
1 In c Statio n BurnTim e Rec-Dru m Ib s 4 |De c1 8 200 9 2:45P M PT00 1 88 5 4 Au x De c1 8 200 9 2:42P M 353610- 4 2 5 4 Au x De c1 8 200 9 2:41P M 353610- 4 2 4 4 Au x De c1 8 200 9 2:40P M 353610- 4 2 4 4 Au x De c1 8 200 9 2:40P M 353610- 4 2 4 4 Au x De c1 8 200 9 2:39P M 353610- 4 2 4 4 Au x De c1 8 200 9 2:38P M 353610- 4 2 3 4 Shredde d De c1 8 200 9 2:37P M PT00 1 1243 4 Au x De c1 8 200 9 2:33P M 353610- 4 2 4 4 Au x De c1 8 200 9 2:32P M 353610- 4 2 6 4 Au x De c1 8 200 9 2:31P M 353610- 4 2 7 4 Au x De c1 8 200 9 2:30P M

. 353610- 4 2 6 4 Au x De c1 8 200 9 2:30P M 353610- 4 2 7 4 ' Au x De c1 8 200 9 2:29P M 353610- 4 2 7 4 Shredde d De c1 8 200 9 2:28P M PT00 1 132 3 4 Au x De c1 8 200 9 2:24P M 353610- 4 2 6 4 Au x De c1 8 200 9 2:23P M 353610- 4 2 6 4 Au x De c1 8 200 9 2:23P M 353610- 4 2 6 4 Au x De c1 8 200 9 2:22P M 353610- 4 2 7 4 Au x De c1 8 200 9 2:21P M 353610- 4 2 6 4 Au x De c1 8 200 9 2:21P M 353610- 4 2 7 4 Shredde d De c1 8 200 9 2:19P M PT00 1 121 1 4 Au x De c1 8 200 9 2:15P M 353610- 4 2 7 4 Au x De c1 8 200 9 2:14P M 353610- 4 2 7 4 Au x De c1 8 200 9 2:13P M 353610- 4 2 7 4 Au x De c1 8 200 9 2:13P M 353610- 4 2 7 4 Au x De c1 8 200 9 2:12P M 353610- 4 2 6 4 Au x De c1 8 200 9 2:11P M 353610- 4 2 6 4 Shredde d De c1 8 200 9 2:10P M PT00 1 1270 4 Au x De c1 8 200 9 2:07P M 353610- 4 2 6 4 Au x De c1 8 200 9 2:06P M 353610- 4 2 6 4 Au x De c1 8 200 9 2:05P M 353610- 4 2 6 4 Au x De c1 8 200 9 2:05P M 353610- 4 2 6 4 Au x De c1 8 200 9 2:04P M 353610- 4 2 6 4 Au x De c1 8 200 9 2:03P M 353610- 4 2 6 4 Shredde d De c1 8 200 9 2:02P M PT00 1 125 1 4 Au x De c1 8 200 9 1:59P M 353610- 4 2 6 4 Au x De c1 8 200 9 1:58P M 353610- 4 2 6 4 Au x De c1 8 200 9 1:57P M 353610- 4 2 6 4 Au x De c1 8 200 9 1:57P M 353610- 4 2 6 4 Au x De c1 8 200 9 1:56P M 353610- 4 2 7 4 Au x De c1 8 200 9 1:55P M 353610- 4 2 7 4 Shredde d De c1 8 200 9 1:54P M PT00 1 123 0 4 - Au x De c1 8 200 9 1:51P M 353610- 4 2 7 4 Au x De c1 8 200 9 1:51P M 353610- 4 2 7 4 Au x De c1 8 200 9 1:50P M 353610- 4 2 7

' 4 Au x De c1 8 200 9 1:49P M 353610- 4 2 7 4 Au x De c1 8 200 9 1:48P M 353610- 4 2 7 4 Au x De c1 8 200 9 1:48P M 353610- 4 2 7 4 Shredde d De c1 8 200 9 1:47P M PT00 1 1266 4 Au x De c1 8 200 9 1:42P M 353610- 4 2 7 4 Au x De c1 8 200 9 1:42P M 353610- 4 2 7 4 Au x De c1 8 200 9 1:41P M 353610- 4 2 7 4 Au x De c1 8 200 9 1:40P M 353610- 4 2 7 4 Au x De c1 8 200 9 1:39P M 353610- 4 2 7



## VES018877I Unit4 Ru n 3
In c Statio n BurnTim e Rec-Dru m Ib s 4 Au x De c1 8 200 9 1;39P M 353610- 4 27 4 Shredde d De c1 8 200 9 1:37P M PT00 1 119 9 4 Au x De c1 8 200 9 1:34P M 353610- 4 2 7 4 Au x De c1 8 200 9 1:33P M 353610- 4 27 4 Aux Dec1 8 200 9 1:32P M 353610- 4 2 7 4 Aux De c1 8 200 9 1:32P M 353610- 4 2 6 4 Au x De c1 8 200 9 1:31P M

. 353610- 4 2 7 4 Au x De c1 8 200 9 1:30P M 353610- 4 2 7 4 Shredde d De c1 8 200 9 1:29P M PT00 1 113 5 4 Au x De c1 8 200 9 1:25P M 353610- 4 2 7 4 Au x De c1 8 200 9 1:24P M 353610- 4 2 7 4 Au x De c1 8 2009.1:23P M 353610- 4 2 7 4 Au x De c1 8 200 9 1:23P M 353610- 4 2 7 4 Au x De c1 8 200 9 1:22P M 353610- 4 2 7 4 Au x De c1 8 200 9 1:21P M 353610- 4 2 7 4 Shredde d De c1 8 200 9 1:20P M PT00 1 116 5 4 Au x De c1 8 200 9 1:17P M 353610- 4 2 7 4 Au x De c1 8 200 9 1:15P M 353610- 4 2 7 4 Aux De c1 8 200 9 1:15P M 353610- 4 27 4 Aux De c1 8 200 9 1:14P M 353610- 4 2 7 4 Aux De c1 8 200 9 1:13P M 353610- 4 2 6 4 Au x De c1 8 200 9 1:13P M 353610- 4 2 6 4 Shredde d De c1 8 200 9 1:11P M PT00 1 122 2 4 Au x De c1 8 200 9 1:08P M 353610- 4 2 6 4 Aux De c1 8 200 9 1:07P M

. 353610- 4 2 6 4 Aux De c1 8 200 9 1:06P M 353610- 4 26 4 Au x De c1 8 200 9 1:06P M 353610- 4 26 4 Au x De c1 8 200 9 1:05P M 353610- 4 26 4 Aux De c1 8 200 9 1:04P M 353610- 4 26 4 Shredde d De c1 8 200 9 1:03P M PT00 1 105 5 4 Au x De c1 8 200 9 1:00P M 353610- 4 2 6 4 Aux De c1 8 200 9 12:59P M 353610- 4 2 6 4 Au x De c1 8 200 9 12:59P M 353610- 4 2 7 4 Au x De c1 8 200 9 12:58P M 353610- 4 2 6 4 Au x De c1 8 200 9 12:57P M 353610- 4 26 4 Au x De c1 8 200 9 12:56P M 353610- 4 2 6 4 Shredde d De c1 8 200 9 12:55P M PT00 1 104 9 4 Au x De c1 8 200 9 12:52P M 353610- 4 2 6 4 Aux De c1 8 200 9 12:51P M 353610- 4 26 4 Au x De c1 8 200 9 12:50P M 353610- 4 2 6 4 Au x Dec1 8 200 9 12:50P M 353610- 4 26 4 - Aux Dec1 8 200 9 12:49P M 353610- 4 26 4 Aux Dec1 8 200 9 12:48P M 353610- 4 2 6



## VES018878|Unit4Ru n 3
Statio n BurnTim e Rec-Dru m Ib s
4 Aux De c1 8 200 9 12:42P M 353610- 4 26 4 Aux Dec1 8 200 9 12:42P M 353610- 4 26 4 Aux De c1 8 200 9 12:41P M 353610- 4 26 4 Aux Dec1 8 200 9 12:40P M 353610- 4 26 4 Shredde d De c1 8 200 9 12:39P M PT00 1 93 5 4 Aux De c1 8 200 9 12:35P M 353610- 4 2 6 4 Aux De c1 8 200 9 12:34P M 353610- 4 2 6 4 Aux De c1 8 200 9 12:33P M 353610- 4 2 6 4 Aux Dec1 8 200 9 12:33P M 353610- 4 26 4 Aux De c1 8 200 9 12:32P M 353610- 4 26 4 Aux De c1 8 200 9 12:31P M 353610- 4 2 6 4 Shredde d Dec1 8 200 9 12:30P M PT00 1 79 6 4 Aux De c1 8 200 9 12:28P M 353610- 4 2 6 4 Au x De c1 8 200 9 12:27P M 353610- 4 2 6 4 Aux Dec1 8 200 9 12:26P M 353610- 4 2 6 4 ' Aux De c1 8 200 9 12:25P M 353610- 4 2 6 4 Au x De c1 8 200 9 12:25P M 353610- 4 2 6 4 Aux De c1 8 200 9 12:24P M 353610- 4 2 6 4 Shredde d De c1 8 200 9 12:22P M PT00 1 106 9 4 Aux Dec1 8 200 9 12:18P M 353610- 4 2 6 4 Aux De c1 8 200 9 12:17P M 353610- 4 2 6 4 Au x De c1 8 200 9 12:16P M 353610- 4 2 6 4 Aux De c1 8 200 9 12:16P M 353610- 4 2 6 4 Aux De c1 8 200 9 12:15P M 353610- 4 2 6 4 Au x De c1 8 200 9 12:14P M 353610- 4 2 6 4 Shredde d De c1 8 200 9 12:13P M PT00 1 1177 4 Aux Dec1 8 200 9 12:09P M 353610- 4 2 6 4 Aux De c1 8 200 9 12:08P M 353610- 4 •2 6 4 Aux De c1 8 200 9 12:08P M 353610- 4 2 6 4 Au x De c1 8 200 9 12:07P M 353610- 4 2 6 4 Au x De c1 8 200 9 12:06P M 353610- 4 2 6 4 Au x De c1 8 200 9 12:05P M 353610- 4 2 6 4 Shredde d De c1 8 200 9 12:04P M PT00 1 121 3 4 Au x De c1 8 200 9 12:00P M 353610- 4 2 6 4 Au x De c1 8 200 9 11:59A M 353610- 4 2 6 4 Au x De c1 8 200 9 11:58A M 353610- 4 2 6 4 Au x De c1 8 200 9 11:57A M 353610- 4 26 4 Au x De c1 8 200 9 11:57A M 353610- 4 26 4 Au x Dec1 8 200 9 11:56A M 353610- 4 2 6 4 Shredde d De c1 8 200 9 11:55A M PT00 1 123 5 4 Au x De c1 8 200 9 11:52A M 353610- 4 26 4 Au x Dec1 8 200 9 11:51A M 353610- 4 2 6 4 Au x De c1 8 200 9 11:50A M 353610- 4 2 6

•4 Au x De c1 8 200 9 11:49A M 353610- 4 2 6 4 Au x De c1 8 200 9 11:49A M 353610- 4 2 6 4 Au x Dec1 8 200 9 11:48A M 353610- 4 2 6 4 Shredde d De c1 8 200 9 11:46A M PT00 1 111 7 To t 14 6 Rows Span : 2 (Hrs ) 5 9 (Min ) Uniqu eIDs : 2 2826 8 Containers : 12 4 Charges ChargeWgt 324 9
Bulk: 22 Charges ChargeWgt 2501 9



## VES0188792/18/09 9:51 AM : 7.2 ! Lb/Ft3 IJni'e"Slun^ii:Dfe ,risi" @ 435.0 ; In

. W C GP M
6.4: Deg F

tVlovtf l RCCaem p 12.5 ; 1417.8' Deg F

SC C Temp

. ACF M Lb/H r Lb/H r

Sta (*;Flowr02Wetl02DfvlX1i:WeigBllX22.WelqHtlxi2Wl i 12/18/09 9:5

2 i2/i87b¥9:5 3

" Y27ll /099T5 4 "iarTa /bBsiss 'l2 /i'8/09"9:5 6 j^18/0 9 9:5

7 "12/18769 9:5

8 'j2 /1J/0 9 9:5

9 '12/28/0910 :0 0 12/18/6 9 l'6 :0

_ 2 "12 /18/09 " 10:0

3 T2 /18/09 10:0

4 12 /18/0910:05 12 /18/09 10:0

6 i_2ia7b9lo:d 7 12 /18/09 10:0

8

^2 /18/09jd :l 6 12 / i 8/0 9 10:1 1 12 /18/09 10":1 2 J2/1 8/0 9 10:1 8 12/18/0916:1 4 iS T8/6916:1 5

' l 2 >18/09^10:1 6 'l2H87o ' 9 10 :1 7

' 12 /18/09 10 :1 8 J2 /18/6¥io:l J "12 /18/09 10 :20 "^2 /18/09 10 :2 1 J2/I8/09 10 :22 "l2/18/09 " 10:23 12 /18/08 10:2

4 12/18/09J0:"2

5 "12/18/0 9 1026 " 12 /18/09 10:2

7 12 /18/0916:28 12/18/0910:29 "12 /18/09To:3o " 1^1 _8/o¥'lb;3 1 'l2 /1
- a70 9 10:3 2

12 / 1 '8/0910:34 'V^18 /b9Tbi3 5 "12 /18/0910:3 6 "l27l8709lb ':3 7 i'27i87b|To^B " 12 /18/0916:39 i'27j"8/b9

""ibr4 b A M A M AM" " A M A M ' A M

_ A M A M " AM;' " A M

_ A M A M A M " A M ; AM! " AM[ " A M A M AM A M A M A M AM! " AM 1 ' " A M A M A M AM! " AM! " A M : A M A M " A M AM ' A M A M ' A M AMj" AM : A M AM_ " AM ; AM! " A M " A M A M AM t A M A M 7.2 !

"7.2T" ~WiZ "r-f i i ' 7.2!" " 

## JAZ 7.2 ! "7.2 : 7^ !

_ 7.2 ;

- 7
- 2 <

_ 72 r.ir J2>. 7.2 ! "7.2 ! "TJ" ""ri r 7.2 ! 7. 2 "Tt" "Ti" 7 .2 

### ~J %i 7.2 ; J.2JZ ..7.? ! 7.2 ! 7. 2 •T-i 7.Z 7.2 : 7. 2 "j.ir Tif" jx~" 7.2" " ...7.2 L _J.Z

_ .7.2 ! 7.'2 !

' 7. 2 " ' Ti'i 7X_ 'Tz_ j x ii.'! 65. 8

65. 6 ~iS57 f "'§5.9;' " "'65.9;" " 65. 9 '

' 66. 6 "ee .i r 66. 2 66.1 ; "'6&2J ' "66.1 " 'ee l '66.3 ; 66.2! "BB'X" 66.1 " '66!'" " 66.1; " 66.1 ; 66.2 ~66."l1 ' 66.3 ; ' eeTa "

' 66.3 : 66. 2 ' "66.3! 66.3; " "'66^3:'" "vS3"_ 66.1 ; J66!l! " 66

. D ' 68.1 ' 66.0

. 66.1 : 66.0; 66.1; ' 66. 1 66.1!' 66.1 !

