Run 4 Field Sampling Data - semspub.epa.gov · tftooI _____Run 4 Field Sampling Data...

tftooI______Run 4

Field Sampling Data

MRI-AppKed/R362018.APP

AR3I398APPENDIX B 159

IIIr — . in

<r-

£

<

<QO_JUJU.

jt " — """""*'»-S ~— \

/

\ /x. -1 y^ " ^

V)ociu ————N > H

/ < 0E a-

O

\~

via yizzoN

$«

^W~"\

ASSUMED MOISTURE

METER AH O

^F-.i7~^

METER CORRECTION

PITOT NO

t)>>>

^

^cs^

^-S

îcJsvi

^ o— o

% I

PITOT COEFFICIENT

BAROMETRIC PRESS

SITETOBARO. ELEV)

CORRECTED B P. (0.

04

«/>SV)-SCfcj 1i\/)V

HAND TYPE

0

/OS-

Q-1<5-\"*G^

^

)UER NO.

«1O

r\ocr

<

xJJ^

ct^

^

^\

STATIC PRESSURE

> 3" H20

£CJLU

AtO O O<S±z z *&>Q Q Q i.

a 9 i

n:CJ^21—^

£

s i H H l i i iS a I s S 0 . i B B ^C Q C Q Q _ U 1 C L O . Q ? S S N1 1 i 1 1 1 1 1 1 1

. •*-

£<A

i2

^

^(.

^

Oi!

5^

JVUJ HO i

V<r

dV••«-

5 S

Q1<s

1

rf•4

1(&

^

vX

E

s

4<$.?

r(Si*>

r->aUu

_j*czu.

_Js>—z

_J<czu.

_J<ch-z

_l<cuZ

gh-z

APLER HOOKUP

.

Is g 3i £ 1 i § g_i _j < a: a: î i % £ e s en

r~o>

S^

S"e-jLU

^

9$

•

|C/3CO£

= £ ^ < ^ ^ Q - y O J 2C C Q . a . O < a t a O L L . C C : D

Al ________I—— Ê. I -" mil "•- ——^—

KCd

A

Al

^

Al

VAAl

E

Al

Al

3=

ri

&

UJ _ji sE u. ° 

oz *»Z I—

d. ••.aanu

do "dMBiaaoad

d» "dwn. xos31JIWS

do "dlMiB39NldWI

ttl t.>—

<tu°- o~!* —— b^ VI ^J ." ». ." .».-. - . *. -v »-»

1?=.rA

> 5 E-i

Sc

Jf

>>xyx

?p

\r

V

vj-

r

KSV

^

Ôfe

0-

\T

XX

-03

4

«

s^^

xx.xx><yx

C

Q-

V"

«8

N

5i

XXxXXX^X

<

^

^

v - « «. v- •c jc .

g^

Is*

VA

?=ss

<5t-r

vr

^r

\!M\JL! \u

fa

AR3I3983APPENDXX B

sJ

INTEGRATED GAS SAMPLING DATA FORMFOR U.S. EPA METHOD 3

Plant IJnk*- O -ffW. £S£- Project No. 'SLTO'W-WSampling LocatiSample Type (M-low Control De\For Sampling Fr<Pump Tvpe X

on acfeL -Jr)* Run No. Q _ Date (-22-97ulti-Point, -S«§4rice (MicrovalvejgvMS Console

o Point) M? Operator 6Vi-il _. -eritical Orifice) MY Baa Tvpe 1^ Sample No. V -"2No. N*! . Method 3 Train No. • fJA6 ef-tA =-— //-' M w Purno Type A)A

Pump I.D. ' /V<? • . ' ' Pumo I.D. A/AFlow Meter TypeFlow Meter I.D.Desired Flow RELeak Check BefTotal Sampling "Flow Rate (cc/mEstimated Actua

Time24 Hr Clock///f/?/<?"/92°t' Jo/<?*/<?7&00Z&/0

•202e>&&-V4•&>J*y3 5 ,•ZJoe;'ZJZ-?•2/35

'Z?6'

S vvv - Flow Meter Type /\«4^ ^ \1_ " /}£? Flow Meter I.D. AM

ite f€c?min) /(?<?Dre Samplina ft> ^ After Samplina / -<"ime (min) /(f Averaqe Flow Meter Readinq * f. &n): Average <"cv Highest /oc?- Lowest /fc1 Volume (liters

Flow MeterReading/C<^/<-<?/-&S,0* r &

/.&

t'rO

/-<*/.&

S-0/-o/,<3

£0i'r&

/,&

Comments

57 57 r/~

l/fcter'l'\ 'T&Z-/erJ'?_( {- Isf1*? cL _

^/ - - - -# *i v c &**j&i/A&< &

Vo rr

Q 4220... ,..,., nnAKE 3 7-°- 1Ui rv**** ™ ,-, » f-*

MMSPCB ORSAT BAGRlSKBURHTî; piBQRMAH

APPENDIX B 162

0M < WIN s HM a IN o t~

a, en2" H

^ ^ -z. -z.co 2 S S SCO •* "* CO •* -"3->j z z co z z<C UJ LU J UJ LUZ CD CD <C CD CD<c -z — -LU <cc 3s cLUm:*:o -UJ iN3: •<•0 N

§ LL

. *^: <: n:> c

tV.LL

itec<i£OLU vdac x:0 Ni<:3 t

;zgc

•<

s:

>

H- 1— t p i— t— p%. CO CC -LU to E LUg2 cc r> 9= cc S 9=Q O m D_ O m cu>-CQLUQ

OQZOCQCCs >Q

î<u<\i

< g

•*|QS

Z ±. Ui \LU 2"0 5XO

Qj. N

?

4>s

!<

^«>

^

1St

**,*S gW^§ 3 Sô o c52 $ a"*s as. gS LU ' — •— 1 -5 LUO _• O- = Q-

Z 0 S t- £ OCH- ^ •< co F— oO LU CO £5 LU H-^ i fe i 5^ S0 S rf <C S LUCC < _J Z <C D-D- CO Q. <C CO O

S %Su3|LUZ: p^>. §<C "

CO

CM

UJz:

_iO< z^§3g1—LUZ

_i CD<Z

^§oS< cc

1 —UJ

_|CD<S5°h<CÛJ<C CC

2 /

DC /I

I CO

/ g/

N.. sOQ

tx<

^ CÔ^T- CM CO

*3

IN rxOi <5iT- CM CO

^

<N ° î — CM CO

CMOo

tr0»

X

\* V§§T- CM CO

t*\^ "3^

v^^^T- CM CO

<*>iX

^\•+? -\*\t— CM CO

• 1i§8 g _u-1 5 c5"co S 22 s sI- CD <LU 2 LUZ Q CCCMS 6*O cc o

| G W H XS < J ffl Us m a, u a•s oo a -<i ^ H < H WI . <; en <n enS O W M W5 CM « a a aK <£ o a as CO 3 M E-5 tn « -H en

W U tJ Ux ft, « 3=m ... < in en fn ag g a E H o H§ • = Q s a u, s11&- S'JD JO0 0o o*CM CO

- 0&2g

_ Al ""vCO

S CM

c5 °a>o

"5.SO) CDp c:^ U^

>N >J3 J3P PCO CM

S5S??i- 'srA- VICM0O

J2"cQ>Eoo

AR3I3985APPENDXX B

40 CFR 60, APPENDIX A, METHOD 23 -MODIFIED SEMIVOLATILE ORGANICS TRAIN (MM5PCB) FOR PCBs

FIELD LABORATORY TRAIN SET-UP DATA

MRI Project No. 3620.18.30Client/Source: OHM Remediation Services Corp., Drake Chemical Superfund Site, Mobile Hazardous Waste

IncineratorSource Location: Lock Haven, Pennsylvania

Sampling Location: Incinerator Stack

Run No. V Sampling Train No. 5 P/T£ £ - Sample Box No.Set-up person(s): /\- • (_^fol'AJT^J^T_________________________ Date: _\_

Transfer to Sampler: , -" / J /Relinquished By f\ , (_,n.rf.t J- f Received By n. QlixJfl.f 'Ls Date/Time l/j~g-/ "7

TRAIN COMPONENT COMPONENT NO. _______________LOADING DATA____________

Sampling Nozzle (Quartz) ?C&-2._____ * Initial Weights (grams)**Probe (Liner-Glass) __________ * ____Empty____ ___Loaded

Female Probe Outlet Blank-Off ___________90° Bypass __________ *

Filter Holder Front ___________Filter Holder Back with Teflon®- Filter Type: Whatman QM-A

coated 316 SS Filter Support ____________ /45/90° Connector ____________ . . .. .

Condenser (Standard) ____________ Thermocouple No. V / ~~~< r-XAD-2 Resin Cartridge (Standard) &-/*_______ -65 grams XAD-2 Resin + Surrogates(Documentation of standards injection is separate)', resin spiked on ) /( &/ >\ anc' rnaintained near 4°C until use.

1st Impinger (2-L Mod-GBS) _____ _____ Empty / (D

1st Impinger Replacement /J'fe7(/£&f Empty *7 15~>U-Connector (A) ____________

2nd Impinger (Mod-GBS) _____ _____ TOOmLs V ~1 3'®U-Connector (B) ____________ ASTM Type II Water

3rd Impinger (GBS) _____ _____ 100 mLsU-Connector (C) ___________ ASTM Type II Water

4th Impinger (Mod-GBS) _____ _____ EmptyU-Connector (D) __________

5th Impinger (Mod-GBS) _____ _____ —200 g indicating silica gelU-Connector (E) ___________

6th Impinger (Mod-GBS) _____ _____ —200 g indicating silica gelImpinger Outlet Connector

* Before and after sampling: Nozzle openings covered with methylene chloride/toluene/acetone-rinsed aluminum foil, andnozzle placed in Ziploc® bag. Probe liner outlet sealed with glass female blank-off, and inlet sealed with Teflon* plug.Bypass inlet covered (not sealed) with methylene chloride/toluene/acetone-rinsed aluminum foil.

* * Initial weights of additional components exchanged during the run also entered here. All exchange component openingscovered with methylene chloride/toluene/acetone-rinsed aluminum foil or as described above.

* * * Cartridge weighed with blank-offs in place; then, cartridge covered with aluminum foil to seal out light during storage andsampling.

Component Changes after Set-up and before Recovery and Other Comments:

1023SUCX.WPD April 26, 1996 Irov, PCSSUB.WPD October 29 19961

AR3I3986APPENDIX B - • v _. v «j 1e4

40 CFR 60, APPENDIX A, METHOD 23 -MODIFIED SEMIVOLAT1LE ORGANICS TRAIN (MM5PCB) FOR PCBs

FIELD LABORATORY SAMPLE RECOVERY DATA

MRI Project No. 3620.18.30Client/Source: OHM Remediation Services Corp., Drake Chemical Superfund Site, Mobile Hazardous Waste

IncineratorSource Location: Lock Haven, Pennsylvania

Sampling Location: Incinerator Stack

Run No. J Sampling Train No.Transfer for Recovery:^Relinquished By 8. £d- r o-r-J-p ____ Received By /\ - L- f • *L Date/Time /- 2 ~1~) _Q.2. 3 0Sample box recovery person(s): A- ( A- -O — *Lt -, T*/?l<-C* —— . _____________________ Date: /— -2J.—

Probe recovery person(s): f. (2»r> a _ r- M**cZ/e oK ____________________ Date:Weights below are in grams.______________________ RESIN CARTRIDGE AND IMPINGERS RECOVERY ________________________

Impinger: XAD-2 ReplacementCartridge* 1st 1st 2nd 3rd 4th 5th 6th

Final wt. ~Sby. \ 37 f 7. £> <jA >5"? '7 6"7 --3 V73-^ c,r"-3 <.feo.frInitial Wt. $0 °\. \NetWt. (_\,Q\ . 57*57. I '•'•'' ''' '' ^7 - /f, O..

: : i;!; ;:;: ::!; ' ;: : : ;:: :,.,:[ TotaTCbndensate Collected: -^7 P^ . 4 grams]Description « ,, ,,•.••;-, - •, : p;-;; ....... .,.|K;:! ; ,

and/or color: 6 -*> - £,(<*-+-*' •..'••' 6?—: ..• '' :•.: :' cU' * 1 '•'••' '1^ <_f e^ ^^Sample Recovery: Cartridge* ->-.-.-. T*:«;--» - '<-. D|spose:jf \firpp' erly'! ;. *- <- *-*-<- <- •- % Blue

Sample Number: ^217 ^. , ,. :. ., .. :" """• .. " ' ">^.

_______ FILTER RECOVERY AND TRAIN RINSES ______

FILTER: ; » 'Sample Number: n 215 Description/Color:

TRAIN RINSES: FRONT BACK QA RINSESSample Number: 214 */216. V 219

Sample Bottle Tare Wt. ' Vff7.7 ??5ffi ¥77- QComponents Rinsed**: Front - nozzle, probe liner, bypass, filter holder front;

Back — filter support, filter holder back, 45/90° connector, condenser

Sample Bottle Final Wt. ?r 7<3 , ~) 97 -7Net Sample Wt. J3 I-O 5? . ÔL3 .S

* Replace blank-offs and remove aluminum foil, then weigh the cartridge; replace aluminum foil to cover the entire cartridge.** For TRAIN FRONT/BACK RINSES: Acetone rinses with brushing of front components 3 times or more until perceivably

clean, and acetone rinses of back components 3 times. Follow with methylene chloride rinses in the same manner, butwithout brushing, and include 5-minute soaks of underlined components 3 times.For QA RINSES: Follow with toluene rinses and soaks in the same manner as above for the methylene chloride rinses.

COMMENTS:

1023RCCX.WPD June 4, 19S6 Irev. PCBRCS.WPD October 29, 1996)

AR3I3987APPENDXX B 105

MRl-AppHcd/R362018. AFP

Field Calibration Data


zg<trE_i<oLU_JN

_ 0% ° .2• in ^ -P00 tt) ra „. S n- .a •£ g. ™ .20^5 >:2 o2 co i H-D §g OT w J> c to00 c c Ti ro c•n o c -^ N „, oS I £ 5 i &^S « «=' " « °« E § o -2 fi | So 5 i cS l o - 1 5r oro O _J i ,_ 01

Q) .£o a! c c "c S- m•Z. H .S .2 § E -Qts § s S - z5 |•S- - 0 g d TJ HO «3 _1 _J tJ 5Vft1<s

>5

^^

>

>^^

N

^

*

^

>^

•s

i

•

»s<s«

V• N.

^l

X)

^

^1 w

OMME

N

o

s


.fob Kc. 3620- ll/ltf'tG Performed By xg

BagNumber

Oi

03

07

Date BagFilled

\ hi

Date BagPurged

lit ho/ft/W

Pass/FailLeak Check

ORSATELK 01/17/97

fiR3!3990APPENDIX B 168

NSOLE THERMOCOUPLE C iZ.I5?L" "IO'\ D..AT" "GR1-'

Job Nc . 36}° -.rt'fr n$'3v Reference . Thermometer J.S'

pate ~ -

Ambient Temp . 6° _____ IF Barometer </'?••>? _______ in. Hg

Performed By O> rJ&4(s _____

Calibration Method: Calibrated thermometer @ ambient. Readingsmust be within +/-2.5CF.

Consols .ThermocoupleNumberA/r AA-<?r//r <kfrt&T/J£ /**&A/ '6 O<4~L€7A/ 7 /^cerr//7 otnLzr

ReferenceThermometerTemp. (:F)

£86868£968£8

ConsolePyrometerTemperature (DF)

6968•lo70

tf^

TemperatureDifference(°F)

0o

•f'h•{••>

s-r'2-

CONSLCAL' 01/17/97

AR3I-399IAPPENDIX B 169

"ONSOLE THERMOCOUPLE CALIBRE'1" ION DATA FORM

Job Nc . 3£tfO'~t3- 3°l /& '->° Reference. Thermometer i7"~-/______7

Date /'IB'VI_______

Ambient Temp.______E_l____IE Barometer____er < • > I__________in. Hg

Performed By -U' N$AL'_____

Calibration Method: Calibrated thermometer ,@ ambient. Readingsmust be within +/-2.5CF.

ConsoleThermocoupleNumber/(//O j*JL-£T

sJ.'o ew&T/•SJ /A rfj 'l Oc(7L$7

A/S / >£6T/j8 O FI

ReferenceThermometerTemo. (CF)

ft

6Lf6'V6vWM

ConsolePyrometerTemperature (:F)

tf

if6J

€3WW

TemperatureDifference(nF)

fli-l- 1

- 10

0

CONSLCAL 01/17/97

AR3I3992APPENDIX B 17O

PITOT COEFFICIENT ADJUSTMENTS FOR GAS FLOW INCREASES CAUSEDBY PROBE BLOCKAGE DURING SAMPLING IN ROUND DUCTS

Duotl.D. = 72 in.Duct cross sectional area = 4,072 in.2

Probe sheath O.D., A = 2.5 in.Pilot tube face opening-to-sheath cap distance, B = 3 in.

Pilot tube coefficient according to dimensional specificationor calibration against standard pitot tube as applicable = 0.84

Theoretical blockage (in.2) = (duct wall at port-to-pitol tube tip distance - B) x ANumberof sampling points on a diameter = 12

SAMPLING LOCATION USING 2 CONCURRENT TRAINS, EACH AT ONE PORT, ON THE SAME CROSS SECTIONAL AREA OF THE DUCT

Theoretical blockage (in.2) al each sampling lime interval during one half of a run:^robe # andLocation#1 - port A#1 - port A#1-port A#1 -port A#1-port A#1-port A#1-port A#1 - port A#1 -port A#1-port A#1-port A#1-port A#2 - port B#2 - port B#2 - port B#2 - port B#2 - port B#2 - port B#2 - port B#2 - port B#2 - port B#2 - port B#2 - port B#2 - port B

TestPointA-1A-2A-3A-4A-5A-6rA-7A-8A-9A-10A-11A-12B-1B-2B-3B-4B-5B-6B-7B-8B-9B-10B-11B-12

Sampling Interval#1 I #2 | #3 #4 | #5 I #6 #7 I #8 #9 #10 #11

160.4

#12Percent of DuctDiameter fromInside Wall toTraverse Point

Point No.123456789101112

2.1%6.7%11.8%17.7%25.0%35.6%64.4%75.0%82.3%88.2%93.3%97.9%

Theoretical average blockage across one diameter = 4.07%Decrease in pitot tube coefficient from curve* = 2.03%

Average adjusted pitot tube coefficient = 0.823

SAMPLING LOCATION USING ONE TRAINAT A CROSS SECTIONAL AREA OF THE DUCT

Theoretical blockage (in.2) at each sampling time interval during one half of a run:

TestPoint123456789101112

#1 #2 #3 #4 #5 | #6 #7 #8 #9 #10 1 #11 #12Sampling Interval

Theoretical average blockage across one diameter = 2.03%Decrease in pilol tube coefficient from curve* = 0.38%

Average adjusted pitot tube coefficient = 0.837

* Percentage decrease in pitot coefficient vs percent blockage is taken from the curve in Figure 9b presented inCitation 9 of 40 CFR 60, Appendix A, Method 2

flR3J3993APPENDIX B 171

Adjustment of Type-S Pitot Coefficients to account for blockage effects (small ducts)

12

11

10

c 7

£ 6m3

--H-fR-H-

r+

2>4-in. cylindrical model;use for assemblies withexternal sheath.

1-in. cylindrical model;use for assemblies withno external sheath.

-f-H

/~N

3 . 4 5 6Decrease in Pitot Tube Coefficient, percent

adopted from Figure 9b in Vollaro, R. F., "Guidelines for Type-S Pitot Tube Calibration", U.S. EPA

BLOCKGCP.WK4 03/29/95 (rev. BLOCKGCP.WK4 02/14/97 01:19 PM)

APPENDXX B 172

Velocity Traverse Data and Cyclonic Flow Check

]) MRI-AppK«(Wl3fi2018.APP

AR3I3995APPENDIX B - 1 7 3

TRAVERSE POINT LOCATION FOR CIRCULAR DUCTS

PLANTDATE _iSAMPLING LOCATIONINSIDE OF FAR WALL TO ff

OUTSIDE OF NIPPLE. (DISTANCE A) 7^ #5" 'INSIDE OF NEAR WALL TO _ _ _

OUTSIDE OFSTACK I.D., (DISNEAREST UPSTFNEAREST DOWN!CALCULATOR ..

TRAVERSEPOINTNUMBER

/

%

,1

y5-£.7/•y/e;/;#

NIPPLE. (DISTANCE B)TANCE A • DISTANCE 8!EAM DISTURBANCESTREAM DISTURBANCE

&~, 73"''} 72?-"• ^ yx 6/;Jsr*:?SSy> gf ttfxj's, s/S srrtS's/'S

FRACTIONOF STACK 1.0.

rt/0,0 (,7£>,;/<?0./776.2f£>fislfi,

STACK I.D.

72-1

- ~•

£>'6h"S t7 0

0,£230,5-3-2-0.9330.5-7$ =

PRODUCT OFCOLUMNS 2 AND 3

(TO NEAREST 1 8 INCH)

A57-y./-

\ JSCHEMATIC OF SAMPLING LOCATION

DISTANCE B

jjK

P. e \S2.74/S.ei>%£',& '3

1 (,,-37g-y.vo3-9.-2bbZ.o'a67J&76, 9

rc<SstJ~ / *'j s7S?s~sjj*~ j?fl f~/? • I? • "j- -Pzr- *,*;;

I

\

TRAVERSE POINT LOCATIONFROM OUTSIDE OF NIPPLE(SUM OF COLUMNS 4 & 5)

??*>

/A*,-?/y f;Wi23-J3'**7 ) *? faC? /' -5 o

Sp.W\ry /j ft

tf.o/6Q.2tr

/73.9376.?->J

EPA (Durt 232472


Project NcRun No.

VELOCITY TRAVERSE DATA

Pfa''3 Date i '23--31Plant TKakLc. £V/**1 &SCSamplingOperators3arometri<Site to BaCorrectedPitot No. ,T/C No. cStack AreStatic Pre,AssumedAssumednitial Pitolinal PitotComment!

TRAVERSEPOINTNUMBER

C jJ /

**f<jJ "1-

•o;39vL/ f*fn<J SW L>S\o~?u;*?SiJqSU//0-^ ifSW|V

Location;) AJ<a-i: Pressure•ometer EBarometrffirs'Isf

tf#-ta, sq.ft.3s.ure, in. fMoisture,%CO2 _>Leak Ch£Leak Che3;

VELOCITYHEAD, Apin. H20

.z-?'23f• 'J T'"3?<?f-fyfs.-3?5"/3. >Sii,.•Jltf"'3*?7

ST di iff/W Ci-'-/'/'''''^-<svff^Vv3. in. Hg ?- *z3'evation " ft.c Pressure ^ ;2Pitot CpTemp. Me

x » " *•*

6,W;ter No. Y-fsy c7

X Assumed %O2 *&5Ck /1i-55ck /g

STACKTEMP.°F

/ •/

/?V-2-/-j?f,a-/ ,3/9Y-P/• .?9"f'<77 2-/ 4^/ 'tf'tei#1'%

ROTATIONANGLEa

Y-2. r'd "'

~^7 °~dt>

~l &i

•4-2-°4-3 cY CV D

i /y<Vf<'-(-6r;•fVc"

'/ fe /

-,<r75

sw

Start Time

TRAVERSEPOINTNUMBER

5'c-'l£"-"2-5 -3•=}c"-45c"-5"c"'

SeT""7-35"-?Sir"?5 -/OS "-'lSt— /2-

&•/(}J

vKyV J^>

•

Traverse Point Layout

/?!f End Time ///if

VELOCITYHEAD, Ap

x/ Ri

fin.t>.i,1#$<?

,<fo<f'!*$*"*&.•7, cj«#$

/fjff

.•*?

A 3 5^.

STACKTEMP.

/.f , 2-

62-p-tTa,ftf.t-/.<? -vilff'l-/$"f,y

/&¥,*/$<?.'*fff T

i<?£. ~Lj Z-tf191; tff

L /££ <^

// "

ROTATIONANGLE 'd

W-f **

off1-2-°

-V"7(?"o"- 3•H?1*+T-Her+%"-HI0

#j3

93-3 SEV surlrra 020393

CJAi3l3997APPENDIX & O « O J • 175

Sample Traceability Forms

MRJ.Appfcdm362018.APP

APPEHttES IBJ 3 0 1 76

D CHAIN OF CUSTC^SAMPLE TRACE/

VMtatner (Cooler) 1Page _ f_ of _ /_

CheLock or Seal Ir

P DRAKE 3620. 18MM5PH FILTER *FIELD REAGENT

DRAKE 3620. 18MM5PH FILTER #RISK BURN SAMF

DRAKE 3620. 18MM5PH FILTER #RISK BURN SAMPDRAKE 362O. 18MM5PH FILTER 4RISK BURN SAMIFor disposal cMIDWEST RESEAI

b1 ^

)DY RECORDABILITY RECORD

Mo. fJA

Transfer No.eked by (Initials)/Datetact (Yes or No)/Time

O. 3 C3 OJL~

SAMPLE. JL C3SC3

_ £. ___ _LE

a_- -LE

3C3SC3f ^35LEsail: P.GQRMAN\CH INSTITUTE

-

Relinquished By:(J~/%<£—-\&<tol~*c-•L *«•*«**-<_ «

Received By:

ZOr Jf

4.*- ««**Vn.T«t-~~)

'

Field Sample Custodian:

ZT / _

/ 2-<¥&*••»•* «Z-«.f7kr/#* / < ('«

£---" ^

?Q*J?-M'yLjt/'£C

Storage Requirements:£?Hce water, <4°CQ Dry ice£Sk.Room Temp., < 26°CTI3 Other:

Remarks:

C- ——— tx } XRemarks:

t ~ (S iXRemarks:

<- T ^ ixRemarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Sample Transfers:Date Time No.

"*) y &"? î^\&£- ~~S O ™~9/ » *^ C )

3-U-^T /A« C?)-/ -f? // 3

4

Reason for Transfer:

/ w - yr'-Nv J

xfx» L ^

93-4 SEV surmwksht 020293


D CHAIN OF CUSTODY RECORD13 SAMPLE TRACEABILITY RECORDContainer (Cooler) No. < r

Page f of __ (_ Transfer No.Checked by (Initials)/Date

Lock or Seal Intact (Yes or No)/Time'"DRAKE 3620. la i. c2.<=>MM5PH ACETONEFIELD REAGENT SAMPLEn»AKP 62O. 18 JL C3 C3 .3-MM5PH ASTM TYPE I WATER

i FIELD REAGENT SAMPLE• DRAKE 3620. IS J.C3SS

MM5PH FRONT-HALF RINSESj RISK BURN SAMPLE

DRAKE 3620.18 SC3S2MM5PH FRONT-HALF RINSES

1 RISK BURN SAMPLE' DRAKE 3620.18 C3C32S' MM5PH FRONT-HALF RINSES

RISK BURN SAMPLE• For disposal call: P.GORMANMIDWEST RESEARCH INSTITUTE

Relinquished By: Received By:

CJ>, /L — /o.<2*<&* -&td&«sk:, *<*• tw^nrp-

siX^f/e £Ua«.T-Tfrt. <— /-j /Mi £~

/ x


./n < - _/ i. 3

2rj/6-A>-?7 £s» Z-H-?? \A/*.-t>-n{fe,jJ?J>\ fa 16*0 / //Z-ls ~" i l ^

Remarks:

i ~ ' i \Remarks:

L^~ ^ | / -—Remarks:

i ~~~ ~" t -Remarks:

t^ ^ , L^Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:


-/d-/7 75* 1£.-,,-77 /z-«~ 2>

_7-/>-f7 /-i*r- 3

4

Storage Requirements:CZl Ice water, < 4°CD Dry iceS-Room Temp., < 26°CCJ Other:

- --- .-. - - -

————

Reason for Transfer:/~ x~. •/£- ^ ->T4 +1«Z ( /t>*. f-"* <— '.

s4~j .->j A1

I

»AR3UOOO

APPENDIX B

93-4 SEV surmwkshl 020293

178

D CHAIN OF CUSTODY RECORD53 SAMPLE TRACEAB1LITY RECORD

tntainer (Cooler) No.i /

• "96 | Of __ L Transfer No.Checked by (Initials)/Date

Lock or Seal Intact (Yes or No)/TimeDRAKE 3620.18 - C3S3 2VOST CONDENSATE - TRAIN ARISK BURN SAMPLE 'DRAKE 362O. 18 3SC3C3VOST CQNDENSATE - TRAIN BRISK BURN SAMPLE

Pr 1 Tnx Pr 1 T/C Pr fi Tnx ^ £ T/(J J *3520.18 3620.18 3620.18 35 ^ jjgggjjj


0 +7ICe'tiefr —£. l/2t/f') £*/& 1/2,1/o//} /y\/ L

3P9,.fH7A/At

Storage Requirements:CS Ice water, <4°CCD Dry iceCH Room Temp., < 26°CO Other:

Remarks:

^ \^ (S~Remarks:

7 ^^ u=- t/X smarks:

$-3258 1 tf -3259: # _3260 /? -3261 #-3262 —— — —— —— ~ —— ———————————————————————————— ..~£ J TF £J Tnx Pr * T/C Fd B Tnx Fd B T/C 6marks:3620.18 3520.18 3620.18 3620.18 3620.16

1 /0J/H263 /MS'3264 g-3265 3-3266 %B^2Tr B Tnx Tr B T/C Pr I Tnx Pr 1 T/C Pr d Ti3620.18 3620.18 3620.18 3620. IB 3620.1

-3268 3 -3269 8 -3270 J3 -3273 £-3272 T/C Pr 3 Tnx Pr 3 T/C Fd B Tnx Fd B T/0.18 3620.18 36E0.18 3620.18 3620.18


/&£ SC JL /Lllt ^

/O. OU r— A/a. tHw-rzrrftV- SdAtTffi- f J

i7 V U- ~ i/~}x marks:

3 . . /4 V *^ i/•> ;emarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:


t/*y/?7 /rto @f~Z.1-<9-t /7 r &

I->W7 *I3* 34

Reason for Transfer:# /r&CsKt A&

~ft> r -{&\

A /I/ ft LYS\<Z/ ^


AR3UOOAPPENDIX B

D CHAIN OF CUSTODY RECORD[ SAMPLE TRACEAB1LITY RECORDContainer (Cooler) No.