' 66. 0
"66.4 66.1 : ' 66.1

•66.1 , 66.0! 65.9 ! 434.8 !

436! Z 43B.6 : "446!7 i _44l!7 ! 441.4 T
435.5; "432.2 I "431.0! .431.8 : 433!8 i 433. 8 "431.7 ! 428.1 ! 4249 1 124.6! ' 425. 8 "428.l T 429.8 ! 431.2 ! 432. 1 433. 1 '433.9 ! "434!'if " 433!BT "433.i T 435 l i "437 ^ 438.0 j J436!?;" " _432.8

( f

_ 42'9!6 : 427.1 ; ' 427.6 i

*"MT ' 43il! ' 438".-l|

_ '44i".'6 ! ~443!!2! ' I 442.' F 489.3 L ~434 S 430."4! " '.4?8~C ' Jt29.2 T 4307 !

. 431.9

. .433.1i " 6.2]

~6A','~

' eif " 7.2: e T 8.6! " " '~87\~

" 8.ST"

" 7.9

. 6.0 -
" 9.0; "

' 9. 0 9.V 9. 2 7.8:' " '7.4

' 7. 3 " 7.4;" " 7.4

. 7.6 , " 8.0 7. 7 7.6: " 7. 6 7. 6 ' TeT ' 8 4 , 8.9! 8.9! '9.0 !

' 7. 9 "7.5" 7. 3 "7.3

: 7.3; "776 , 77.9; ' 9!3| 9 ^

" 9!3 ; 3-4! ' BA' 8. 8 "~9!4 [ 9.4 ! '"9.5 !

•9. 2 12.5

1 "l2 !4 r' ~~12'M" 12.6"

" 126 " " 12.5"

"' l 26 i

' "lie : '

" T275! " " 12.6



## ------ "12".5:" "

' 12".5 , " 12. 5 12.5 ! 12.5

" 12.5 ' "12. 4' 12.3 ;

- ^r-

- 12. 3 ""12.3 ; .12.4 ' ' "T2!3 '""J "j2.4 !

' 127 * 12,4'.' '

' "12.4;" 12.5 ; 12.5;"" " JH. 12.3 ; "12.3! " 12 0

. 11.9 12.0 ; " J "lib! ' "125' : ' "12.5 ; " '12.5' " 12T7j~

_ 127 ; " 128!" '

' 12.7'

_ 126 : ""iz4T

_ Ti'i " ' ""12.1 ; " J446J5 I

_1483.9f i530!b! " 1581.0:

_ 1563!o

. 15293 : ' 1511. 9 1535.5 "IffeS : ~ "162I"!B! " "T647.'l ! 1645!l : 1631 !9. " Jl594!3[ ' 1557. 1 jsssjs l "i'554.4;' 1558. 6 1560!4: " "1548.7
150V.1 ! "IsmW "ib'isif T "'1544 .7: " '1585.7 ; "l615"6i " "162X3] " J~6i8!7 r

" 1S79. 7 "l513 ".'2i " "14454 " 1391.8 : ~iM47ei

_ J 42079! 'j470.6 r _151078 : j'542!j r _T"56i3 ! 2557ST 7J5227 J i4B5 .7j " J4614 ' ' _1440.7 r

' 14687^2 3l494 .7i

_ 152&8 f '153577: " 1824.5 ;

1838".8! 1862.6 1883!5 : 1902.4 ! 1911.7 : 1903.7! ' "1889.6 ; 38148.8 ;

37501.1 ! "3758l'.6 | ^3735576 ; 3780973! " 38320.2 : ""36741.2 ! 36454. 0 1881.1 1 "1B85.9: " 1.895! i! " 1901.6 ! " 1895.2! " ~i889!4 r 1879.3* " j864:'l' : " 1852.9 1844.5 " J643.6 !

' 1849.8! " 18G0!4 ; "l870!7 f

' 1874.5' '

' 1873.3;" ' 'l875!6 : ''l"8'86.3 r "l897!6!

_ 7i?i3i!

_ ""192479 ! '19Z3.3! " '"i "9i6 !8; ' "1889 .77 " '1865.9 ! "l847!l'j ' "1831.7; " ""l823!8! ' 1837.2 ; ' "186376! " jmr T J 904.8 ; " 1I0&4 T 1895.8 - 7187977 ;

" ' 186374!" ' "1852. 2 "J845!6; " 1B53!3j " •1876.9 !

' 190672 f

~ 19321 7 36633.6

362831 " "3704976! " 3757EI77;'

' "35955747"

" "35774.3' ' 36077.5 '3599779''

' 38366!4 ! ~3770i'!ff" ' "36796!6; " 3'6676.2 36846.71 ' "37b_8b!8 r "3791075; " 36274. 1 36427! o 36375!9! " "_38456'.2l'

' 37572.8! " "3752472" " 369837i i "3717776: " bfo'eib r "3703178: " .38542.9 '37784T& " 37196i! " 37162.1; " 369M!4! 7 369"73"."6 " "37B24.S I 36031.s ! 36106.3 ' '36124. 7 "36i"98 .2 r "3756673!" _3717b!6; " 3548>!i i 35283.9

. ""3520Y .lT ' '35426.6 T J.A7J~ "7.4! "

' 7.4: " "'/!3
- '"7.3! " 7.3 ! 7.3. ' '7!3f'' 7.2 ; ' "7'i : " 7.2

: ' "772 ' 7.2 " "VS " 7.2 " 7. 2 7 i T iX "7!2j" " "ix" ~iJ' "7.3! " 7.3: 

### JK. 7.3: 7.'3;

. 

### '7-? : 7.3! 

### "fi r

" '773i'" 7.3 " 7!47" 7. 4 Y.4, " 7.5: 7. 5 7!5

. 7.' 4 ' 7.4" 7.4" " J2.5 ; jilts; " J ^ C 11.4 11.6" ' "l2¥ " "l'3!"9i " "i27; 7

' 12.6 ! 11.6 ; '11.6 ! 125! " "1278!" ' "12 .7!" ' 'l3.8 ; 13.9;' ' i37if " 13j ! V2.4.' ' 12.1:_

_ 12.4 ! 12.7;' " "T373! " 12.8 ; "i2.'i " lib: ' 11. 7 iTs r "i£6 ! "127! " "l3.¥ " "14.4: " "fi " _14.4i " 14. 0 i22i " 11. 2 10.7

: H.* " ~12.l T 12. 5
_7.3 ! T^ T 7.3; ""773! " 

## "fir

7 Tx~ 'ix "Y£~ 13.1 ! 'jAI:' " "l4J3; " 13-P ; "i3!6 T
10.7 I ibifi " ""Hit 2009.5 ;

"imcfi f

"2013.9! " "2609:97 " "abiabf " 2010.3' 2006,' T 2069J 5 "20T5 .4;" ' 2028 !2 ! 2030.4 : "2624 .9 " 2018.7

. 7202674: " '"2023 .4 " "2629J T ~2028.9! j 7202172

. 2020 .9 ! ^2019.8 "2040L3!" " "203673 : ' 1 2024.2"

" 2626.0!" " "20277^ "

" 2623!4!

_ " 2035 .2 : 2p ?.8 !2 : 2027.8 ! ""2034.8! " l'203575r j 2021. 2

' 2025'.&'

' 20i6 !a 7 "2625 .3: "

' 2027!8: " 2022 .7 : ~20187sF' 'T62b".5 r 2016!li' ' '"2620757 '

' 200276 ! 2018.7 202o !i ;

' 2022 .7 ; 2008.4 ^Mil-Oj" '

" 2016.B' " "2 '6 i 2 .B' " 1124.4 |

1T36.3!' " 1143.6! " 'II37. 6 ' "1129.3" " 1136.3 ; '

" 1146. 2 "ii4i.6! " *113~Cz j 1142.3 J136. F j"l25.6: ' 1126 .T" "113B.5! 'II3977! " 1136.8 " 1142.7 "lT31 .2; ' '1132.9 7 "l142.3f " 1IT2.8! " 1169,7 Ti9i .br " 1156.4' " 114676; ' 1158.1 ! J139!V ! " TT3673! " "Ti"55.TT" 1121. 4 IT34.2! " jT427! " 1133.3j

_ "1154.7: 

### lUbi" " ii'44. 9 1133.8 1135.9 ' ''"l3R8 f 113973: " 1137.6 " "1135.6;' 1140'.6 ' 1137.6 ! Tl45>! " "Ij25.6 [ "1151.73; " 1147.9 "

" 1138.0 1142,3 1202

.

1202

. "'i|'08

. ji99 ! 1219 ! J M l T239"

. 126 4 124 4 1213

. "1205

. I267 ! 1199 7 i m T24 3 "1253

. T236 ""122 6

' '1205

. ""T22 T "122 6 1206

. J203

. " 1208 7 "Tfi' i 1235" : "l230 ! "1226 ! ""122f t ""1222

. T22T ! "1217 ! '1218

. "12J3

. .."1214 ! T226 ! I262 ! 1192 !

' I20T ! T2O4" : "1222 ! "1215 ! J244

. 1249 ! "1229

. 1236

. "1196

. J219 ! 120 8 1221", - 9 i

. ,°-1 6 S 0.6

7 C 3? §

3.1 9 3.41

' ' 3

. 5. 9 "6.2 8 T.4 3 "3.48 7374 8 "2.3 8 "17"8 4 6.6 2 ""4.T 4 3.7 6 "0.27 ~'6j 6 ""6.31 "o".3 5 19 7 zfa " "'26 7' A, .8 ; 0.1 9

1.0 4
1.3 1 ""281 "2.8 O "_43 8 3.8 9 J."65 2"8 7 378 6 6.1 5 "6T4 j)7i 3 JJ.5 2 J.3 5 is ~3.61 "2.'8 6 722 9 _7 3 1 5 1.9 9 "6!i 4 ""0.2 3 JL0 8 6.7 3 3.3 0 "J.5 9 3",2 1



## VES01888 0Unit4Ru n 3 Lb/H r Lb/Ft3 In

. W C GP M Pe g F Deg F ACF M % Lb/H r Lb/H r Lb/H r PP M

, < TiimeStamp-
- CaiilfrlnKiF M ^i'metSlunv : Density; : 02

. Wet 0 2 Dr y X1 1 Weight X22 Weight !XHBSWeight l C O Di yCon
12/18/09 10:4

1 AN L iM8/09ib:42AM i J 12/18/09 10:4

3 AM ;

: i 2/18/09 10:4

4 AM!" " T2/18/0''i0:45"AM~ ' T27l8/b9Tb:46AMi "

' l2i8/69"ib:4 7AM; ' 12718/0 9 lb':48"'AM)

_ 12/18/09 10:4

9 AM] 12/18/0 9 10: M AM ' " '127^ 9 "ftaiA*" "

Average ! 7. 2

"YI" '.7.2, ; 7.2
J*2 ! 7!2;' "

" 7.2 /

" 7. 2 " '7.2 "il" 7.2 7.2 65.9 :

65.9 " 65!a : ' ebibl " "ebTb; " 65.9 : ' "ee.o,'" "

' 65. 9 65.9 ' 65. 9 65.9: " 66. 0 06.1 ' 434.2 !

" 434.9 :

" 4344j ~ 432 3 "436.2 : 429.4 [ 431 2 ""43S:7[" 439.8! " 442.4 ; ~443.2 f

' "443;3 - 7.9 ,

7i 6 ' 7.5 : "7.6

. 7:6: " 7.9

. " 8.4 7.9 7 7.9 " 7.9' " 8.6 7.9 12.0

: 12.6 7 "Tig f 118; " "Tl5 i '

' 11.5 7

......... . "i"l'.4: " "il4 r 11.4," "114! " '116.' " "12. 3 " 1498.9 ; 1459.5

. 1438.6 1412.5 ' 1407: 6 '1430J8 ;

" 1447.4 T "I"462.8 ! ~1481> : ~1482 A "VfTZX 1458. 1 1932.8 :

1904. 4 'l876.T r "18414! " 1817.9" ' "1809.6 ; " 1812".6! " 1827. 1 1850.2 !

' 1871 8 1888.8 - 'imi'.s' 37948.8 ;

37216. 0 37659.2';'" ' "3684li79 r~ "365967^ " 37071.5 737597.6 1 36082.4!'" ' 3583"4.6: " 35737.0

. 35562.6" " 37286. 7 7.2 !

7.2 7 "Yir "7.2 !

" 7.2: " "77^! ' 7".2[ " ~Y% "YI' 77-27 J.V" 77.1- 7 7.3! " 14.2 ! U.f. 13.5 14, 1 13. 6 Yi.? 12.3 "118 7 li.6 : 12:2 12 2 "i£ s .12. 6 2002.9'

'"2bl2.S " "2bl0".6. " "201278 7 2017. 9 2026.7' 2034.8 ; "2627.57 "2632.6' ' "2027.8:" ' "203373' "

" 2029.7' 2021.2 " 1136.8 !

1139.3;" " 1132.9' 1142.3! " "113579;" " 1133.8:' " "112379] " '114474! " '1139.7! " "i'moT "

' 1135.9, " 1"146.6 ! '"ni'a"®" 1216. 1

1214.7. " 1211 7 "12147: " 1716.fi : "1233.2[ 7 1234.2 ! "12287"; ' "T223.6" ' "1228.3" '"121671 - 7122175! " 1219.9! " 18 3

6.1 0 "b.25 "6.4 0 0.0 8 61 6 "6.48

" 0.51 '3.7 2 2.9 3 23 3

' 2 8 8



## VES01888 1Unit4 Ru n 3 Lb/H r Deg F GP M Deg F Deg F ACF M Lb/H r Lb/H r Lb /Ft3

_ i%awelstatipw|f& ^ R £Q: A~~~~t f t^ -1 ^ C i -IDC */ «-7->/. n o" ST ^ T^T T

. J

. . J* ' , ',

. _'— • - I Lb/H r PP M 12/18/0 9 11:4 6 AM;

_ i27lOT9Tw7AM : 12/18/0 9 11:4 8 AM ; l2/j8/B9l'l:49A" M
12/18/0 9 i'l':5TAM ; ' 'l2/18/09'Vi ':52AM 7 12/18/09 " 11:53AM r T2/18/69TlTS4AM r 12 /18/09 lT :55AM': ' 12/l"8/0 9 1T:56 AM : '12/18/0 9 11:5 7AMi " i2 /18/09jT:68AM' " 12/18/0 9 11:5 9 A M 12/18/091 2 :00 PM; '

12/18/0 9 12:0 3 PM i 12/18/09120 4 PM " 12/18/69T2 :05P'M [ 12 /18/09 1 2 0

6 P M '12/18/09 1 2 :0

7PM. " 12/18/0 9 12:0 8 P M '"l27T8 /09"i"2:b9"PM ! 12/i'8/C9 12:1 0 P M 12/18/0 9 12:i1"PM7 1 2 /18/09 12:1 2 PM l laWoelHa

P M 12/18/0 9 12M4 PM

T 12/18/0 9 "i '2: 1 5 PM ' '12/18/09 1218P M '12/18/69"121 7PM l 12/18/09 "i2 "lBPM ; 12/^8/0 9 12:19 " PM ; 6. 2

6.2 ;

12/18/0 9 12/18/0 9 12/18/0 9 12/18/0 9 J 2/18/0 9 _i2'/18/0 9 12/18/0 9 12/18/09 " '12/18/09 12/18/69 12/18/0 9

' 12/18/69 12/18/09 '12/18/09 T2/I8/O 9 12/18/0 9 j2/1876' 9 12/18/0 9 12:20 PM ' '122 1 "PM " i2 :22PM! ' 122 3 PM-'" ' 1 2 2 4 P M
T~22 6 PM ! " T2 :27PM " '12:2 8 PM; " 122 9 P M 12:3 0PM- ' '123 1 Ptiij "12:3 2 PM ! 'l2:"33PMi " 12:3 4 PM , f2:36"PM: " «P>s r 123 7P M 6.2 -
' 62- ' 6!2 ; 62

. 6.2 "6.2 ! 2 7 "6.2 !