Pape I of | Transfer No.Checked by (Initials)/Date

Lock or Seal Intact (Yes or No)/TimeDRAKE 362O. IS 2SC3SVOST CONDENSATE - TRAIN ARISK BURN SAMPLEDRAKE 3620.18 SSC3C3VOST CONDENSATE - TRAIN BRISK BURN SAMPLEft 1-2253 " /? ~2254 ' " A _2255~ fl -2256" *2257Pr 1 Tnx Pr 1 T/C Pr 2 Tnx Pr 2 T/C Pr 3 Tnx3620.18 3520.16 3620.18 3620.18 3620.18

/? 2258' /L2259 A ' ft 8261 /J-2262Pr 3 T/C Pr 4 Tnx Pr 4 T/C Fd B Tnx Fd B T/C3620.18 3620.18 3520.18 3620.18 3620.18

/?Jg;2263 #6 2264 (3 -2255 )5 -2265- £ £257Tr 1 Tnx Tr B T/C Pr 1 Tnx Pr 1 T/C Pr 2 Tnx3520.18 3620.18 3520.18 3620.18 3620.18

#.2268 fi X2269 B £270 B -2273 J3.2274Pr 2 T/C Pr 3 Tnx Pr 3 T/C Fd B Tnx Fd B T/C3620.16 3520.18 3520.18 20.18 3620.18


6 9 Jt JL, JQ>&&!~~£). tiller A <«. t« rc;] )&- C 1-1 (\ K.r /c ^ •%\ X->


Of A L $u ftT ?/2ec,eff

ffit/lfafay/ol/

ZLffr -Gfi/A^

*2>

<& \-&<rt//\ -

Storage Requirements:Slice water, < 4°CCD Dry iceD Room Temp. ,<26°CCD Other:

Remarks:

^ ^ lRemarks:

I/ t/ v ~

Remarks:

\s ^ \ ~Remarks:

I/ ^ ^Remarks:

\/ ^ (/Remaiks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Sample Transfers:Date

,/*jA-7/-z?-?7»-i3^?-7

Time

// )ni,o2\?o

No.1&34


f#Lk>^7~< ~K/ U

fi/V/JLvSi <> J I93-4 SEV surmwksht 020293

1R3U002APPENDIX B 1a

D CHAIN OF CUSTODY RECORDKf SAMPLE TRACEABILITY RECORD^Btainpr rr.nnlpr) Nn.

Page j of _ j _ Transfer No.Checked by (Initials)/Date

Lock or Seal Intact (Yes or No)/TimeDRAKE 3620. IS JLS2C3^'VOST CONDENSATE - TRAIN ARISK BURN SAMPLE

[ DRAKE 362O. 18 .1- :2 C3 C3VOST CONDENSATE - TRAIN BRISK BURN SAMPLE

ft _. 1253 'fl X.125V fl ,-1255 > J 1256', A- 1257Pr 1 Tnx Pr i T/C Pr 2 Tnx' Pr £ T/C1 Pr 3 Tnx3620. IB 3620. IB 3620.18 3620.16 3620.16

A 4258 (\~ 1259 fl -1260 fl ,1261 fl U262& 3 T/C Pr * Tnx Pr 4 T/C ft B Tnx Fd B T/C3620. IB 3620. IB 3620.16 3620. IB 3620.16

/?*£ 1263 fllt-ASk1* #-1265 ^ 12&6 ^^1261TrBTnx Tr B T/C Pr 1 Tnx pr i T/C Pr 2 Tr.)3620.18 3620. IB 3620.18 3520.18 3620.16

f3 -1268 /S-1269 /3 -1270 /S'1273 & 274/ JBr S T/C Pr 3 Tnx py 3 T/C Fd B Tnx Fd B T/CMK0.1& 3620.18 3620.16 3520.18 3620.18


£ P J*- D<a&**~£~<£>. 4JU™ A>^ £*««-m.pl'A ttmzigfl V~ji s d—

\


fj . f\ L-rsU •~~~l\

fi**fr 2L ^&L /'fa/W &•$- Vr* vpi-rt- 11Mrf /A /At/" iS ^

Remarks:

\ IS* \ sRemarks:

V'" */ \sRemarks:

v/" -~s i sRemarks:

v^ ^ ^~e marks:

vs <s VRemarks:

Remarks:

Remarks: ,

Remarks:

Remarks:

Remarks:


1 / fir* S* / * / f CSL~r "*^

/'Z-3- 7 /73* G?

/.2,> ?7 2/? 34

Storage Requirements:C83 Ice water, < 4°CCD Dry iceCD Room Temp., < 26°CCD Other:•

Reason for Transfer:i

^ /

/I*JALÎ

APPENDIX B


HR3U003

D CHAIN OF CUSTCJ3 SAMPLE TRACE;Container (Cooler) t•Paae 1 of 2—

)DY RECORDABILITY RECORDslo.

Transfer No.Checked by (lnitials)/Date

Lock or Seal Intact (Yes or No)/Time

DRAKE 362O. 18MM5SV TRAIN FRBLANK TRAIN SADRAKE 3620. 18MM5SV FILTERBLANK TRAIN SAPDRAKE 362O. 18MM5SV TRAIN BABLANK TRAIN SADRAKE 3620. 18MM5SV CONDENSABLANK TRAIN SADRAKE 3620. 18MM5DF TRAIN FRBLANK TRAIN SADRAKE 362O. 18MM5DF TRAIN BA

- BLANK TRAIN SADRAKE 362O. 18MM5DF FILTERBLANK TRAIN SAPDRAKE 362O. 18MM5DF TOLUENE CBLANK TRAIN SAIDRAKE 3620. 18MM5PCB TRAIN Flm iHK TRAIN SAIDRAKE 3620. 18MM5PCB FILTERBLANK TRAIN SA

J.C304ONT RINSESMPLE

3. C3OS

IPLEi3oe,

CK RINSES ,MPLE

1 C30&TEMPLE •

JL C310ONT RINSESMPLE

3- C3 3.52CK RINSESMPLE

3. C3 3. 3.

IPLEJLC3i.-i

3A RINSES1PLE

1 *-= 1 S —j_ _^» -*- • — r10NT RINSESIPLE

f* * ""i *t "~1_L C3 _L G->

MPLE

DRAKE 3620. 18 3. ZB 3. TMM5PCB TRAIN BACK RINSESBLANK TRAIN SAMPLEFor disposal call: P. GORMANMIDWEST RESEARCH INSTITUTE

/Re nquished By:( A/27C<S_ .0,<M j*-A(P-CIV T&!L

Received By:

/C7./i- —Ad t-tC\a.TJiL_

vyCu*


/ ^&*i-r> -pa i-z-5^ vX

^ <s

7-Z--/2

lx-

Storage Requirements:T2\>lce water, <. 4°CO Dry iceD Room Temp., <26°C(jSI Other: 6i-</i" i^r^ x

Remarks:

^ ^X lx-Remarks:

" ' ]sRemarks:

•-x ^ ^Remarks:

^ *x- \sRemarks:

^ *x- tx'Remarks:

AX iRemarks: T

IX X" i-Remarks:

^ <x- W-Remarks:

- ux- txRemarks:

^ vx" \SRemarks:


AZ7-?7 / ?* (9

/-Z7-f» /730 &

/-44 'V ^/^^> Ci4

Reason for Transfer:/x o_

————— ! —————————— 1/? /t/ A L \./5~ 1 <s M1


APPENDIX B

D CHAIN OF CUSTODY RECORD^SAMPLE TRACEAB5LITY RECORD{"ainer (Cooler) No.X _ X / .. .

Page ^ Of L Transfer No.Checked by (Initials)/Date

Lock or Seal Intact (Yes or No)/TimeDRAKE 3620.18 J.3SOMM5PCB TOLUENE QA RINSESBLANK TRAIN SAMPLEFor disposal call: P. GORMAN "WTTMJITCT T>tTCTT A t>r*U TMCTTTl ITITn JL u w c>s i nc<sc<Anun JLNO i i. i u i c<

.

f ^H

i


J M il D.f l()SrtM.**Js;> A.a.*«+*r**~*/Z tU &Tfr b-fS^—L_


/ -i.#A 1-21 efa rt*^ ^ ^

^ ^ 1r

^

?& <~?-y

\S

Storage Requirements:" Ice water, <4°C•Tl] Dry iceCD Room Temp.. < 26°Ci *H Other: /?£-<-' f itc~ &K—

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

1Remarks:

Remarks:

Remarks:

Remarks:

Remarks:


/-Z.T-P7 /2-10 C33

7-ZT-97 /r3* <&

fjgttffi m* &

4

Reason for Transfer:f'ATC. (C X/>/<J-

f~O f -A-l

n fi'tf f- V 5" ' f


APPENDIX B AR3 IU005

D CHAIN OF CUSTODY RECORDV| SAMPLE TRACEAB1LITY RECORDContainer (Cooler) No.

Page / of / Transfer No.Checked by (Initials)/Date

Lock or Seal Intact (Yes or No)/Time(Sample Container Label) x ^ . . .— . / ,.2.2. 5 " £ Xtr~*~— fjiA~ ->r ji iT -r

"


C / y L 1— - AL£- ~~~fh r 7Q ^

*%$$%


/ ^ty( i-z-i 0- /.».«

x

^ XRemarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:


/-£7-f7 o-r- @>r-tV»-7 Ai^^ 2

34

Storage Requirements:C3 Ice water, < 4°CCD Dry ice[3 Room Temp. ,<260CED Other:

. . .7 «vC-<J!t/j/ u- > o

<1

Reason for Transfer:70 r Ftf „„««-.

/;/iy^v^,-ir—————— 1I

93-4 SEV surmwksM 020293

APPENDIX B AR3U006

4

D CHAIN OF CUSTCIE SAMPLE TRACED

^fcntainer (Cooler)Paqe 2_ of Z

)DY RECORD\B1L1TY RECORD

Mo. &A 1

Transfer No.Checked by (Initials)/Date

Lock or Seal Intact (Yes or No)/TimeDRAKE 3620. 18 C3^C3-7BOTTOM ASH (SVOC)RISK BURN SAMPLEDRAKE 362O. 18 C3^C3SBOTTOM ASH (VOC)RISK BURN SAMPLEDRAKE 362O. 18BOTTOM ASH (PCRISK BURN SAMPDRAKE 362O. 18BOTTOM ASH (HIRISK BURN SAM!

DDs/PCDFs)LE

2RBICIDES)>LE

DRAKE 3620.18 C3^241BOTTOM ASH ( TCLP/METALS >RISK BURN SAMPLE

[ For disposal call-. P. GQRMANL MIDWEST RESEARCH INSTITUTE

I

Relinquished By:

/£b(./t.&~*~-'_A_i^- CtfA&'t&fi'wr

Received By:A<*.CM«*.TV*-

<b-&-j*l .


ffSf\ i -11_ ( ,

tx--

a.ea- /-*^

X-

'

Storage Requirements:US' Ice water, < 4°CIH1 Dry iceCZ1 Room Temp., < 26°CS Other: Bt~Jf /c<r^<_

'

- U ^ JtfRemarks:

tX XRemarks:

\S '>/Remarks: /

^ XRemarks:

«-

'

XRemarks:

1Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:


;- 3~?7

J '* V*? 7

Time/ 73o

51?^

No.d>234


T*Uqx«? / ' /-«« /? -

/ /i/rtkvX-

APPENDIX B


AR3U007

"1 CHAIN OF CUSTO'SAMPLE TRACEA

ontainer (Cooler) traae / of -z__

DY RECORDBILITY RECORD

Jo. &A ITransfer No.

Checked by (Initials)/DateLock or Seal Intact (Yes or No)/Time

DRAKE 3620. 18BOTTOM ASH (SVRISK BURN SAMPDRAKE 3620. 18BOTTOM ASH (VQCRISK BURN SAMP1DRAKE 362O. 18BOTTOM ASH (PCERISK BURN SAMPLDRAKE 362O. 18BOTTOM ASH (HERISK BURN SAMPDRAKE 3620. 18BOTTOM ASH <TCRISK BURN SAMP

DRAKE 3620. 18

3.S2C3-7DC)LE

1.SC3S** \

.EJLSCB'S

)Ds/PCDFs)-E

1 2 -3:0RBICIDES)LE

LP/ METALS)UE

SSC3-7BOTTOM ASH (SVOC)RISK BURN SAMPLEDRAKE 362O. 18 SSC3SBOTTOM ASH (VOC)RISK BURN SAMPLEDRAKE 3620.18 Z£Z2.Z3<BOTTOM ASH (PCDDs/PCDFs)RISK BURN SAMPLEDRAKE 3620.18 :2S2-<3=OBOTTOM ASH (HERBICIDES)RISK BURN SAMPLEDRAKE 3620.18 2 24:JLBOTTOM ASH (TCLP/METALS)RISK BURN SAMPLEFor disposal call: P. GQRMANMIDWEST RESEARCH INSTITUTE

Relinquished By.f) /Ad - '/?)£- CUWTZP-

Received By:/ irZ. £»Jrtft.T-ff~/Z

wCW.


/ 2_Q£ I'll p l-3.<h

^^ y^

—J*tfc #

Storage Requirements:[Ef Ice water, < 4°CCD Dry iceO Room Temp., <26°CB' Other: a - i<-<r «

r t -U •&£

Remarks:

^ %.Remarks:

iX" ^Remarks:

^ xRemarks:

^ v^.Remarks:

<s yRemarks:

^ ^Remarks:

i/~ yRemarks: '

cx yRemarks:

ix ViRemarks:

Remarks:


/-Z-3-T7 (73o O?1-2^^7 a i 3* 2

34

Reason for Transfer:r>e r, M«»^

/?/^/»Lv«,5

93-4 SEV surmwksht 020i93

186

D CHAIN OF CUSTODY RECORD2 SAMPLE TRACEABILITY RECORD

ainfir (Cooler) No. -^ ;

Page / of f Transfer No.Checked by (Initials)/Date

Lock or Seal Intact (Yes or No)/TimeDRAKE 362O. 18 L'2. "7SCRUBBER WATER (TCLP/METALS)RISK BURN SAMPLEDRAKE 362O. 18 .'2.-'7SCRUBBER WATER (TCLP/METALS)RISK BURN SAMPLEDRAKE 3620.18 3S-3=7rSCRUBBER WATER < TCLP/METALS)RISK BURN SAMPLEFor disposal call: P. GORMANMIDWEST RESEARCH INSTITUTE

•

-"" \mr ' ' • • - -


<£/< tfttt-tv r' /7"2- < ***>r3-K2_.

1 tfl f2 C t/atf&a. J> 2 A .

•P1

Field Sample Custodian:A- dt-Gva.-*

I ^Q# l-&-fl $g> (it*,?

•x - -—— '*i\rt,A-^ y* 7

Storage Requirements:H' Ice water, < 4°CD Dry iceCI Room Temp., <26°CC5r" Other: ff>L\s£~ ic.c~a<.

C C f!. f>6

BemarKs ^ &

st~- )&Remarks: , , ,—

a^ -~ &> •">

^ >Remarks: . . _fil ~ £.T

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:


/- 2.3-77 /7- f ($

j- -7 2J?, 234

Reason for Transfer:/# /i/t/ /=ei*~ svsn-tTtr

/] fl/dL V 5 < ?


APPENDIX B A R 3 U 0 0 9 Ti &7

D CHAIN OF CUSTODY RECORD^ SAMPLE TRACEAB1LITY RECORD

Container (Cooler) No. ;</5i o -2, -$, _«.

Page / of ) Transfer No.Checked by (Initials)/Date

' Lock or Seal Intact (Yes or No)/TimeDRAKE 362O. 18 1.SSJLMM5SV XAD CARTRIDGEFIELD REAGENT SAMPLEDRAKE 3620.18 J.SZQ'T'MM5DF XAD CARTRIDGEFIELD REAGENT SAMPLEDRAKE 3620.18 Z. 2.* .MM5PCB XAD CARTRIDGEFIELD REAGENT SAMPLEDRAKE 362O. 18 J_C3O'7MM5SV XAD CARTRIDGEBLANK TRAIN SAMPLEDRAKE 362O. 18 JL C3 4. C3MM5DF XAD CARTRIDGEBLANK TRAIN SAMPLEDRAKE 3620.18 J- ZB 1 &MM5PCB XAD CARTRIDGEBLANK TRAIN SAMPLEFor disposal call: P. GORMANn ±DWc<a 1 rtc.a&AKun ins i x * u i c.


\J. /ff i—— '£). £&*~tfr£ S/t%£t>-t*~Je ~ S(«. £ tSAfi rtr>z__

fllV- Stifl(Lfi?(L J rJ?


cHy .

/ 2. -*>£A <-tt &* i-ti ftPhz3

\y ^ ^ >Remarks:

iX^ ^ (xx VRemarks:

vX" ^ iX >^Remarks:

^ ^-y.Remarks:

I ^ - ]/ >Remarks:

I/" ^ t^ ^Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:


/-2 3-?7 #7!x> C351

f-Z,- -.*?-, /73 <2)

/^> -«9-7 ^/^^ 34

Storage Requirements:Stflce water, < 4°CCD Dry ice113 Room Temp., < 26°CC3 Other: /i,, ff tc f &*-

^ tro'i' iLr-fvhstjfac-, ~-!>6/ f

\

3

Reason for Transfer:fS c.iz.t jfr*'

fH / ifa fct ^ JA'-t'S'S

flfi/A'-yfiS m

1APPENDIX B

93-4 SEV surmwksM 020293

R R 3 I U O I O

4

D CHAIN OF CUSTODY RECORD/& SAMPLE TRACEABILITY RECORD

^Bmtainer (Cooler) No. x&P frfz-\ ~"~ i iPage ( Of / Transfer No.

Checked by (Initials)/DateLock or Seal Intact (Yes or No)/Time

DRAKE 3620.18 12O-4:MM5SV XAD CARTRIDGERISK 'BURN SAMPLEDRAKE 3620.18 1211MM5DF XAD CARTRIDGERISK BURN SAMPLEDRAKE 3620. 18 1217MM5PCB XAD CARTRIDGERISK BURN SAMPLEDRAKE 3620.18 22O4MM5SV XAD CARTRIDGERISK BURN SAMPLEDRAKE 3620.18 2211MM5DF XAD CARTRIDGE

I RISK BURN SAMPLE

j_ DRAKE 3620.18 2217IfcMMSPCB XAD CARTRIDGE•FRISK BURN SAMPLE

DRAKE 3620.18 ' 32O4MM5SV XAD CARTRIDGERISK BURN SAMPLEDRAKE 3620.18 C3211MM5DF XAD CARTRIDGERISK BURN SAMPLEDRAKE 3620.18 3217MM5PCB XAD CARTRIDGERISK BURN SAMPLEDRAKE 3620.18 -3=217MM5PCB XAD CARTRIDGERISK BURN SAMPLE

' For disposal call: P. GORMANMTTMJTTCIT T3trCC*AortU TiTC'fT*T»T*in*fr»


( A /??<,£ &O£ruJC|/^ —— /*"<£ *••**.*- ————


/ •*- 3/©*- I-25 JG* (-Z3 f>0~M7

£~ r

> s~ •" -"" y.Remarks:

^ / /,Remarks:

f" s \ \Remarks:

\ •" i -.Remarks:

•<fS' \ ^ l i

Remarks:

^ ^ l^ Remarks:

— ^ t^ \^Remarks:

* r*~ — A.Remarks:

\S ^ l^~ XRemarks:

t/~ - l -Remarks:

Remarks:


X-^3-^7 /£5* O2>/-2-3-7Y m* ®j -'i -q 7 J/3"^

4

Storage Requirements:1E3. Ice water, < 4°CQ Dry iceQ Room Temp. ,<26°CH Other: & >_^>r~ ,Ctf*\<^

"~> /rv\ f J 1J nPXfff\*&& c ''•yt'LXi* v - J y

Reason for Transfer:/M**.,M>

Tb ^4,

d*4*v$if


AR3UOIAPPENDIX B

D CHAIN OF CUSTODY RECORD13 SAMPLE TRACEABILITY RECORDContainer (Cooler) No.

Paqe / of c/- Transfer No.Checked by (Initials)/Date

Lock or Seal Intact (Yes or No)/TimeDRAKE 362O. 18 $.2.*7'7'MM5SV MeOH/MeClFIELD REAGENT SAMPLEDRAKE 3620.18 J.S'T'a.MM5SV MeOH/MeClFIELD REAGENT SAMPLEDRAKE 3620.18 J_ê,OMM5SV FILTERFIELD REAGENT SAMPLEDRAKE 3620.18 l.C2.&>Z2.MM5SV ASTM TYPE II WATERFIELD REAGENT SAMPLEDRAKE 362O. 18 1 S © C3MM5DF AcetoneFIELD REAGENT SAMPLE

DRAKE 3620.18 .C2.&MM5DF METHYLENE CHLORIDEFIELD REAGENT SAMPLEDRAKE 3620.18 JLSOSMM5DF TOLUENEFIELD REAGENT SAMPLEDRAKE 362O. 18 JLSS&MM5DF FILTERFIELD REAGENT SAMPLEDRAKE 362O. 18 JLSO©MM5PCB ACETONEFIELD REAGENT SAMPLEDRAKE 3620.18 JLS^^MM5PCB METHYLENE CHLORIDEFIELD REAGENT SAMPLEDRAKE 3620.18 J.2 o'MMÔr**T3 *T*fM tlfVtT-*

FIELD REAGENT SAMPLEFor disposal call: P. GORMANMIDWEST RESEARCH INSTITUTE

Relinquished By: Received By:CL /tf~ L- /Q&b*~t$p/6 ^ A,*- A« *-

ti 1 (I C H ft ?,T$IL ft -Jr tvU-


T /Ylc £*-

i "Z- ^

ft l-ZT, £* /-« &B- -z«?T/V A- /iM^ ^ y.

Remarks:

-<s ^ yRemarks:

^ ^- xRemarks:

t/ \S" \ -Remarks:

•4/ ^ 5Remarks:

i/ ^ y:Remarks:

t/ t- ^Remarks:

v/ o- yRemarks:

• ^ ^^Remarks: '

^ iX- ^Remarks:

»/ ^ 'XRemarks:


/-«-?r ?r (3)/' 3 7 /73. C

l-^-^-J 2,?* 34

Storage Requirements:)2i. Ice water, < 4°CC] Dry iceCm Room Temp., <26°CC3 Other: /5 ir /,: r «o _

#<#

—————— ————— —————

_________ ,ii

Reason, for Transfer:Ate 6-

., , , , 1fin/ ft i-'-ys" i r" M

I93-4 SEV surmwksht 020293

D CHAIN OF CUSTODY RECORDHS SAMPLE TRACEABILITY RECORD^Container (Cooler) No.

Page o2- . of _£ir Transfer No.Checked by (Initials)/Date

Lock or Seal Intact (Yes or No)/TimeDRAKE 3620.18 J.SSJLMMPCB FILTERFIELD REAGENT SAMPLEFor disposal call: P. GQRMANMIDWEST RESEARCH INSTITUTE

-

———————


O>/ £ '&t#&*A Lj ^ A-t*-mA.>nnL$>e- crifiKT**- & */&***-


/ •*- â* ,-« /»*,_« 09 ^^ -r^, ————————— ——

^ ( X

Storage Requirements:/Sl Ice water, 4°Ctl] Dry iceC3 Room Temp., <26°C53 Other: b<-« e~ \cc t\*~

s-r\ f IJ -i? 'if'/'££> &J •f-&Asi5('4'\t *%&/ '

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks;

Remarks:

Remarks:

Remarks:

Remarks:


/-Z3-<?7 *7<X> CD

/-i -4-r /7t* CD1-2.^^77 Zi3*> 3

4

Reason for Transfer:/JfeCx-W -

• f fl.fflÂLVSi <$

APPENDIX B


AR3UOI3

D CHAIN OF CUSTODY RECORD*p. SAMPLE TRACEAB1LITY RECORDHontainp.r (Hooter) No.

•Page / of Transfer No.Checked by (!nitia!s)/Date

Lock or Seal Intact (Yes or No)/Time' DRAKE 3620.18 JLSOJL

MM5SV TRAIN FRONT RINSESRISK BURN SAMPLEDRAKE 3620.18 JLSOSMM5SV FILTERRISK BURN SAMPLEDRAKE 3620.18 JLSOC3MM5SV TRAIN BACK RINSESRISK BURN SAMPLEDRAKE 3620. 18 H-SOSMM5SV CONDENSATERISK BURN SAMPLEDRAKE 3620.18 2 SOIMM5SV TRAIN FRONT RINSESRISK BURN SAMPLEDRAKE 3620.18 22OSMM5SV FILTERRISK BURN SAMPLE

DRAKE 3620.18 SSOC3MM5SV TRAIN BACK RINSESRISK BURN SAMPLEDRAKE 362O. 18 2SOSMM5SV CONDENSATERISK BURN SAMPLEDRAKE 3620.18 CBSOJLMM5SV TRAIN FRONT RINSESRISK BURN SAMPLEDRAKE 3620.18 C3SO2MM5SV FILTERRISK BURN SAMPLEDRAKE 3620.18 C3SOC3MM5SV TRAIN BACK RINSESRISK BURN SAMPLEFor disposal call: P. GORMANMIDWEST RESEARCH INSTITUTE

Relinquished By: Received By:<CZnX y _ J£. O J$&L *.*C«A*.re

/sj)¥- (Zflft ffii- Q / vt-


/ t~ ^Gfi I-Z.-5 jSK i-Z3 $g i-tf

s-**"

^ ^ ^

Storage Requirements:E. Ice water, < 4°CCD Dry iceQ Room Temp., <26°CS Other: ft« _ > £ icJou-L"

• /Af£ y u 1/ 3

Remarks: L-H -kJ*/!*

*/ ^ XRemarks: '

*/ ^ y>Remarks:

^ ^ KRemarks:

^ ^ y*Remarks:

• ^ KRemarks: '

^ - X ^Remarks:

V^ ^ >.Remarks:

"^ S ycRemarks:

• ^ yRemarks:

>/ ^ v^v-

Remarks:

Sample Transfers: ,Date » Time No.