' 6 ?

. " "6.2 ! J " 6. 2

. >!2" ' 6 i ; ~8.^" ~

~ 6 "§" 1 6.2

. 6.2i~ " ""6/2 ! ""6.2 "

_ 7137 7 6.2 ! "6.2; " '"6!2[" ' "6"!2 !

' 6J2 " "_6-2" " 6

. 2 i ' "a a" _6.2 i '6.2' " 6.2 " 6.2' "672/ " 6.2 6.z ! 6.2 L 6. 2 "' e! 2 ' 6.2 6.2 " 6.2 ' 6.2 ! '6.2;" " 6.2 " 65.9 ;

es.a-' " "6672"" ' "Sabi" " T M ~ '66.5 ' '66. 4 "J B'.6~~

' 68. 8 766. 6 '" " J6.7 1 " " 76677;" ' _6 B 7OT" 67.0' "677ij" 7 "67.l l

6.2! " 7b!2i " 6.2 6. 2 67.0 i

66. 9 63. 9 "66.9/ " "6679 1

' 67.0 ! 7.67767' " ee'.'ff" " 67.1 ! 67.2 : '67.1

. '""67."2T " "WsT '67.2'" " 67.1

.

— w.i r "*677'if" 6776 7 67!c T 67.1 J ' '66 !b. " 67.6 !

' 677l! "

•67!i r "6772!" "

' '67.0

. "67.2 ! V67.3; " 7767.2! "

_67^ 7 671 2!

_ """67.2! "67.1 7 7~677l f

' " 'eO f "76_bt " 436.3 } 4329!7 7 430 .9 ! "4317477 "43377 ! " 4357ft_ " 436.7 ;

" 436751" ' 435.1 ; 433.6 ! " "432!8 r " 7 334 :4 T 437.6 ] " 439. 6 " " "446 .477 "44173 7

" 44l7ffi"7"

" 44"0.'9! "

' 43979!" ~ '438.7| " 437.4! "

' 436

. 2 ''"435737" " 4347 5 43 4 3 4357 6 "436.'8! 7

" 438.7 j

" 4397 *7 7 438.6 , ' 4367 a" "434:7!" "

" ' 433767" "433

. 2 ~ 7433:3" "

" "434.7'" " 436 .9:" " ""439.7! "

' 442 .1 ; 7442 .4'i

_ " 4"407 t '7438 .2 7 436

. 3 ""436 .1! " 437 .6; " 77439 .3; " '440 !'3;'' " 440 5; " 439.6" : ":438 .2[ 7 435.5 ;

_ 432.5i " 6.3 !

"6.3 !

' 6 .4l a... . 6.4 ! ~_6.i[

" 7 76.3 !

" 6 3 67 3 '

' 6.4 : 7 " ' S 6 !
"'5.2 ;

. . "572

. 7 " 5. 2 77'7.M.7.7

. 5.3 ! _.5.4. „ 5. 4 '" " 5.4;"- " 5.4 5. 5
""5. 5 " " 7576

;
" -"~5- 6 : ~

""' 75. K 57 ! '" " 5.7-; "

_3Y]

"'" " 57a " 6."2"7"

-. 1 77.777777277

7 7.3 ;

" 7. 3 6 3

" " "ai i .6.2! " 7 6.3 !
"76.4!" " 6.5777"

.... . „....„.. . 67727 7

" 776. 2 7 673 7 67.6." ' ""7.4 ! 7 " 77. 4 "

" 13.6 !

13.6 "' '

•ja^ r•- -

" 1376 ! 1375 7

" 1375 : 7'13. 5

" 13.5 ! " " "7i37q 7
" " lis "

... . 7"i'3.5 : .......J..

_ 13.57 7 "13.4-" "lis 1"374| "

' 13.4 ! 137 4 ' "1374 7 '1374 ; 13757"" ' 13.4' """13.5 ! ""13.5 : "71374," "

_13.5 13.5 ; 77 " "7 71 37 s

_ " 13.5 ; """'TO T

.. . Y g j j 13.5 : 13'.5;'7' ' T37.S' 7 13.5 ! 13. 5 13.5 : ' '13.5 ; " " ""1375:77 13!5! '

" ''3.7 : 13.6 j Tia a-"" "

" " 13.6

. " 1422.9

] '"144672; " "i470.6!' " 147174 7 1458. 1 "i453"!"5j" 1459.9;" '

" 1466.37

. "i'4687l !

' "1482.6 1497.6 ! 1509.3 ! "1513.7: " 15062/ "i5bo.2i " 6.7! 13.4 !

1833.3 ; 37830.7 :

1492.7 ; 1497.4!7

_" ' "1'504.2 ! 1505.7 150571;" " ' "1513777 " 7"

' 150676: 1492.3 " 7 i'474'.4r " 1474.9:"" " 1487.0. " 771^5:8 ; 77 1506.8; "

' 1524.5 !

" "153272

7 "15T8.9 ! " " "'1494.11'"' " "1487.4 '1484.2 ! 1465.9 ; ""148573!"" " ""i5'oi73! " 151.3,6. ' ' '71515.2777

'

" im a '"148472!" "

' "1468731 ' " "

" "l4657"8"l"77

" •-1465. 4 • 1485.3 - 137:7 715029] ' "13.6

. ""i'5i'8.7i7 "

" _13.7 j" 1515.6 ! "

" 1p!"150272!' '

" "13.8.149370: ' ' 7i3!9; 7"1J49576 ! ""1378 ; " 1510.1! " " 1842.1 J J57352.8 ! 1K074r777737484b

7 1674.5 : 3745874! 1883757"""7373887bi " "I882.2 ! 37495.9 : "18722137422.5 ; 1864.5

. 38954.1; ' 718987B 38856779

T 185576 7" " 'T863.4 ; 1876.2; "

" l89l7of " "l96d.b r 1898.5; " "1894*3: " "ma'.aV "iB8b7o r

' 187372 ;

" 1867.2 ! 7'i86l".57; 186i".'2 r 187b70

. ' '1884' ! i ~
' " 1899.1) " "jbbl'.'b; '

' Tboo.b :

" "18947 1 • ""i8"83.5! " '"186873! " '"185274! " ""1847.4 ! 77I86O.6 T 188775! " 1914.3 ; "1928.9" ; '7T'92b7l !

' jS6i".3 T

' 18817.0 ] """7 [8S8.4i' '1846751 ' 1848.2 ! "186576! ""I886'.4j " 38083.2 !

3761675 7 '37565.4 r 37791.1: " 37501.0, " 3745575 " 37577 1 3751877; " 3760176] " 3746873! " 37562".'6 f 37356.9

. 37464.3: ' 3723376 ! 37226.6 ; 369JB873: " '3715273 ! 6.8i

_

Z S -!§ L ""jS.7j_ 7

... . . 777.677 ! 6 ^ ~

........ . 6.7 !

.. . ^ 7 "767777 7 ...b!7i

.

_6
- 7 '

' 76.7 "

.. . .... . 6777" '"'76.6; " 6.7' r 6.7 :

" 6.7 ' "6.7 , ' 6.7 ;

" ""677; "

......... . "6.7

. 6. 6 Jjs f "6.6! " 12.7! 11.6:77 " "TT79!_ li'i f "1177 ! 7 7 "12.3; 12787 " 13.0 " "127: 7 12.5: 11. 8 12.1! " '11.97" 11. 7 "12.6: 7 "123 ! 712.4! 12. 5 l"2.8;

:" 712.5: " 12.9; ' 127; " 124; " 11.7' " l'i.4: " 11. 6 i'2.2' " 37160.4 ! "37043.8j' ' "737833!6

j 3'87"37.if"

" 3722579!"'" "37074.67 "367957'i r "366"197';' "

' 37958.2

j' "38566jq!" " "38594.1 ' 38764.2 "38687.T7" "3881T6 " "3861*6.^" * "'"37726:5! " 37123.6 ; 36996".7 i 6.6 676 ; "
"678! 7.1 : 7.2 7.2 ! 7.3 !
7.3 , 7.3 ! 77 2

" 7. 2 "77 2 7.2 "772L 7.7.2" 7.1 ! -(-...
. J2-1 L 1274 ' i37i; '

.._.. „ 129 ' T1.9 ? liX " "iT.5 " io7'87 7 127 s "i2 ."i: ' "1372V " "il"?!" ' I S " 1257" ' "121; " l'l76! " 117 4

19JI6.8 J .37661.4 ,

- i"9lb'.6 ! ""

738486.4. ! T89378!3766675! " 7.1 1

__11.4! "fi ! " ;f22f ' '7.1

. " 1375; " ">71 ! ' " 12 S J878;6 !

. 37045.1i

_

. 1872.5 7""73683^8 ; J 7
- 0 !

7.0 " 12.6' "12.5: " 2030.0 !

'2O24.9:'" " 72010.3 , ' 2023.4 '

' 2626747" " 720117? ! 2006.2

. " 2013.6 ; '2638.1 T" "2040.3 ; " ' '2025. 6 2041.4 ; "2632.27 " "2653.5:" ' 2041. 8 2644.6!'" " ""26'537'8

r '2653.'i!' " '2036".6i "2bii7! " "'201873: *

" 20167K" " "206279! " '200874!" " '2bi"7.2-7" ' "2624:5 ! "

" 2014.7"

' '2b23.l7" '

" ' 20692 ; " ""2"0"1570!'"

~ "201974 ! '201974 " '2OII.4 ' ' 1999.3!" " "2bl376! 7 "266773 ! " "2021.6! " ""2612.8! ' "'2023:i 7 '"'202676' : ""20718.'7: " ""'2bi37ei7

7 "2006.'2' "2018771 "

" '2009797" "'2bTz8 r ' 7"2011.0' " 1999.6. " 1994.9 1989.0: "

' 'l"996.7 r' ""202079: " 1153.4 !

i'138.5 " "11397 ! 1135.9' 1142.3 "11329; " "1145.3 : "1142737 " l"i3l'.2 f

" 1139.7 :

" 11423! " 1133.8 7 T i 38.97 1131.2 114076! " "7 | 14474! "

' lT36.3 f "1139771 " "'11325; "

*1136.3 ! 114176 7 1150.9

. 1144.0 '"11244; ' "1134.6 ;

" 1121.8 7 Ti32. 1 "li'3673: ' ""li29'.l T ~ll2872 [ """11403?" 113576? " "Ii23'.5 7

' _1119.7 i

" 11187¥ i 128.2

' il40.2i ' "ii'4"4.'9i " 1167. 9

" 117572; 1171J ! 1150.1': ' i"i4b.'6 |

" 1129!9 , 1139.7; "1144.9 } 7 ""j"i4372j " 114'3.2

. " ll47."o j "7il477or " ""'"1139.71" " 1211.7,

' *_12l6'.3T" '

" i20678 : ' 777T2i5.ll" " 121172;"" " 7""i2T4 7 1193.2 " "1227. 4 " ' 77(263.27" " 1230. 1 "T24q.6 r " '1217. 1 "

" " 118873," " TieiT'b" " 1223.4

. "7324267 7 T231 7

" T229.3 ;

_ T222.0 : "

" ' 1229.8 '11887 8

" 119875: 118176;" "

" "125178"'""

' 1250.3 1231.7! " ""i'23i".7: ' """T22479;"" ' 1190.7" "

" 11'82.9

. ' 1196.2 " 126579! "

" 1237.6 1236 ! ii "

" 1233.2: " """'1246.9:' " 123137 " 1220.0

. ' 7"l2"22fi'7 7 _77"122978'

7 1221. 5 12'62 ' S " 11977T i

" "120S. 4" l'l947i : i2bT.5i " 0.30

"'0".5 j 7l77 1 1.9 4 T.7 4 "29 5 "J.3" 1

" 29 1 "24 5 32 7

" Ti" 9 "15 5 273 1 "2.50 ""4.1 5 72.95 29 2 7'3.5 0 3.3 5 372 2 "1.3 3 "2.2 6 "176 3 "276 8 "3.61 " "'4.2 4 '"47i'2 "4.6 2 "4.'5" 5 7'374 7 72.5 6 0.8 2 ""074 4 "72-0 8 0 4 "73.8 3

' " 4.3 2

...... . 77266 _3

.
" 11 4 '"'6.1 6 "'676 2

1210.3' ; 1219X)'

_ '1218.6' I72T6.37 "1204.9' " '"T227;8l " 0.71 1

772.9 1 _4".'|7| .4.6 1 j4.3"5 | T "2.1 5 3.4 3 "STb



## VES018882Unit4 Ru n 3 Lb/H r mmmefr, Peg F ACF M In

. •LimerSIWDens M . W C I GP M •.Lowl'Ui r Dea F DeaF % Lb/H f Lb/H r 12/18/09 12 : 12/^8/0912 : T2/I8/09T2 : 12/18/09 12 : 12/18/09 12 : 12/19/09 1 2 12/18/09 1 2 127" 8/0 9 "12 : 12/18/09" " 2 12/18/091 2 .12/18/091 2 i'2'f8/b"9'l 2 "'2/T'8/b9' 2 'i'27i'B/b"9"i2 12/18/6912 : 12/18/09 12 : TaiWbl S '12/1'8/0 9 i'2 : 12/18/09 12 : 12/18/09 12 : "12/18/091 2 12/18/09 12

. " 12/18/09 T

" 12/18/09 1 ""12/18/09 1 ""12/18/09 1 '12/18/09 1 12/18/09 1 '12/18/09 1 12/18/6 9 1 J2/V8/09 1 12/18/09 1

" 12/18/09 1 712/18/09 1 '12/18/09 1

" 12/18/09 1 ""12/18/0 9 1 712/T8/09 1 12/18/09 1 12/18/09 1 32/18 /091 ' 12/18/09 1 12/18/09 1 "Wl8 /b9 i '"12/18/09 1 '"'12/18/091 ' 12/18/09 1 "12/18/69 1

" 12/18/09 1 12/18/09 1 '12/18/09 1 "l"2/i"8709 l 38PM ,

39 P M " ' 40PM" " 4 1 P M 42 PM:'" " :4 3 PM " TliPM/' " :4 5 P M :4 6 PM ' 4 7P M :48~PM; " 49 P M 5 0PM

. 5 1 P M " ::"52PM'" ' 5 3 PM

. 5 4P M 55 P M :5 6 PM; " :5 7PM:' " :5 8PM : :5 9 P M 0 0P M ' :b i PM , :0 2 PM " :0 3 Pfv t :04PM] " 0 5 "PM. " 0 6 PM. " 07PM 7 :0 8 PM: " :09"PM;" " :1 0 P M 1 1 P M .1:"" PM " 7 1 3 P M ; 1 4PM: " T5PM/ ' 1 6 P M :1 7PM

. IBPM " :19HM , :20 " PM:' " :2I"PM ' :2 2 PM; ' :23PM! " :2 4 PM ; 25 PM / 26 P M :2 7PM

. 2 8P M

. :2 9 PM " ;now |

6.2 : "e.i 63" " ; " 6.2 ; ...pr : 6.2 ; 6.2 "

' 6. Z 6 .2 " _"6 '.2! " _6".2i "

.. . ....... . 6

. 2 "6 "2f ' 7 .6 "2, r

" ' 6

. 2 ""6.2; " "6

. 2 ..'...p

. 6

. 2 ~6 .2 i ' _j}.zf _&!"