/-Z-'3-'?7 Q70* £jP

/-Z-3-f7 /7?<3 (O

4

Reason for Transfer:/Vte*,, ^

73 .<

ftt/flt-y$\*? m1

»


AR3UQUAPPENDIX B

€

D CHAIN OF CUSTODY RECORD]£[ SAMPLE TRACEABILITY RECORD

^Container (Cooler) No.

j Page f? . of 2_ Transfer No.Checked by (Initials)/Date

Lock or Seal Intact (Yes or No)/TimeDRAKE 3620.18 C3 Z2. O SMM5SV CQNDENSATERISK BURN SAMPLEFor disposal call: P. GORMANMIDWEST RESEARCH INSTITUTE

-

—————————————


(C /% — &<d&«&,&>i /)<«. £tM n,

1 /7 ) £- / /V /t P- T/il Q, £L &tA—\ • •" -


/X9A -

^

•&K i-2.3

iX

T'~J

• fj ^*lfcy Vy | O X

X

Storage Requirements:Kj. Ice water, < 4°CCZ1 Dry iceCU Room Temp., <26°Cf2 Other: A .-' ' \c£nc~

Tltrt r/u J'tt Jpj61

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:


/-M-97

/-fc-5-77

/-23--?7

Time0706

/73t>

Si ?^

No.d>(34

Reason for Transfer:7*fe*,-

Tc? Mrt.,

flsvrit. \/T'//


APPENDIX B 193

D CHAIN OF CUSTODY RECORD-^ SAMPLE TRACEAB1LITY RECORDContainer (Cooler) No.

/ ' 0Pag© ./- of o4. Transfer No.Checked by (Initials)/Date

Lock or Seal Intact (Yes or No)rTimeDRAKE 362O. 18 3.C2.O&MM5DF TRAIN FRONT RINSESRISK BURN SAMPLEDRAKE 362O. 18 ISO'SMM5DF FILTERRISK BURN SAMPLEDRAKE 362O. 18 3. Ll.OMM5DF TRAIN BACK RINSESRISK BURN SAMPLEDRAKE 3620. 18 1. 2,3- 2MM5DF TOLUENE QA RINSESRISK BURN SAMPLEDRAKE 362O. 18 2C2.OS>MM5DF TRAIN FRONT RINSESRISK BURN SAMPLEDRAKE 3620.18 - . .C)MM5DF FILTERRISK BURN SAMPLEDRAKE 362O. 18 SSJ-OMM5DF TRAIN BACK RINSESRISK BURN SAMPLEDRAKE 362O. 18 2S1SMM5DF TOLUENE QA RINSESRISK BURN SAMPLE

DRAKE 362O. 18 C3SOSMM5DF TRAIN FRONT RINSESRISK BURN SAMPLEDRAKE 3620.18 C3SOSMM5DF FILTERRISK BURN SAMPLEDRAKE 3620. IS C3 S i. OMM5DF TRAIN BACK RINSESRISK BURN SAMPLEFor disposal call: P. GORMANMIDWEST RESEARCH INSTITUTE


L/tfL XT £) aif Lisf.djU ^ #.*. *«****»-/]& criawf?- fy-J& c


I -2- -*,PK I-Z1 &A \ -2* fip 1-2.3

^ ^ __ f

v ^ YRemarks:

vX IS- V/Remarks:

// l * -1r 7X

Remarks: '

^ ^ VRemarks:

^ ' VRemarks:

^ ^ /<Remarks:

^ ^ 1 -X" ** ^

Remarks:

^ c- yRemarks: '

^ ^ VRemarks: '

^ ^ YRemarks:

•" _x- Remarks:


/-«-*7 ^ dP

/-ti.-»7 /73 <2

/- 2. /7 2f36 34

Storage Requirements:JESTlce water, < 4°CQ Dry iceCD Room Temp. ,<26°C

/ yy ~*J tf?*/\ -/ j V Aj fi vl , *s- £tfr

/

3•

Reason for Transfer:p***:.,'*-

T* «M

n<v$l*y ' S i / ^H

1

*

»APPENDIX B


AR3UOI6

D CHAIN OF CUSTODY RECORDP SAMPLE TRACEABIL1TY RECORD

l^ntainor Cooler) No.

[Page 3. Of 2- Transfer No.Checked by (Initials)/Date

Lock or Seal Intact (Yes or No)/TimeDRAKE 3620.18 CBZZl.MM5DF TOLUENE QA RINSESRISK BURN SAMPLEFair disposal call: P. GORMANriJ.iJWt.3i rcc.oc.AnL>ti -LWrs 1 J. I u 1 1,

Lmr


2nX ^ &.rfMnJ

fQ/ jSJ f ' A' A- * *4/» /unm-1^ ^ml) P- C /-lfl£7f£ fy'/TT-jAr


J./ e < K

i -*- 3&& 1-23 £fr \-13 &Q j-i?_ "• - ^-<.*^ ^ y

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:


/-Z3— ?7 670-6 (3)

/ -Z-3 -3 7 / 7?a (g>

)**>1~J 3(3& 34

Storage Requirements:3 Ice water. < 4°CCD Dry iceCD Room Temp., < 26°C® Other: n, c. of <c(r -. it-

. /~\s\ -f* f / ' f —f? &r r u -i L AfU L xj'' /

Reason for Transfer:, /'/te.tc/ w.

"7~<5 v \ ft~*

An/rt V?}'!'


AR3UQI7APPENDIX B

D CHAIN OF CUSTODY RECORD^ SAMPLE TRACEAB1LITY RECORD

Container (Cooler) No.

Page / of <?£- Transfer No.Checked by (Initials)/Date

Lock or Seal Intact (Yes or No)/TimeDRAKE 3620. 18 1_ 2 J_ -3=MM5PCB TRAIN FRONT RINSESRISK BURN SAMPLEDRAKE 3620. 18 1215MM5PCB FILTERRISK BURN SAMPLEDRAKE 3620.18 1 2 1 &MM5PCB TRAIN BACK RINSESRISK BURN SAMPLEDRAKE 3620. 18 121-3MM5PCB TOLUENE QA RINSESRISK BURN SAMPLEDRAKE 3620.18 221-3=MM5PCB TRAIN FRONT RINSESRISK BURN SAMPLEDRAKE 3620.18 22 ISMM5PCB FILTERRISK BURN SAMPLEDRAKE 362O. 18 22 1 &MM5PCB TRAIN BACK RINSES

. RISK BURN SAMPLEDRAKE 362O. 18 221MM5PCB TOLUENE QA RINSESRISK BURN SAMPLEDRAKE 3620.18 C3214MM5PCB TRAIN FRONT RINSESRISK BURN SAMPLEDRAKE 362O. 18 C321SMM5PCB FILTERRISK BURN SAMPLEDRAKE 3620. 18 3 2 1 <=MM5PCB TRAIN BACK RINSESRISK BURN SAMPLEFor disposal call: P. GQRMANMIDWEST RESEARCH INSTITUTE


(MUJC AiSL-tKA^r*-s\ /-) xy _y^£*^ ~) f


( ^ • j'"Z— J)

&> 1-2? /QA i-Z-5 #i)~ /-*3i ___ ~~ __ ————

^ */ Y-Remarks:

>' ^ X.

Remarks:

*s - ^Remarks:

"^ ^ VLRemarks:

^ ^ XRemarks:

•^ ^ ^Remarks:

• wx- y* — s,/-Remarks:

• * y.Remarks:

^ IX" >CRemarks:

Remarks: '

. • - XRemarks:


/„£ 3_ 7 ^ -700 (5?

'~Z/5~ 7 /7?»

,.29 7 di?^ 34

Storage Requirements:"J21 Ice water, < 4°CCH Dry iceIZ1 Room Temp., <26°CCH Other: / < (jtf tc<? AH-

/W"^ 7* fyH i ^ /U\. jr*Cs1 '

Reason for Transfer:PA±*<

TO W -i

flj/JLV?


AR3UOI8APPENDIX B U

«

D CHAIN OF CUSTODY RECORDPS] SAMPLE TRACEABILITY RECORD

•-.ntainpr (O.ooler) No.j F-

Page 2_ of P__ Transfer No.Checked by (Initials)/Date

Lock or Seal Intact (Yes or No)/TimeDRAKE 362O. 18 C3 "2. J_ <3MM5PCB TOLUENE QA RINSESRISK BURN SA.MPLEDRAKE 362O. 18 4 1.4MM5PCB TRAIN FRONT RINSESRISK BURN SAMPLE

- DRAKE 362O. 18 «& 2 1_ £MM5PCB FILTER

I RISK BURN SAMPLEDRAKE 3620. 18 <4sZ> 1. fe NMM5PCB TRAIN BACK RINSES

• RISK BURN SAMPLE 1DRAKE 3620.18 -3= 2 1 «3MM5PCB TOLUENE QA RINSESRISK BURN SAMPLEFor disposal call: P. GORMAN

^MIDWEST RESEARCH INSTITUTE

I ———————————————————————————


C/x% Aa&~~l&f dUrd A ( rt- £t+i*i*sn_

1 ) tdfitxge. 9>~f9 } /u


~5> /H. £*

( «— **>&A l-Z? &fr(-zx $ft \-i'*>titt ~/w± vfi-^ * V

Remarks:

^ ^ VRemarks:

i ~ " KRemarks:

• ^ VRemarks:

XRemarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Sample Transfers:Date Time No,

Z.3- 7 6700 ($

t-ZX-Vl % ITS- 9

^W-^-? A/?^ 34

Storage Requirements:JS3 Ice water, < 4°CCH Dry iceCD Room Temp., < 26°CEP Other: (Lt^^r- ttiT

• ^

Reason for Transfer:PA.ee/SStr~-

•n s\*.t

/)A/AL V? i r


AR3UQIAPPENDIX B '

D CHAIN OF CUSTODY RECORDM SAMPLE TRACEABIL1TY RECORDP.nntainsr (Onnlfir) No.

Page f of ) Transfer No.Checked by (Initials)/Date

. Lock or Seal Intact (Yes or No)/Time1 DRAKE 3&20. 18 ICBOO

MM5CR i£)_ N KQHFIELD REAGENT SAMPLEDRAKE 362O. 18 JuCBOi.MM5CR ASTM TYPE I WATERFIELD REAGENT SAMPLEDRAKE 3620.18 JLC3OSMM5CR 2. ON KQHFIELD REAGENT SAMPLEFor disposal call: P. GORMAN 'Vf V 1"S l.T T f T* T T" /" T A t~if* TT T \T fT' "T* I P1 t T* C*MIDWEST RESEARCH INSTITUTE

Relinquished By: Received By:L /w./I jQ L^ L /»«x,<**4,-r*., ) r^flftrfif ^ x. -


J. /He C.

/ "2- 3^ !-?» ©q- t-Z-5 C? f-s-

t —^ — — «. —— - — vs \~4

Remarks: '

\/ \CRemarks:

J YRemarks:

y?Remarks:

&rRemarks:

:p-Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Sample Transfers:Date ' Time No.

/_Z5~97 /2_t* ®

t-zi-**-r /ITr* <S>J-2-3^7 a/^^ 3

4

Storage Requirements:C3 Ice water, < 4°CQ Bry iceJS Room Temp., <26°C® Other: 6<_ovr \c<r<r-ic.

/ /-/ -j7<'Aif ' T T *4 s£&A/' ' r A£?

Reason for Transfer:PAc.**

TV S*«-<

/-) /v fl L\/Jf ? J


D CHAIN OF CUSTODY RECORD13 SAMPLE TRACEAB1LITY RECORD1 Container (Cooler) No.

Page / Of j Transfer No.Checked by (Initials)/Date

Lock or Seal Intact (Yes or No)/TimeDRAKE 362O. 18 1.12.- <aMM5CR FILTRATERISK BURN SAMPLEDRAKE 362O. 18 JLSC3OMM5CR ALIQUOT OF XX229RISK BURN SAMPLEDRAKE 3620.18 - . 2. 2.MM5CR FILTRATERISK BURN SAMPLEDRAKE 3620.18 S23OMM5CR ALIQUOT OF XX229RISK BURN SAMPLEDRAKE 3620.18 C32SMM5CR FILTRATERISK BURN SAMPLEDRAKE 362O.18 C3SC3OMM5CR ALIQUOT OF XX229

, RISK BURN SAMPLEFor disposal calls P. GORMANMIDWEST RESEARCH INSTITUTE


_ >4 — *. /'/si-'~-~ £ *£o&&***-£Z\ -

/(-) t t -e 4.- ~ A«- CffAfl-rtff—-

lit 6 tfft&W V-J&ssL


/ *-£» \-i* em-tt^ z~—-- - — -</ y

^

pQ i^^

Storage Requirements:"}S Ice water, < 4°CCD Dry iceC] Room Temp., <26°Cffi Other: &vo<r~ <c<r e> K

'T'Wf "k c rv y AA fjf l '& "f

Remarks:

*/ XRemarks:

yRemarks:

' XRemarks:

•s yRemarks:

^ XRemarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:


/-Z7-77 /ZJfc> (9

i > -13-17 175* <2>

l'2.-3-^-7 Silo 34

Reason for Transfer:/>/fe ,5__

7 J /t*y^/i^xvrt5


AR3U02APPENDIX B

D CHAIN OF CUSTC13 SAMPLE TRACE/

Container (Cooler) tPage _ [_ of _ j_

CheLock or Seal Ir

DRAKE 362O. 18

)DY RECORDABILITY RECORD

slo.

Transfer No.eked by (Initials)/Datetact (Yes or No)/Time

1C33SMM5PH 0. IN H2S04FIELD REAGENT SAMPLEDRAKE 3620. 18 JLC3C3C3MM5PH O. IN NaOHFIELD REAGENT SAMPLEDRAKE 362O. 18 JL3SSMM5PH ALIQUOT OF XX324 <HC1)RISK BURN SAMPLEDRAKE 3620. 18 J_C32"7MM5PH ALIQUOT OF XX326 (C12>RISK BURN SAMPLEDRAKE 3620. 18MM5PH ALIQUOTRISK BURN SAMFDRAKE 3620. 18MM5PH ALIQUOTRISK BURN SAMF

DRAKE 3620. 18MM5PH ALIQUOTRISK BURN SAM!DRAKE 3620. 18MM5PH ALIQUOTRISK BURN SAMIFor disposal cMIDWEST RESEAI

OF XX324 (HC1)>LE

OF XX326 (C12)LE

C3C3S5OF XX324 (HC1)>LE

OF XX326 (C12)*LEsail: P.GORMAN?CH INSTITUTE

Relinquished By:

C X L_&&6-?<-

ti )£- CtilfrWflL

Received By:J&i £%16*«*J&

/4 <V2, ttfAsLnrf—$,(2^


/&$!-&

tf-r.t/

Remarks:

VRemarks:

^Remarks:

*/

i> -$

£*((-•& 0& >-Mi—~~± _,„ _ -^ X

Storage Requirements:CU Ice water, < 4°CVD Dry iceS Room Temp., < 26°CIS Other: /«, L. r- /<c-(T <y£.

-

-4 ; 70 u -t, •?%£' '

l ^y v1\ /

^ XRemarks:

Remarks:

<Remarks:

s\sRemarks:

^Remarks:

Remarks:

Remarks:

Remarks:

^ VL

^ V

^ X i/ , Ij

«"" K


/-M-fr #/*.*> O/-Z-"3-f7 17*3* (Ss

/-2^-^*7 "7 \*\ 64

Reason for Transfer:&**.#*,-•T& i

fl/Vtf /-vS"( 5 Jrf*

1

I

»93-4 SEV surmwksht 020293

AR3U022

41

D CHAIN OF CUSTC^SAMPLE TRACE;

Pontainer (Cooler)Paae / of (

)DY RECORDABILITY RECORDNo. FAi

Transfer No.Checked by (Initials)/Date

Lock or Seal Intact (Yes or No)/TimeDRAKE 362O. 18 IrS-irSFLY ASH (SVOC)RISK BURN SAMPLEDRAKE 3620.18 \:2 t;3FLY ASH (VOC)RISK BURN SAMPLEDRAKE 362O. 18FLY ASH (PCDDs/RISK BURN SAMPL•p,t-r* ~IJ _ _

DRAKE 3620. 18FLY ASH (HERBDI-VTCJV HU»M SAMFDRAKE 362O. 18FLY ASH (TCLP/RISK BURN SAMP]DRAKE 362O. 18

^ FLY ASH (SVOC)^RISK BURN SAMPW DRAKE 3620.18FLY ASH (VOC)RISK BURN SAMPDRAKE 3620. 18FLY ASH (PCDDiRISK BURN SAMI

' DRAKE 3S20. 18FLY ASH (HERBIRISK BURN SAMFDRAKE 3620. 18FLY ASH (TCLP/RISK BURN SAMFFor disposal cMIDWEST RESEAK

Relinquished By:&tV~x ~

\A)t t MAP-ted

f

-l-S -3= -3:PCDFs)E

JL24S.CIDES)>LE

i. S4&METALS)-E

2.C2.-4>C2.

LE

SS-4C3

LE-2. ^

2/PCDFs)^LE

SS45CIDES)LE

S4S'METALS)>LE.all: P.GORMANCH INSTITUTE

Received By:/3-i fi. c tfyvrt-nn —

V Q ss*• ^r - w- „

Field Sample Custodian:P, rt-L-gOO-Tt

/ 2.j£fr\-'& Q /-j-3^ ._- - ——• *

""''TV*

vStorage Requirements:C lce water, < 4°CCD Dry iceCD Room Temp., < 26°CITKOthef. wo c' /c <r~ <» »<,

f"H <C<.<-frU' J\$

Remarks:

• cRemarks: '

s

XRemarks:

^RemSrks: '

— XRemarks: '

^ YRemarks:

^ YRemarks:

- <Remarks:

— y.Remarks:

-x- XRemarks: '

Remarks:


/-27-<?i ni* <&/-2v^"7 H3* 2

34

Reason for Transfer:ft f^f-iA<v4L\/s'\ F

f -s


AR3U023APPENDIX B 2Q1

D CHAIN OF CUSTODY RECORDIZPSAMPLE TRACEABILITY RECORD

&A. (Hnntainfir (Cooler) No. tg-g -Ps*-

Paae f of "%— Transfer No.Checked by (Initials)/Date

Lock or Seal Intact (Yes or No)/TimeDRAKE 3620.18 ~Z > >FLY ASH (SVOC)RISK BURN SAMPLEDRAKE 3620.18 C3S4C3FLY ASH (VOC)RISK BURN SAMPLEDRAKE 3620. 18 3244FLY ASH (PCDDs/PCDFs)OTQK .UURN SAMPLE

• DRAKE 3620.18 C3I245FLY ASH (HERBICIDES)RISK BURN SAMPLET-vr-k IL tif TT* * (C_r?O 1 OL * -1 ~ j* -S\ {°~-

FLY ASH (TCLP/METALS)RISK BURN SAMPLEFor disposal call: P-. GORMANMIDWEST RESEARCH INSTITUTE

•


/LA C —f " x4t/i £.tJ-di*i-.r&vt—

titt SHAttfiL V-f&ss


Or xvi_*3o^-vy

^ Z.

&K 1-2-5, fi& \' "±£ —— —— - ———— —sy\^ V

Remarks:

^ y.Remarks:

*Remarks:

- XRemarks:

^ \Remarks:

Remarks:

Remarks:

Remarks:

Remarks:,*""

Remarks:

Remarks:


c -z3--?7 <73* d5l-Q?-?? 2| ^ 2

34

Storage Requirements:QT Ice water, < 4°CCZ! Dry iceCI3 Room Temp. ,<26°CB Other: /û^ i/ ic or /'c.

'/t> g rd. i g - i y S/ r

-

Reason for Transfer:-7-0 i \ <z~\

/l/l//)i.\/7i ?_£ ———— [ ———— £J ———— jZ ———————————————————————————————————

—————————————————————————— |

t


AR3U021*APPENDIX B

1

1

D CHAIN OF CUSTODY RECORD[ SAMPLE TRACEABILITY RECORD

^Container (Cooler) No.


Lock or Seal Intact (Yes or No)/TimeDRAKE 362O. IS 1C324MM5PH H2S04 IMPINGERS i-3RISK BURN SAMPLE"DRAKE 362O.ia i_?3Z>&MM5PH NaOH IMPINGERS 4-6RISK BURN SAMPLEDRAKE 3620. 18 SC324MM5PH H2S04 IMPINGERS 1-3RISK BURN SAMPLEDRAKE 3620.18 232&MM5PH NaOH IMPINGERS 4-6RISK BURN SAMPLEDRAKE 3620. 18 t3 C3 2 4MM5PH H2S04 IMPINGERS 1-3RISK BURN SAMPLE

1 DRAKE 3620.18 C3 C3 2. G>1 MM5PH NaOH IMPINGERS 4-6\ RISK BURN SAMPLE\ For disposal call: P. GORMAN

MIDWEST RESEARCH INSTITUTE


t- LsTt/: &<2&3fc/U/( M C~ ' /***- tt+A* sTn—

\/Q 6tlKtTt tt& A


Jy -c _

/ z- 3£A '-Z.5 &k I-*-? 0$ t-*-'*?

* . ,^^ ^ X

Remarks:

^ v yRemarks:

^ ^ XRemarks:

^ t/ X'Remarks:

^ ^ YRemarks:

\ - y.Remarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:


/-iT-17 /Z-3-6 &/ -2-3 -77 /73o (2)

i- - jy z\y<? 34

Storage Requirements:CD Ice water, < 4°C

-D Dry iceJeQ Room Temp., < 26°CLH Other:

tn &n& J JW* /

I

Reason for Transfer:S*/tefZSsJCr~

72 f..1

d^flLysi 5

SEV surmwksht 020293

APPENDIX B

D CHAIN OF CUSTODY RECORD^SAMPLE TRACEABILITY RECORD


Page / of J2_ Transfer No.— r —Checked by (!nitials)/Date

Lock or Seal Intact (Yes or No)/TimeDRAKE 3620.18 J.221MM5MM FRONT-HALF 0. IN HN03RISK BURN SAMPLEDRAKE 3620.18 1.222MM5MM FILTER

: RISK BURN SAMPLEDRAKE 3620.18 J.22C3MM5MM HNQ3/H202 IMPNGERS 1-3RISK BURN SAMPLEDRAKE 3620.18 3_ 2 2 -4MM5MM IMPINGER 4RISK BURN SAMPLEDRAKE 3620.18 JL22SMM5MM KMnO4/H2S04 IMPGRS 5-6

' RISK BURN SAMPLEDRAKE 3620.18 i- 22<=>MM5MM HC1 RINSES IMPGRS 5-6RISK BURN SAMPLEDRAKE 3620.18 222 i-MM5MM FRONT-HALF O. IN HNO3RISK BURN SAMPLEDRAKE 3620.18 2222MM5MM FILTERRISK BURN SAMPLEDRAKE 3620.18 222C3MM5MM HN03/H202 IMPNGERS 1-3RISK BURN SAMPLEDRAKE 3620.18 2224MM5MM IMPINGER 4RISK BURN SAMPLEDRAKE 3620.18 222 SMM5MM KMn04/H2S04 IMPGRS 5-6RISK BURN SAMPLEFor disposal calls P. GQRMANMIDWEST RESEARCH INSTITUTE


CZ/ h L £>,a&i*«-u<-&<m«JZ- A IS- /»*rr-«_

/?)(? ///3W;v £7f</L


/ ^ 2,

&H- I-Z3 x£»<-Z:5 B^/-x7

v ~s yiRemarks:

,/ >y

Remarks:

S /

^ ^ ks ^ .

Remarks:

^ *-S yLRemarks:

i/ iS YRemarkS: L<J JL'(r

^- S \~S s,x• TV.

Remarks:

vX iX >CRemarks:

^ \/ ^Remarks:

i/ «/ VRemarks:

*•/ Lx/ yRemarks: '

/•t/ \/ C

Remarks: > (i-c4d'i r-'


s-zx -<Ti /HO (9,-*7-<n mo <&i*n<l_fj-j 3. 1 10 3

4

Storage Requirements:CD Ice water, < 4°CC] Dry ice

" SJ Room Temp., < 26°CO Other: Jl

—— 1 ————— T/r - ^ ff ^

J'

Reason for Transfer:/>***.,+>*-

T* ( JAA/AL N/.ri< " S Hr 193-4 SEV surmwksht 020293

AR3U026APPENDXX B 204

4

41

D CHAIN OF CUSTODY RECORD^ SAMPLE TRACEABILITY RECORD

• Container (Cooler) No.


Lock or Seal Intact (Yes or No)/TimeDRAKE 3620. 18 JL2S4MM5MM 0. IN HN03FIELD REAGENT SAMPLEDRAKE 3620.18 1SOSMM5MM FILTERFIELD REAGENT SAMPLEDRAKE 3620. 18 JLS'B'e,MM5MM 5'/. HH03/10X H202FIELD REAGENT SAMPLEDRAKE 3620.18 J_:29'7MM5MM 4% KMn04/10% H2SO4FIELD REAGENT SAMPLEDRAKE ,3620. 18 JLS^SMM5MM ASTM TYPE I WATERFIELD REAGENT SAMPLE

(DRAKE 3620. 18 l^-S-E?MM5MM 8N HC1 IN WATERFIELD REAGENT SAMPLEFor disposal call : P. GORMANMIDWEST RESEARCH INSTITUTE

Relinquished By: Received By:C /-, //l*<~-« —— - -AJt tf4&-i~-3( "fy-\// J, Z&i-f jA t/G- £ f/SfrZTW—

P /•) / £- f {/ fl (tf rt. $ f / 6&* —


' -2- 3£* \- && \'V. $r hrt

— fc ~" -~

\/ I/*" V'

Storage Requirements:CZ3 Ice water, < 4°CCI3 Dry iceJSL Room Temp., < 26°CCH Other:

^ Oy Cf .L, J?A' '

Remarks:

*/ ^ YRemarks:

*/ (S ]XRemarks:

l/ L/ XRemarks:

\/ ^ xRemarks:

(/ ( XRemarks:

Remarks:

Remarks:

Remarks:

Remarks:

Remarks:


/-2T-f/ /Z-2o CB

(-Z3>-<tT I*T*> ©

im-q-? 2 I?* 34

Reason for Transfer:fiA-£.K./*s-z —

Z? si/Z-i

fi/l/ A L.'yf i J


AR3U027APPENDIX B 205

D CHAIN OF CUSTODY RECORDM SAMPLE TRACEAB1LITY RECORD


Page oC of L Transfer No.Checked by (Initials)/Date

Lock or Seal Intact (Yes or No)/TimeDRAKE 3620.18 SS2&MM5MM HC1 RINSES IMPGRS 5-6RISK BURN SAMPLE

, DRAKE 3620.18 C3221MM5MM FRONT-HALF 0. IN HNO3RISK BURN SAMPLEDRAKE 3620.18 3SSSMM5MM FILTERRISK BURN SAMPLE


/ -2- *?

a* <-•& eKi-2^ 0£> I-**?_"T'-. x^ ^ y,

Storage Requirements:L~H Ice water, < 4°CD Dry ice/23k Room Temp., < 26°C 1[ Other: /s .t»/r //-^ rt«u*j_™

/vv j*" y /A -n /fV &1 ~f fa- &V'' L Or •£)

Remarks:

tX* \ / \&Remarks: '

/tX' vX y.

Remarks:

DRAKE 3620.18 C3S2C3 '~-x ^ ~ £MM5MM HN03/H2O2 IMPNGERS l-3Remarks:RISK BURN SAMPLEDRAKE 3620.18 ., C3S24MM5MM IMPINGER 4RISK BURN SAMPLEDRAKE 3620.18 C322SMM5MM KMn04/H2S04 IMPGRS 5-RISK BURN SAMPLEDRAKE 3620.18 C3l2:Z<=MM5MM HC1 RINSES IMPGRS 5-6RISK BURN SAMPLEFor disposal call: P. GORMANMIDWEST RESEARCH INSTITUTE

Relinquished By: ' Received By:

( 2-, / C_ &4&r<~£rA - ——— A<«. *HA«TTT*-

lA ) f /"" LI a. (? O iT. 4L -T^-^ *p4 It— C n /-r (<- if I4- y? / jt/rS\.

t/ ^ "K.Remarks:

5 ^ ^ ^Remarks: • c fij .t**,/ "" a- 4> ^ ^ vx ^Remarks:

Remarks:

Remarks:

Remarks:

Remarks:


X-2-3- 7 /£ (j)

,-^-i-r /-??* Ol-a.*r~57 2t3* 3

4

Reason for Transfer:SA*W*-

^/lAs/lLvr.r- ' H,' "


AR3U028APPENDIX B 2O6

J

*

titi

D CHAIN OF CUSTODY RECORDS- SAMPLE TRACEABILITY RECORD

Ônntainfir (Cooler) No. f rt~L-

Paqe / of / Transfer No.Checked by (Initials)/Date

Lock or Seal Intact (Yes or No)/TimeUKAKE 3620.18 C32-gtei

RISK BURN SAMp'ur"1"DRAKE 3620.18 " 32-1 -3

/=i.v fcjy/ vW) 7-«o«r|xRISK BURN SAMPLE

DRAKE 3620.18 325O

RTRK BURN SAMPLEDRAKE 3620. 18 C3SSi

RISK BURN SAMPLE ' "^

DRAKE 3620.18 C3SSS1

RISK BURN SAMPli'6"' /U*"K~.For disposal call: P. GORMAN "MIDWEST RESEARCH INSTITUTE

t —————————————


/wl / 2 *t- C- Ftsv&y:f sS~) / S~)

->1> / t rPV X M TCrstf,i1


/ 2-V.-z-v / f ;-2<^L-- tx'

Storage Requirements:S3 Ice water, < 4°CCD Dry iceCH Room Temp., <26°CCJ3 Other: s*»~*jr jc_f*ey\i_

Remarks:

« (/Remarks:

— (XRemarks:

(XRemarks:

c - I/Remarks:

Remarks:

Remarks.

Remarks:

Remarks:

Remarks:

Remarks:


/,-zv-ri /r^ &f-af-^7 0q*ts &

3

4

Reason for Transfer:T~& S*\fi-(

£1 A/ lit. y fl-f


AR3U029APPENDIX B 207

D CHAIN OF CUSTCP SAMPLE TRACE*

Container (Cooler) rPaae / of

>DY RECORDiBILITY RECORDvlO. fZ4 V

Transfer No.Checked by (Initials)/Date ,

Lock or Seal Intact (Yes or No)/Time

DRAKE 362O. 13FLY ASH (GALBT 3TRIAL BURN SAMFDRAKE 3620'. 13FLY ASH (GALB1DUPLICATE TRI^DRAKE 3620. 13FLY ASH (GALBTTRIAL BURN SA1"DRAKE 3620. 13FLY ASH (GALBTDUPLICATE TRIAFor disposal cMIDWEST RESEAE

•""Zt T *"O *~S1

>I J7

C3 l-T"/"•)iL BURN SAMPLE

4 1 C33')IPLE

)L BURN SAMPLEall: P.GORMAN>CH INSTITUTE

X

Relinquished By:) v-m A iij VVv

J

F jeceiveo) By:

't&w I/L

fo a J


0 . /Qu-(?orL-t~i

/ ^'*# Z-TA7 JL-S^t/ V— -^ v^

Storage Requirements:B Ice water, < 4°CCD Dry iceCD Room Temp., <26°C LOS Other: j c.v'vr' IC.(/ m

r

Remarks:

\S ifRemarks:

\s v-Remarks:

/.X u/

Remarks:

Remarks:

Remarks:

TRemarks:

Remarks:

Remarks:

Remarks:

Remarks:


"2/f h 7 Of: QU 1^ /

' /34


f« sArp/S .6a//>feM"r\ -far tt^^Ts

'Jl


ftR3U03QAPPENDIX B 20d

Appendix CProcess Data

Run 1Run 2Run 3Run 4

Scrubber Liquid Specific Gravity Data

MRI-AppHed/RS62018.AEP

AR3IU03

____Run 1Process Data

MRI-AppHed/R362018.APP

APPENDIX C1R-3U032

xa.1

AGA FLOW

2AGA FLOW

1

0.QXCD

D_•>

SCC TEf

D-

KILN TEH

cs

KILN TEMP.

AV

BREECH PRESS

Vi

KILN PRES

ri

FEED RATE AV

*:

1f-O)ot~to-9

Io.

Q_O

Q_O

P

OUJa

LLCDLUQ

U.OLUQ

$

$

TONS/HR

£u_

CJCOis5

FY4311

PDY4201

oCOCO

TY3121

1CM

PY3201

oCOg

WEY2203.AVG

mCO

I

$g

'

•*1

I

1

1

sg

11

1£

g

7*5in:X

inCO

COCMCD

COCO

•*«•CO

g

§

§in

!5o

h-co

COCM

10CO

oCMm

COtfCO

SiCD

OCOCO

LOCO

CMg

010CD

5in

CDo

-

COCM

TCO

CMm

co«sj-CO

•tCMCO

COCO

If)CO

fooo

CMg

§m

s9

o

00CM

O)

§

CMCMm

COfCD

COCMCO

COCO

COCO

oooo

oCO

COcom

COh-9

0

CO

COm

COCMtn

m"frCO

mCMCO

8CO

TfCO

8CO

h-CO

COatm

r-.N.CD

o

COCO

N.m

sLO

h-TfCD

TfCMCD

COCO

COCO

OOCO

oCMCO

COentn

COCDO

O

in*r

COCD

inCMin

COTfCO

CMCO

oCOCO

inCO

oooo

CNCO

1O)m

N.IN.9

0

cnr

V-

§

8in

o10CO

mCMCO

COCO

rCO

COCDh-

O>CMCO

h-COm

N-CO9

0

s

10in

r*.CMtn

COtCO

inCMCO

COCO

TfCO

o>COh-

CMCMCO

COCOm

CO

9

0

inin

o>Tf

COCMm

O)XTCD

3CO

oCOCO

inCO

enenr-

COoCO

COenin

CDo

m

N-in

oCD

cnCMin

0)*CD

sCO

COCO

tnCO

01s

r .CO

00cnin

cnt9

»

s

COin

oCOtn

owCO

COCMCO

oCOCO

COCO

oi

8m

COCOm

TTCO9

0

8

CO*f

COLO

CO•a-CO

inCMCD

CMCOCD

LOCO

Os

TCD

enO)to

F9

0

LO

oin

CMCOLO

mfCD

•-S

sCD

inCO

gCO

COo(O

gLO

<•t~o

o

COLO

LOLO

8in

in•tCO

inCMCD

COCO

mCO

gCO

gCD

O)atu>

CMCOO

m

COCO

COCO

ItCOtn

Tj-CO

tnCMCD

OCOCO

CDCO

Oooo

s(D

Og

r*-co9

o

R

COin

LOCOLO

10CD

sCO

oCOCO

COCO

§

CO00tn

§CO

00LO

9

CO

0

CO?

mCO

inCO

^2

oCMCD

COCO

SGO

tns

gCD

COLOO

S

g•»

CO§

CO

CO

mCO

CMCMCO

oCOCO

h-CO

gCO

gin

COg

COCO

9

CO0

COCO

3

COCO

1CD

oLOCO

CMCO

COCO

CDCO

COoCO

O)COm

COoCD

r*.co9

ino

s

COTj-

CO

CO

inCO

CMCMCO

oCOCO

h-co

CMg

!•-COLO

§CO

CO(D9

e

N.CO

tn**•

CO

CO

,tnCO

COs

gCO

00CO

sGO

f*.COin

gCO

§o

CDO>V

CO

oLO

oCMCD

CMtoCD

SCD

gCO

I--CO

sCO

mCOtn

1

0COo

*3-0

LOCO

1•*t

CMCO

inCD

inCMCO

COCO

00CO

CMg

COoom

gCD

COin9

o0

s

CMLO

CMCMCD

CMtnCO

COs

sCO

COCO

ooCO

COIn-

in§

9o

T~O

s

r-<•

sCO

CMLOCO

LOs

oCOCO

CDCO

gCO

Sm

mg

atCOo

ot-

<o

atCO

aCO

inCD

inCMCD

OCOCO

-<3-CO

0oCO

Ifootn

-a-g

cnCO9

000

CO

,—CO

sCO

atCO

tnCMCO

COCO

COCO

CDs

CMCOtn

toCO

CMGO

9

0

inLO

cn•*

sCD

t -CD

COCMCO

COCO

COCO

gh-

mGOin

sCD

0COo

o

om3

COLO

CMCD

CO

CO

COCMCO

cnCMCO

T-

co

fe1

fCO10

sCO

h-r0

o

§

COtn

COCMCO

O)

CO

CMCMCO

oCOCO

CMCO

s

CMoCO

CMoCD

CMh-9

o

!f

COr

sCD

cnCD

sCO

1—COCO

CMCO

r -cor -

tnoin

CMoCO

so

0^

••a-

COr

0COCO

*

CO

<frCMCO

oCOCO

r-co

ins

oCD

g

CMCD9

o*-

s

0>in

COCOCD

O)

CD

CMCMCO

CDCMCO

COCO

ins

oCD

oCO

oCD

9

g

COCM

COCO

sCO

o>CO

COCMCO

cnCMCO

CMCO

•d-O)r

8CO

i

rCO0

0

s

COin

sCO

0)

CO

sCO

oCOCD

CMCO

!-s

COCOm

g

COtn0

0)0

COCM

,—tn

sCD

0)O)COa.

AR3U033APPENDIX C

FEED RATE

o£

CMO0

CM0

Xoz

NOXAVG

Q.

QTTEM

rn

1 STACK AV

O0

1 COAVG

feCMCto—>

TONS/HR

Q_

ss

S?

1Q_

iO.

U.OUJQ

!

OLQ.

1CL

WEY2203

AY4303A

AY4305A

«r

AY4304

AY430'6A

AY4306A.AVG

TY4001

fl

I FY4305.AV

AY4302A

| AY4302A.AVG

u.P

*

•

i*g

**'

1

1

1

**

i•sa:

5

0

,_CO

l»-CM

CNCM

CM

K

r-m

•<r

CM

0

oCO

COCM

H

CM

5

03IO

•V

CN

m

o

oCO

COCM

CO

CM

CM

CMCM

GOm

r

CM

CM

o

0CO

COCM

CD

CM

CM

SI

COin

*•

CM

on

o

enh-

01CM

r--CM

CM

a

enin

<«r

c\

r

o

oCO

COCM

13)

CM

CM

•J-CM

OlIf)

it

CM

v.

O

,_CO

00CM

0

CM

CM

Si

01tn

r

s

to

o

0CO

Is-CM

eoCM

CO

CMCM

cntn

*f

CM

r

0

T——

CO

(OCM

N-CM

CO

CMCM

O)tn

r

s

XJ-

0

,_CO

r-CM

0

CM

CO

cn

O)m

TT

CM

CO

O

*-CO

(•"•.CM

N-CM

CO

CO

cnin

^

£

CD

0

,_CO

CDCM

h-CM

CO

*r

o>tn

TT

CO

3

0

oCO

COCM

3-

CM

CO

CO

O)in

^

CO

o

oCO

N.CM

inCM

CO

8

0>in

*r

»

-r-

o

OlN-

COCM

cnCM

CO

8

O)tn

>

CO

o

CMCO

COCM

COCM

CO

s

a>in

XT

CM

O

OCO

h-CM

mCM

CO

01

V-UO

XI-

CO

o

oCO

r>-CM

CO

CM

CO

SI

_in

xf

CO

0

0CO

rCM

Tf

CM

CO

s

010

xr

CO

o

O)r~

tCM

0CM

CO

COCM

0in

XT

K

o

V-CO

t--CM

XTCM

CO

E5

0in

XT

•sr

0

T-

co

t«-CM

cnCM

CO

COCM

Otn

xt

0

0

CMCO

CDCM

CM

CO

8

0>Tf

XT

CO

O

CMCO

CDCM

CO8

CO

CO

a>f

it

fe

0

T-

co

t-CM

O

CM

CO

CO

0>TT

XT

s

0

t-CO

N.CM

cns

CO

8

01r

<*

*-

CM

O

ON-

00CM

CMCM

CO

00CM

cn3

<«•

CM

O

COr-

oCO

CO

CM

CD

8

CO

?

xt

«

s?

0

COt-

oCO

CO

CM

OCM

toCM

CO

?

Tf

f5

«

o

COh-

OCO

•»CM

OCM

CM

CO

3

xr

CM

3

0

or«-

O)CM

c-i

8

r

00•a-

r

8

CM

O

OCO

COCM

COa

8

CM

CO%

«ff

8

CO

o

GOr-

oCO

rCM

8

en

CO

3

r

Si

IK

o

0CO

O3CN

O

8

8

CO?

XT

ct

in

o

cnh-

oCO

sCM

0CM

CM

CO

3

*«•

14

in

o

CDN-

05CM

CMCN

8

Si

CO

3

V

%

AR3U03UAPPENDIX C

C3DC

Q.<O<

AGA FLOW 2

AGA FLOW

1

D.oXca

Q.

SCCTEI\

D.•5

KILN TEI

O

KILN TEMP.

AV

BREECH PRESS

co

KILN PRES

iff

FEED RATE A\

•

1N.CD

CMcra-?

xa.

a.O

a.O

£

OUJa

OUJQ

u.0UJQ

j!

&

TONS/HR

E

AY432C

FY4321

FY431 1

PDY4201

<o

£

CM

£

1CM

1

PY3201

PY2801

fl

WEY2203.AV

CO?LI_

UJ

P

8%

'*t

%%

1

S

S

ft1

%$

$£

£

5i!X

00

CD

CMCO

i

r-co

COCOr

CO

in

§

t*-f-o

o

CNCM•tf

in<*

&

?CO

g

0CO(0

CMCO

COCD

03

m

oCO

COCOo

0

CO

rt

00Tf

COCO

CD<D

CMCD

COCO

•x—CO

COco

CO

in

oCD

Oino

CO

CM

7f

intn

•COCO

o>CO

CMCO

COCO

,_co"

TJ-CO

oCO

oCO

COfCD

CM

o•$•

COm

o• r

CO

CO

CM(O

oCOCO

,_CO

COCO

CO

m

§

inh-o

o

tnCOCO

CMin

?

r--CD

CMCD

oCOCO

COCO

*rCD

t>m

§

(Dmo

CO

CMCOCO

J-•«•

CMTT

CO

<o

CMCO

COCM(0

CMCO

TfCO

CMin

ooCO

CMCOo

to

CO00CO*

w-

CO*f

CO

CO

g

COCO

T-

CO

TTCOh-

CO

tn

ooCD

T-coo

CO

CO00CO

00tf

TTr

r-co

CMCD

OCO(O

CMCO

mCON-

tnCD

OOCO

COCOo

S

COrCO

CO

3

m*r

CD

(D

CMCD

COCMCO

COCO

mCON-

oCO

ooCO

COtn9

0

or -CO

•a-m

COrr

mCD

CMCO

COCM(D

COCO

mS

CMCD

SCO

CMr-.0

0

COIDCO

COtn

N--f

mCD

CMCO

SCO

,_CO

mCOS-

00

CD

OOCO

oin0

s

•«•tnCO

o>in

oor

inCD

CMCO

oCOCO

COCO

CDCO

J-(O

ooCO

inCOo

o

tnCO

mtn

S

CO

CD

CMCD

OCOCO

COCO

h-O)

CO

CO

ooCO

COCO0

o

oo•M-

0<«•

g

inCO

CMCO

oCOCO

CMCO

r-O)

CM

CO

0oCO

CO(Oo

S

oCO<(f

mTf

S

?CO

COCMCO

O)g

T-00

fe

TTCD

§(O

COr--Cj>

o

COiV'fl-

inj-

CMm

5CD

SCD

O>CMCO

CMCO

COo>

CMg

Sm

s«?

s

inCOr

(DCO

COin

9CD

SCO

COCO

COCO

COo

CM

(0

3m

toCOs>

0

oCO1

COin

S

5?CD

SCO

i

CMCO

S

CO

(0

o>COin

§9

0

CDCMS

inin

inin

inCD

',

S(D

O2

COCO

§CO

f(O

o>COin

COCO0

0

•*rCMn-

0in

CDin

r*.CO

SCD

COCMCD

COCO

g00

r-

<D'

enCOtn

oi>-o

in

r*-CM

5

CMm

r~m

t--CD

••a-CMCO

COCD

CMCO

OCO

cnCO

atenin

r~o

o

mCM»

01•*

COm

CO

.<D

SCO

COCD

COCO

S00

SiCD

en01in

S9

&

S•*

CMin

o>in

CO

CO

COCMCD

O)CMCD

<sfCO

g00

SiCD

SCO

tnCO9

o

CMTf

*—m

8

t-CD

SCO

oCOCO

CMCO

COg

CO

CD

OOCO

COCO

9

0

CO

>

COin

0

m"<TCO

CMCMCO

COCMCO

CMCO

SCO

CO

CO

SCO

COCO

9

o

COot*

inin

CMO

Tf

CO

COCMCD

COCMCO

COCO

§00

CO

1

inCOo

o

&•*

CMm

COo

mCD

rCMCO

COCO

CO.CO

1 -o00

CM

CO

o(O

COo

CO

rot

"*m

<*o

mCO

•<rCM(O

OCO(O

M-CO

inOCO

CO

CD

OCD

CMCO9

O

%CO

0in

mo

CDtfCD

SCO

t-coCO

•fCO

§CO

•*J-CO

oCO

COm9

S

r--00CO

N-TJ-

§

5?CO

CMCMCO

«CO

inCO

§CO

o

CMOCO

COCO9

g

00rCO

*<r«<*•

&

CD

CO

COCMCO

oCOCD

«fCO

i>.oCO

•<-(O

CMoCD

r-m9

ino

enCDCO

0in

§

$CO

CMCMCO

COCO

mCO

COOCO

CO

CO

CMOCO

OCOo

o

tnCOCO

CO•«•

COo

in(O

CMCMCO

COCMCO

TTCO

OO

g

CMCO

SCO

COCOo

COo

COCOCO

CO*•

o

CO

CD

COCMCO

COCO

COCO

CO000

SCO

CMoCO

CMr*-o

o

CMCOCO

oin

£

CO

CD

COCMCO

*-COCO

COCO

1

mtn

COoo

ooCDo

oo

S3

COJ-

CM

<DO)nja_

AR3U035APPENDIX C

±1

£QUIULi-

o

CMOo

CMo

XO

NOXAVG

I—o

1 STACK AVG

Oo

CO AVG

rOJacK

TONS/HR |

1

^

^

1a.

a.

u.OLUa

52t

a.

a.a.

WEY2203 |

AY4303A

AY4305A

<;

CO

i

AY4306A

AY4306A.AVG

~\ TY4001

I FY4305AVG

AY4302A

AY4302AAVG

HI

'

•

tfc$

St

ti

1

1

*

ft£

••7-Ea:X

s

0

oCO

05CM

3

oCM

?MXT

•<r-<r

ir

ftto

CM"<f

0

oca

00CM

9

8

CMr

•*r

<«f

s(O

om

0

oCO

00CM

CMCMCM

8

CMT

r•*r

"fr

o>co

CM-

O

fMCO

f*.CM

O

CM

3

to

3

IT

O

(O

CO*<-

O

0oo

t*.CM

oCM

0CM

*t

?

T

•

(O

U)T

O

OCO

COCM

CA

S

8

O

"«•«T

*

CM

OO

CMT

O

dr>-

oCM

r*.CMCM

8

at

5

V

eo(D

5

O

<y>t>-

O5CM

tnCMCM

8

S

?

i

rto

s

o

,_00

N.CM

I

0CM

S

fr

t

toCD

OOCO

0

COCO

<oCM

oCM

oCM

if)CM

?

v

to(O

CO>

0

(MCO

CDCM

COCMCM

8

CM

?

»

rCO

3

o

^B

eCM

IOCMCM

8

<D

?

»r

CD

n

< -

o

CMCO

<DCM

g-CM

OCM

•«••«•

»-*

•»

CD

CO

8

0

CMCO

COCM

CM

OCM

CO•*r

~»r

•*

oto

o~

0

_so

l>-CM

OCMCM

8

CM

?

*»

•

toIT

O

«_CO

t>.CM

COCM

8

>-

3

<«•

O

IO

o•<r

o

ooo

r-CM

8CM

OCM

O

r~

«-

CO

(0

3

O

CMeo

r-CM

COCMCM

OCM

O>

?

*

sCO

Sf

o

V-00

(DCM

9

8

O

^

toCD

S

O

CMCO

COCM

S

OCM

*~

*!r

CD

CO

COT

O

CMCO

inCM

1

a

CO

TT

1

CO

COt

o

CMCO

toCM

•«•CM

SM

to

f

00

(O

o

o

CMOO

tnCM

o8

a

h-

V

01IO

COf

o

oCO

1-CM

§

?M

at

?

-

Rb-

tn

0

CMCO

tnCM

1

CMCM

O>

•*

Ot

ooCO

0

en^

COCM

t~-OJ

a

m

*t

CM

h-

f•«*•

o

oCO

1—CM

r--a

a

a>

•»f

CO

r~

CMr

0

CMCO

u?CM

OCM

CMCM

CO

5

<tf

S1

-d-

O

.p.CO

toCM

COa

a

CO

~

.

tnN.

t

0

T-00

(OCM

aCM

a

a>

?

*

Rr .

O5CO

0

CMCO

tnCM

h-8

a

a>

?

r

K

N.

n

o

«-00

COCM

S

CMCM

O

?

t

«i

s

0

eni>-

01CM

CDCM

a

CM

**r

r

R(«.

•«•

0

ent

h-CM

to8

a

CM

tn~

"*

oh-

O5CO

o

enh-

COCM

CDCM

a

CM

tn~

•9-

»-(

tn

o

3>t»-

coCM

OCM

a

CM

tn•q-

*

CM

N-

APPENDIX C

Q_1AGA FLOW 2

AGA FLOW

1

0-OXm

0.

oo<n

a.

KILN TEH

O

|

KILN TEMP. AV

C/j

BREECH

PREJ

c/>

KILN PRES

s?

FEED RATE A^

^

1

r>-cnocCO— s

Xa.

1O

a.O

P

OUJ0

Ll-CSUlQ

U_OUJQ

N

*

TONS/HR

Pu.

CMeo

i

FY4321

FY4311

PDY4201

to

TY3121

|

TY3121.AVG

PY3201

PY2801

r1)

WEY2203.AV

IOCO

?U.

S

««

"

I*

$

1

1

81

i'£

1<

%

5a-X

r-CD

SCO

CDCMCD

tn(0

o>o00

mCDm

COoCO

to9

0V"V

to-co

CM10

CO

r

r-co

coCMto

CDCM(0

COCO

CD0GO

COCOin

COoto

o

s

COtoCO

COin

rr .

N-

to

CMCMCO

OCOCO

TfCO

CDO00

t*-00in

COoCO

ino

0

rmCO

o*f

mh-

00

to

CMCMto

OCOCO

COCO

CO000

xfrcoin

COoCO

CDO

O

hwinCO

CO-

CO

N.

(

CO

CMto

OCOCD

mCO

COg

§10

i

CD0

Or-

CMCDCO

-in

?*.N.

h-CO

aCO

oCOCD

mCO

COoCO

sm

gCD

too

tno

CMCOCO

<*in

CO

h-

r*.CO

CMCO

O)CMCD

TTCO

r-.oCO

COin

CMoCO

CDo

g

rmCO

oin

o>r

0

to

CMto

O)CNCD

inCO

&CO

mfc

gCD

CD9

0

COinCO

CDt

sr*-

cnCO

COCMto

0)CMCD

tnCO

CDOCO

COin

gCO

mo

o

IN.inCO

h-in

CMr

CD

CD

CMCMto

0COto

*frCO

CDO00

Sm

CMoto

COo

m0

ts.mCO

00in

CMCMN.

O

CO

•aCO

00CMCO

ftCO

tn§

sin

gCO

COo

s

o?tnCO

in^

COCMh-

00

CD

CMCMCO

OCOto

inCO

roCO

COCDin

CM0CO

to9

o

COinCO

om

s

N.to

COCMto

OCOto

inCO

••a-o00

CMCDtn

gto

too

mo

omCO

CMin

inCMi .

h-co

COCMto

oCOCO

TfCO

COoCO

inCDin

COoto

o

s

otnCO

oin

St-.

t-.Tt-(D

Sto

oCOCO

•*»•CO

gCO

foto

CO0CD

0

in

omCO

tom

E5h-

r*-Tt-to

sto

oCOCD

mCO

CMg

COoto

CO0CO

o

o

COrCO

intr

00CMr

CO

to

sCO

0COCO

toCO

oCO

to0CO

sto

o

o

omCO

•<!•tn

sI--

coTfCO

CNJCMCO

s

mCO

gCO

•0-CO

CO§

9

o

CM10CO

*T•fl-

oCON-

r*-trCO

CJCMCO

oCOCO

toCO

0§

h-co

sCD

CD

9

o

CDCO

T-

m

COr-

COrCD

SiCO

CDCMCD

inCO

os

CM

S

§to

too

o

CDCDCO

CDCO

Sr-

•o-•*rCD

OJCNCD

COCMCD

CDCO

O>O>!•»

TCO

gCO

CO

9

to

CMLOCO

CMCO

COCOh-

inCO

CMCMCO

OCOCO

COCO

g

CDCDtn

og

o

CM

0

?

COCD

tnCD

ointo

sto

COCD

t*-co

g

CO0CO

0CO

tno

t-

gCO

oh-

CD

O>

0iOCD

CMCMCD

S

r-co

s00

moCO

§

CDO

O

CO

or.

r~o>

oinCO

CMCD

0CMCO

«-co

COg

COCOtn

0CD

CO0

SCO

inh-

coCD

OinCO

sCO

oCOCO

T-

co

CMOCO

tooCO

0CO

COo

£CO

COI*-

o>0>

otoCO

g

oCOCO

oCO

CMoCO

sCO

oCO

COo

oN-00

mCO

sCD

oinCO

CMCMto

COCO

oCO

oCO

stn

0CD

o

CO

COh-

CMCD

mto

CMCMto

o>CMCO

T-

co

ooCO

fein

0to

o

&CO

h-N.

CMCMCD

CMinCD

CMto

CDCMCD

oCO

ooCO

oto

oCO

o

COCO

CMN.

s0>

toCD

SICO

gto

,—CO

COO)h-

to0CO

0to

9

o

CDCO

or

SiO)

mto

CMCMCO

COs

oCO

r*.O)N-

cooCD

oCO

o

o

•*J-COCO

CMh.

LOCMo>

CD

CMCMCO

os

T_CO

fer-

00oCD

oCO

o

o

COCOCO

CMN.

toCMCO

otnCD

CMCMto

CDCMCD

,_CO

gN-

CD

oCD

o

o

&CO

COCO

rCMO)

oinCD

CMCMCO

oCOCD

oCM

'§,r-

rCMCO

oCD

o

o

CO-CO

inCD'

COCMen

0

CD

COCMCO

COCO

oCO

?COVco

§

o

o

01CDCD

oN.

S301

APPENDIX C

FEED RATE

O

so

CMO

|

NOXA

VG

CL

| QTTEM

rn

! STACK AV(

0O

CO AVG

r-.Ol

C03

HH/SNO1

i

^

«

1

0.Q_

U.C3UJ0

E

_

CU

'

CO

AY4303A

AY4305A

<

AY4304

\ AY4306A

DAVTOOEfrAV

|

f>

FY4305AV

AY4302A

SAWZOEUV

1

•

1

1

1

S

1

i

•••z.56:X

<o

0

O)

OOCM

CM

CM

CM

IO

COv-h-

in

0

v-00

toCM

COCM

a

CM

in

5^

in

0

o00

f-CM

ina

a

s

m

mN-

OO

0

o00

[s_

CM

SCM

a

CM

in

to

r~

,-

o

oOO

toCM

CM

a

CM

in

lr

CM

0

oGO

COCM

8CM

CMCM

CN

m

CO

h-

o

o

00

COCM

COCOCM

a

CN

in

CD

r

CO

o

CO

CDCM

COCOCM

a

CMCM

m

r?

o

t"-

oCO

ins

a

COCM

in

CM

•<*•

o

OO

CDCM

CO

a

CM

m

CMCM

01

0

CO

oCO

CM

CMCM

COCM

tn

tr.r

CD

0

oOO

COCM

COCM

a

CM

to

•<*•

h-

Ol

0

1-co

OOCM

gCM

CMCM

COCM

to

If.K

CM

0

oCO

tCM

CM

CMCM

in

(C

t

0

0

CD

CDCM

CM

CM

to

r -N:

to

0

CD

CDCM

TT

CM

to"

CO

1

00

0

CO

oCO

a

CM

m

CD

["

CD

0

s.

T-

co

CO

CM

m

oN.

•<f

0

CD

CDCM

8

CM

tn

•*-N.

CM

0

CO

oCO

CM

CM

m"

CN

h-

co

0

CD

CDCM

CDCD

CMCM

in

8

CO

*-CO

r-CM

oCMCM

CM

in

IO

CD

CO

V

co

h-CM

toCM

CO

IO

CD

CO

CD

CMCO

COCM

oCMCM

CD

to

N.