6 -2, ' 6 .2 j 76 .2 " 77?72 ' ' _"6 .2" ' 6 "!2, " s.i r ""6 .2; '

_6 2

_6 .2 !

_e'sT §.•2 6.2 : "672 7 6

. 2 6 ,2 L '""'.6. 2 77172 7 _6 :2 r Tp! "

" " 6.'2l " 1 6 .2 " 6.2 " ~6J2"

" ' .8.2 " 67.0 !

'67.1- " 67.1! " 67.2! " "67.4; " "67"3! " '67. 3 67.2 S7.3 67.2 67. 1 "67.2! " 67.2 §7. 1 "67. 0 "67!b' " 67X T 6 7 l ' "67.2" ' 67 2 67.2 67! 3 "67.2 " "67.2: " '67 2 "

" 67.2 '67!2! ' ".67.1 r

' 67.2 ' .67.1

. 67.0 " 67.0; " 67!o ! "67l ! 67.1" ' '67. 0 67. T '"67. 2 67.1 ! 67. 2 67. T 67.b! " ~ao.9'" 67.0 "67.0 ; 67. 0 "66.8!' ' 6678 !" 7 66!9, 7ea&"_ "67.0 ! ""67.1! " 430.8 ;

_

"43T0I " '433.1 ; 43673 7 ~~ " "TSa.o" ' "436.9:77 " 434.2

. "

_ "43"!7 f .430.9

. 431 J5[ " 4325

- 434i r" 7 "436.3 "438.1 " 439. 6

' 440.4, "439.6

. 438.0. : 436. 5 435.4: " 435.0 "435.4 ! " " J 436.0 437. 1 439"l " "441. 5 '"" ' ."443.5 ' "

' 444.7:" " ' "444. 8 443. 2 440.2 "437.6 ! "43573! 7 433.9 "_" " """433.8! "

_ ~ 434.6 ! 7/ "435.0 ' 743379] " 430.3 ; 425.5 ! """

_ "'422.'ij"""' " '4207 0 420 0,7. 7

•421.6 7'423 .7i7 " Z 425.7; "426.8!' " " '427.0 1 427.0 ! 7"426.br__"

" 424.3! "

_"

7 ",42271!" " 7.6 |

6. 2 6.6 ! "7.0! 7.0 ' 7.| ! 6.9 ; 6! 1 5.6! " "578 1 "

" "e'.'6|"' ~6.7 f 6. 2 5.7 76.3 : 673!

........ . 6.4 "6.5 ! 5.8 " "579 ! '
6.0 : 6.0! " e'.b! "b'.i/ " "6 .1! " "6.2 ; 6.2 ' 6.3 "e.'b

. '6.0; ' 6.1 ! 763: " 6.2; " 6. 3 7.0 ! '7.5C 7. 6 76 : 7.4 " 673! " 7. 3 7.3j " "774! " "7.'5" "676! " 6. 2 6.0 ! "T&ff "

' 7.3 ! 7.1

. Flow

" 13. 8 '1378 ! "i378: ' Ibis: ' 13.8" 13.8' " 13.8 13.9 ' 13.9; 13.9 '"1378;" i'3.i " 137 6 "1378 : i.i a "13.8 " 13.8 '1378 ' 13.8 13.9 _137 B; " 13. &

" 1379 7 "I3.9 : 14.0

. "14.6 7 1 40

' 14.0 14. 1 14.2 / '14. 2 "14

. 4 1478! "

' 14.8

' 14.9 14.9, "14.9! ' "il.? ' 14.9 " 14.9

. 147 9 14.9 * 14.7' "14

. 6 14.6; "14.6 ! "Tie; "

* 14.4 [ "'14.3 ; 14.3 14 .3 7

..... . 1526.

2 1529.7; ' J 53472 7 1542,3. " '1529.1! " 1507.1 ' 149876 /

' " ~U89~~6T 7""14722! " "~"i"471.1; " 14811 ;

' 7

. 1495.2 " 1491.0 "483

.5 1483. 3 14917 2 71608. 1

" "152870!"

' 7 "'"153971 " ""1547.41 " 7i528".'

9 ' ' isbs'.b " 1480. 8 1472.0 "1465. 4 145975! " 71472.2 '

' 7148674 7 ''"485.7: " "wb 'jf ' "148676! " "149771! " 1511.4: ' 153l "7l} ' "1552.9: " 155175!"

" "7 "152"9."9!

_ " 15017 3 1480.6! " 1479 .il " 148076!"' 1474.7]' " 1478.8: -1496.3! " 149976 ; "7'1500 -5 !

' 7'149877

7 1499.1 : 150S. 1 1504.9" 1505.7

. 4513,8]". " 1676 .9 !

1887.4 ! " 189874! " 1908767 " 191478 7" '1910.8: ' 71 9622 " 7

" 1892

. 9 1876.4! " i '8 "65.'b

r " "186675; " "iBfflp:" " "189476: " 1903.3 - 719022,'' " 1897.4: " 1893 .8'" ' 1891.2' 1888 .6 " "l"885.'5j ' ' 18787 6 "1866.8; " l859 .'9;' " l '8 "63 .2p " 1873.1/" ' "1883.9!'' ' "1894.7!" ' 190 _l".S; " 1895.6 ; '18828/ " "1870.5! " 1803 .0 ! ' "T866.7; " 1882 .1' " "'1907.3 ! 7

" 1925 .8 ! ' "l926'.'6 r" "19125 " 1894 .1 ; '1878 .9;" " 'jseSi

-

" 185972/" " '"1852.7! " i863'; 7 1890.1 ! 1915 * ' -"192776!" ' 71922977 j 90876 ! 18923"' "

" "1877.'3!~

'

' 187O :6: " 38735.2;

"'38290.8! ' "37776.5 : "369271 ; "36986'."3

i ""37076:5. ; 737329.7 : 3915271 73808571 ] 37681.9 3753 9 6; 376"i'6".2;' "3834279"'

" 33989.6

. "37752. 6 "37899".6: "3779'i '7 3 ~3feW£ '"3757777! 3874 4 6 3932l7l'; ' 39338. 2 "39355.1 ! '"3914278

] "39039.1 ! "3913475; " "38911.2! "

' 3887174 7 '""3905979

; "396925 7 "38907.0' ' "37814.4 ! '37769.6' "37488.2 ; 37384.0 38379.9 381561 '

" 37526.4; "37587. 6 '37168. 2 ""3755873

; "39296.0:-' "37565.6" •37013.7 : "36939.6 ; ""3670676

] "37814.6' ~3874b73

: '"374_86. 9 37?33 .9i "3768575

" "'37461.8 ! a 7.0 ; 7 .67"

....... . "6.9 ! '6 .79 " 6. 8 '6. 6 ""6 .97 "6.8 ; _6.8 7 6. 8

6. 6 "e'.s; " 677! "

" 6

. 7' 6.8' " 6 7 "677/ ' 6.7! " 6.7! "

" 6.7 6'.7;

' 6.7

. 677 " '676!' " ~6.7i " "6.7i " "6.7i" ' "6.7: " "6 .8T" 6.7 : ' "67 '8 " 6.8; ' 7.6.8*" 6-7 ' 6.8 ! 678 ! '

" 678 / 7

' 6.8

' 676 "67 9

•6:9 ! 676 : 6.8 /

.. . "678! " 6 .8 " '6.¥ " "6. 6 11.7 : 11.8 ji.a " 11.4 i?. s 13.6 I2.ef " '134 : 1375 ' 12.1 '

' l"i!7. " il.4 : 121 ! "12'.7 i'2.6; " 12.2 12.1: " "ii.b: " 1 2 3 i'24 ; 13.4; " 13.1 ; 1 2 6 "i"2.0 .'7 "126 ! 12! 1 "11.7. " 12.3

' i b7o; '
128] '"12.2 " '"11."6{ " 1176 " 7jo .9 : 1178;'

" 13.3" '

" 13.2 ' 13. 2 12.8 ; 12.3 13 2 122/ " -10.8 '

" 1J.6, " "7ii ".bT"

" 123 ' " 1 2 a " "12777 7 '129 ' 13.0'" ' WSigKt|jX22'WejHt |

20421 -1146 7 2643:2; " 1141.6 ;

6.8 : 118-

. 2026 .0! 203175 ; 263373 : 2035.9

. 2033.7 / "2034.iT" " 2029 .7 /

' 2031. 1 " 2025

.6 " 2027

. 8 263575 " '263373; " 203370/ " ioli/b/ " "202273 /

' "261473: " 20i3".'6! ' "20226':" ' "2019.8 : 2070.6, "266778!' ' '2040.7!" '

" 2027.1. " "2023.i ; "

" 262T.6;"" ' 2032

. 2 "2054.2]" " 72OST.5; " 2"068.'9 / 2076.2 2b7878

! "2081 .3 ! '"20758.6:" " 2065.9

. '2061.9;

. "2067 .8 ; " 2061.5 ;
' 2058.2

_ '"205771 ! '"'2048 :6 - 2065.9 ! j287'5787" " 207878!""' ""2074.7! " 2069 .2 " 2070. 7 _2673:"6/ "

" 2080.6' "J076787

7

" 2693.8 : 1136.8!

"iT44.'6f

" i 14676j " "iijo/i ' 1142.7 !

..... . . 1137

. 2 1135.9! '

' "i'i'iT.b T "l148'3 i "ii38.6 7 113576; "

' 1146.6; 1135.9 ; 114376 ! "Ti'38.5: " 1139.3;

' 1143.6"' 11417 b 'T129.5] l'i92.'7! '

' 1221 .8 ' 1205 .i l

' 1212

. 8 1193.'6

r 1184

. 2 "119672! " 1207 .7" 1192.3 1202 1 12i '24 r 121175!" 1196.8! " 12'69 .8i 1261 /3 7 l"2i'6".7 /

" 1214:5! ' 119 6 2 ; "1203.81 l'2bo79! ' 1208.5; 1210.3! "

' 11 9573 ] ''T198.3 1 Tl97!"4 f 7i "263.8i 1204.3 Tlb'3."6 : I263.4 ;

' 119376 ! Xl2:We:qht | 1204 .9 , 7 1210.3 1225

. 4

" 7 1220-

0 172132 : 1205

. 9 1225.4 ' I262.4! ' 1220! 5 1 ' 252 .7! " I245.4; ' 12377 B 12517 3 1226.5 " 1207

. 3 12107 3 1204

. 4 "1206:5 I26773 7 1239

.1 1260 .1! " "130371!" l2787i 'i ' 1253

. 2 1 "246'."6 ! ' 1'2575: 2 12427 6 i'254 .2; " "1231 .7" 123771. ' '126375 ' IS'si/si " i 288. 9 127777 ! "1271 .8 , 124676 , 1242 5 i'24T.6i 123472!" 1255. 2 126475 ! "12597 8 1277. 2 l-286;'9!' 1271 .8; llbf.bj

. I272.B : "126375!" I250

. i f Tmef ' 1219.0 " I23372 ! 3.0

0 3.2 4 20 5 3.7 3 "5.0 4 "3:71 ""4.0 4 '23 0

' o!0 4 "6.4 7 2.9 4 3.7 0 _377 1 28 3 i/8 7 ""3."6 3 "3.78 "475 1 "372 6 """376 2 "14 2 "6.J 6 6.8 8 "199

....... .

....... . 7"4.5 3 3.0 2 72 ".3 8

_1.6 4 "21 0 • "1.5 6 7372 8 7377 5 '477 2 "4.1 1 72 .7 0 23 6 3.8 8 "_3".1 2 i ".9 9 7679 4 _°72 0 4.1 0 "47 -4 0 4.2 7

' 3.1 2 3.1 2 "245 7'3/2 3 727 0 1 .9 6



## VES018883

# I f
- IC O CO;C N C O

_ O : C N IO : C O ( D C M 1 ^ \CO

CNTtb'

- CO":C N iflO "cN'V:O J IT -, 0 [0 0 i O C

O I C N , * T' (0

. CO:^\C O lOfOJiCOlCM 0 0 ^

. C D ; C N ' I N « 3 :*-.-r

- O J ; CD; V;C

> iCU'l O ico'i'to l •(5|o>jT--l D C

O W^jmj ^ CO'CO^I^.CO^-Ollt D 01*0'C O !T-IC O CM.OVO l T-'M'f-

. CO.O)jlD;cO;C D
fc31 jci!W.csi."rfi«|"v;W;oVdf ^
n*:ro'co"ij V i1cDiCDil^..CD
; C0!Xt:i n

; •: i i ! ; :; ! i ; j, i ; : ! : i : : i i

# 1
!_ i j ! L : *oi !i*

. .. . COeOiCN

: > wr^ M >[CM;t\

l COIOiO) X r f f*N.CNiC>l,CNICN":CN-CNI;Cs|iCN' W 3 

# 1 TriTnTiynn TrrrrrrrrrrrrrrriiTiTrrrr r
neb JO ) :o s :r**-"ico


# I . JJco-r^-'

^ ^V'lxT'o'icNlo^ ^ utrloj o ro;o;ro|roJo'T-fwroio'oiro.ro ro XI CM'«
-: C

M \

. v -j CM

' CM , r - i r-jtNJtfM'T-l v Sil l , to]^ri^ f:N;6 i tfif»|oTojTV-!iD"^ttjiwiw " CD,^j^;ID%^irv:'d ] Tf!did;^i<Di ^

lOi^'m'to"] ^ oi

. d i d r>

; r-- * j d ! c d ; *-**ui

' t o ] CD * : - co^gi'C M ;«il^^C0'U3-CN ! CN;CM,y-.CN:CM''O'ro:ro*'roi^- " ^oo.oooooooooo.o

. C D i C O

: d!*-" ' 0 0 !OJ CMjCN

. ^ ftN ; CN -x^ S C O ] 'T - : | C O •C O C O ;h-'0>:N

. ,T-!t N C

N T-t O CO

' i*

. 'p j.p> fco:in;ca;CN ,

I uvco l *?T"*N ; div- , citol"" * i"

•C M CN'C N C N r -

-O'O'rlriN VT -T-;oi'T-iCNiCriih-iCT:^i^ik:CO;<0 ; COtr o C N — CN'

. CN ! C N I I N i C

N j C N jC M •CM; CM; C

M ; •C N ICN; CN

. C

N :C N iCN
;C N :V-:T -V-.^-V Wr!rir'rir!r :0- , 0 !OiO ; o :OiQiOOir:r !T-,V!t-

: f> CNjCNiNiCMCM^'W.CMlCMjW

p ?Q'K ?c> ^ lo'cnTi^Tofi ^ CN .N;i s ^;CM;V]WV.CJ'CM*!CO ! CM: ^

'[C l iC O :C O , Oi ; I ("'^ p I to

; c o 5 c o •c o *C D*c o ^ c o ? co ; co ; < o -t o .'T

1^ -j " c o •C D] C D| < o j c o f<o

! to

. <o : < o rC D; <o : e o ^ < o *t o J t o I ^ > CO : T-!C N i n I C M O CO't-lflr i cN;tN;CNCM>C

M eq!rojcM;iq.c o ^icM'tn.-w'to

i O OiO ' r

O l CNJC M CMiCN;C

M

CT;to!cN^cN;cNiT- ! cN;'»-;cN C M j O -t O jcO

. CN'C

O ;t N ;t N 

# "'Tn i n j M ! 

# i , fi n n. , Tro;6 i '6V|ro^o

i ^r o :ro;'c»Td'ro ^ | d ! d |cd"d!d;d!cd;'d-d*: d

^':i^[\o\d) "cola " C M 'io"'.CN':tN|E

» c o cM;r^'

; c b ib"|i-'c a;sfT*, m j rK| oj'w7"^'ic^.* ] v:ffl;a? rajnjen C M :- *toic o ^:^;cD:o/co'.iO:CN;cojco|c

o t o sir ,

to;ofob;'65';in'7r

o co/ooo^'t q :tM' M CN'O^eojT^iPj'T^sp) 1 ^ ju

_-f e^;5;§|oio!^i*-|OT- N c b 'cfi's'!"t

fito'K'roiv-^"-" o'ro :co coiio:^ " ineoit-tVi.co;"!
-aii^-in''^ :m\t^:m:'oi'm '
r W coicolcoicDioijm.o i c oieo<c o c oic o co-c oim.t

© ! ro'ro;r o e

o to,to-<o-e o c

aavoi:ai!Oi,oi.t o co^co;co;eoico;co;c o c oio o ; co;c oc

o ! § i j | i ; 1 J | ; \ I j i j ;

.; i : ; , ; \ . : [ \

\ \ ' ; : ! ; ] i ! 1 M : 1 M i ! ! M

3 S ^rwfo^^CMjV 1 "! ^ d t ^* l xJ : l o^d'r^id;co'd'm : cJ!ln'jroito , ^ 5 = tN CM^cN'^-ioimto.roiro.co-h-iinoi o c M coi-n rcorCM'O^iT-^Ix-jo-co^iKimirorCM-! ^ CN.to*COICNcNir ocp.to^.i o K,r o ro 

# siTnTrrrrrrriTrnTrnT r

K!

. i i ! : • : :M I : • - I ! : Li i i :I

. I i i i i •i ! ' M i ! |

- .j.

. i ; •i j Li J J J

. C O 10 1 ;6 ) ;0 > :() > -CJ ) j O l ;C O itO iC O

. 1 __

. _ trilcri:co'|rt:w;«:COirt^ r T rojco'"'c6'/c o !to;o

v ffi;co^

^jdid'ui!u5|iri;u3;di d

;oTc o . to ; C M ; to " C M I^- " |-HCM";W : giiT f;CM;tM.x f|C M C N CM

! T ^ CO;0't^iCO!CO;lO!CO'l O C) , O iPJ (*T

. ;O I "fi;U5|N; 0 Ol- O :01 : lO> O :C M 1 tOJ O il O IC

O ^C O ;C N | P 5 jt O IC M CN.O!WiCO : m-t O C0.CO;tOiC0.rt*cV^;^:^!^! ^ N;iDO'«'io:u5,^;t-,cotD,M!y~:^-rt;oroo,ro r n-m fi^-'a
-tco.to ; con.c o c o coicoi ^ c

o CO'P>;CM;CM.CM.CO'C*3'C O cO]co;co!co,co= « coi m cOTcojtOi-cr^-^to

7tdT£5.0 : t-lT - C M

. T -.c S T=-"

. o •c> i i j o~ jdi*o > -to ' i ci; ; o , t o V -.V^-T t r.MjCD 'COICD;CO!C

O >tO'CO;tO!CD -CD'C

O •C O JCD;<D;C

D :tO'tO : tD It

O jtO;tO :<D"tD|tD CO[(D:CD:tD'tOitD.tO t0;t0;C D , . . . I M ! : ; ! (I i

: ;p \ T*--v^ o' jV * I o ; o i "."oi ''

, «•: li b n© tda" , mTi6~ E <> l '"S^' fo >

. •. . - . •-—" *— ••—;'<ciicoi«ofto*Scd 1 i^-I"ir-*^

. i:(0'CDip!©'p:tO,©i PUnit4 Ru n 3 Lb/H r Lb/Ft3 De q F In , W C G P M Deg F Deg F ACF M %I OZWet ' Lb/H r Lb/H r PP M 'jLlriiei i 'Lo w 6. 1 fs : 6.8

. ' 7.0;

_ "6.4i
5.8!" ' 'SW 5.9: '

" " 5.8 6 2 " 6 3 6.3 : "6 4 6.4 ; 6.5 !

' 6. 1 r 6.1 ; 6.2 ' 6 3 To: ' 72 :
7. 2

" 5.9 ;

' " SeT " 14.0 PC C temp : 1495.8 : SCffflerrtp ;

1885.3 71859.0/

' 18427: " 1843.6! " "188376;' " l8|6.7 / T92676T T928.&T ' 1923731" ' 1916.6 " 1891. 8 1869.4 185175; " 1848.4 1857.7 : Stabk'Fio

w eo'DnjijCdr r 1.8 1 0.1 3 0.2 3 ""13 2

" "2.9 8 3.1 3 '479 0 77"3.9 5

3.6 9 1-8 1



### .. . 

### _ 0.1 7 '_'673 7 1.3 4 _"1.7 4 373 4

__„__ . 3.6 6 ~376 1 6.6C i.'o i '""'674 7

.. . ""4757

. . .7 .2.7 0 1.94 1.5 6 12/18/09 2:22PM ; "'"i2Vi8/09 2723''PM;'" " 6. 2 8. 2 67.1 !

67.0 :
" 12/18/09 22 4 PMI ' 6 2 "66.9 " "i2/i8/o¥'2:25"PM j " 6 2 '67.6' " 12/18/092:2 6 PM ;

-•.cnr.T z 6. 2 67. 0 " '12/18/092:27'PM7" ~ -•.cnr.T z 6. 2 "670; ' l"ai8/092:28"PMl ' "e.i'~ " '66.9

. '""1^18/69'2:2'9"PM ; " "62" " "667 : '"l2/i8/09'273'6"PM7 " 6.2 : "6678 r 12/18/09 '2:31 P M " 6. 2 ""66:6 7 ""l'27i8/6'9"2:32"'PM; " ' 6.2 " 66.8 : " 12/ i 8/0 9 2:33 P M 6 2 '66. 9 "~iai6"/6"9"2':"34""p'M

. 6.2 ! "66.9 " "''"12/T8M2M~PM E " '6. 2 66. 9

' 12/18/09 2:36 P M 6.2'' " 67. 0 12/18/09 2:37PMT" '6.2 T " 67.1 " ''l2/"i8769'2:'38PM " " 62 " 67.6' i2/18/09'2:39"PW| ' ' '6.2 ' '" ' "66.97 " "T2/i'8/69"2:4 6 PM 7" " 6: 2 " ' " '67.0; " 12/18/09 2:41 PM ; " ' 6.2 " ' ""'67.6;' " "12/1876924 2 PM' ' 67 2 "67.1;" "

' 127i8769"2:43"'PM ; " " 6.2 ' "" " 67. 0

" 12/1876

9 2:4 4 P M ..._6.2 : 67.0 !

' ""i27i8/6"9"2:45'>'M ; 6:2 ! 66.9

. 'Wi'8/6924"6PM : 6.4 " 66. 9

' 12/18/09 2:4

7P M 6.2 ! 66. 8

' "12/18/09 248PM ' 6.2 ! ~ " "66. 8 12/18/09 2:4

9 P M 6.2 ; "66.8 " 12/18/6 ? 25 0 PM ; 6.2 " 66.9 ~

Average

. ' 6.2I""' " " T 434. 5 "430. 6 "

' 427. 5 " 420. 1 ' "427747"

" 43176";"

' ""436:8!" " ""439.'9! " '439:37 7 ""436".8 [ 434.6

. 4326 " 432 7 434.6: " '437:6! " 7446:5" "

" 444.0! " 446. 9 " "44772'" "444'.4|" ' 439.5. " 434777 ' ~*W$7 434. 0 435.3 7 436 0 436.4 7 436.6 : '4344 7 "43S".6 [ 14. 0 "14. 0 "1378": " "13.97 " 13.9

. 13.1 "

' 1374 " 13.8 ! "'13.'9' 7 13.8 13.9 , 713 .8 7 13.7; " "ibj f "1377! " "i"3."6! " 1.3. 6 "13".^ " 14 .2 7 Til/ "

' "14

.2 "1473"'"

' 14.3 "vrb; " '14. 3

14.3 ; 1479.7

1458. 2 1439:0; ' "144675 "
' 14617 4 1476.6 "i497.'6| " 1523.8

. "1532.1 ! 1518.5 1504.2 "1497.6- 7 1502.7

" 1501. 3 1501 3 "1504 .87 ' 15ib7i! ' ""i51l75i " 1506. 8 " 1903 4 15024 7

" i 505.1;; " 1508.4 1S20.7 ! "i517 .8 : "1496.'5:

" 1474: 6 1462 1 " 1497:5] ' 1878.4 !

1907.7 ! "192573 7 "i920.l l 1903. 7 1880.8 ; 1866 4 1864.3 ; 186576; i 879.3; ' "I899,ff 191 4 1 ! 19077 ; 1888:6 : "1883.6 ; !i- — 37557. 5 3755872 ; 37499.7! " 37184.Ti " 38703.5 " 37835.0 ! 37193.V,' 371567 2 37359.'9 ' 37782.4 ; 39185. 1 "39196.3 ! 39095.31 ' 3886471 ! 38793.7 3W18.4 " 38184. 8 376271 ! 37581. 5 37753.4 37956: i '39124.9. ' 37983:2 ; 37485.4' 371~62.5: ' 37254.9' 37S642 39T657 » 37618. 4 6.9 !

'6.9

. 776' "74 "

........ . '77pT " "74 7 "6.9 ' "6.9: "

' 6. 9 ' 7.0 : "To ; 7.6 ; 7.0 7 "7:b ; "T6[ " 7.6 7 "7.6 7 6.9 - 7.0

. T o ! T.1 ! ' 7.1 ! '7.1 ! T.i i 7.2 " 72 7 "7.3' " 7.3 : "b/b l 13. «

13.8 12.7 11.9

„......_ . 11.0 " "Tio.a " 121! "

' 12."1 ' 13. 1 ib.b r '137.4; ' 127 "
' iiT " "11.6 ' 11.2 16 .8. " 12 3 ' 12.8 13.6 'liB:' "

" 12.3 ' "12:3| " "11.7: " 710.6 ! ii.4i "

•j 2 6 r 1.3. 7 713:2 " 12.3| " 2091.2 ;

"'2086.il" '

' 269673 7 "2087 4 '"26777!" " 2084.6 ! 2078.4 ! 20718!" " '2b72?T ' 2073,6 / "2078:6* "

" '211797 7 21205 : 21117" ; 2l"i28;" ' ''2i48 '4 " ""2145.4 ! " '

" 2148:6 : 7.2141 .6-"" ' 211675' f 2064.1 ! "2053/5! "

" "2048.0! "

" 20941 7 2094.1 / "2b94.9[ " "20884 ' 2080.6 : "2683:2! " ""2060.11 " 1220. 1

"""i2i2o! " '1229:5/' TiiSW 12231 ; "l23i.6i " "WsW 1215.4 / 1224.8 ! li'bsji" '

" 1 iob/o. "

" 12176. 2

' 1216 .27 " '7l217.i T 1218.4 / 1224.8 / "12134 " "'1235.9;" ' 1214.5! " 1224. 4 "1222.6 ! 1217/5 ! 1215.8

. 1212.4 1226.5, ' 1212.4 ;

' 12226!" " 'iilbi' / ""1220.1'" ' 1182.8 ] 12821 ! "1 " 286/5! ' 128575!

" 1286.4, "lisie ; 1291 3 "1328/9 : 1319.2 : ""1394.0 '129877; ' 1311 4 1305.5

. 1292 3 "1305. 0 "1303/1 ! 1315. 3 "132775! 1320. 6

' i299"i r

" 1251 8 1253.7 1310.9 "1323 .1'/ i326. r 1334.8 1276. 7 1268.9 12767 2 1269.4 1258.8 !



## VES018885

### Unit 4Ru n 3 "r.ime_Stam p

. Stac k flow , HR A 12/18/0 9 9:5 1 AM i 37483. 0 12/18/0 9 9:5 2 AM j 37475. 1 12/18/0 9 9:5 3 AM i 37467. 1 12/18/0 9 9:5 4 AM ! '37471. 8 12/18/0 9 9:5 5 A M 37480. 2 12/18/0 9 9:5 6 A M 37500. 7 12/18/0 9 9:5 7 AM

. 37493. 7 12/18/0 9 9:5 8 AM ! 

### 37455. 5 12/18/0 9 9:5 9 AM : 37436. 4 12/18/0 9 10:0 0 AM, ' 37420

. 3 12/18/0 9 10:0 1 AM : 37415. 9 12/18/0 9 10:0 2 AM ! 37422. 0 12/18/0 9 10:0 3AM i ""373997 9 12/18/0 9 10:0 4AM ! 37376. 9 12/18/0 9 10:0 5 AM i "37366

. 3 12/18/0910:0 6 AM ! T7354' 2 12/18/0 9 10:0 7AM , '"'37383. 5 12/18/0 9 10:0 8 AM ! 37393. 6 12/18/0 9 10:0 9 AM ; "'37386. 0 12/18/0 9 10:1 0 AM ; 37369. 6 12/18/0 9 10:1 1 AM ! 37335. 4 12/18/0 9 10:1 2 AM ! 37325. 8 12/18/0 9 10:1 3AM ! 

### '37331 6 12/18/0 9 10:1 4AM i 37308

. 3 12/18/0 9 10:1 5 AM ; 3728ES. 8 12/18/0 9 10:1 6 AM ; 3725a 4 12/18/0 9 10:1 7AM ! "37224 ! 6 12/18/0 9 10:18AM ! 