O)

"fr

CMCO

COCM

CMCM

2

IO

CO

O)

O)

CD

CDCM

IOCM

s

2

to

m0>

CO

o

01CM

01CM

?

to

0

01

o

COt-

Y-co

CMCM

5

to

T-

a>

en

CO

0CO

COCM

tn

to

CM

o>

CON-

Y-co

§

CO

to

CO

O)

to

CD

CDCM

sCM

s

CO

to

•«•CD

in

CM00

COCM

N-

CO

CD

<o

inCD

CM

1-

oo

CM

t

cS

O)

CO

CD

o>

O)

CMCO

h-CM

toCM

CO

CN

CO

CD

CMCO

N.CM

a

n

CM

to

opOa

T-

00

00oi

COCM

rt

8

to

aoi

APPENDXX CAR3U038

Da:

AGAPH

AGAFLOW2

AGA FLOW

1

0.oXCQ

o_

SCC TEN

a.

i-Z2

«

KILN TEMP.

AV

BREECH PRESS

co

KILN PRES

S!

FEED RATE A\

y:

1I1*-o>oc(0•

a.

O

a.O

^

LLC3LUa

a.OLU0

ii-CSLLJ0

£

£

=

TONS/HR

1

AY4320

g2

co

2

PDY4201

8CO

TY3121

1caCO

PY3201

PY2801

<")

WEY2203.AV

ineo

o_

H

$i

i%

•%£

1i

1g£

S1

*$

g

7"5of

lOCD

CMCMCO

CDCMCO

CO

ins

enCD

COOCD

Or-*-o

o

**•r--CO

r -m

oCOen

toCD

CMCMCO

nCO

CO

10s

OlCO

CO%

oh-o

o

CMCO00

Tfs

COo

inCD

CMCMCD

oCOCD

CO

mOl

sCD

COoCD

0>CDO

O

I

h-ooCD

CMCO

CMCOO>

toCD

CMCMCD

COCMCD

CO

IOa>

rCD

COoCO

0h-o

o

CMO>CO

oto

(OCOo>

mCD

g

CDCMCO

CO

s

sCO

i

COr9

CO0

0oCO

*—CO

TfCOO)

mCO

CMCMCO

oCO(O

CO

inen

o0CO

CMoCD

enCD

9

o

CDCO

COm

inCOo>

inCD

CMCD

COCD

CO

mO)

TfOCO

CMOCD

inCDo

o

sCO

f-m

COCOa>

inCD

CMCO

oCMCO

CO

in01

CO01IO

CMoCD

inm9

CM

SCO

CNin

ftCO

mCO

CMCMCO

COCO

CO

inen

h-CDm

CMoCD

*3"CDo

o

SCO

COm

COCOO)

mCO

COCMCO

oCOCO

CO

mO)

oenin

CMoCD

Tf-mo

o

COCD

§

CMCO

OJCOO)

inCO

CMCMCO

OlCMCO

CO

ino

sm

CNoCD

COm9

o

OlmCD

COCO

o<«•en

mCO

CMCMCD

COCO

CO

§

I

oCO

CMtn9

to

COmCO

COin

•5-o>

inCO

CMCMCD

COCD

CO

COen

CNCOto

oCO

1010

9

0

gCD

,—CO

CM«TCD

inCO

CMCO

COCMCD

CO

CO0

h-s?

oCD

COCO

9

o

omCO

TTCO

COren

mCD

COCMCO

CMCOCD

CO

$

Stn

oCO

1-mo

00

COinCO

en§

•<*•fen

m3-co

aCO

COCO

CO

s.en

COenm

§

£9

o

S00

f-m

topen

TJ-CO

CMCMCO

oCOCO

CO

s-cn

Sm

oCO

0h-o

<-

sCO

COCO

CDTTo>

TTCO

CMCMCD

SCD

CO

fe

COoCO

oCD

Omo

o

enmCO

COm

r .*fra>

mfCO

CMCMCO

gCD

CO

f-S

oCO

oCD

§9

o

SCO

aCO

COTen

*«•CO

COCNCO

COCO

CO

COs

s

oCO

COmo

o

CO

COCO

encen

r*.CD

CMCMCO

O)S

(O

CO<J>r-

cos

§

so

o

gCO

h-to

otnen

rCO

COCMCO

sCO

CO

os

sCD

OCO

COCD9

o

3CO*

COCO

men

CD

CMCMCO

COCO

CO

ooCO

s

oCO

COr*.o

o

01CO00

or-

CMtnen

CD

CMCMCO

i

CO

0g

fein

§

0o>9

o

S00

COin

COmen

CD

CMCMCO

sCO

CO

oo00

COCD

oCO

inCDo

in

s00*

oN.

a-if)en

CO

CMCMCD

a>CNCO

CO

gCO

CD

oCD

oCOO

CO

00*TCD

COm

u>men

CO

COCMCD

OCOCO

CO

CM§

CDCD

OCO

COCDO

O

sCD

T-

co

CDinen

CD

COCMCO

0COCO

CO

CMOCO

inS

oCO

oro

o

COTCO

inin

h*men

CO

CNCMCO

8CO

CO

CMOCD

SCO

CMS

ocoo

*fV

CMTCO

COCO

COU50>

CO

CMCMCO

3CO

CO

COoCO

O)s

CM0CD

CMCOO

O

-9

toto

o>too>

CO

CMCMCO

c»CMCO

CO

§CO

COoCO

gCO

COIOo

IOo

COCOCO

f-co

§0

CO

CMCMCO

a>CMCD

CO

SCO

COs

CMOCO

t .COo

CO

1

COCO

CDtn

t-oo

CO

COCMCO

COCO

CO

<*o00

CM01tn

i

entnCD

O

SCO

of-

gs

tnCO

SCO

oCOCO

CO

inoCO

sin

gCO

COm9

*-

toCMCO

•*rCD

So

mCO

§

enCMCO

eo

s00

a>r--m

gCO

COino

T-

SCO

COCD

Ss

toCO

sCO

CDCNCO

CO

1

r-coin

oCO

so

to

sCO

oCD

to00

APPENDIX C

C

DC

reO

FEED RATE

oX1—

so

o

1

NOXAVG

0.

QTTEM

m

STACK AV

Oo

COAVG

feO

CCO—a

TONS/HR

Q.

,

*

i

Q.O.

U.CD01Q

1

i

I0.

COoCM

AY4303A

AY430SA

<

CO

i

AY4306A

AY4306A.AVG

8

Sitn11

AY4302AAVG

*

i

*

1

I

1

1

8

I

i^sofX

0CO

&CM

a

8

en

*-CO

•o-

8OJ

CM

OCO

O)CM

COCMCM

$

fc

OCO

COen

CO

oCO

enCM

aCM

8

CO

oCO

so>

tn

,——

CO

fs.CM

COCMCM

COCO

CO

OCO

CO'COO)

CO

CMCO

COCM

enen

8

CO

oCO

sOJ

*r

COCO

inCM

CDen

toCO

CO

oCO

inCOen

en

CMCO

COCM

inCMCM

COCO

t

0CO

8en

o

f-co

h-CM

CM

CM

8

OJ

0CO

ftCl

CO

CMCO

COCM

s

8

CM

CO

8en

CO

oCO

h-CM

*—

coCO

tnCM

CO

o>COen

t~

CMCO

COCM

jg

8

8

CO

oen

in

CMCO

inCM

0CM

COCO

r*.CM

CO

501

CO

COCO

mCM

h-3

ft

CM-

CO

CM

OJ

^

*!•CO

-CM

$

&

COCM

CO

CO

en

CM

Tf

CO

-CM

CM

CO

O)CM

CO

ên

r*.

*<*•CO

tCM

CO

CM

ft

COCM

CO

mCD

m

CMCO

COCM

8CM

n

r-.CM

CO

CD

en

tn

r-OO

t>CM

H

ft

CM

CO

rfen

COCO

inCM

§r*

ft

tnCM

CO

CO

en

0

CMCO

COCM

CM

ft

CM

CMCO

?OJ

en

COCO

toCM

CMCMCM

ft

CMCM

CM<O

O

O5

en

*g-00

"*CM

OCM

ft

CM

CM<O

£O)

tn

TJ-00

• -CM

CM

ft

OCM

CM<0

sen

en

COCO

mCM

CDCMCM

ft

CM

CMCO

COtnen

CO

COCO

mCM

inCMCM

ft

CM

CMCD

men

*-

CM00

COCM

CM

ft

CMCM

CMCO

tntnen

*-

CMCO

tnCM

r*-oCM

ft

COCM

CMCO

8OJ

T-

CMCO

COCM

COCM

8

8

CMCO

inOJ

CO

CMCO

COCM

5

CO

CMCM

CMCO

COinen

to

fCO

inCM

§CM

CO

8

CMCO

eninOJ

r

COCO

inCM

a

8

CM

CMCO

80

•fCO

fCM

CM

Si

8

OCM

CO(O

OO

00

*fCO

"4*CM

tnCM

8

CD

COCO

CMOO

CO

CMGO

COCM

CO

8

O3

COCO

COooCM

00

CO00

COCM

CO

CM

CO

CM

COCO

So

t—CO

t-CM

CMCM

8

CM

COCO

toO

AR3 11*01*0APPENDIX C 9

c3DC

s>OO

Q.<

SAGA FLOW

2| AGA FLOW 1

Q_QXCO

0.«;

| SCCTE

Q.

|

KILN

TEfl

0

KILN TEMP.

AV

3 BREECH

PREJ

KILN PRESi

9

FEED RATE A\

^

Ih-3• oCMC(0-

a.

io

a

NCDUlQ

U.OUl0

u.OUJO

>

*

TONS/HR

£LL.

CNCOI

FY4321

|

FY431 1

PDY4201

CO

£

1 TY3121

1CM1

PY3201

PY2801

f")

WEY2203.AV

inCO

u.

Uls

*84t

'%$

!181

8%

11

1

1 HR:MIN

CMv>CO

aCD

8to

(O

CDO00

O-m

o<D

COin9

en

inCOto

CO<o

CDO0CM

CMinCO

CMCMCD

OCO<o

CO

1

COin

oCO

COino

o

0COCO

enin

&oCM

CMinCD

CMCMCO

O>CMCD

CO

COoCO

COm

oCD

feo

0

COCO

t—CO*

000oCM

mCD

COCMCO

COCD

CO

CD0CO

£10

8CO

Oh-o

3?

r~

CO

enooCM

m(O

COCMCO

oCOCO

CO

sCO

s

BCO

CMCOo

ftCO

CDCO

0

s

inCO

COCMCD

OCOCO

CO

§CO

yCD

SCO

&o

5CO

COCO

JI

s

mCO

COCMCO

OCOCO

CO

CD0CO

oCD

Sto

CON-o

sCO

CO|s-

CM

oCM

mCO

sCD

OCOCO

CO

inoCO

CO

ooCO

lO1-o

900

t§m

8

oinCO

COCMCD

oCOCO

CO

in§

CD

OOCD

COCOo

sco'

,—CD

Tf

oCM

OinCO

sCD

OCOCO

to

inoCO

CD

§

COr*»o

CO

CO

enin

m0CM

OmCD

COCMCO

COCD

CO

mo00

CO

oCO

CON.o

0

CO

00tn

CO

s

O)• -CD

CMCMCO

OCOCO

CO

mS

CO

oCD

SO

CO

CO

tnCD

r*-0CM

O)J-CD

inCMCD

O)CMto

CO

•«frs

CD

OCD

COCOo

CO

0>

00

t-~IO

CO

s

CO•«rco

SCD

O>g

CO

mg

CD

oCD

COmo

en

••fl-CO

COin

01

0CM

r•*»•CD

CMCMCO

0COCO

CO

TfOCO

CD

O<0

COCOo

o

R00

oCO

s8

r-T<D

8CO

os

CO

mg

CD

OCD

CMN.O

O

CO

CO

otn

CMoCM

r•*rCD

aCD

COCD

CO

inoCO

CO

oCO

J-COo

o

CO

CO

CMCD

CMCMOCM

COxr(D

aCO

os

CO

m§

CO

oCO

oCOo

en

CM

CO

i_in

8OCM

CO< -CO

COCMCD

COCD

CO

inoCO

CO

oCD

0)CO

9

0

oCO

COin

soCM

o>TTCO

COCMCD

COCD

CO

tng

CO

o<D

mCOo

o

sCO*

h-?

SOCM

5CD

COCMCD

COCO

CO

CDOCO

CO

oto

0)CD

9

0

CM

CO*

CMin

SS

o>••tCO

CO.CMCD

COCD

CO

8CO

oCD

§

h-o

o

CM

CO

o>tn

&oCM

gCO

CMCD

O>CMCO

CO

CDOCO

OCO

oCO

CDm9

CO

9

CM

CO

CMm

COCMs

0inCO

sCD

•*-COCD

CO

8CO

oCD

OCD

COCDO

0

tnCMCO

CO?

aoCM

0inCD

COCMCD

OCOCD

CO

COoCO

oCO

oCD

• t-CD

9

0

SCO

COCO

s8

OJ..CO

CMCMCO

CVJCO<D

CO

CO§

§

oCO

so

0

COCOCO

CO•<J-

COoCM

0mCO

CMCMCD

CDCMCD

CO

r--oCO

oCO

oCO

h-CDo

0)

9

sCO

COTf

soCM

inCD

COCMCO

i

CO

feCO

0CD

oCD

COmo

0>

COCOCO

oCO

COCO0CM

inCO

CM(D

o>CMCD

CO

1

S

§

COIs-o

o

?CO

COtn

TrCO

s

inCO

sCD

COCO

CO

feCO

01in

oCD

OCOO

OmCO

TTin

mCO0CM

»nCD

CMCMCO

oCOCO

CO

i

sCD

oCD

r-coo

o

COmCO

•*in

COCOoCM

mCD

aCD

O>CMCO

CO

SCO

0)m

0CO

enCOo

o

CMCOCO

COin

COoCN

inCO

COCMCO

i

CO

&CO

0>in

oCO

COCO0

o

sCO

COs

COCOoCM

CMmCD

CMCMCO

COCO

CO

r-.oCO

COin

oCO

inmo

or-co

om

soCM

CMinCD

SCO

oCOCO

CO

h-o00

enin

oCD

CD9

CO

0000

otn

0•"•roCM

CMtnCO

COCMCD

COCD

CO

f-g

Sin

oCD

5o

0

gCO

0m

•*rs

0}O)COQ.

AR3UOUAPPENDIX C TO

cE£

COQtnv><ooo

1 FEED RATE 1

O

CM

8

01O

|

|

NOXAVG

Q.

a

m

| STACK AV

Oo

COAVG

&

13

TONS/HR

iSS

^

SCL

D.

U-C3UJO

1

1O-

D-

co

AY4303A

AY4305A

4

I

| AY4306A

j AY4306A.AVG

|

TY4001

CT

j FY4305AV

AY4302A

AY4302AAVG

tu

•s%g

w1

s

1

s*

%

1

•ZSizX

CMU3

Y~

CO

<N

mCM

COCO

mCN

CD

•*f

88

• r

0CO

CM

Tf

CM

COCO

rCM

CO

"«•

s8

CD•*r

tnCO

CM

0

CO

CO

CO

V

§8

o 110

CMCO

CM

t--CM

en

(OCM

CO

••r

a>OS

CO•*r

CMCO

CM

P,C\l

CO

CD

rf

o

8

in10

•<rCO

CM

CMCM

CO

CD

<fr

^

OCM

TT•*•

COCO

<N

toCM

o

<D

r

CN

OCM

CM•-

CMCO

CM

CMCM

O

CO

'a-

CO

oCM

'(fT

T-CO

CM

CO

CM

O

CO

r

TT

a

in*<t

CMCO

CM

CO

CM

O

CO

•fr

u>oCM

r-•«f

_co

CM

oCM

o

§

<«•

CO

s

m

CMCO

CM

toCM

O

CD

~

I*-

S

?

COCO

CM

CO

CM

O

CO

I

CO

§

O)*

«*CO

CM

rCM

o

CO

~

o>

s

COI -

tnCO

CM

CT>CM

O

9

*t

OCM

S

CO1-

rCO

CM

tnCM

O

CO

~

c\a

0<«•

^CO

CM

CMCM

O

CO

~

CMCNOCM

CD-*r

T-

CO

CM

rCM

o

<o

CD

~

COCMs

CM10

CMCO

CM

CMCM

o

CO

CO

•<r

S0CM

O10

tMCO

CM

COCM

O

CO

9

•*

IOCM0CM

io

CMCO

CM

f-CM

Tf

9

•*

S0CM

io

rCO

CM

10CM

to

<0

f

CM0CM

toIO

tCO

CM

COCM

CO

CO

t

COCM

S

mu>

toCO

CM

to

o>

CD

t

ss

§

toCO

CM

5RCM

CD

r

0COs

CM10

IOCO

CM

SCM

CO

*<•

COs

CMm

CMCO

CM

10

CM

tn

"fr

CMCOoCM

om

CMCO

CM

"tCM

tn

•tr

%s

s

COCO

CM

CP

CM

tn

-fr

~COoCM

0CO

COCO

CM

CO

CM

tn

<«r

tnCOoCM

S

CMCO

CM

CD

CM

IO

«*

Cs

s

COCO

CM

0>CM

0CM

IO

*

rCO

S

tnif

COCO

CM

CO

CM

0CM

m

-

8OCM

COin

*rCO

CM

IOCM

CM

tn

•*

CDCO

S

S

•<rCO

CM

10CN

CM

to

r

oTfoCM

ER

1OCO

CM

O

CMCM

IO

CO

•*

5s

APPENDIX C 11

ca:

AGAPH

CM

gO_iu.

i1_!LL<

3

Q_OXCO

0-111

OOCO

0.S£z_jy:

1CL5UJi—z2—0303111o:Q.i0LLJUJECCD

c/3COina:a.z_j:

EED RATE AVG

u.

y:ogN.O)6CMCCO"1

Xa.

5O

^Q_

CD

P

u.CDuiQ

u.CDUJa

u_0HIQ

P

S

$

TONS/HR

gLL.

AY4320

CMCO

LL

W?LL.

OCM1QQ.

TY3301

,_CMCO

I<CM

I

T-

OCMCOfc

oCO

c?Q_

WEY2203.AVG

ms?U-

Ul5I-

8$

a

ttS

i

tt

s•§:=ffe

8%%

s%3*€

8$

%%1

zsoii

CMinCO

SiCO

sCO

COCO

feCO

COin

oCO

rmo

o•«-

COCDCO*•••

r-iri"S-

CMTf

S

CMinCO*

COCMCD

COCO

COco'

gCO

"*f»-inT—

5CD

OtoO

q

ma>cd

CMinTT

CO•*rS

CMinCO

3CD

COCO

mCO*

gCO

F=5

0CO

Wmo

TT0>9

OO>CO•>*•

oinTT

TfTf

CM

COmCO

CM-CO

COCO

N-co'

CDO00

h~1IO

oCO

CO10o

q

COen00*tr

o>inT

IATT0CNJ

0)^CO

COCMco

oCOCO

«*CO

o00

CMoCD

0CDT—

inCOO

1

!>•q

00«tCO•*

COin•*

asIDO)COCD

<

COincd

inCNCO

CMmCO

00CO

O5O00

enCMco

COOCD

•*6

1

CMO5O

qoi•*

inCO•<fr

EDE'xCD2

•*^CO

CNeo

00CMCO

enoi

CO0)r~

•*[xin

coO)in

Oa>6'

oT—

1

CO^CO•*

CMCO•<*

EE'ci

01CD

AR3UOU3APPENDIX C 12

c3ir

roO

UJ

oUJUJu_

0K

CM0O

CMO

oz

1§za.

1i-o

1<*:gCO

oo

1oofeOCM

CO

a:

zg

a.

j5

^

1a.

ia.

u.

O

COt

1gD_

CO

r>

ICO18i

51

<

1

>

11

§>-

1<;m0CO

I

Y4302A

<

1CM8iI

i

«

§8

1

1

1

it

*t«

i

i6

1a!X

toto

'

*"COCO

COCM

CMCM

CO

COCM

COIO•**•

•«•

CMi

s

T™

CMCO

CM"

aCM

rt

coCM

COin

^

CO

00

T~

CMtCO*

N-CM

COCM

i

s

^

**

8

Oi

"

CO*

CO

CM

CO

i

to'

"•"

tooCM

r-.

o

^CO

CN

00T—CN

CDCN"~

O04

(Oin

*

tn0ro

1

CO(0

T—

inCO

CO

inCN

CO

*~

CO

2~

*

imum

1

XCQ

inCO

0

Is:

coCM'

o00*~~

CN

T—

Oi0

!J

CO

*

E3E'ci

APPENDIX C 13

MRI-AppKed/R362018.APP


APPENDXX C 14

Q.

1AGA FLOW

2AGA FLOW

1

D_DICO

Q.

Eo03

0.

KILN

TEli

O

KILN TEMP.

AV

BREECH PRESS

CO

KILN PRES

4?

FEED RATE A\

*:

fe

cCO—3

Q.

Q-O

Q.CD

£

OLLJO

U-C5UJa

u.CDUJQ

p

b

TONS/HR

£

CMCO1CNCO

5

FY4311

PDY4201

oCO?

TY3121

1CM

1

PY3201

o00gri

WEY2203.AV

mCO?LL.

SH

8%%

%

i%:&'tt

1

1

3t

i

%8'

ss

ss

g

•z.S&

inCO

CMCD

03XMCD

mCO

CDOCO

CD

0<D

CDCO9

o

COCDCD

COm

to•<rCM

toCD

CM<o

COCMCD

COCO

3

COS

gCP

10r~-9

O

COCD

CMU?

CDTOJ

mCD

CMCD

OCMCO

•«•CO

COoCO

»n

CDoCO

CDh-o

o

r-.mCO

CMu>

f-*<tCM

mCD

oCNCD

8CO

CMCO

SCO

10

gCO

COf-9

CO

h-TtCO

om

COrCM

mCD

oCMCD

o>CMCD

mCO

ECO

inm

CO0CD

COf*-o

0

VCO

CO•*»•

o>TTCM

inCD

T-CMCD

03CNCO

inCO

gCO

COin

CD0CO

COCOo

o

TCO

mm

OmCM

mCD

CMCD

OCOCO

inCO

moCO

COin

CD§

0CDO

in

orCO

,—m

inCM

inCD

oCMCD

O)CMCO

COCO

ino00

f*-m

CO0CD

COCOo

0

f-coCO

,-CO

CMmCM

inCD

01

CO

O)CMCO

COCO

"<*•oCO

COin

inoCD

inCDo

0

CO-CO

CDtn

CO10CM

mCD

0CMCO

CDCMCD

inCO

-a-oCO

N-

m

moCD

CMCDO

0

CMTfCO

T-co

sCM

inCD

CMCD

COCMCD

inCO

TJ-oCO

o>in

moCO

Tr*.o

o

CM•*r00

COm

mmCM

inCO

CMCO

O)CMCO

CDCO

oCO

CO

m

inoCO

TJ-h-o

0

%a>

COr

COmCM

mCD

a>CD

COCMCO

mCO

§00

1010

too10

COCO9

o

1Aco9

COij-

teCM

inCD

enCD

0)CMCD

mCO

COoCO

CO

in

moCD

mCOo

o

o>CM

00

Tfm

COinCM

mCD

CMCD

0COCD

CDCO

SCO

r-lo-

SSCO

CMCOo

0

55CO

r-xr

01mCM

inCD

OCMCD

01CMCD

COCO

CM0CO

CM

CO

sCO

O)CDO

0

o>CMCO

COin

ooCO

enj-CD

CO

CO

a>CMCO

mCO

CMOCO

CO

CD

m§

COC--o

0

COCOCO

CO*«•

0CO

a>TTCD

COCD

0)CMCO

inCO

sCO

f-co

moCD

COh*o

o

inCOCO

COT

CMoCO

O)rCD

CMCO

COCMCO

COCO

CMOCO

T-

CD

moCO

"frCOo

0

RCO

COm

sCO

00T3-CO

OCMCO

COCMCD

1Ori

800

CD

CO

inoCD

or-o

o

CO

CO

"frin

§CO

01•*rCO

enS

COCMCO

M-CO

sCO

mCD

inoCD

RO

0

CD

00

inm

sCO

CT>••)•CD

CMCD

COCMCO

mCO

oCO

T-

CD

CO0CO

s9

o

IPCO

CM• r

8CO

oin(D

ens

COCMCO

inCO

sCO

CO

CD

gCD

CMCOO

S

feN-

COCD

SCO

omCO

oCMCD

enCMCO

CDCO

o00

CO

CD

sCD

fc9

o

•*CO1

CT>r

§CO

CO• rCO

C7>

CD

CDCMCO

COCO

0CO

inCD

8CD

O

0

COh-h-

COtn

COoCO

CD"*(O

CO

CD

NCMCO

CDCO

o00

o>CO

COoCD

So

o

fft-

co?

oCO

00•*rCO

oCMCO

00CMCO

•tCO

0CO

CO

CD

8CO

COh-o

0

COCDh-

cnTf

JICO

!?CO

oCMCO

CDCMCO

CDCO

aCO

CO

CD

1

r-o

0

COCDr-

mm

CM

CO

is."5TCO

OCMCO

COCMCD

inCO

0CO

*rCO

8CD

fco

0

COr-.fs.

COTT

CO

CO

§CD

CO

CO

01CM«3

COCO

oCO

CD

COoCD

fh-o

0

COCO1 .

0m

"IfCO

h-TCD

sCD

00CMCD

mCO

oCO

CM

CO

sCO

tomo

CO

COr-.

COCD

mCO

r-< -CD

sCO

COCMCO

10CO

oCO

CO

CO

COoCO

0r-o

0

COmh-

CMm

CD

CO

N.TCD

CO

CD

COs

l-~CO

CMo00

CO

CD

&CD

CMf~O

0

sh-

CMm

r-co

r-.rCD

CMCO

enCMCD

CDCO

CMOCO

CD

CO

1

COCOa

0

CO"3-N-

r-TT

ooCO

CDTTCO

SCD

enCMto

00CO

CMOCO

CM

CD

&CD

SO

o

COinr--

CO

t

OJ

CO

h-•*rCD

CO

CD

SCO

inCO

CM

§

CO

8

N-CDO

0

TJ-<rr-

0m

oCMCO

a)01

AR3ll*Ol*6APPENDIX C 15

FEED RATE

o*

CMO0

CMO

I

NOXA

VG

Q_

QTTEM

rn

STACK AV

Oo

CO AVG

t*-cn

crro—3

TONS/HR

i35

ss

Q_a.

a.Q.

0UJa

wt

a.

a.a.

WEY2203

| AY4303A

AY4305A

<

I

AY4306A

11

TY4001

fl

FY4305AV

AY4302A

AY4302AAVG

1

«

%%

*ttf

i

1

!

3t

Si

i•7.•s.ic

CM

O

CO

rCM

§

COr-

mo

mto'

CO

CO

lOtrCM

CD

b

CO

h-CM

eg*<tCM

COr-

s

mto

CO

CO

COTTCM

m

0

CO

COCM

%CM

COr-

CM

IOIO

CO

CO

r-.TTCM

CO '

O

CO

N.CM

mCOCM

CON.

CO

min

CO

CO

CO•*rCM

CO

O

CO

h-CM

8CM

COh-

oCM

into

CO

CO

CD••d-CM

m

o

CO

COCM

1CON.

CM

inin"

CO

CO

8CM

O>

O

CO

r-CM

inCM

CON-

CM

IOIO

CO

CO

tnCM

CO

o

CO

COCM

COCM

COh-

CM

IOIO

CO

CO

CMmCM

m

0

CO

h-CM

TfCM

i

CMCM

•*-10

CO

CO

COinCM

o>

0

CO

CDCM

COCM

oCO

CM

Tin

CO

CO

sCM

OJ

0

CO

COCM

s

oCO

oCM

J-tn

CO

CO

mmCM

CO

0

CO

N-CM

s

oCO

CO

-a-in*

CO

CO

sCM

T-1

o

CO

COCM

s

§

CO

1-to

CO

CO

f-mCM

tn

o

CO

COCM

CMCM

0CO

O5

•"10

CO

CO

COinCM

o

o

CO

N-CM

s

0CO

CM

Tfto

CO

CO

entoCM

CD

0

CO

r-CM

rCM

0CO

CMCM

rto

CO

CO

gCO

in

0

CO

COCM

Si

§

CM

COIO

CO

CO

oCO

CM

0

CO

N.CM

s

oCO

s

COtn

CO

CO

sCO

en

o

CO

CDCM

COCM

§

CO

COto

CO

CO

COoCO

O)

o

CO

r-.CM

toCM

0CO

CO

COto

CO

CO

sCO

CO

o

CO

(V.CM

rCM

0CO

"3-

coto

CO

CO

to0CO

•**•

0

CO

COCM

CMCM

0CO

CM

COto

CO

CO

sCO

CM

0

CO

COCM

inCM

0CO

*-

CMin

CO

CO

ftCO

CM

o

CO

h-CM

"frCM

CMCO

o

CMto

CO

CO

CO0CO

CO

o

CO

COCM

COCM

CMCO

*-

CMto

CO

CO

sCO

o

o

CO

h-CM

CMCOCM

CMCO

CM

CMto

1

CO

CO

0

CO

o

o

00

COCM

M-CM

CMCO

CO

CMtn

CO

CO

£CO

(O

0

CO

COCM

COCMCM

CMCO

"»•

CMto

CO

CO

CM

CO

•<-

o

60

I—CM

i

CMCO

h-

CMin

CO

CO

CO

(O

o

CO

CDCM

s?CM

g

CO

CMIO

CO

CO

TT

CO

•fl-

o

CO

h-CM

f-tnCM

CMCO

CO

CMin

CO

CO

tnCO

s?

o

CO

toCM

COCOCM

CMCO

0)

CMto

CO

CO

(O

CO

«?

o

CO

COCM

sCM

CMCO

s

CMIO

CO

CO

N-

co

o

CO

(OCM

§

s

CM

CMto

CO

CO

CO

CO

CO

o

CO

COCM

o>•«•CM

CMCO

s

CMto

CO

CO

CO

CO

CO

o

CO

h-CM

sCM

s

oCM

CMto

CO

CO

3CO

AR3UOUAPPENDIX C 16

CMc

oo

O-iAGA FLOW 2

AGA FLOW

1

0-0X££)

Q.

I—ootn

a.

KILN

TEI\,

O

KILN TEMP.

AV

BREECH PRESS

coLUo:a.z_i^

CO

FEED RATE AV

^

1h-a>

c.CO~3

XQ.

o

a.O

P

u.oUJQ

LLOLUa

U-oUJQ

_o>

p

TONS/HR

£u_

CMCO1

FY4321

FY4311

PDY4201

8

I

TY3121

1CM

?

PY3201

PY2801

WEY2203.AVG

10«

i

F

Sg

*8

1=ttg

!

1

1

8g

8g

1a=tt

1

75o:X

r~CD

,c\iCO

toIN(O

r-.CO

04§

0CO

8CO

COcp0

o

•<r-srTT

Cl•«*•

CMCO

h-CD

OCMCD

O>CMCD

COCO

CM§

CMOCO

CDoCO

CO0

0

eor<tf

CMto

CMCMco

fCO

CO

CO

01s

COCO

CMoCO

COg

CDoCD

COf-9

o

COCO

CMib

COCMCO

h-co

oCMto

COCMCO

inCO

§

o§

8CO

r*-CD

•9

o

feo

f10

•sCO

CO

CO

CMCO

COCMCO

r-.co

CMoCO

CMoCO

to§

CMr--o

0

COCM

r -T

mCMCO

CO

CD

01CO

h-CMCD

COCO

CMoCO

0CO

inoCO

h-o

0>

CM

f~Tf

COCMCO

enCD

oCMCO

8CO

t-.CO

CMoCO

COoCO

inoCO

toCOo

0

to

COTT

feCO

oto

CMCD

COCMCO

COCO

CMoCO

CMeo

ing

CMr-9

o

CMCM

h--

COCMCO

oCD

T-

CMCO

COCMCO

r-eo

CMoCO

inoCO

inoCO

mIN.o

0

oCO

rr

0>CMCO

oCO

CMto

oCOCO

f-co

CMoCO

8CD

inoCO

COr*-o

0

00CO

COTj-

0COCO

oCD

o>V(D

01CMCD

COto

CMoto

sin

M-oCO

COmo

0

8

COin

toCO

oCD

oCMCO

OiCMCO

COCO

CMoCO

8IO

sto

CMtoo

0

N.CO

N.to

CMtoCO

oinCD

5CD

0)CMCO

OlCO

CMoCO

COCl10

COoto

COino

0

tCO

oCO

COCOCO

o10CO

o>to

COCO

meo

CMoCO

toatm

COg

• fh-o

0

COto

CO^

TfCOCO

omto

enCD

oCMCD

1 -co

CMoCO

COo>m

COoCD

COo

0

COCM

,—m

mCOCO

ototo

ento

os

COCO

CMoCO

O)0)m

COoCO

COT--o

o

COCO

CMCO

• sCO

LOCO

8CO

COCMto

*-CO

oCO

N.O)10

COg

N-COo

0

01-

COto

h-coCO

CMinCD

o>•f-co

COCMto

T-to

oCO

COCO10

CMoto

COo

0

COto

oCO

00(OCO

CMinCD

8CO

COs

o>CM

0oCO

CMCDIO

CMoto

COCOo

0

g

mm

01COCO

CMmto

aCO

01CNCO

oto

ooCO

h-00in

CMoCD

f-o

IOo

00CM

T-

to

0*frCO

COIOto

oCNto

OlCMCO

CMto

ooCO

oCDiO

CMoto

IOIOo

Ol0

COCM

IOto

fCO

COtoto

a(O

oCOCO

toCO

0o00

h-0010

§

oCOo

0

3

CO(0

CM~CO

sCO

CMCO

OlCMCD

OCO

0OCO

CM0010

oto

COCDO

0

oCO

01m

COTfCO

<(}•toCO

o.CMCO

OlCMCD

CMCO

0OCO

IO00IO

oto

COtoo

o

CMCO

IOCD

TffCO

toIOto

Ol

to

eoCO

T—

CO

01Ol

0000IO

oCD

CDh-o

o

J-to

CM

§

in•*CO

-st"inCD

o>CO

OlCMCO

•t—CO

0)o>

Olf-m

0oCD

COCO0

o

COCO

OSm

9CO

sCD

0CMCO

01CMCD

CMCO

Olo>

•<*•0010

8CO

toCOo

0

CO

oto

N.TfCO

COtoCO

Ols

01CMCD

T——

CO

COOl

0Ol10

og

h-o

0

fCM

•>3-IO

CO<<*CO

tomCD

CMCD

COto

T-

co

§

inCOto

ooCO

so

CO

CMto

COCO

01TTCO

COtoCD

CMCMCD

oCOto

oCO

N.Ol

r-00to

0oCO

or--o

o

tCO

h-m

o10CO

COtoto

oCMto

OlCMCD

enCM

h-CD

0oto

0oto

iCo

o

CMeo

om

10to

eo10CD

CMCMCO

COCD

COCO

f-01r-

o0CO

o0CD

mIOo

0

COCO

t>.to

CMIOCO

CM10CO

0CMCO

OlCMto

COCO

h-Ol!--

s

8CD

IOCOo

0

o"tf

COin

eomCO

CMin.CD

CMCD

OlCMCD

t—CO

fef-

h-COm

o0to

COf-o

0

or

0CO

"*mCO

8to

CMCO

OlCMCO

COCO

&h-

§in

§

or-.o

o

5-

0in

IOtoCO

CMmCD

CMCD

COCD

eoCO

f*-CDr-.

««•01in

ooto

t-COo

o

or

0to

toIOCO

tuO)(0Q_

AR3UQI48APPENDIX C 17

FEED RATE

o£

CM00

CM0

gz

NOX AVG

QTTEM

f>

STACK AV

OO

CO AVG

fe

Cra—3

TONS/HR

a.

^

S?

a.

Ia.

u.CDUJa

gQ_

1

CL

CO0

^

AY4303A

AY4305A

<f

1

AY4306A

AY4306AJWG

TY4001

CO

FY4305.AV

AY4302A

AY4302A.AVG

I

i

tfc

£

ft*

1

1

1

stg

i

•7-5ofX

CD

o

•sfCO

COCM

r-coCM

CNco

s

CNto

CO

(O

CM

i"

9

O

COCO

h-CM'

S

s

a

CMm

CO

CO

CMCMCO

T

O

COCO

h-CM

CMtoCM

s

CMCM

CMto

CO

CO

8i ?i

to

o

coCO

^CM

inCM

S

CM

CM1O

CO

CO

SiCO

9

o

COCO

1CM

inCM

S

s

CM10

CO

CO

toCMCO

CO

o

COCO

h-CM

CMS

S

CD

CMIO

CO

CO

8CO

,-

o

COCO

N-CM

S

3

CD

CMIO

to

CO

r-CMCO

o>

0

"frCO

COCM

1•*rCO

CD

CMm

to

CO

COCMCO

CM

o

COCO

r-CM*

s?CM

s

CO

CMIO

CO

CO

sCO

51

o

<fco

f-CM

CMCMCM

S

r-

CMto

CO

CO

0COCO

CN

o

COCO

h-CM

COCOCM

s

r-

CM10

CO

CO

COCO

o

o

COCO

h-CM

tos

s

r-

CMto

CO

CO

CMCOCO

o

o

"3-co

COCM

toCM

•«-CO

CO

CMIO

CO

CO

COCOCO

CD

o

I -co

f-CM

CDCOCM

s

0

CMto

CO

CO

3CO

h-

o

CMCO

h-CM

CMs

i

IO

CMto

CO

CO

toCOCO

o

o

CMCO

OJCM

O)s

TCO

o

CMIO

CO

CO

COCOCO

CO

o

,-CO

0CO

CMs

CO

CDCM

CMIO

CO

CO

fe(O

CM

0

CMCO

COCM

COIOCM

IOCO

COCM

<NIO

CO

CO

COCOCO

r-

0

CMCO

COCM

h-coCM

toCO

EM

CMIO

CO

CO

CDCOCO

to

0

CMCO

COCM

COCOCM

IOCO

toCM

CM10

CO

CO

0rCO

CO

0

CMCO

COCM

IOCM

IOCO

CO

CMIO

CO

CO

5CO

T

0

CMCO

COCM

IOCM

toCO

0

CMto

CO

to

CMrCO

to

0

COCO

COCM

sCM

LOCO

N-

CMto

CO

CO

COfCO

CO

o

COCO

COCM

COs

IOCO

r

CMto

CO

CO

r-VCO

h-

0

*frCO

COCM

CDCMCM

toCO

CO

CMto

CO

CO

torCO

CO 1

0

•*rCO

COCM

r-coCM

toCO

*-

CMIO

CO

CO

COirCO

h-

0

•<J-CO

COCM

CO

CM

IOCO

T-

CMto*

CO

CO

-5CO

§

0

COCO

f-CM

sCM

s

CM

CMm

CO

CO

s?e*:

CO

o

COCO

COCM

CO•*rCM

10CO

CM

CO10'

CO

CO

CDrCO

CO

o

COCO

COCM

IOtoCM

IOCO

CO

COto

CO

CO

oIOCO

ol

o

COCO

COCM

COTTCM

toCO

r

COIO

CO

CO

t-to«

to

o

toCO

CDCM

s

toCO

CO

COto

CO

CO

CMLOc*:

o

o

IOCO

toCM

r«-CM

53

CD

COIO

CO

CO

COIOCO

o

•vCO

rCM

%CM

h-co

CO

CO10

CO

CO

sc:

r*.

o

fCO

r-CM

%CM

E5

CO

CO10

CO

CO

totoCO

o

•sl-co

COCM

tos

55

tM3

COin

CO

m

sc*:

AR3UOU9APPENDIX C 16

CNc

Q.

1AGA FLOW 2

AGA FLOW

1

0.

±CO

0.

SCC TEli

D.

Z_l^

o

KILN TEMP.

AV

3 BREECH PRESS

COUJt£.D-Z_J*

FEED RATE AVC

*:

£CO

r>-en

cro—3

XQ.

a.o

20.CD

'i

U-

sQLLU01Q

u_OUJQ

*

P

TONS/HR

I-"•

I£

FY4321

FY4311

PDY4201

TY3301

CMCO

TY3121.AVG

oCM

52a.

PY2801

WEY2203.AVG

inCO?u_

Ul

p

tt*S

•tt

=tt=*t%

1

8S

%%

SS

S3t%

SS

8

2of

„_CD

O(NCO

cOCO

mCO

CDO

COOCD

0OCD

CMt"-O

0

CO"3-s

o10•«•

r~inco

••-to

CMCO

COCD

inCO

S

inCOin

ooCO

CMino

0

§if

COm

COinCO

oCO

sCO

COCD

CMCO

CO0)

a>COm

ooCO

Tj-COo

o

0inTf

o>CO

comCO

CD

SCO

coCMCO

•<d-CO

CDO5

COCOm

0oCD

inCDO

O

01TfTJ-

"T-CD

OOr

•<-CD

CO

CD

05CMCD

COCO

s

COoCO

ooCO

oCOo

o

Tj-LO

•*f

0N-

on-

oCD

aCO

05CMCD

COCO

s

0CD

gCD

CDCD

9

o

05mr

*—CO

sr

oCD

oCMCO

os

COCO

ma>

in0CD

OJ05m

N-h-0

O

05CD

r

COCO

CO0•t

O5

CO

a>CO

OCOCO

mCO

moj

8CD

OJCOin

r-o

o

CDi -"*•

,_CO

tfoTf

oCO

COCO

OJCMCO

,jj.co'

COOJ

moCO

enCOm

O)COCD

O

CO

1'

tom

in0•*•

0

CO

CMCO

COCO

inCO

inO

OCO

C7>OJin

COm0

o

mCO

T

mhw

sTT

ayCD

CD

.CD

COCD

CMCO

mo

m0to

o>O)m

CO[*-9

STf

M-m

t*-ot

c»CD

SCO

gCO

inCO

m01

O30)in

a>OTin

mCDO

o

CMOCOT

COm

COor

CO

to

CMCD

COCO

COCO

mO)

r-O)m

CO05m

CMCO0

CM

CD

CO*fr

inm

s<tf

CO

(O

0)

to

COCO

inCO

mO)

£CO

COCDin

oCO

9

o

toCMCO•*t

05in

o•<*•

CD

CD

O>

CD

COCO

"Si"CO

ma

CM0CO

COO)in

TTCD

9

O

SCO1-

CM<0

*-*f

CO•*10

sCO

oCOCO

TTCO

mCD

CO'O)in

COs

CDO

0

COCOCO"3-

COin

CM

tf

05

CD

0CMCO

COCO

mCO

CO0)

o0CO

fx,05m

too

CO

8CO•tf

COm

CO

•*!•

05

CO

0CMCD

COCO

mCO

CDO)

m05m

fem

aim9

o

CO*«•COr

0)in

tj-r

oCO

oCMCD

0COCD

mCO

COOJ

COCT5in

fem

COmo

o

&5

XTm

m"fr

o

CO

CMCMCD

COCO

inCO

**oCO

COCDin

0CO

mtoo

0

?U

o>m

oin

oCO

CMCD

COto

COCO

COoCO

r>-00in

0CO

Tj-coo

CO

gh-•*T

CMin

•<_in

oto

CMCO

COto

TCO

COoCO

o05m

0CD,

f-CO

9

o

CM••a-r*-T

N.in

CM

in

O5

CO

CNCO

CMCOCO

Tl-CO

COoCO

COO5m

o0CD

O5CDo

0

s5

into

CO

m

sto

CMCD

COCO

mCO

COoCO

TTO5in

o0CO

COCOo

o

s!*

COin

TT

in

CT>

CO

CNCO

SCO

mCO

COoCO

o0CD

o0to

s0

o

0h-r*-f

00tn

inin

oinCO

CMCO

COto

rCO

CMOCO

COCOm

ooCO

CDCDO

0

fs

• J-*"3"

sin

5CO

CMCO

COCO

CDCO

CMOCO

COm

gCO

tomo

o

CMh-

S

Y-

to

ftm

CMmCO

CMCD

COCD

mCO

sCO

COCOin

O0CD

COCDO

o

fch-r

T-

co

COCOin

CMinCO

CMCD

COCO

fCO

CMOCO

COO5in

o0to

oI—9

CO

O5

S

CMCO

05COin

inCO

CMCO

COCO

inCO

CMoCO

CMCOm

o0CD

COtoo

fer-r

oin

0

m

to

CMto

COCO

mCO

CMOCO

mo>in

COCOin

mCD

9

O)05I--*fr

com

•<-m

to

CMCD

CMCOCO

COCO

CMg

m0)m

O5COm

r-m9

gCO*r

*-"CO

CM

m

CMinCD

CMCO

COCD

inCO

oCO

o0>m

O)05m

"El-CO

O

COoCOr

COm

CO

in

CM

to

CMCD

S

COCO

oCO

COm

O)COin

COCDO

CO0COM-

CMr--

•*tm

CM

CO

CMCD

CMCOCO

!•--CO

OOCO

COCOin

COCOm

s0

o>0COT

COto

mm

inCD

CMCO

COCO

COCO

ooCO

CO05in

COO5m

COr-o

0

CD

CO•*r

T-

CD

CO

m

D)ma.

AR3U050APPENDIX C 19

FEED RATE

O

CN*OO

CNJO

§z

NOXA

VG

Q-

QTTEM

rn

STACK AV

O0

COAVG

ren

cro— >

OL

O

o.

s?

^

a.Q.

a.'

u.C3UJo

!

a.

Q.

WEY2203

[ AY4303A

AY4305A



CO10

CO

CO

feCO

CO

0

CO

f-CM

9s

00

s

COin

CO

CO

8CO

o

0

CO

lOCM

inCOCM

CO

8

COm*

CO

CO

8CO

o !

CO

COCM

1

CO

r-.o

>f10

CO

CO

8"tj-

o

CO

COCM

s

CO

3

•<•m

CO

CO

V-o•<•

00

o

CO

COCM

COa

00

s

•"*•in

CO

CO

CMor

o

00

CDCM

COCOCM

00

COCn

10m

CO

CO

COo-

GO

o

CO

h-CM

COS

CO

COCn

mm

CO

CO

s

0 .

o

CO*

t"1"-CM

S

CO

ino>

mm

CO

CO

mo*

5j

&

CO

NCM

COinCM

CO

CO0>

mm

CO

CO

g•*

CO

o

CO

KCM

O3COCM

CO

CO0

mm

CO

CO

fe•«•

h-

o

CO

h-CM

s

CO

ro0

m"?

CO

CO

gfr

r-

o

CO

COCM

[•*-.COCM

enCO

CO

m3

CO

CO

g-sT

CO

o

CO

f-CM

I

§

8

COin

CO

CO

of

CD ;

o

CO

CDCM

?«

OJCO

S

COin

CO

CO

j:• r

CM

O

CO

inCM

CMCOCM

§

COCM

COin

CO

CO

CM

-<r

CO

o

CO

COCM

OlCOCM

O3CO

enCM

COin

CO

CO

CO

T

en

o

CO

COCM

5CM

g

mCO

CDin

CO

CO

>•<3-

CO

o

CO

CDCM

SCM

S

cnCO

COin

CO

CO

m~

o

0

CO

COCM

Os

CO01

s

CO?

CO

CO

oCOin

in

0

CO

COCM

mCM

s

CM

CO

T

CO

CO

COin

in

0

CO

CDCN

I--COCM

g

CO

CO*a-

CO

CO

CMCOm

m

0

CO

COCM

ins

COOl

"fr

CO**•

CO

CO

COCOin

CO

o

00

h-CM

Sex

s

CM

0)r

CO

CO

~COin

oo

o

00

COCM

fmCM

COOS

«(j-

0>r

CO

CO

inCOm

oo

o

CO

COCM

•*•*rCM

COOl

CD

CD

9

CO

CO

8in

ro

o

oo

h-CM

COf-CM

COOi

r--

o>V

CO

CO

h-COin

o

oo

COCM

orCM

g

O

CDM-

CO

CO

%m

CO

o

00

r-CM

CO-ifCM

S

CM

Oin

CO

CO

roCOm

o

CO

CDCM

COSi

Olcn

CMCM

Om

CO

CO

?in

<?l

0

CO

COCM

§CM

OlOl

3

Om

CO

CO

"*•in

0

CO

COCM

S

S

CM

Oin

CO

CO

CMJ-m

T

0

CO

h*CM

9

§

CM

i-in

CO

CO

COJ-m

oo

o

00

h-CM

§CM

S

o>

T-

in

CO

CO

5in

•*r

o

CO

COCM

rCM

cnCD

o>

Y-

in

CO

CO

mtfin

t?

o

CO

COCM

CMCOCM

S

Ol

v-in

CO

CO

CO• rm

AR3APPENDIX C H U O I "4 U J I 2O

CNC.

0>oo

XQ.

5AGA FLOW 2

AGA FLOW

1

Q

XCO

0.

SCC TEH

D.

KILN TEI

CD

d

1z

BREECH PRESS

CO

KILN PRES

P

FEED RATE A\

CO

1

CL

CL0

Q.CD

P

u.CDtuQ

CDLUQ

U.CDLUQ

"

*

TONS/HR

u.

CMCO

i

CMCO

U.

FY4311

oCM

1Q.

TY3301

CM

JCMCO

PY3201

PY2801

><COoCNCM>UJ

inCO

Q.

8g

-

i

i

1

1.

I

'

88

1

75ofX

5CO

COCNCO

CMCOCO

CDco'

gCO

ojCOm

COO)tn

£

ino

CNCO

OCO

h-

O

CD

CMCMCD

CMCOCO

CO

ooCO

CMOCO

Olm

cB9

£

COCOCO

CO

CO

in

omCO

oCMCD

oCOCO

fCO

ooCO

COOl

COOJm

£9

®

oCO

CDm

o>in

oinCD

CNCO

COCO

COCO

o>Ol

CO01m

COOlin

£9

o

inCO

*-CO

0min

omCD

CNCO

co'CD

N-CO

CD01N-

g

Olm

COCOo

o

OlinCO

T-

co

inin

omCO

oCMCD

OCOCD

COCO

COOl

Ol10

O)tn

COmo

o

CO

CO

•c*CD

CMintn

sCD

CMCMCD

CMCOCO

oo<9

CO01N-

gCD

OJm

r*.CDo

o

CNCDCO

COCD

COmin

gCO

CMCO

COCD

00CO

COOlh-

oCD

Olm

COCDO

0

oCO

ooin

mtn

gCO

oCMCO

COCD

CDCO

f-Olf-

CD

Olm

0r-o

0

£CO

COin

mmm

CD

CO

CO

COCD

COCO

Ol

0CO

COOlin

mr--o

0

05CDCO

*—CD

CDmm

O)

CO

CMCO

COCO

N.CO

01N.

S

COOlin

N-o

00

CDCO

t .in

f-min

5CD

CNCO

COCD

f-.CO

r--Ol

CD

CO01in

£0

o

CDCDCO

OlCD

00inm

0inCO

CNCD

CMCOCD

COCO

r--O)h-

o<D

CO01in

o000

o

£CO

Olin

o>inm

oinCD

CMCO

COCD

Tj-

co

CO

to

COO)in

COCOo

0

CMf-oo

Olm

oCD

inCD

CM(D

OCOCD

COCO

COo>

01in

COOJm

£o

0

in00oo

COCO

CD

inCO

sco

CMCOCD

COCO

CDOl

OCO

COo>m

CDO

0

,Soo

inCD

CM

CD

inCD

T—

CNCD

COCO

COCO

inOl

o>in

00Olm

CMf-o

0

CDO>CO

tnCD

CO

CO

mCD

CD

COCD

CMCO

COOl

0CO

00Olm

COr-o

0

OJCO

CNCO

oCD

tnCD

CMCD

COCD

,-CO

Ol

01m

ooOlm

0COo

0

0o

rCD

tnoCO

wCD

CNCO

CMCOCD

COCO

O)N-

01m

oom

0

o

0

0>CO

00m

CDoCO

inCD

oCNCD

CNCOCO

COCO

O)N-

01m

Olin

CMt*-0

0

CM01CO

*-CD

r-oCO

inCD

CMCD

CNCOCO

COCO

mCOh-

COCOin

Olin

r--0

o

o0100

h-m

COoCD

inCO

CMCNCD

COCO

COCO

inCD

CO01in

Olin

(0mo

o

&00

CD

s?

O)oCO

mCD

CMCO

CNCOCO

COCO

s

inOlm

Olin

mCO

9

o

oCOoo

CMm'

oCO

in<o

CNCMCD

CMCO-CD

CNCO

K

ooOlin

01in

mo

CM

CO00oo

COt*-

,_CO

mCO

CMCO

COCO

COCO

o>Is-

co0)m

fein

N-mo

0

CMCOCO

Olto

CM

CD

mCO

CMCD

COCO

"3"CO

COOlr-.

COOlin

fein

OlCDO

0

0COCO

Olm

CO

CO

inCD

CO

COCD

COCO

COOlN.

gCD

01in

Olto9

0

00N.co

^CD

*fr

CO

inCD

CMCO

COCOCO

mCO

COOlh-

oto

01in

mino

0

COooCO

CMCO

inCD

mCO

CMCD

CNCOCO

COCO

COOJf-

sCO

01in

mCOo

0

OJCO

fv.CD

CD

CO

SCD

CMCO

CNCOCD

tnCO

COOl

gCD

01in

COCOo

o

feCO

COCO

r-co

?CO

CMCD

CMCOCO

TfCO

COO)

feto

01in

COCOo

0

CM0o>

COCO

CO

CO

3CO

COCMCO

CNCOCO

inCO

COOlh-

OlOlin

OJin

h-ino

0

sCO

f-

CD

OJ

CD

in(D

CMCD

CMCOCO

-*fCO

COO)!*-

COoCD

01in

CM

O

O

CO0Ol

fs.

oCD

§CO

CMCD

CNCOCD

COCO

COOl

gCO

fein

00COo

o

gOl

,—CD

i-

CD

OmCD

sCO

CNCOCO

COCO

COOlh-

mOlin

i*—01in

OJCDO

O)^

sa>

COCO

CM

CO

0)D)COQ-

1R3U052APPENDIX C *- 21

FEED RATE

0

8

CMO

Xo

NOXA

VG

n

QTTEM

rn

STACK AV

OO

CO AVG

h-O>

cro—a

1

TONS/HR

0-

*

*

Q.Q.

Q.D.

U.CDUJQ

^

0.

iQ.

i

WEY2203

| AY4303A

AY4305A

<•

1

I

AY4306AAVG

§

en

FY4305.AV

I

AY4302A.AVG

P

!

•

*

1

i

i

!

1

i

i

7SidX

0

o

CO

COCM

COCM

1

oCM

CMin

CO

CO

£tn

o

CO

COCM

o>CM

1

CM

CM

CO

CO

CO

tn

o

CO

COCM

h-coCM

O>CD

CM

CMm

CO

CO

01

in

CM

o

CO

CDCM

CM

COCO

CM

CMto

CO

CO

8«o

r*.

o

CO

h-CN

SCM

1

CMCM

CM10

CO

CO

inm

CM

O

CO

fx.CM

N-

COCO

CMCM

COm

CO

CO

CMinin

CM

o

CO

f .CM

CM

OCM

Si

COin

CO

CO

COtom

m

o

CO

COCM

0>

Si

OCM

CMCM

COto"

CO

CO

inm

CO

0

CO

COCM

COCOCM

oCM

CMCM

COto

CO

CO

inmm

CO

0

CO

COCM

mCM

CM

Tj-

10

CO

CO

8m

o

o

CO

CDCM

COmCM

CO

^tn

CO

CO

tnin

CD

o

CO

COCM

SCM

CO

"*in

CO

CO

COtoto

CO

0

CO

[.CM

CO10CM

CO

•tj-m

CO

CO

COinin

o

CO

r-.CM

0

OCM

h-

•m

CO

CO

ooCD

in

o

CO

COCM

COh-CM

N-

ftn

CO

CO

oCO

CO

o

CO

h-CM

0

CM

0CM

CO

toto

CO

CO

CM0CO

««3-

0

CO

COCM

ioCM

OCM

CM

mm

CO

CO

COoCO

T-

o

CO

h-CM

inCDCM

oCM

Si

inin

CO

CO

sCO

CO

o

CO

COCM

COCM

oCM

tnCM

COtn

CO

CO

in0CO

CO

0

CO

fs

CM

?