### 37224. 5 12/18/0 9 10:1 9 AM ! '3722 0 12/18/0 9 10:2 0 AM ; 37277. 8 12/18/0 9 10:2 1 AM ! 37214. 3 12/18/0 9 10:2 2 AM ! 37195. 3 12/18/0 9 10:2 3AM j 37188. 8 12/18/0 9 10:2 4 AM ; 37218 4 12/18/0 9 10:2 5 AM j 37236. 7 12/18/0 9 10:2 6 AM ; 

### 37243

. 7 12/18/0 9 10:2 7 AM | 37238. 4 12/18/0 9 10:2 8 AM ! 37212. 5 12/18/0 9 10:2 9 AM ; 3722Z 6 .12/18/0 9 10:3 0 AM j 37249; 3 12/18/0 9 10:3 1 AM ; 3724& 2 12/18/0 9 10:3 2 AM ; '37242. 3 12/18/0 9 10:3 3AM i 37212. 7 12/18/0 9 10:3 4 AM ! "37183. 3 12/18/0 9 10:3 5 AM ; 371gi - - 6 

### 12/18/0910:3 6 AM j 37197. 8 12/18/0 9 10:3 7 AM ! 37175^ 6



### VES01888 6Unit 4Ru n 3

•Tim ? Stamp:'/ 1 ) Stac k Flo wHR X 12/18/0 9 10:3 8 A M 37148. 2 12/18/0 9 10:3 9 A M 37097. 1 12/18/0 9 10:4 0 A M 37067. 3 12/18/0 9 10:4 1 A M 37083. 5 12/18/0 9 10:4 2 A M 37090. 6 12/18/0 9 10:4 3 A M 37093. 7 12/18/0 9 10:4 4A M 37079. 0 12/18/0 9 10:4 5 AM

- 37047 0 12/18/0 9 10:4 6 AM ; " 37023. 3 12/18/0 9 10:4 7A M 37007. 8 12/18/0 9 10:4 8 AM , 369657 5 12/18/0 9 10:4 9 AM j 36920. 1 12/18/0 9 10:5 0 AM j 36871. 7 12/18/0 9 10:5 1 AM ; 36828. 6 12/18/0 9 10:5 2 AM j 36825. 1

Maximum ; 36828. 6



## VES018887Unit 4Ru n 3 •MifUimevStamp;/? ^ ;Stac k Flow.HB A 12/18/0 9 11:4 6 A M 37163. 2 12/18/0 9 11:4 7A M 37167. 1 12/18/0 9 11:4 8 A M 37194. 1 12/18/0 9 11:4 9 A M "37219. 4 12/18/0 9 11:5 0 A M 37248. 5 12/18/0911:5 1 A M 372807 i 12/18/0 9 11:5 2 A M 37281 8 12/18/0911:5 3 A M 37288. 5 12/18/0911:5 4A M 37300. 5 12/18/0 9 11:5 5 A M 37337. 6 12/18/0 9 11:5 6 A M 37377.' 5 12/18/0 9 11:5 7A M 37407. 1 12/18/0911:5 8 A M 37408. 1 12/18/0 9 11:5 9 AM : "~37412. 2 12/18/0912:0 0 P M 37428. 5 12/18/0912:0 1 PM ; '37435. 4 12/18/0 9 12:0 2 PM ! 37438. 5 12/18/0 9 12:0 3PM ' ""'37436. 1 12/18/0 9 12:0 4PM : '374407 9 12/18/0 9 12:0 5 PM ; 37469. 9 12/18/0 9 12:0 6 PM

. 374977 3 12/18/0 9 12:0 7PM , " 7 " ""37521 4 12/18/0 9 12:0 8 PM'

- 375477 6 12/18/0 9 12:0 9 PM i 37544. 2 12/18/0 9 12:1 0 PM. " 37562. 6 12/18/0 9 12:1 1 PM : 37601. 2 12/18/0 9 12:1 2 PM i 12/18/0 9 12:1 3PM ; 37629. 3 12/18/0 9 12:1 2 PM i 12/18/0 9 12:1 3PM ; 37653. 6 12/18/0 9 12:1 4PM : 37669. 7 12/18/0 9 12:1 5 PM j 376467 8 12/18/0 9 12:1 6 PM i 37664. 0 12/18/0912:1 7PM i 37696. 1 12/18/0 9 12:1 8 PM ; 37708. 7 12/18/0 9 12:1 9 PM ; '377237 3 12/18/0 9 12:2 0 PM ' 37700. 4 12/18/0 9 12:2 1 PM i 37665. 0 12/18/0 9 12:2 2 PM | '37677. 5 12/18/0 9 12:2 3PM j 17704. 6 12/18/0 9 12:2 4PM | 37732. 6 12/18/0 9 12:2 5 PM i 377687 3 12/18/0 9 12:2 6 PM i 377767 6 12/18/0 9 12:2 7PM ! 37782. 3 12/18/0 9 12:2 8 PM ! " " 377857 8 12/18/0 9 12:2 9 PM : 37772. 7 12/18/0 9 12:3 0 PM ' 37751. 4 12/18/0 9 12:3 1 PM i 37730. 1 12/18/0 9 12:3 2 PM ! 37706. 7 12/18/0 9 12:3 3PM i 37713. 3 12/18/0 9 12:3 4PM ! 37735. 2 12/18/0 9 12:3 5 PM ! "37733. 4



## VES01888 8Uni t4Ru n 3 >i; ; Tim'eiStam p

. : Stac k Flow.(HRA : 12/18/0 9 12:3 6 P M 37727. 5 12/18/0 9 12:3 7P M 37698. 2 12/18/0 9 12:3 8 P M 37667. 2 12/18/0 9 12:3 9 P M 37678. 3 "12/18/0 9 12:4 0 P M 376787 5 12/18/0 9 12:4 1 P M 37668. 6 12/18/0 9 12:4 2 P M 37657. 4 12/18/0 9 12:4 3P M 37615. 6 12/18/0 9 12:4 4P M 37601. 0 12/18/0 9 12:4 5 P M 37625. 5 12/18/0 9 12:4 6 P M 37630T 7 12/18/0 9 12:4 7PM

. 37628. 3 12/18/0 9 12:4 8 PM j 37625. 6 12/18/0 9 12:4 9 PM ! 37629. 9 12/18/0 9 12:5 0 PM j 37644. 3 12/18/0 9 12:5 1 PM ; 37669. 8 12/18/0 9 12:5 2 PM ; 37675. 9 12/18/0 9 12:5 3PM j 37679. 3 12/18/0 9 12:5 4PM ; '37685. 4 12/18/0 9 12:5 5 PM ; 37663. 6 12/18/0 9 12:5 6 P M ""''37641 6 12/18/0 9 12:5 7PM ! 37652. 7 12/18/0 9 12:5 8 PM ; "37681 1 12/18/0 9 12:5 9 PM i 37710. 6 12/18/0 9 1:0 0 PM : 37736. 7 12/18/0 9 1:0 1 PM ; 37764. 1 12/18/0 9 1:0 2 PM

. "37790. 4 12/18/0 9 1:0 3 PM ! 37816. 4 12/18/0 9 1:0 4PM j 37839. 6 12/18/0 9 1:0 5 PM j 37860.' 8 12/18/0 9 1:0 6 PM ; 37887. 3 12/18/0 9 1:0 7PM j 37912. 8 12/18/0 9 1:0 8 PM i 37938. 6 12/18/0 9 1:0 9 PM

. 37944. 5 12/18/0 9 1:1 0 PM i 37955\ 4 12/18/0 9 1:1 1 PM ! 37957. 8 12/18/0 9 1:1 2 PM j "37964. 4 12/18/0 9 1:1 3PM ; 37984. 8 12/18/0 9 1:1 4 PM i "~"18001. 4 12/18/0 9 1:1 5 PM i 38009. 5 12/18/0 9 1:1 6 PM j "'*' " 38165. 4 12/18/0 9 1:1 7PM ! 37979. 2 12/18/0 9 1:1 8 PM ; "37984. 8 12/18/0 9 1:1 9 PM j ""38021 7 12/18/0 9 1:2 0 PM ! 38033. 5 12118/0 9 1:2 1 PM i 38040. 1 12/18/0 9 1:2 2 PM ; 38023. 1 12/18/091:2 3 PM ; 37992. 1 12/18/0 9 1:2 4PM ; 37979. 1 12/18/0 9 1:2 5 PM ! 37978. 7



## VES01888 9Uni t4Ru n 3

' •Tim e Stam p , St&c k Flo wHR A 12/18/0 9 1:2 6 P M 37958. 7 12/18/0 9 1:2 7P M 37940. 7 12/18/0 9 1:2 8 P M 37925. 1 12/18/0 9 1:2 9 P M 37920. 8 12/18/0 9 1:3 0 P M 37951 2 12/18/0 9 1:3 1 P M " 37973. 4 12/18/0 9 1:3 2 P M 37980. 7 12/18/0 9 1:3 3P M 37975. 4 12/18/0 9 1:3 4P M 37957. 0 12/18/0 9 1:3 5 P M

- 37967. 4 ""12/18/0 9 1:3 6 P M '"38001 5 12/18/0 9 1:3 7P M 38029. 2 12/18/0 9 1:3 8 PM

. 38057. 8 12/18/0 9 1:3 9 PM ; 38059. 4 12/18/0 9 1:4 0 PM

. 38071. 3 12/18/0 9 1:4 1 PM : 38111 4 12/18/0 9 1:4 2 PM i 38l53'; 9 12/18/0 9 1:4 3PM i ~ 38177. 4 12/18/0 9 1:4 4PM ; 38196. 1 12/18/0 9 1:4 5 PM ; """38183. 5 12/18/0 9 1:4 6 PM

. 38187. 0 12/18/0 9 1:4 7PM | '38196. 5 12/18/0 9 1:4 8 PM ; 382127 2 12/18/0 9 1:4 9 PM i ''38228. 6 •12/18/0 9 1:5 0 PM ! ''38230. 3 12/18/0 9 1:5 1 PM ! 38224. 0 12/18/0 9 1:5 2 PM : 38235V 8 12/18/0 9 1:5 3PM ; 38248. 6 12/18/0 9 1:5 4PM ! 38255. 0 12/18/0 9 1:5 5 PM i 38261. 3 12/18/0 9 1:5 6 PM ; 38264. 8 12/18/0 9 1:5 7PM i 38250. 4 12/18/0 9 1:5 8 PM ; 38228. 5 12/18/0 9 1:5 9 PM ! 38205 J 12/18/0 9 2:0 0 PM ^ 38183. 2 12/18/0 9 2:0 1 P M 38163. 4 12/18/0 9 2:0 2 PM i '38145. 3 12/18/0 9 2:0 3PM ; 381227 2 12/18/0 9 2:0 4PM i 38118. 1 12/18/0 9 2:0 5 PM ' ~ ' Mil l 12/18/0 9 2:0 6 PM ! 38084. 4 12/18/0 9 2:0 7PM i 38056. 9 12/18/0 9 2:0 8 PM l "38031. 5 12/18/0 9 2:0 9 PM j 38026. 7 12/18/0 9 2:1 0 PM

- 38052. 1 12/18/0 9 2:1 1 PM i 38060. 7 12/18/0 9 2:1 2 PM i 38065. 0 12/18/0 9 2:1 3PM ; 38049. 9 12/18/0 9 2:1 4 PM i 380347 5 12/18/0 9 2:1 5 PM ! 38042. 9



## VES01889 0

### Unil 4Ru n 3 Tim e Stam p Stac k Flo * HR A 12/18/0 9 2:1 6 P M 38067. 2 12/18/0 9 2:1 7P M 38072. 8 12/18/0 9 2:1 8 P M 38071. 4 12/18/0 9 2:1 9 P M 380467 5 12/18/0 9 2:2 0 P M '"38041. 5 12/18/0 9 2:2 1 P M 38050. 5 12/18/0 9 2:2 2 P M 380667 8 12/18/0 9 2:2 3PM i 38075. 0 12/18/0 9 2:2 4PM ; '38669. 7 12/18/0 9 2:2 5 PM j 38643. 8 12/18/0 9 2:2 6 PM ; *38064. 1 12/18/0 9 2:2 7PM i 38065. 7 12/18/0 9 2:2 8 PM ; "'38057. 5 12/18/0 9 2:2 9 PM j 38052. 5 12/18/0 9 2:3 0 PM j '380267 6 12/18/0 9 2:3 1 P M 3801 6' § 12/18/0 9 2:3 2 PM

: 

### 380467 9 12/18/0 9 2:3 3PM j 380777 8

" 12/18/0 9 2:3 4PM l 381067 3 12/18/0 9 2:3 5 PM j 38126. 6 12/18/0 9 2:3 6 PMl 38121. 0 12/18/0 9 2:3 7PM ; " 38123. 0 12/18/0 9 2:3 8 PM j """"""38 1 '18. 5 12/18/0 9 2:3 9 PM i 38104. 1 12/18/0 9 2:4 0 PM j "38689. 0 12/18/0 9 2:4 1 PM j 38062. 8 12/18/0 9 2:4 2 PM ; 386367 3 12/18/0 9 2:4 3PM ; 38047. 6 12/18/0 9 2:4 4PM i 38039: 2 12/18/0 9 2:4 5 PM j """"386247 6 12/18/0 9 2:4 6 PM j 38005.2 ' 12/18/0 9 2:4 7PM j 37988. 5 12/18/0 9 2:4 8 PM j 37979. 9 12/18/0 9 2:4 9 PM l '37988. 9 12/18/0 9 2:5 0 PM i 3797.4. 6 Maximu m | "382647 8



## VES01889 1Unit 4Ru n 3 1 •\Tim'eiStam p Liqui d Weigh tHRT ! Tptaj.Weigh tHR J X T 2 2 HR T 12/18/0 9 9:5 1 AM j 3241. 9 11313.9 ! 1139. 4 12/18/0 9 9:5 1 AM ! 3241 8 11342.8 | 1139. 4 12/18/0 9 9:5 1 AM ! 3241. 7 11342.7 ! 1139. 5

' 12/18/0 9 9:5 1 AM j 3241. 4 113714 ! 1139. 4 12/18/0 9 9:5 2 A M 3241. 4 11376.4 ! 1139. 5 12/18/0 9 9:5 2 AM j 3241. 2 11376.2 ' 1139. 6 12/18/0 9 9:5 2 A M 3241. 1 11381.1 ! 1139. 6 12/18/0 9 9:5 2 AM ! 3241. 0 11381.0 ! 1139. 6 12/18/0 9 9:5 3A M 3240. 6 11357.6 ! 1139. 7 12/18/0 9 9:5 3 AM | 3240. 5 11334.57 " 1139. 6 12/18/0 9 9:5 3A M 3240.6 ; 11334.6 ! 1139. 6 12/18/0 9 9:5 3A M 3240. 5 11311.5 ! 1139. 6 12/18/0 9 9:5 4A M TM~~3240. 4 12273.4!

_ 1139. 5 12/18/0 9 9:5 4A M 3240. 2 12250.2 ! 1139. 5 12/18/0 9 9:5 4A M 3240. 2 12250.2 ; 1139. 3 12/18/0 9 9:5 4A M 3240. 1 12250.1 ! 1139. 3 12/18/0 9 9:5 5 A M 32391 ; 12249.8 1 1139. 3 12/18/0 9 9:5 5 A M 32397 7 12249.7 ! 1139. 2 12/18/0 9 9:5 5 A M 3239. 6 12249.6 1 1139. 1 12/18/0 9 9:5 5 A M 32391 ; 11283.6 ! 1139. 2 12/18/0 9 9:5 6 A M 3239.5 | 11283.5 ; 1139. 2 12/18/0 9 9:5 6 A M 32391 ; 11283.3 ; 1139. 3 12/18/0 9 9:5 6 A M 3239.4" ; 11283.4 ! 1139. 4 12/18/0 9 9:5 6 A M 3239.5 : 11283.5 ; 1139. 4 12/18/0 9 9:5 7A M 32391! " 11283.6 ! 1139. 4 12/18/0 9 9:5 7A M 3239. 7 11283.7 1 1139. 4

~" "12/18/099:57A M 3239. 9 11283.9 ! 1139. 4 12/18/0 9 9:5 7A M 32400 ; 11284.6 ! ' 1139. 5 12/18/0 9 9:5 8 A M ""32461 1 11284.0 } 1139. 5 12/18/0 9 9:5 8 A M 3240.2 ; 11284.2 ! 1139. 5 12/18/0 9 9:5 8 A M 3240 1 i 1284.2 ! 1139. 6 12/18/0 9 9:5 8 A M """"32391 ; 11283.9 ! 1139. 6 12/18/0 9 9:5 9 A M 324pl" i 11313.0 ! 1139. 5 12/18/0 9 9:5 9 A M 123979 1 11312.9 ; 1139. 6 12/18/0 9 9:5 9 A M 3239.8 ; 11341.8 ! 1139. 7 12/18/0 9 9:5 9 A M 3239 1 11370.5 ; 1139. 8 12/18/0 9 10:0 0 A M 3239.5 ! 11370.5 ! 1139. 8 12/18/0 9 10:0 0 AM i 3239.4 : 11377.4 ; 1139. 8 12/18/0 9 10:0 0 AM : 32394 ! 11354.4 , 1139. 7 12/18/0 9 10:0 0 A M 3239 1 11383.5 ! 1139. 7 12/18/0 9 10:0 1 AM] 3239.5' j i 136~6.5 | 1139. 7 12/18/0 9 10:0 1 A M 3239.5 ! 11337.5 ! 1139. 8 12/18/0 9 10:0 1 AM ; 32391 ] 11337.5 ! 1139. 8 12/18/0 9 10:0 1 AM i 3239.4 ! 11314.4 ; 1139. 7 12/18/0 9 10:0 2 A M 3239.2 ! 11314.2 ! 1139. 7 12/18/0 9 10:0 2 A M 3238.7 ; 122797 ; 1139. 6 12/18/0 9 10:0 2 AM j 3238.0 : 12279.0 ! 1139. 6

### Unit 4Ru n 3 'Tim'fc_Sta'rfi p [ Liqui d Weigh tHR T[Tota l Weigh tHR T X-2 2 HR T 12/18/0 9 10:0 2 AM ! 3237.4 ! 1227 8 4 •1139. 6 12/18/0 9 10:0 3AM | 3236.7 ; 12277.7 ! 1139. 5 12/18/0 9 10:0 3AM ! l236.2 r 

### ' ~ 12277.2 ; 1139. 6 12/18/0 9 10:0 3AM ! 3235.7 ' 12276.7 ! 1139. 6 12118/0 9 10:0 3AM i 3235. 3 11367.3 ; 1139. 7 12/18/0 9 10:0 4AM j 3235

. T | 11367.1 ! 1139. 8 12/ 1 8/0 9 10:0 4AM ! 3235.2 ! 11367.2 ! 1139. 8 12/18/0 9 10:0 4AM ! 3235.3]"*' " 11367.3 ! 1139. 9 12/18/0 9 10:0 4AM j 323&3 T 11367.3 ! 1140. 1 12/18/0910:0 5 AM ; 3235. 8 ~ 11367.8 i 1140

. 2 12/18/0910:0 5 AM ! 

### 32367 6 11368.0 1 1140. 3 12/18/0 9 10:0 5 AM ; " 3236.2 ; ' 11368.2 ! 1140. 3 12/18/0 9 10:0 5 AM j

. " '323677 ; 11368.7 ; 1140. 3 12/18/0 9 10:0 6 AM ! 

### 323676 ] 11368.9 ! 1140. 1 12/18/0910:0 6 AM j 32371 ; 11369.2 ! 1139. 9 12/18/0910:0 6 AM ; 

### 3237.4 : 

### 11369.4 ! 1139. 7 12/18/0 9 10:0 6 AM ; 3237.6. " 11369.6 ! 1139. 5 12/18/0910:0 7AM j 3237.7 ] 11369.7 ; 1139. 3 12/18/0910:0 7AM j 3237.8 ! 11369.8 j 1139. 1 12/18/0910:0 7AM ; 3237.8 ] 11369.8 ! 1138. 9 12/18/0 9 10:0 7AM I 12/18/0 9 10:0 8 AM ! 12/18/0 9 10:0 8 AM ; "12/18/0 9 10:0 8 AM ' "12/18/0 9 10:0 8 AM r 

### 12/18/0 9 10:0 9 AM j 12/18/0 9 10:0 9 AM

. 12/18/0 9 10:0 9 AM ! 12/18/0 9 10:0 9 AM 7 12/18/0 9 10:1 0 AM ; 12/18/0 9 10:1 0 AM ! 12/18/0 9 10:1 0 AM ! 12/18/0 9 10:1 0 AM! ' 12/18/0 9 10:1 1 AM ! 12/18/0 9 10:1 1 A M 12/18/0 9 10:1 1 AM ; 12/18/0 9 10:1 1 AM ; 12/18/0 9 10:12A M 12/18/0 9 10:12A M 12/18/0 9 10:1 2 A M 12/18/0 9 10:1 2 A M 12/18/0 9 10:13A M 32377 ! "3237.7; ' '3237.8" [ 323778 ] "32316 7 Ipp i 3238.3] " 3238.4 j 1238.5: " 3238 .6 7 3p87j " 323811 ' 

### 32397o 7 "3239]2l" " 3239T4 T 11369.7 ;

11369.7 ' 

# I13I9I 7 '113461 ] 

# 1'137676 T

12/18/0 9 10:1 3AM ! 12/18/0 9 10:1 3AM P 12/18/0 9 10:1 3AM j 12/18/0 9 10:1 4AM i 12/18/0 9 10:1 4AM ! 3239.6 j

_ l239.6 { ' " I239.7]]] ] "3239"6i__' ~ *3239l j ] ' 123911 " 

### 3240

. 6 

# "3 ^u7lf"] " I24I .2 7 124617 " 324017 ] 

# l24076 l "" " 12273.7 ! 

### II3I9.6 T 11389.6 ! T138979 T
11390.1j

_ •il39a2 ! 1138. 6

1138. 5 1138. 4 1138. 2 1138. 0 11382.3 ! 1137. 9 11382.3 ! 1138. 0 11388.4 ! 1138. 0 11365.5 , 1138. 0 11394.6 ; 1137. 9 11400.7 j 1138. 8 11400.8 ! 1139. 7 11378.0 ! 1140. 1 11378.2 ! 1140. 1 11378.4 ! 1140. 4 11378.6 ! 1140; 6 12273.6 1 1140. 8

1140. 9 1139. 8 1139. 5 1139. 6 11390.0 1 1139. 6

1139. 6 1139. 7 11390.3 ! 1139. 7 

### 1139672 ! 1139. 8 

### 'l13961 j 1139

. 9Uni t4Ru n 3

> • J Time_Stam p Vtiqui d Weight : HF5t
; :T6tc3!W.eight=HR t X-2 2 HR T 12/18/0 9 10:14A M 3239. 8 11389. 8 1139. 8 12/18/0 9 10:14A M 3239. 6 ' 11389. 6 1139. 9 12/18/0 9 10:15A M 32397 4 11389. 4 1140. 0 12/18/0 9 10:1 5 A M "3239. 5 11389. 5 1140. 1 12/18/0 9 10:1 5 A M 3239. 7 11389. 7 1140. 1 12/18/0 9 10:15A M 32397 8 11389. 8 1140. 2 12/18/0 9 10:1 6 A M 3239. 9 11389. 9 1140. 2 12/18/0 9 10:16A M 3240. 6 11396 1 1140. 2 12/18/0 9 10:16A M ""3240. 3 11390. 3 1140. 1 12/18/0 9 10:1 6 A M 32467 6 11390. 6 1140. 1 12/18/0 9 10:17A M 3246.8 " 11367. 8 1140. 1 12/18/0 9 10:1 7A M 3241. 1 11397. 1 1140. 1 12/18/0 9 10:17A M ""3241 2 11403. 2 1140. 1 12/18/0 9 10:1 7A M 3241.4 ! 11380. 4 1140. 1 12/18/0 9 10:18A M 3241.6 ; 

## luTo.'e 1140. 1 12/18/0 9 10:1 8 AM i 3241.7 ! 11417. 7 1140. 2 12/18/0 9 10:1 8 AM I 3242.6 ; 11418. 6 1140. 3 12/18/0 9 10:1 8 AM i 324276 : 11424.6 ! 1140. 3 12/18/0 9 10:1 9 AM I 3242.3 ; 11401.3 ; 1140. 2 12/18/0 9 10:19A M 324273 ! 11401.3 1 1140. 0 12/18/0 9 10:1 9 A M 3242.5 ! 11401.5 ! 1140. 0 12/18/0 9 10:1 9 AM i 3242.7 ; 11401.7 ! 1140. 0 "'12/18/0 9 10:2 0 AM i 3242.7

. 114017 1 1140. 1 12/18/0 9 10:2 0 AM i 3242.9 ; 11401. 9 1140. 0 12/18/0 9 10:2 0 AM i 3243.1 ! 12514.1 ! 1140. 0 12/1870 9 10:2 0 AM I 3243. 2 11643.2 j 1140. 0 12/18/0 9 10:2 1 AM : 324372 : 11643.2 !

. 1140. 0 12/18/0 9 10:2 1 A M "324372 ! 11643.2 ! 1140. 0 12/18/0 9 10:2 1 AM j 3243.2 ! 11643.2 ; 1140. 0 12/18/0 9 10:2 1 AM ; 3724373 1 11643.3 ; 1140. 0 12/18/0 9 10:2 2 AM i '"''' " 324373 ! 11643.3 ! 1140. 0 12/18/0 9 10:2 2 AM i 3243.0 ! 11643.0 ! 1139. 9 12/18/0 9 10:2 2 AM ; 3243.1 : 11643.1 ; 1139. 9 12/18/0 9 10:2 2 AM ; '3242.9" : 11642.9 ! 1139. 9 12/18/0 9 10:2 3AM i " ' 3242.8

. 11642.8 ! 1139. 9 12/18/0 9 10:2 3AM ; 3242.8

: 11642.8 ! 1139. 9 12/18/0 9 10:2 3AM j "3243.6 7 11643.0 ! 1140. 0 12/18/0 9 10:2 3AM j '

. "3243.0 ; 11643.0 j 1139. 9 12/18/0 9 10:2 4AM j 3242.9 ' 11642.9 ; 1139. 9 12/18/0 9 10:2 4AM j 3242.7 ; 11642.7 ; 1139. 8 12/18/0 9 10:2 4AM j ""3242.6 ! 11642. 6 1139. 8 12/18/0 9 10:2 4AM ' 3242.6 ! 11642.6 ! 1139. 8 12/18/0 9 10:2 5 AM j '3242.8 7 11642.8 ; 1139. 8 12/18/0 9 10:2 5 AM ! 3242781 ' 11642.8 ! 1139. 7 12/18/0 9 10:25AM j 3242. 8 11642.8 ! 1139. 8 12/18/0 9 10:2 5 AM j 3242.7 ! 11642.7 ; 1139. 9 12/18/0 9 10:2 6 AM ! 3242.5 ; 11642.5; ' 1140. 0

### Uni t4Ru n 3 VTime_Stam p LiqujdiWeightiHRT ; Tota l VVelghtHRT : x^im T 12/18/0 9 10:2 6 A M 3242. 5 11648.5 ! 1139. 8 12/18/0 9 10:2 6 A M "3242. 6 11655. 6 1139. 8 12/18/0 9 10:2 6 AM I 3242. 6 11655.6 ! 1139. 8 12/18/0 9 10:2 7A M 3242. 4 11661.4 ; 1139. 8 12/18/0 9 10:27A M 3242. 4 11690.4 ! 1139. 9 12/18/0 9 10:2 7A M '3242. 4 11667. 4 1139. 8 12/18/0910:2 7A M 3242. 2 11696. 2 1139. 9 12/18/0 9 10:2 8 A M 3242. 1 11696. 1 1139. 9 12/18/0 9 10:2 8 A M 3241.9 , T l 724. 9 1139. 9 12/18/0 9 10:2 8 A M "3241. 8 "' " '1T7247 8 1139. 7 12/18/0 9 10:2 8 A M 3241. 4 11724. 4 1139. 8 12/18/0910:2 9 AM ; 3241.3 ; 11724. 3 1139. 7 12/18/0 9 10:2 9 AM ; 3241 1 Tl6947i " 1139. 7 12/18/0 9 10:2 9 AM i 

### ~3241 . 6 ; 11665. 0 1139. 8 12/18/0 9 10:2 9 AM , 3241.2 ! 12804. 2 1139. 7 12/18/0 9 10:3 0 AM i 3241.0 ! 12804. 0 1139. 5 12/18/0 9 10:3 0 AM { 3241 3 12804. 0 1139. 5 12/18/0910:30 " AM I " 3240 1 12803. 8 1139. 5

" 12/18/0 9 10:3 0 AM I 3246. 7 12803. 7 1139. 5 12/18/0 9 10:3 1 AM I 324a4 i 12803. 4 1139. 5 12/18/0910:3 1 AM j 3240.4 ! 11642. 4 1139. 6 12/18/0910:3 1 AM : 3240.1 ! 11642.1

. 1139. 6 12/18/0910:3 1 AM ; 3240. ? 11642. 0 1.139. 7 12/18/0910:3 2 AM ; 323979 ; 11641. 9 1139. 7 12/18/0 9 10:32AM i 3239.6; : 

### 11641.6

. 1139. 6 12/18/0 9 10:3 2 AM i 3239.7 ! 11641. 7 1139. 6 12/18/0 9 10:3 2 AM I 3239.6 ; 11641. 6 1139. 7 12/18/0 9 10:33AM | """""""3239" ! 11641.5

. 1139. 7 12/18/0 9 10:3 3AM j 323975 ; 11641.5

. 1139. 5 12/18/0 9 10:3 3AM ; 3239.3 ; 11641.3 ; 1139. 5 12/18/0 9 10:3 3AM ! 323974 : 11641.4 ! 1139. 6 12/18/0 9 10:3 4AM i '323975 ; 11641. 5 1139. 7 12/18/0 9 10:3 4AM i 3239.5 ; 11670.5 ; 1139. 6 12/18/0 9 10:3 4AM ! 3239.4 ! 11699.4 ; 1139. 7 12/18/0 9 10:3 4AM ! 3239. 4 11699.4 ; 

### 1139. 8 12/18/0910:3 5 AM ; 3239.3 ! 11728.3 ! 1139. 7 12/18/0 9 10:3 5 AM : 323977 ; 11757.7 1 1139. 8 12/18/0 9 10:3 5 AM ; 3239.7 ! 11757.7 ! 1139. 7 12/18/0 9 10:3 5 AM ; 3239.8 ! 11786.8 ! 1139. 6 12/18/0 9 10:3 6 AM ! 3239.7. ! 11786.7 ; 1139. 7 12/18/0 9 10:3 6 AM ! 3239.6 ! 11817.6 ! 1139. 8 12/18/0 9 10:3 6 AM ! " 3239. 6 11787.6 ! 1139. 9 12/18/0 9 10:3 6 AM ! 3239.4 , 11816.4 ! 1140. 0 12/18/0 9 10:3 7AM | """" ' 3239.6 7 11787.6 | 1140. 1 12/18/0 9 10:3 7AM | " ~3239.4 f 11758.4 ; 1140. 1 12/18/0 9 10:3 7AM ! 3239^3 ; 11758.3 " 1140. 2 12/18/0910:3 7AM ; 3239.3 ! 11729.3 ; 1140. 2Uni t4Ru n 3J