OCM

CM

COto

CO

CO

sCD

M- 1

0

CO

f*wCM

toCO(N

OCM

CDCM

COin

CO

CO

h-oCO

0

CO

COCM

COCM

OCM

CO

CDm

CO

CO

CO0CO

TT

o

CO

fs.CM

in

o

CO

r-m

CO

CO

CDoCO

CO

0

CO

r*.CM

CO

Si

oCM

CO

r--in

CO

CO

oCO

M

0

CO

r*CM

CM

OCM

COCM

r--in

CO

CO

T-

co

CJ

o

CO

CDCM

COCM

OCM

a

r-

co

CO

CM

CO

0

CO

h-CM

COCM

oCM

s

rto

CO

CO

CO

CO

h-

0

CO

fCM

8oCM

CM

COin

CO

CO

"a-CO

o>

o

CO

CDCM

CDCO

OCN

CM

COm

CO

inCO

S

o

CO

COCM

83CM

OCM

CM

COin

CO

CO

<oCO

CM

0

CO

COCM

CMCM

OCM

CM

•coto

CO

CO

»•*•CD

O

CO

tnCM

CM

CM

0>in

CO

co

CO

CO

o

o

CO

f-CM

N-

s

COto

CO

CO

CO

CO

0

CO

rCM

CM

8

Si•

O<o

CO

CO

KCO

CO

0

CO

[s_

CM

3

CM

OCD*

CO

CO

CMCO

CO

O

CO

h-CM

s

CM

os

CO

CO

WCD


IdVOV

AGA FLOW 2

AGA FLOW

1

Q.Q

XCD

0.

SCC TEW

D.

1

CD

a.'

z5

BREECH PRESS

COLUo:D.Z_J

p

FEED RATE A\

C/3

r-~en

cCO

XD-

e>

1

PLUCDLU

LL

E3D

LUCDUJQ

'*

TONS/HR

HLU

AY432C

FY4321

FY4311

PDY4201

oCO

>I—

CM

TY3121.AVG

PY3201

PY2801

n

WEY2203.AV

CO

u.

p

1

iiiiI

!11

si

i

7*5o:X

ointo

CMCD

CMCOCO

inCO

COen

tnenin

enin

mCO9

O

^CO

COm

COCMCD

SCD

CMCO

COS

•<*•

CO

s

ooCO

in

CMCDo

o

CM

9

O)in

CMCO

CO

CO

CMCO

s

inCO

COCD

CD

CDm

CMCOO

o

CM

O)

inCO

inCMCO

CO

CO

CMCO

%

mCO

COo>

COCOm

O)m

oCDO

O

5o

COin

COCMCO

CO

<D

CMCD

COCO

COCO

CO0>

COCOm

O)in

r-CDo

o

oCM0>

,_CD

N-CMCD

^

CO

CMCD

COCOCO

r-.co

CO0>

in

COin

COmo

0

CMCO

COCO

COCMCO

CO

CD

CMCD

CMCOCD

inCO

COCO

oCOin

COm

CMCOo

0

*-OJ

CMCD

OJCMCO

CO

CD

CMCD

CMCOCO

inCO

CO0)

oen

COm

CDO

O

oCO

COm

oCOCD

CO

CD*

CMCD

CMCOCD

CDCO

Oi

COm

COm

COCDO

0

0CO

,—CO

COCO

CO

CD

CMCD

CMCOCD

CDCO

TfCO

COin

s

COCDO

in

£CO

CMr»-

CMCOCD

N-l

CD

CMCO

COCO

r-co

CO

CMCOm

enin

oCOo

0

o0)

,_N.

COCOCO

£CD

CMCO

CO

8

COCO

•cf

ooCO

o>in

o>CD9

O

COoa>

fCO

55CO

CO

CO

CMCO

COCOCD

fCO

inen

inoCD

enin

So

0

§CO

enCD

mCOCD

wCD

CMCD

CMCOCD

CDCO

inCO

CO0CD

O)tn

COr-o

0

oO)

,_h-

CDCOCD

CO

CO

(MCO

CMCOCO

inCO

inCO

CO

CO

COin

mo

0

CMOCO

^

COCO

CO

CD

CMCO

COCO

CDCO

inCO

OJCOin

OJm

mh-9

o

CDCOCO

CDCD

COCOCO

CO

CO

CMCO

CMCOCO

COCO

men

CO

COm

COCDO

0

mCOCO

COh-

COCOCD

CO

CO

CD

OCOCD

r-CO

CO

sm

COCOm

0)CDO

0

tnCO

h-co

oCO

en

CD

CMCO

CD

t .CO

toCO

COCOm

COCOm

COh-

o

CDCO

COin

^CO

CO

CD

CMCO

CMCOCO

t"»CO

inCO

oCD

CO0)m

COCD0

O

0

CO

CMin

CM

CD

CO

CD

CMCO

CMCOCO

1*-co

mCO

COoCO

COCOm

COCO

9

0

oh-00

o

CO

CO

5?CO

CMCO

CO

COCO

mCO

o0CD

COO>m

O

0

mCDCO

.q.CD

^

CD

COM-CD

CMCO

COCOCD

CDCO

mo>

8

0>

COh-0

O

§CO

mm

mCO

CO

CD

CMCO

COCO

COCO

inCO

O)m

OJCOm

CDO

0

COCOCO

COCO

joCO

CO

CD

CO

ooCO

COCO

CDen

0CD

OJCOm

oCOo

0

sCO

,_CD

t-.CO

5CO

CMCD

COCD

CDCO

§

CD

CDCOm

COm9

0

COCO

j-co

CO

CO

oinCD

oCMCD

COCO

h-CO

§

CD

COCOin

ino

CO

CMCOCD

COin

CO

CO

OJ

CD

CM

COCO

COCO

COCO

CO

CO

COCOo

0

mCO

CDCD

oCD

CO

CO

oCMCO

COCD

fwCO

CDo

COoCO

ooCD

COr*9

o

0inCO

COCD

mCO

CO

CD

oCMCO

COCO

COCO

§

CDCMCO

0oCD

fcCj>

o

!•-.inCO

CMCD

CMinCO

enCD

CNCD

oCOCD

N-CO

en

COCO

oCO

fSo

0

COCDCO

COCD

COinCD

en•a-CO

CMCO

oCOCO

r*.co

fe

CD

oCO

ino

o

CMCOCO

COm

sCO

oinCO

oCMCD

os

CDCO

f-en

CMCD

oCO

j£o

0

inCDCO

COCO

inmCO

omCD

CMCO

CMCOCO

1CO

OJ

CO

oCO

55o

0

CO

CO

inm

sCD

inCO

CO

COCD

"3-CO

COen

inV-CD

CMoCO

so

CO

CDCOCO

0in

feCO

inCD

CD

CMCOCD

r .CO

COen

sCO

CMoCO

mmo

o

00COCO

COm

COmCD

O)COQ.

APPENDIX C 23

FEED RATE

O

C4

8•

S

X0

NOXAVG

n.

h-

c5r<\

STACK AV(

8

COAVG

&

1

TONS/HR

^se

3?

Ia.

a.

0LUQ

1

2Q.0.

-

D.

iCO

! AY4303A

AY4305A

JCOi!

AY4306A

AY4306A.AVG

| TY4001

FY4305.AVI

AY4302A

AY4302A.AVG

,

i

•a8

*K

i'1%$

ii7SaiI

r~

0

CO

toN

%

mCN

00<?

CO

to

aCO

Is- *•*

O

CO

CDCM

CMCOCN

ma

&

"to

to

*<fCMto

O

00

tnCM

8CN

m8

COCN

CO

CO

inCMCO

05

O

CO

inCN

r-coCM

moCN

inCN

CO

CO

ato

o

00

mCM

inCOCM

m8

S

<P

CO

r-CNto

o

0

00

inCN

mCOCN

moCN

COCM

S

•sj-

aCO

in

o

CO

COCN

3CM

moCM

inCM

CD

CO

%(O

CO

0

CO

mCM

COCOCN

inoCM

a

CO

CO

oCO(O

CO

o

CO

COCM

oCOCM

tnoCM

mCM

CO

CO

COCO

I--I

o

CO

mCM

COCOCM

tna

CM

CO

CO

CMCOCO

0

o

CO

COCM

0COCM

ina

CO

CO

CO

COCOCD

0

CO

COCM

SCM

ma

CM

tO

to

SCO

CO

o

CO

inCN

CDTTCN

moCN

S

CO

CO

inCOCO

CO

0

CO

CO,CM

oS

moCM

h*o

CD

CO

CO

8CD

r-

o

CO

COCM

S

ina

8

CO

CO

CO

h-COCO

CO

o

CO

h-CN

3CN

8CM

COo

CD

CO

CO

COCOCO

cn

o

CO

h-CM

CDCOCM

8CM

1

CO

CO

CO

enCOCO

o

o

CO

COCM

oa

sCM

*

to

to

n

0•9-(O

m

0

CO

toCM

COtoCM

8CM

10

to

to

CO

•*rto

o

0

CO

toCM

COtoCM

8CM

CO

CO

CO

CO

CM-ETCO

en

0

CO

COCM

h-Si

8CM

OCM

CO

CO

CO

COj-CO

CM

O

CO

TfCN

inCM

1

OCN

CO

CO

CO

M-"Et-CO

N.

o

CO

mCM

enS

8CM

05

CD

CO

CO

m• rCO

CO

0

CO

mCM

oCMCM

8CM

cn

CO

CO

CO

CO-si-CD

CO

0

CO

mCM

CM

8CM

cn

CO

CO

CO

N.-et-CO

m

0

00

COCM

CD

CM

8CM

CM

CO

CO

CO

CO-srCO

CO '

o

00

CDCN

h-CMCN

gCM

CN

CO

CO

CO

cn-*CO

m

o

CO

«fCM

CO

CN

8CM

C i

CM(0

CO

CO

ointo

CO

o

CO

ttCM

inCNCM

8CM

COCN

CO

CO

CO

mCO

in

0

CO

CDCN

SCM

COCN

CO

CO

CO

CNmCO

si

o

CO

mCM

N-coCN

COCN

CO

CO

CO

COmCO

O

CO

inCM

SCN

CNCM

CD

CO

CO

SCO

h-

o

CO

mCM

8CM

CM

CO

CO

CO

inmCD

0

CO

mCM

OS

CD

§

CO

CO

SCO

CM

O

CO

COCN

CO

CN

8CM

OJ

CO

CO

CO

N.mCO

CM

O

CO

mCN

CD

CN

CO

«N<o

CO

CO

COtnCO

AR3U055APPENDIX C

AGAPH

CN

So

AGAF

L

I<O-Q

m

a.UlH00w

Q.

1Q.

UJ1-2

COCOIIID:CLT0111IIIrrCD

coCOUJtcz

EED RATE AVG

g£CO

fecji

1

0.

*—Q.0

a.O

=•ej

U.0Q

LLC5UJQ

U.0UlD

^^

=

C3>

TONS/HR

CO

AY4320

T-f\j1

LI-

CO

U.

OCM

1Q_

V*0CO

f:

CMCO

|<

^

§CO

Q_

OCOCM

CL.

WEY2203.AVG

inoCOI;1 •?u.

LU1

§

34.

*

§a

itt

.^

1^S

g%

g

Stt!&

zSfrX

CD

CMen

CM

S

COCO

f-

co

8CO

0CO

9

o

1

CO

N.in

atm5

LO

OJro

CMCOCO

r-co

O)enr-.

O)oCO

1

0COo

(0o

1

01COCO*

mto

oo

fc

oinCD

T—CMCD

0

CO

inCO

0005

0oCO

oCD

CD

0*7

0CM06

00in

inCDO!CO

1

ininCD

COCNCD

COCOCD

CDCO

CDO00

COCO

OCO

CNinCD

CO

O

0CMO>

00^

mum

X

5

CO

CD

00

CD

^CNCO

0)CM

COO)

O)

in

CD

in

CO00d

o>7

CO

CM

^

1cI

CD10Q_


£<,QiQUlLUU.

O

P

%<f)Iso-Q-

CO0CMOJjj;

<COoCO1

s

„

— —

s

o

,i •"

1 <' i 05i "" :CN o

O1 35 rt01

Ii

CNO; *^

1sx ' -5oigZ; Q.

>Xoz

Q.LUH

o

1bdo£03

0O

1o0

rO)

im—j

1

U-

1

^<z>§^^

3t

K«

X2!

tt!

S

s ' Scoi S* "

<

018CO1§a ?±

1U-

i

D-0.

1in§

I

SSI1SS1LU

t«*u1

tt8

%

*_

S

i%

z5

X

SICN

CO

8

COT—*

1•*)-

..CO

<*)

O>u>CD

COTT

O

«?CO

Tfosi

108

1

~oCN«"3-

~9

CO

CO

8[

ooi r*.<fri —

o

«*CO

COCNt—

5CN

coen

en5

ininTj-

CO

co

COCD01CDCD><

L4

«-

COCO

qCO^

•*COCN

00oCN

enCO•*

COCO•<t

•>t

CO

imum |

XCO5

0<t

0

_

CO

«toi*—

inoCN

00r

CO0)CO

CO

•*

CO

co

mum

1

'ci


Run3Process Data

MRI-AppEed/R362018.APF

AR3U058APPENDIX C

COCcc

<nintooo

AGA FLOW

2 I

AGA FLOW

1

D.Qxcti

0.Ôl OOS

Q.

KILN TEN

f1)

KILN TEMP.

AV

BREECH PRESS

COHIa:Q.z_l^

FEED RATE AVC

STACK

rO)CMcto—3

Q.0

Q.O

P

0111a

u.OLJJa

u.CDLUQ

b

b

TONS/HR

COpU-

FY4321

FY4311

PDY4201

8CO

TY3121

1CMCO

PY3201

PY2801

WEY2203.AVG

FY4305

51—

%

%s%

*t$

1=tt*

1%=tt

8'

%1

gi

%8

•ZSCCI

mCMCD

OCOCO

CMCO

CMOCO

-•*•CO

fein

CMf-O

0

h-co

CMCDTT

§CO

inCMCO

CMCOCD

Tj-CO

CMoCO

enm

COCOm

COCD

9

o

SB

OCDifr

0CO

rCMCD

COCD

COCO

CMOCO

f-m

&m

COro

eo

CDCD

COCOr

sCO

CDCMCD

COCD

COCO

CM0CO

oin

fCDin

COCOo

o

N.

tfin• r

CO0eo

CDCMCD

CMCOCO

rCO

CMOCO

in

&m

inCOo

o

COh-

a>inTJ-

sCO

mCMCD

COCO

inCO

CMOCO

CO

in

sin

COCD

9

o

COCO

•*rinTT

moeo

mCMCO

COCO

mCO

CMOCO

CO

CD

$in

0)CDO

O

eoen

COCOTf

COoeo

rCMCO

COCO

mCO

CMOCO

CM

CO

iin

COCD

9

o

eoCO

COin«tf

!•--oeo

inCMCD

COCD

inCO

CM§

inCO

CDCDin

COo

o

eoen

COin*j-

03OCO

inCMCO

COCD

inCO

CMoCO

CO

CD

CDCDm

CDo

o

r -a>

inCDTT

O)OCO

mCMCD

COeoCD

M-CO

CMoCO

CM

CD

COCDin

so

0

CM0

CDm-e-

0

CO

mCMCD

COCD

TCO

CMOCO

h-CO

COOlin

CM

o

0

8

OCOTf

•*-CO

inCMCO

8CD

<=rCO

CMOCO

T-

co

&1O

COCOo

0

g

CDinit

CM

CO

mCMCO

CO(D

COCO

CMOCO

1-<o

fein

I1-.coo

0

5

in§

eoCO

'frCMCD

COCOCO

•<rCO

oCO

-qj-

CD

COO>m

mh-o

o

CM

COintr

veo

CDCMCD

OCOCO

COCO

oCO

CO

CD

gin

inCO9

0

t

COtnt

inCO

TfCMCO

8CO

rCO

oCO

rCO

$m

CON.O

0

m

CO

§

CO

CO

mCMCD

COCO

ineo

oCO

CO

CO

gin

so

0

CM

COCD^

t--

co

COCMCO

COCD

tCO

oCO

CDCDm

rCDo

0

o

o§

CO

CO

inCMCD

COCD

mCO

CMOCO

O

CD

gin

COin0

10

r»-

o>rTT

Ol

CO

"3-CMCD

CMCOCO

COeo

oCO

CO

m

gin

so

0

a

CDmT

oCO

mCMCD

COCO

COCO

CMoCO

enin

sin

inCOo

0

0>

O)s

CNCO

COCMCD

COCO

mCO

oCO

enin

enCDm

tnCO0

0

en

mCO-

CMCMCO

inCMCD

COCOto

mCO

CMo00

CMin

enCDm

29

0

r-

mCDr

COCMCO

CDCMCD

CMCOCD

CDCO

CMOCO

oCO

OlCDm

CMCD9

O

in

CDCO^

3CO

inCMCO

COCD

<*•CO

CMoCO

CO

m

COOlin

inCD

9

CO

h-

com•<r

mCMCO

mCMCD

COCD

mCO

CMOCO

O

CD

OlO>to

M-LO

9

h-

f-

COto•<r

KCO

3CO

0COCO

COCO

oCO

oCO

coa>LO

£9

o

oinM-

&CO

mCMCO

COCD

COCO

sCO

CD

OlCOto

CO

9

o

eo

oCDt

COCMCO

xj-CMCD

COCO

10CO

sCO

CD

m

coCOm

CDCD

9

o

CO

COin

8CO

inCMCO

CMCOCO

TfCO

sCO

inCO

CDCDin

COin0

0

CO

oin•*

8CO

inCMCO

CMCOCO

mCO

gCO

oin

CDCDin

CO(D

9

o

COCOrr

COeo

8(D

COCD

N-CO

CMOCO

COm

COom

0in9

(O

a>

•r

rCOr

CMroCO

inCMCO

COCO

inCO

CMS

CD

COCDm

r-COo

o

CM

•*r

-*CO•<t

COCOCO

COCMCO

COCO

r-co

CMOCO

CD

CO

sin

oCDo

0

• -

CM

§

rCOCO

CDD)CDQ.

AR3H4059APPENDIX C 2S

LLJ

ECLL)LL)

o1—

CMO

CMO

X0

NOX AVG

j QTTEM

rn

STACK AV

OO

CO AVG

Q-

1

OCM

CCD

TONS/HR

Q.

^

Q.

iQ.

U.OUlQ

Pu_

0.Q.

Q.Q.

'xCL

WEY2203

AY4303A

AY4305A

<r

1

AY4306A

AY4306A.AVG

|

TY4001

f>

FY4305.AV

AY4302A

11iCMCOiF

i

1

%

1

!

!

!

i

8

z{£.X

CO

o

CMCO

CMCM'

h-

CMCM

a

in

CO

cnCO

gCO

CO

o

COCO

CMCM

cnCOCM

CMCM

cn

in

CO

CD

CO

0CO

(N

0

NCO

CMCM

Os

CMCM

CO

CO

CD-d-CO

CMOCO

CO

o

T-

co

M-CM

O>CM"

CM

CM

O)

CO

gCO

COoCO

CO

o

CMCO

COCM

inCOCM

CM

CM

cn

m

CO

gCO

§CO

tn

o

COCO

CMCN

inCMCM

CMCM

O

in

CO

0inCO

moCO

CO

o

COCO

CMCM

in

CMCM

CM

in

CO

sCO

8CO

-*f

O

CMCO

COCM

CMCM

CM

CM

m

m

•tto

£CO

h-

o

COCO

CMCM

COCM

CMCM

CO

in

CO

to

CO0CO

m

1

o

CMCO

COCN

COCM

CM

CM

CO

in

CO

CO

CO

§CO

CO

o

COCO

COCM

%CN

CNCM

CO

tn

CO

cnto

oCO

T-

o

CMCO

COCM'

o5

CMCM

o

in

CO

cnCO

^CO

in

o

CMCO

-<*•CM

CMtoCM

CM

CM

f-

in

CO

CO

CO

CM

CO

00

0

CMCO

CMCM

COCOCM

CMCM

m

in

CO

CO

CO

CO

CO

N.

o

T-

co

-*rCM

CM

CM

CM

CO

in

CO

oco

£CO

CM

0

COCO

CMCM

mCD

CN

CM

m

CO

CO

CO

inCO

r

o

CMCO

COCN

8CM

CM

CM

O

m

CO

CO

CO

CO

CO

00

o

T-

00

COCM

cnCM

CMCM

in

CO

CO

CO

N.co

CN

0

CMCO

COCM

mCOCM

CM

CM

CO

in

CO

CO

CO

CO

CO

CM

o

COCO

CMCM

r*-a

CMCM

^

tn

CO

CO

to

cnCO

N.

o

CMCO

COCM

inCOCM

CMCM

oCM

in

CO

CO•**•to

oCMCO

to

o

COCO

CNCN

COCM

CMCM

s

in

CO

CO

CO

CMCO

CO

o

COCO

CMCM

h-s

CMCM

CM

m

s-co

CMCMto

N-

0

CMCO

CMCN

CO

CM

CMCM

CMCM

m

CO

£(O

8CO

t-

0

1-co

•<rCN

CN8

CMCM

8

in

CO

CO

N-CO

CNCO

CM

o

T-co

"frCM

cf

CMCM

CO

m

CO

CO

CO

mCMCO

T-

o

CMCO

CMCM

CM

CN

CM

[*-.

in

CO

CO

CO

CO

COCMCO

0

o

CMCO

COCM

mCMCM

CMCM

N.

in

CO

CO

CO

CO

CMCO

CO

o

CMCO

COCM

CO*CM

CNCM

r*-

m

CO

CO

CO

to

COCMCO

CO

o

r-00

COCM

CM

CMCM

CM

m

CO

CO

0>

to

cnCMCO

T-

0

T-

co

•*rCM

COCM

CMCM

COCM

m

CO

CO

O)

CO

sCO

CO

0

CMCO

COCM

C-18

CMCM

8

IO

CO

CO

cnCO

COCO

CO

o

CMCO

COCM

a"

CM

CM

CN

in

CO

CO

CO"itto

roCO

a

o

r-co

M-CM

COCM

CMCM

COCM

in

CO

CO

cnto

%CO

CO

o

CMCO

COCN

COCM

CNCM

CN

tn

CO

CO

cnto

aCO

AR3U06QAPPENDIX C 29

COcQC•uoCL

AGA FLOW

2 1

AGA FLOW

1

D.QXd

Q.

IOoCO

Q.

H-z_ 1

a

KILN TEMP.

AV

5 | BREECH PRESS

coUJo:Q.z

fi

FEED RATE AV

STACK

o>CM

CCO

1

o

b

LUo

LL.oHIQ

u.C3Ltlo

't

b

TONS/HR

CO

u_

CMCO

1 1

FY4311

PDY4201

8CO

TY3121

TY3121.AVG

|

PY3201

•PY2801

WEY2203.AVG

FY4305

5t-

g

1

s

18

sgg*

1

8.

1

z

X

CMCO

CD

COCO

CMOCO

§

COCDin

g0

tno

COm

inCOCO

CMCO

COto

f1*-co

CNOCO

oto

COCDm

9

Ol

•<*•CO

COCOeo

CMCD

COCO

r*.CO

CMoCO

COOlin

COOlm

CDCD

9

CDCD

01CO

COCO

CMto

COto

fCO

CNOCO

Olm

COCDm

00tn9

O

inCD

COCOCO

CMCO

COCD

r-co

CMoCO

COoCO

CDCOm

CNh-o

CDOl

COtn

OlCOCO

CMCD

COCD

h-eo

CMoCO

h-com

CDCDm

CDto9

o

OlCO

tn9

oeo

CMCD

COCD

r-co

CMoCO

COCDm

in

oCDo

0

COCO

f-tn

,_to

CMCD

COCD

CDCO

sCO

eoCOm

OlCDin

CMh-o

o

h-00

oCO

CM

CO

CMCD

to

COCO

CMoCO

oCDm

0101in

00COo

o

01CO

COto

CO

CO

CMCD

COto

COCO

CO

COCDm

OlCDin

inCOo

o

CD

CDto

?CO

CMCD

COCD

h-eo

CMoCO

00oCD

CDCDm

COCD0

o

CO

xj-CD

meo

CO

COCO

toeo"

CMo00

0oCD

gto

£o

o

00

OlCD

.?CO

CMCO

COCO

COeo

CMo00

inoto

gCD

intn0

o

CO

CD

*5CO

CMCO

CM<D

COCO

CM§

inoCO

gCD

s9

CO

Ol

^

CO

CO

to

COCO

h-co

CMoCO

£

o0to

CDo

o

CO

COto

CD

CO

g

CD

r--co

CNoCO

COCDm

o0to

inCDo

o

00

otn

oCO

to

COCD

f-.eo

s00

CM00m

ooCD

CMh-o

o

CO

CDto"9-

meo

CMto

COto

00eo

o00

r-00in

ooCD

COtoo

o

eo

eoCD

CMtnCO

CMCO

COto

h-CO

o00

inCO

ooto

CMtno

o

CO

•<fCO

COinCO

CMCO

COto

meo

oCO

COto

gCO

COCO9

O

CD

toCO

SCO

COto

*ij-CO

oCO

COm

gCO

00mo

CO

CO

r-r

tnmCO

CD

COto

CMCO'

OCO

COCDm

ooCD

COh-o

O

CO

or—

totnCO

to

COCO

COCO

oCO

COoCD

ooCD

CDCOO

O

CO

CDCO

h-mCO

CMCO

COto

COCO

oCO

CDm

gCO

cfr-o

CO

CDCO

CO

CO

CMto

COCO

V-

eo

gCO

r-00in

gCO

too

CD

Tf

to

OlinCO

CMCD

OCOCO

CMCO

0§

toOlin

gto

Olto0

en

tnto

gTJ-

CMCD

OCOCD

-co

0oCO

r-CDm

0oCD

0CO

9

O

0N.

0TT

CMto

OCOCD

CMCO

OoCO

CDm

§

CDCD

9

O

mCO

s•*r

CMto

oCOCO

•<rto

gCO

COCDm

gCD

CDO

O

9

T-

*r

COo**•

CMCO

OCOCD

CMCO

0oCO

N.o>in

gCO

oCOo

0

CDCO

ot

CMto

oCOCO

CMCO

gCO

.eooto

0oCD

CO

O

CMO

CM

M-

tnoTf

CMCD

CO

COCO

ooCO

CDtn

ooto

COf-9

h-CD

CD

r

sTT

CM.CO

0COto

eoCO

OlOlh-

oCO

ooCO

CO0

01Ol

CDto

£r

CMCO

COto

COCO

OlOlr-

h-CDin

ooCD

h-o

CO

mo

COCD

CO0r

CMCD

COCD

CMCO

gCO

CDm

ooCD

0CO

9

in

mo

COto

.g3-

CO0)raCOQ-

flR3U06APPENDIX C 30

UJ<aUJUJU_

OXh-

CMO0

CM0

Xo

NOXAVG

QTTEM

ri

STACK AV

Oo

COAVG

Q.<

%

h-o>CM

C(0— )

TONS/HR

Q.

SS

^

Q.

Q.O.

OUJQ

<nt

a.O_

a.a.

Ia.

!

WEY2203

AY4303A

AY4305A

<•

AY4304

AY4306A

AY4306A.AVG

TY4001

f>

FY4305.AV

AY4302A

AY4302A.AVG

CVJCOiI

1

§

itte

It8'

1'1

=*fc8'

ii8«

i

Z&ofX

CD (

1

O

CMGO

COCM

COSI

CM

CM

10CM

COin

CO

CO

CO*TCO

: inCOCO

T-

0

egCO

CNCM

8CM

CMCM

CO(N

COm

CO

CO

O)"frCO

. COCOCO

CO

0

CMCO

COCM*

8CM

CMCM

8

COm

CO

CO

OS"5T

CO

h-COCO

o

0

T-

co

rCM

sCM

CMCM

CM

COm

CO

CO

omCO

sCO

m

0

CMCO

COCM

S3

CMCM

SI

COm

CO

CO

oinCO

sCO

o

o

T-

co

• J-CM

COTCM

CMCM

CMCM

a>m

CO

CO

oinCO

o•«rCO

r-.

o

T-

co

rCM

0rCM

CMCM

COCM

Olm*

CO

CO

oinCO

5CO

CO

o

CMCO

CMCM

SiCM

CMCM

'fCM

ODm

CO

CO

oinCD

CMTTCO

SI1

o

CMCO

COCM ;

CMCOCM

CMCM

s"

O3

3

CO

CO

en•tfCD

COtCO

T-

o

CMCO

COCM

inCOCM

<NCM

COCM

o>m

CO

CO

0)"*to

•r-a-CO

-r-

O

t-co

rCM

COCMCM

CMCM

8

OCO

CO

CO

05•eTCO

m•ij-co

0)

o

CMCO

CMCM

8CM

CMCM

a>

oCO

CO

CO

0inCO

CD*3-CO

0

o

r-00

COCM

CO1 -CM

CMCM

N-

OCO

CO

CO

0inCO

r*-Tt"CO

•'3-

o

t-00

rCM

feCM

CMCM

CO

O• to

CO

CO

sCD

COrCO

CO

o

CMCO

COCM

sCM

CMCM

CM

OCD

CO

CO

mCD

0>fCO

0

o

CMCO

COCM

8CM

CMCM

S

O

s?