, . ..'TimelStam p : Liqui d Weigh tHR T Tota l Weigh tHR T -X-2 2 HR T 12/18/0910:3 8 AM , 3239. 2 11729. 2 1140. 1 12/18/0 9 10:3 8 A M 3239. 3 128767 3 1140. 1 12/18/0 9 10:3 8 A M 3239.' 2 12876. 2 1140. 3 12/18/0 9 10:3 8 A M 3239. 1 12876. 1 1140. 3 12/18/0910:3 9 AM i 3239. 1 12876.1 j 1140. 3 12/18/0 9 10:3 9 AM I 3239: 2 12876. 2 1140. 3 12/18/0 9 10:3 9 AM : 3239. 1 11997. 1 1140. 2 12/18/0910:3 9 AM | 3239. 2 11997. 2 1140. 2 12/18/0 9 10:4 0 AM j 3239. 1 11997.1 ' 1140. 2 12/18/0 9 10:4 0 AM i 3239. 0 11997. 0 1140. 3 12/18/0 9 10:4 0 A M 3238. 9 119967 9 1140. 2 12/18/0 9 10:4 0 AM : 3239.0 ; 11997. 0 1140. 3 12/18/0 9 10:4 1 AM i "3238.9 : 11996.9 : 1140. 3 12/18/0 9 10:4 1 AM : 323976

. 11997.0 , 1140. 3 12/18/0 9 10:4 1 AM i 3238.9 ; 11996.9 ! 1140. 3 12/18/0910:4 1 AM : 32381 ; 12025.8 ; 1140. 3 12/18/0910:4 2 AM : 3238. 6 12025.6 : 1140. 1 ~12/18/0 9 10:4 2 AM ; 32381 : 12054.4 ! 1140. 0 12/18/0910:4 2 AM. ' 3238. 2 12083.2 ; 1140. 0 12/18/0 9 10:4 2 AM ; 32371 ; 12082.9 ; 1140. 0 12/18/0910:4 3 AM I ""3237.8 ; "7 " 3237.8 1 121118 ! 1140. 1 12/18/0 9 10:4 3AM 1 ""3237.8 ; "7 " 3237.8 1 12082.8 ! 1140. 1 12/18/0910:4 3 AM ; 3237.5 , 12112.5 ; 1140. 1 12/18/0910:4 3 AM i 3237. 5 12112.5 ! 1140. 1 12/18/0 9 10:4 4AM ^ 3237. 4 12112.4 ! 1140. 1 12/18/0 9 10:4 4AM ; 3237.5 ! 12111.5 ! 1140. 2 12/18/0 9 10:4 4AM
; 3237. 6 12082.6 ! 1140. 1 12/18/0910:4 4AM" ! 3237.6 ; 12682. 6 1140. 1 12/18/0 9 10:4 5 AM : 323777 ! 12082.7 ; 1140. 2 12/18/0910:4 5 AM I 3237.8 7 12082.8 ! 1140. 0 12/18/0 9 10:4 5 AM ; 3238.6 ; 12083.0 ! 1140. 0 12/18/0 9 10:4 5 AM ; 323872 1 13113.2 ! 1139. 9 12/18/0 9 10:4 6 AM : 3238.5 ! 13113.5 ! 1139. 7 12/18/0 9 10:4 6 A M """""""3238.8 ] 12147.8 ! 1139. 6 12/18/0 9 10:4 6 AM '
~ I23I9 ] 12177.9 ; 1139. 6 12/18/0 9 10:4 6 AM ; 

## 3239 .0 7 12207.0 : 1139. 7 12/18/0 9 10:4 7AM i "*"3239 1 12207.3 ! 1139. 7 12/18/0 9 10:4 7AM i 3239.3 ! 12207. 3 1139. 7 12/18/0910:4 7AM i 3239.5

- 12207.5 ! 1139. 6 12/18/0 9 10:4 7AM I "32I9.5 ; 12207.5 ! 1139. 7 12/18/0 9 10:4 8 AM i "1239.5 ; 12207.5 ! 1139. 6 12/18/0910:4 8 AM i "'32397 ! 12819.7 ; 1139. 6 12/18/0 9 10:4 8 AM i 323977 ! 123517 ! 1139. 7 12/18/0 9 10:4 8 AM : 3239.8 ; 123518 1 1139. 7 12/18/0910:4 9 AM : 3241 1 12352.2 ; 1139. 5 12/18/0910:4 9 AM i •3240.4 ! 12352.4 ; 1139. 7 12/18/0910:4 9 AM ; 12407 : 12352.7 ; 1139. 7 12/18/0 9 10:4 9 AM i 3240.8 1 12352.8 ! 1139. 6 12/18/0910:5 0 AM

- 3241. 0 12353.0 ! 1139. 6 12/18/0910:5 0 AM ! 3241.1 ! 12353.1 ! 1139. 7Uni t4Ru n 3| 1 '^fimeiStamp ' ' Liqui d Weigh tHR T Tota l Weigh tHR TX-2 2 HR T 12/18/0 9 10:5 0 A M 3241. 1 12353.1 ! 1139. 7 12/18/0 9 10:5 0 A M 3241. 4 12353.4 ! 1139. 8 12/18/0 9 10:5 1 A M 3241. 6 12353.6 ! 1139. 9 12/18/0 9 10:5 1 A M 3241 6 12324.6 ! 1139. 9 12/18/0 9 10:5 1 A M 3241. 7 12353.7 ! 1139. 9 12/18/0 9 10:5 1 A M 3242. 6 12325.0 ! 1139. 9 12/18/0 9 10:5 2 A M 324271 ' 12296.1 ! 1139. 9 12/18/0910:5 2 A M 32427 3 12296.3 ; 1139, 9 12/18/0910:5 2 A M 3242. 4 12267.4 ! 1139. 8 12/18/0 9 10:5 2 A M 3242. 4 12267.4 ! 1139. 9



## VES018897

### Uni t4Ru n 3 I 1 ./••.TihieiStam p Liqui d Weigh tHR TTota l Weigh' tHR TX-22'HR T 12/18/0 9 11:4 6 AM : 3236.9 ; 9160.9 ; 1097 7 12/18/0 9 11:4 6 AM : '"'"'"32367 ; 9160.7 ! 

### 1097

. 9 12/18/0 9 11:4 6 AM" ; 3236.6 ! 9130.6 ! 1098. 0 12/18/0 9 11:4 6 A M 3236'l i ' 10218.5 ; 1097. 9 12/18/0 9 11:4 7AM : 3236.4 :

### ' 10218.4 ! 1097. 8 12/18/0 9 11:4 7AM ; "3236.2 ' 10218.2 ! 1097. 8 12/18/0 9 11:4 7AM ; 3236.0 ; i0218l j 1097. 9 12/18/0 9 11:4 7AM ! 3235.9 ! 10217.9 ] 1097. 8 12/18/0911:4 8 AM ; 3235T| ' " 10217.8 ! 1097. 9 12/18/0 9 11:4 8 AM ; 3235.8 ; 9605.8' ; 1097. 8 12/18/0 9 11:4 8 AM ! 32357!" " 9631.7 ] 1097. 7 12/18/0 9 11:4 8 AM ! 3235.6 ; .9631.6 ! 1097. 7

•12/18/0 9 11:4 9 AM ; "3235.5 ; 9631.5 j 1097. 8 12/18/0 9 11:4 9 AM ; 3235" ! 3 ; 

### 9657.3 ! 1097 7 12/18/0 9 11:4 9 AM I 31351!" " 9657.4 ! 1097. 7 12/18/0 9 11:4 9 AM I 3235. 3" 9657.3 ! 1097. 8 12/18/0911:5 0 AM , 3235.i l 9683. 1 1097. 8 ""12/18/0 9 11:50 " AMj ' 3235.1 : 9683.1 ; 1097. 7 12/18/0 9 11:5 0 AM ' 3235. 0 9683.0 : 

### 1097. 7 ""l2/1876Tlli50AM ! 1234. 9 9708.9 ! 1097 7 12/18/0 9 11:5 1 AM j 3234. 7 9679.7 1 1097. 8 12/18/0 9 11:5 1 AM i ""3234.6 ' 9679.6 ; 1097. 7 12/18/0 9 11:5 1 AM i 3234 1 9676.5 ; 1097. 7 12/18/0 9 11:5 1 AM

. 32341 1 9676.1 ! 1097. 7 12/18/0 9 11:5 2 A M 

### 3234 .6 ! 9676. 0 1097. 7 

### "12 /1176 9 11:5 2 A M ' " 3231.9 ! 9701.9 1 1097. 7 12/18/0 9 11:5 2 A M 323 4i l 9702.1

- 1097. 7 12/18/0 9 11:5 2 AM ^ 3234.1 ! 9702.1 ! 1097. 7 12/18/0 9 11:5 3AM ! """3234 1 9702.2 ! 1097. 7 12/18/0 9 11:5 3AM ! ""3234.3 ; 9702.3 : 1097. 7 12/18/0 9 11:5 3AM ; 3234.4;'" " 9702.4 ] 1097. 7 12/18/0 9 11:5 3AM ; 32347 ! 9702.7 I 1097. 6 12/18/0 9 11:5 4AM ; 3234.9 ! 9702.9 i 1097 7 12/18/0 9 11:5 4AM ; 3234.8 ; 9702.87 " 1097. 8 12/18/0 9 11:5 4AM ! 323ll j 

### 3235 .67 " 9703.1 ! 1097 7 12/18/0 9 11:5 4AM i 323ll j 

### 3235 .67 " 9703.0 ! 1097. 8 12/18/0 9 11:5 5 AM ; 323576 7 

### 9703 .6 | 1097. 8 12/18/0 9 11:5 5 AM ! 323479 ! 9702.9 ! 1097. 8 12/18/0 9 11:5 5 AM ; 

### 3235

. 6 9703.0 ! 1098. 0 12/18/0 9 11:5 5 AM ; 

### "3235 .6"" ' 10938.0 ; 1098. 0 12/18/0 9 11:5 6 AM 1 

### 3235

. 6 10938. 6 ! 1097. 8 12/18/0 9 11:5 6 AM i 3234. 9 10937.9 ! 1097. 8 12/18/0 9 11:56~AM ; 3235.1 ; 10938.1 ! 1097. 9 12/18/0 9 11:5 6 AM ; 32312 7 10964.2 ! 1097. 8 12/18/0 9 11:5 7AM ! 3235 1 10964.0 ; 1097. 8 12/18/0 9 11:5 7AM ! 3235.1' : 10990.1 ! 1097. 9 12/18/0 9 11:5 7AM" ! " '3235!2 | ib990.2 j 1097. 9 12/18/0 9 11:5 7AM ; 3235.3 ! 10990.3 ! 1097. 8 12/18/0 9 11:5 8 AM ! "32351;" ' 11016.6 ; 1097. 9 12/18/0 9 11:5 8 AM i 123517 " 11016.9 ! 1097. 7Unit 4Ru n 3 Tim e Stam p jUqui'diWeightjHRt / :T
; otal : ;Weight;I W 

# jiMSil i 12/18/0 9 11:5 8 A M 3236. 5 11017.5 j 1097. 8 12/18/0 9 11:5 8 A M 32367 6 11043. 6 1097. 9 12/18/0 9 11:5 9 A M 3237. 0 11044.0 ! 1098. 0 12/18/0 9 11:5 9 A M '3237. 4 11044.4 ! 1097. 9 12/18/0911:5 9 A M 3237. 9 11070.9 ! 1097. 8 12/18/0 9 11:5 9 A M " " '3238.2 ! 11071.2 ] 1097. 8 12/18/0912:0 0 P M 3238 1 11071.6 ! 1097. 9 12/18/0 9 12:0 0 P M 3238 1 11073! 9 1097. 7 12/18/0912:0 0 P M 3239. 2 11051. 2 1097. 7 12/18/0912:0 0 P M 3239. 4 11051. 4 1097. 7 12/18/0912:0 1 P M 3239. 7 11028. 7 1097. 7 12/18/0912:0 1 P M 3239. 8 11028. 8 1097. 8 12/18/0 9 12:0 1 P M 3239. 9 11004. 9 1097. 9 12/18/0 9 12:0 1 PM , 32407l' : 

### i6"982. 1 1097. 9 12/18/0912:0 2 PM , 3240.3 ' 10982. 3 1098. 1 12/18/0912:0 2 PM : 3240.5 ; 10982. 5 1098. 1 12/18/0912:0 2 PM : 32407 ! 10982. 7 1097. 9 12/18/0 9 12:0 2 PM ; 124678 ! 10982. 8 1097. 9 12/18/0 9 12:0 3PM ; 3241.1 ! 10983. 1 1097. 9 12/18/0912:0 3 PM : 37241 1 10243. 3 1097. 9 12/18/0 9 12:0 3PM: , " " 3241 3 10243. 3 1097. 8 12/18/0 9 12:0 3PM j 32414 ; 10243. 4 1097. 9 12/18/0 9 12:0 4PM ; 3241.4 ; 10243. 4 1098. 0 12/18/0 9 12:0 4PM i 3241 3 10243. 3 1098. 0 12/18/0 9 12:0 4P M 3241. 5 10243. 5 1098. 2 12/18/0 9 12:0 4PM ' 3241.5 ; 11456. 5 1098. 1 12/18/0 9 12:0 5 PM ; "32414 ! 11456. 4 1098. 1 12/18/0912:0 5 PM : ""32415 ; .11456. 5 1098. 1 12/18/0 9 12:0 5 PM ; 32413 ! i l 456. 3 1098. 1 12/18/0 9 12:0 5 PM : 32411 ! 11456. 1 1098. 1 12/18/0 9 12:0 6 PM ; 3240.8 ! 11481. 8 1098. 2 12/18/0 9 12:0 6 PM ! " "3246.6" ! 11481 6 1098. 2 12/18/0 9 12:0 6 PM ; 324073 : 11481. 3 1098. 4 12/18/0 9 12:0 6 PM ; 3246.1 : 11507. 1 1098. 3 12/18/0 9 12:0 7P M "'324076 ] 11507.0 | 1098. 3 12/18/0912:0 7PM i 3239.8 ; 11506.8 ! 1098. 1 12/18/0 9 12:0 7PM ; 32391 ; 11532.6 1 1098. 1 12/18/0 9 12:0 7PM ; 3239. 3 11532.3 ! 1098. 2 12/18/0 9 12:0 8 PM ; 3239.4 j 11558.4 ] 1098. 0 12/18/0912:0 8 PM j """'"""1239.5 ] 11558.5 ! 1098. 1 12/18/0 9 12:0 8 PM j 3239.6 ! 11558.6 } 1098. 1 12/18/0 9 12:0 8 PM j 3239.7 ; 11584.7 ! 1098. 0 12/18/0 9 12:0 9 PM j " 3239.9 ; 11584.9 ! 1097. 9 12/18/0 9 12:0 9 PM i 

### 3240.6] 11585.0 ! 1097. 9 12/18/0 9 12:0 9 PM ! 32461 ; 11611.2 ! 1097. 9 12/18/0 9 12:0 9 PM i 3240.4 ! 116T1.4 ! 1097. 9 12/18/0 9 12:1 0 PM , 3246.6 ! 11611.6 ! 1097. 9 12/18/0 9 12:1 0 PM ; 3246 1 11587.8 ! 1097. 8 12/18/0 9 12:1 0 PM i ""~"3241 1 11564.9 ! 1097. 8 12/18/0 9 12:1 0 PM : """"32411 ! 11565. 1 1097. 7