CO

CO

CMinCD

0inCO

*-

o

COCO

CMCM

CM

CMCM

h

oCO

CO

CO

inCO

mCO

CO

o

CMCO

COCM

COCM

CMCM

h-

oco"

CO

CO

oinCO

CMmCO

CO

o

CMCO

COCM

SCM

CMCM

CO

oCO

CO

CO

inCO

COmCO

0

o

CMCO

TJ-

CM

SCM

CMCM

CO

T-

CD

CO

CO

OmCD

scr

0

o

V-00

-*CM

CM•**"CM

CMCM

T-

^__

CO

CO

CO

oinCO

mmCO

O)

0

t-co

^CM

CMCOCM

CMCM

CD

*—CO

CO

CO

oinCO

8CO

CO

0

0CO

mCM

ens

CMCM

CO

,—CD

CO

CO

gCO

h-mCO

£

0

CMCO

"«fCM

COCM

CMCM

O)

CMCD

CO

CO

inCO

COinCO

o

~co

"frCM

a>CM

CMCM

CMCD

CO

CO

0u>CO

a>mCO

?

o

r-co

*frCM

S

CMCM

m

CMCD

CO

CO

in(D

ootf

M-

o

T-

co

"frCM

.COSi

CMCM

h*

CMCD

"fr

CO

0inCD

O"sf

2

o

T-

co

mCM

COCMCM

CMCM

r .

CMCD

CO

CO

OmCO

CMO^

ro

o

CMCO

COCM

CDCM

CMCM

m

CMCO

CO

CO

omCO

COo"fr

10

o

CMCO

rCM

COCMCM

CMCM

CO

CMCD

CO

CO

inCO

sT

CO

o

COCO

CMCM

COCM

CMCM

00

CM

9

CO

CO

oinCO

mo"fr

CO

o

COCO

COCM

1

CM

CM

T

CM2

CO

CO

omCO

8r

O)

o

CM00

CO 'CM

COTl-CM

CMCM

CM

CM

S?

CO

CO

en-srCD

s•*r

en

o

CMCO

TCM

?CM

CMCM

*-

CO

if

CO

CO

CD"frCO

gtf

r -

o

T-

co

«<rCM

%CM

CMCM

CO

CO

5

n

m

enf<o

O)o•*


COcoc

CDOO

AGA FLOW 2

AGA FLOW

1

CLaXCD

a.

SCC TEH

a.UJH5*:

u

KILN TEMP.

AV

BREECH PRESS

COUJQ:Q.z_j

gUl£QUJUJU-

M

g

JT--CD

1ca-o

Ia

CLO

~$

U.OUJQ

OUJ'Q

Li-CSUJQ

"f

P

TONS/HR

l-LL

FY4321 |

FY4311

PDY4201

ocon>t-

TY312

TY3121.AVG

PY3201

PY2801

WEY2203.AVG

inCO•*f

U.

UJ

p

*'

i*$

tttttt%

s

8%

%tfc%

88

£1

8

sofX

CM(D

OCOCO

fM

ClO>h-

ooCO

1

1o

0T-

a>O

OCO

o

(NCO

oCMCO

COCO

0)OJh-

cooCD

oCDin

COCOo

8

CN

COin

CMCO

COCO

COCO

0OJr*-

enm

CDojin

CDCDo

o

ooo

inin

eg

CNCD

CMCOCO

"fr

gh-

<ooCD

OJOJm

mCD

0

CO0

CMCO

CO

CMCO

oCOCD

COCO

CJatt~

£to

$in

OJr-o

0

§

COin

•*!•

CMto

CO10

TfCO

01o>t-

O50)m

a>051O

§O

o

mOl

mCO

m

CNCO

oCOCD

CMCO

$r-.

0OJin

COCOu>

COh-o

0

oJ

COCD

CO

CMCD

OCOCO

CMCO

CJenN-

co

CO01in

COmo

r--

s

h-co

JN-

CMCO

COCD

TTCO

O)o

(0oCO

COOlin

COCOo

o

CO0)

o>CD

CO

CMCD

COCO

COCO

Cften

COoCD

CO03m

COCOo

0

COCO

oh-

o

CO

0<oCO

inCO

£

O)OCO

COCDm

rmo

o

mCO

COCO

o

IMCO

COCO

rCO

O)0>

0)oCD

a>0m

CMr*-o

o

o>CO

COto

T-

CM(D

CMCOCO

CDCO

$

O>01IO

o>O)m

r-p-o

0

mCO

oCD

CMCM

CMCO

COCD

inCO

0)OJ

CMOCO

en%

CDO

O

r-*CO

< -m

COCM

CMCD

OCO<o

inCO

OJ0>N-

o>in

COo>in

oCOo

o

COCO

oCO

Si

CMCO

0COCD

COCO

OJo>r-

cooCO

OiCT>m

trmo

o

*tf-CO

T-

co

mCM

CMCO

CMCOCD

N-co

o>enf-

coO)in

OJOJin

COo

o

O)CO

CMCO

COCM

CMCD

CMCOCD

COCO

sr*-

00CO

O)CDin

COmo

0

§

Tr-

&

CNCO

oCOCO

mCO

CDOJh-

coCO

a>O)in

so

m

CO0>

COCO

COCM

CNCO

CMCOCO

COCO

ooCO

CD

CJOJm

COCOo

0

fe

OJCO

CDCM

(MCO

CMCOCD

TfCO

ooCO

CMCO

a>OJin

so

o

COOl

CMh-

OCO

CMCO

COCO

TfCO

§CO

oCD

COOJm

£o

0

CD

inin

mJ-

CMCO

8to

•<rCO

sCO

oCO

OJOJin

inCOo

s

CDin

COin

CD•<3-

CMCO

COCD

inCO

sCO

0CD

OJOJm

COf-o

o

§

a>TJ-

h-•*!•

CMCO

OCOCO

mCO

s00

CO

OJOJin

inh-o

0

COin

**•m

CO*-

CMCO

CO(O

mCO

COoCO

CD

OJOJm

N-tno

o

OJ•*r

r-.s?

OJ•tf

CNCO

oCOCD

COCO

200

oCO

ooCD

mIOo

CO

i?

oin

om

CNCO

os

inCO

sCO

5

gCO

COCO0

0

*<*•in

min

in

CMCO

o>CMCO

rCO

COo00

oCD

gCO

so

o

s

COm

CMm

CMCO

COCO

TTCO

COo00

OJin

§CO

§0

CO

"frm

rin

COin

CMCO

OCOCD

inCO

sCO

o>in

oCO

oCOo

CD

inm

CMm

*•*•m

CMCO

oCOCO

fCO

CMO00

OJin

oCO

oI--o

0

fe

CNir>

inin

CNCO

COto

inCO

g00

O)in

oto

inCDo

o

OJm

COin

COin

CMCO

OJCMCO

inCO

CMooo

CMOJin

o0CD

S0

0

a>m•*r

inin

£

CMCO

OJCMCD

(0CO

CMOCO

CMOCD

OCD

g9

0

CMCD

TT

mm

COin

COO)CDQ-


ioLU

Bf

0(-

1

CMoo

CM0

XO

NOX AVG

j QTTEMF

ri

STACK AV

OO

CO AVG

Q.<

3

r-oSicCO-3

TONS/HR

ala.

SS

S5

a.

ICL.

u_CD01a

03t

a.a.

a-a_

xD-

WEY2203

AY4303A

AY4305A

<•

AY4304

| AY4306A

AY4306A.AVG

i TY4001

m

FY4305.AV

AY4302A

AY4302A.AVG

8COi11151-

8i«8

tt

t

1

'

1

*t

8

i

1g1

2i:X

<0

O

CMCO

•VCM

•*rTTCM

CM

Tf

CO

CO

CO

o>CO

o

"«r

o

CMGO

COCM

COCM

OJ

1 -

to

co

CO

a>CD

Oi

O

CMCO

COCM

&CM

CM

s

CO

CO

CO

o>CO

CM

CM

0

CMCO

COCM

COCM

CM

CO

CO

CO

eo

enCO

CO

o

•**•CO

CMCM

OHo>

CM

<<j-

CO

CO

CO

CO

CO

•*r

co

o

CMCO

COOJ

3

CM

o

<D

CO

CO

CO

CD

in

•9-

0

CMCO

CMCM

sCM

CM

8

CO

CO

CO

Cn

CO

CD

to

0

CO

COCM

•t—CDCM

CM

CO

CO

CO

CO

CO

CO

r*-

M-

o

CMCO

COCM

O>COCM

CM

r-

(O

CO

CO

o>CO

00

h-

o

CMCO

COCM

COCMCM

CM

CO

CO

CO

CO

O)

CD

O)

m

o

COCO

COCM

aCM

CM

N-

CO

CO

eo

CO

CO

oCM

in ••\

o

T-

00

fCM

CMCMCM

CM

T-

••a-

CO

eo

CO

O)

CO

CM

T-

o

CMCO

COCM

COCMCM

CM

CO

CD

CO

CO

CO

CO

CMc\

CM

O

CMCO

COCM

COCOCM

CM

m

CO

CO

eo

CO

to

COCM

r

o

CMCO

COCM

•«3-CMCM

CM

«-

CO

CO

CO

r -CO

s

in

o

v-co

•<rCM

CMinCM

CM

m

CO

CO

CO

enCO

mCM

o

o

COCO

CMCM

CMCM

CM

CO

CO

eo

eo

oCD

S

CM

0

TTCO

CMCM

CO

CM

CM

Tf

CO

CO

CO

CDtfCO

h*CM

t-

O

COCO

,-CM

*«•c

CM

tf

CD

CO

CO

atCO

COCM

CO

o

CMCO

COCM

COCMCM

CM

(D

to

CO

CO

o>TTCD

O>CM

Sf

0

CMCO

CO(N

COCMCM

CM

CO

to

CO

eo

oto

oCO

t

o

CMCO

COCM

COCOCM

CM

CM

Tf

CO

CO

mCD

m3-

o

COCO

CMCM

CM

Si

CM

•<fr

T

CO

CO

oinCO

5?

CO

o

rCO

1-CM

CM

CM

CM

CO

"*

CO

CO

oinCO

i*.t

h-

0

eoCO

CMCM

CO

CM

a

o>

•<r

CO

CO

oinCO

COr

CO

o

CMCO

COCM

OJCOCM

CM

"-

3

CO

CO

CD

CO

§

O

o

•*rCO

V-CM

in0CM

CM

V-

•tr

CO

CO

O)

CD

0in

C9

0

^CO

IT-CM

CMCM

a

«-

^

CO

CO

oCD

in

CM

O

CMCO

COCM

COCM

CM

0

?

CO

CO

CO

to

CMin

CO

0

<<rCO

v-CM

SCM

CM

O

3

to

CO

enCO

eom

CO

o

CMCO

COCM

S

s

O)

5

CO

CO

o>CO

S

CO

o

CMCO

CMCM

9CM

CMCM

CO

9

CO

CO

CO

to

mm

f8

O

CMCO

COCM

s?CM

SI

CO

f

CO

CO

enCD

s

CO

o

TfCO

T-CM

CO

CM

Si

CD

•<r

CO

CO

sCO

fin

o>

o

•*rCO

r-CM

CMCM

Si

Si

3t

CO

eo

RCO

8

CO,

CL

APPENDIX C 33

roc

intn<uooCL

AGA FLOW 2

AGA FLOW

1

CLQICQ

Q.

SCC TEfo

Q.

KILN TEH

CD

KILN TEMP.

AV

BREECH PRESS

COLU(T0.z_J^

(1

FEED RATE AV

STACK

h-atCM

cro-3

O

Q.O

b

LLCDLLIQ

LUCDLUQ

U.C3LUQ

o^

P

TONS/HR

52HLL

FY4321

I

CO*LI.

PDY4201

TY3301

TY3121

!CM

!

PY3201

PY2801

WEY2203.AVG

FY4305

St-

%8

•*t«'

1

1%

jg=«:%

«:

1

88'

8$

*3t?fc

2lidfX

CSJCMCO

O>CMto

mCO

g

-Ol.0

oto

CDto9

0

N.rTT

o>mib

inCsJCD

OCOCD

mCO

CM0CO

ooCO

8

RO

COo

COCO

CD•*rr

ooCO

COCMCD

ayCMCO

tj"CO

I

h-OlLO

g

so

§

COr*-

,°>toTt-

! 0

, CO

TJ-CMCD

Ol

inCO

CNOCO

r-oCO

8

COCOo

o

&

CMtoTf

SCO

COCMCO

OlCMCD

LOCO

CMOCO

100)in

8

toh-o

o

S

1-mr

sCD

3

OlCMCD

r-co

CMoCO

CMOCO

aCD

COo

o

rOl

TJ-m1 -

roCD

fCMCD

OlCMCD

COCO

CM0CO

cn01in

oCD

So

o

OlOl

00•tfr

10oto

5CD

COCO

toCO

CN0CO

Sto

oCD-

0COo

0

too

CMIO•tf

COoCO

COCMCD

COCD

CDCO

CMOCO

t-Otn

g

in9

01

o

T-

IOTf

feCO

"3-CMto

OCOCD

N-CO

OCO

toOlto

oCO

oro

o

00

CM

3

COoCO

Sto

COCO

COCO

t—oCO

COOlto

oCO

COto9

o

CM

CMinr

01oto

ato

COCD

r--co

oCO

OlO)to

oCO

COCOo

o

S

COIOTf

oto

COCMto

otoCD

N.co

ooCO

COOlLO

ooCO

So

o

ft

CO"S-Tf

<-CO

.8CO

oCOCD

CDCO

ooCO

o>COtn

gCO

LOCDO

o

%

CMtor

CM

to

COCMCO

OlCMCO

IOCO

o0CO

COo>m

gCO

COCOo

o

CDtj-

CMto•t

CO

CO

-«3-CMto

0COCO

COCO

gCO

COOJIO

o>o>to

CNCO9

CM

IO•<fr

toto•<r

•tCO

COCMto

0COCD

toCO

0oCO

0OlIO

01Olto

Olto9

o

r-co

h*-r

toCO

COCMCO

0COCO

toCO

0oCO

0o>LO

COOlto

COr9

o

%

tftn"tr

CO

CO

Sto

oCOCO

COCO

01S

COOlto

COOlto

oCO9

o

S

CMtor

r*-co

Sto

oCOCO

COCO

OlOlh-

0Olto

r--Olto

o

o

CDCO

COto<<*•

toto

CMto

COCO

COCO

OlOl

oOlto

r-O)LO

OlCOo

o

§

CO•*fr•*

Ol

to

CMto

COCO'

h-co

OlOl

OlOlto

r-.Olto

Soo

CO

%

oto"fr

oCMto

CMCO

oCOCD

h-,co

CO01

inom

feto

rf-o

o

ft

to?

CMCO

CMto

0COCO

r*-co

COOl

toO)IO

r-Olto

CO10o

o

COCM

COm•*r

CMCM(O

CMCD

0COto

0>CO

r-Ol

CMOCO

("-Olto

OlCOo

o

Ol

COinr

COCMCO

CMCO

CT>CMCO

COCO

f-.O)

COOlto

f-Oiin

CDmo

o

in

minTf

SCO

Sto

COCD

COCO

h-01

inoCO

f-,O5LO

oh-o

o

CM

intnT

inCMto

CMCD

OCOCO

1s-co

h-o>

SCO

h-01to

COCOo

o

(•—0

CM••3-Tj-

SCO

CMCO

COCO

Is-CO

fe

h-01to

h-Olin

COCOo

o

fe

CMtoJ-

ftCD

CMCD

0COCO

CDCO

fe

§tn

r*~OlIO

COtoo

CO

S

T-

m• r

ooCMCO

CMto

oS

COCO

N-01

COOlto

h-o>m

•*COo

o

o>01

01mf

OlCMCO

CMCD

oCOCD

1s-CO

g

COOlm

[V.Olto

intoo

o

IO01

CO*<J-T

oroto

CMCD

COCO

CDCO

CD01

r-.Ol10

CD01LO

•<tCOo

o

o0)

oIOr

wCD

CMto

oCOCO

r-.co

5

CMOlto

CDOJm

totoo

o

CO01

COLOJ-

SCD

CMCD

oCOCO

•*TCO

COOl

mO)IO

r-O)m

10<o

o

COCO

CMinr

COCOCO

0O)roQ.


FEED RATE

£CMO0

CMO

Xo

3AV XON

QTTEM

fi

STACK AV

0O

CO AVG

Q.

g<

feCM

CCO—3

TONS/HR

Q.Q.

£

^

1

0.Q.

LL.OHIQ

eg

10.

D.0.

XQ.

WEY2203

AY4303A

AY4305A

<1

!

AY4306A

9AVV90£WvV

TY4001

ri

FY4305.AV

AY4302A

AY4302AAVG

AY432

1

siw8

%8

i•1%g

I

i11

2*Q:X

o

nCO

CMCM

r-.CM

CMCM

mCM

COt

CO

CO

o•M-CO

0110m

co:

o

COCO

CMCM

Os

CMCM

COCM

CO•«f

CO

CO

COrCD

8CO

CD

O

COCO

CMCM

COif)CM

S

s

CD•t

CO

CO

sCO

oCO

o

COCO

CMCN

a>CM

CMCM

9

O)r

CO

CO

otoCO

gCO

CO

o

COCO

CMCM

BCM

CMCM

CM

CDTT

CO

CO

SCO

cooCO

*-l

o

CMCO

COCM

COCOCM

CMCM

0

CDr

CO

CO

gCO

sCD

CD

o

CMCO

CMCM

CO<oCM

CMCM

h-

cn?

CO

CO

sCO

tooCO

r*-

o

COCO

COCM

COCM

CMCM

if)

CDV

CO

CO

0toCO

•&CO

0

o

COCO

CMCM

COCMCM

CMCM

in

o>tf

CO

CO

0toCO

r*-oCO

CD

o

•*J-00

CMCM

r-CM

CMCM

r-

Ol*«"

CO

CO

sCO

COoCO

o

COCO

CMCM

COCOCM

CMCM

CD

CD<<r

CO

CO

oinCO

§CO

CO

0

COCO

COCM

r-.CMCM

CMCM

CD

01•<t

CO

CO

SCO

oCO

h-

0

COCO

CMCM

SCM

CMCM

CO

CD• r

CO

CO

toCO

^CO

in

o

CMCO

COCM

SCM

CMCM

r*-

o>•»r

CO

CO

mCO

CM

CO

CO

o

CMCO

COCM

CMCM

CMCM

m

oto

CO

CO

inCO

CO

CO

h-

o

COCO

COCM

COCM

CMCM

•*r

om

CO

CO

mCO

TTCO

CO

o

COCO

CMCM

CMCM

CMCM

TJ-

Om

CO

CO

mCO

into

V-

O

COCO

CMCM

CM

CMCM

*f

Oin

CO

CO

mCO

CO

CO

h-

o

COCO

T-

CM

CM

CMCM

10

Oin

CO

CO

oinCO

h-co

O)

o

COCO

CNCM

§

CMCM

CO

0in

CO

CO

toCO

CO

CO

Tf

o

CMCO

COCM

COS

CMOJ

CO

,-m

CO

CO

1OCO

enCO

o

0

inCO

T—

CM

S

CMCM

O

5!

t—m

CO

CO

mCO

0CMCO

CD

0

COCO

COCM

a

CMCM

CM

*-in

CO

CO

omCO

CMCO

CO

0

COCO

CMCM

ins

CMCM

CM

•r-to

CO

CO

omCO

CMCMCO

CO

o

tCO

T—

CM

ts

CMCM

CM

_m

CO

CO

omCO

COCMCO

S,

O

CMCO

COCM

0COCM

CMCM

0CM

<T-

in

CO

CO

oinCO

TTCMCO

TT

O

"frCO

,—CN

CO

CM

CMCM

CD

CMin

CO

CO

oinCO

mCMCO

m

0

COCO

CMCM

CO

5!

S

CO

CMin

r

CO

otoCO

sCO

to

0

COCO

CMCM

ftCM

S

CO

CMto

CO

CO

O)irCO

N-CMCO

CO

0

COCO

CNCM

O)COCM

CMCM

CO

CMto

CO

CO

omCO

COCMCO

CO

0

COCO

CMCM

S

S

CO

CMm

CO

CO

55(D

?3CD

CO

O

COCO

CMCM

00CM

SI

CM

CMm

CO

CO

CD•VCO

iCO

o

COCO

COCM

&

SI

COCM

CMto

CO

CO

o>-<rCD

COCO

r

o

COCO

CMCM

N-s

a

LOCM

COm

T

CO

S3CD

CMCOCO

CO

o

CMCO

COCN

s

8

S

CO>o

CO

CO

0)TCO

COCOCO

QL

AR3U066APPENDIX C H n v> \ «* U D D 35

COcDC

Oo

AGAFLOW2 |

AGA FLOW

1

0.Q

XCD

a.

SCC

TEI\

a.

£z_ 1*

o

KILN TEMP.

AV

3 | BREECH PRESS

tnina:a.z_j*

FEED RATE AVC

STACK

feCM

1

o.CD

a.a

Q

e>LUo

IO-CSuuQ

u_o111Q

b

b

TONS/HR

col-u.

FY4321 |

FY4311

PDY4201

«

?

TY3121

lCN

1

PY3201

PY2801

WEY2203.AVG

FY4305

5H

%

*

8

*t

*t

3*1

18'

§8'

8g

*8'

ZSofX

CMCO

oCOCD

TTCO

S

inoCD

N.cnin

CD0

o

COCOs

T-

cor

TTeoCO

TCMto

OCOID

COCO

%h-

^to

h-Cnin

COIs-9

O>r*t

0CO"•r

mCOto

-crCMCO

oCOCD

COCO

ins

o(D

r*.enm

r-t--9

"•:

fc

0)COTj-

coCOCO

•*rCMCO

0COCD

CNCO

inor-

inoCD

h-O)m

mCDo

%

CNN-

m9

h-coCO

COCNCD

COCO

T-

co

mO)r*.

0)oCD

COenin

or--cp

o>CO

COmr

COCOCO

SCD

oCOCD

COCO

mor*.

cooCD

COCDm

%9

S

r»-m••a-

enCOCD

CMCMCO

05CMCD

COCO

m0)

inoCO

COo>m

CMN.O

CD

m5

OfCO

CMCMCO

0COCD

CMCO

inO)

0oCD

CDCDin

CMr-9

8

in§

5CD

SCO

COCO

CO

mo>

t:CD

O>CDm

inr-9

in

0m<tf

CM• rCO

"<3-CMCO

COCO

COCO

in01

§CO

OJO5in

mN-o

CMCD

h-in•<r

COvCO

COCNCO

COCD

CMCO

mOJ

SCD

O>O)m

!•*-o

m(O

COCOJ-

"fr~CD

CMCD

COCD

t-co

in0)

oto

enO)in

r9

COCO

COin~

m•j-CO

CMto

COCD

COCO

•S

0to

Sm

COino

COto

,-mr

to• rCD

CMCD

COto

COCO

*3-CD

TT

to

CDO)m

CNmo

COCD

f

•*rmj-

!J<0

CMto

CO<D

CM(O

S

00oCD

o>enin

mCOo

COCO•sf

,_in~

CO•«*•to

CMCD

COCO

CMCO

•tf-CD

O

to

01enm

h-too

CNCD

T

• rm•<*•

en•rCO

CMCO

COCD

TfCO

S

moto

§in

r*-coo

COtoTf

CDm*<f

oinCO

CMto

8CO

I -CO

TTCDr-

sCD

CDCDin

CMN.o

CO

~

r-mj-

inCD

(Nto

oCOCD

~co

•tS

to

o>o>in

COo

r-mr

COinr

CMinto

CMCO

oCOto

CMCO

•*fr

S

COCO

o>enin

enCDO

0

CMCD

S

,_m•«3"

COinCO

CMCO

COto

CMCO

Tf0)r~

coCD

ooto

of-o

o

'f

CDm-

SCD

SCD

COCO

COCO

^CDN.

COCO

I

CDCDO

0

rCD•*«•

COinf

intnCD

CMCD

OCOCD

••*co

ifo>h*

0to

ooCD

COmo

0

enm-

sCD

CMCO

enCMto

TTCO

TTO>h-

oCD

ooCD

CDm0

o

0CD

,—COTT

N-mCD

CMCO

COOJto

inCO

inenh.

oto

§

inCOo

0

COCD

O

9

COinCO

CMto

SCD

inCO

mCDh-

COCDm

ooto

So

r-

5

,_m'li-

enmCO

CMto

COCD

<•CO

inCDr-

coCDm

ooCO

r-cp

o

COCD

CDTT**•

0O

CNCD

mto

CNCO

menh*

§to

ooto

COr*-o

m

S

CO<<3-r

0

SCO

0COto

inCO

menr

%in

oo(O

COmo

0

CO

•1J-m<cf

g

CNCO

COCNCO

inCO

inCDr

oCO

S<o

•*CO9

w

in

inm•"0"

COo

SCO

&to

inCO

mOJh-

SCD

OOCO

r-o

0

CM

CN•*-

S

• rCMCD

OCOCO

inCO

inCDN

COCDin

ooto

CO

9

O

CO^r

m0

COCMCO

CMCOto

mCO

COCDr-

inenin

§CO

otDo

o

CO

CO$

S

10CMCO

COto

r~.CO

Sr -

o>CDin

§

I*-.•j-o

0

CM

CMinJ-

fet-

T|-CMto

oCOCD

COCO

Sr

r*-o>tn

ooto

oCO

9

0

CO3-

CO

§

gN.

rotoOTCOo.


u

QiLU

*l"I

I1-

CMo

CMO

Xo

SAV XON !

: QTTEMP

STACK AV(

0O

I CO AVG

0.

I

feCMCCO— 9

TONS/HR

2Q.D.

*

O.

o.ex

u.oHIo

u.

Q.Q-

0.

XQ.

!

CO

1

AY4303A

AY4305A

tf

1

AY4306A

| AY4306A.AVG

I

rn

FY4305.AV

AY4302A

1AY4302A.AVG

CMCO

UJ

H

«ii1

sI'8**.

IiIsX

CO

0

CM00

CM

CMCM

CO

CM

in

CO

CO

CO

CO

s

to.

1

0

oCO

CM

sCM

3CM

inCM

in

eo

CO

CO

CO

CO

<o

10

CMCO

CM

COa

COCM

CO

CO

o>CO

%

o

CMCO

CM

Os

COa

CM

in

eo

CO

o>to

co-

CM

O

CMCO

CM

h-a

COa

COCM

in

CO

eo

3CO

COeo

CM

O

T-

co

CM

h-CMCM

8CM

roCM

in

CO

CO

CO

to

COCO

CM

o

CMCO

CM

a

COCMCM

CM

in

eo

eo

ecto

0

CO

o

t-00

CM

COCM

COCMCM

inCM

in

eo

eo

CO

CO

CO

i

o

1-00

CM

COCM

COCMCM

CM

in

eo

CO

CO

CO

CM

CO

o

CM00

CM

CO

CM

toCMCM

<NCM

in

to

to

CO

to

eo

o

o

r-co

CM

0in

COa

CO

in

eo

CO

CO

CO

.*-

o

CMCO

CM

%CM

COCMCM

m

eo

CO

CO

to

m*<r

to

o

COCO

CM

h-CM

eoCMCM

m

CO

CO

CO

to

to

m

o

CMCO

CM

CMCOCM

COCMCM

m

to

eo

ointo

h-

0

o

TTCO

CM

CM

COCMCM

in

eo

eo

ointo

CO

in

0

j-CO

CM

CO01

COCMCM

to

to

Ointo

CO

N

0

CM00

CM

COCOCM

COCMCM

m

CO

eo

atto

om

to

0

T-

co

CM

COCM

COCMCM

m

CO

eo

?to

m

T-

o

oCO

CM

SCM

COCMCM

m

CO

CO

mCO

CMm

CM

O

CO

CM

inCM

COCMCM

in

CO

CO

into

COm

^

o

CMCO

CM

CMCOCM

COCMCM

m

CO

CO

inCO

s

CM

0

COCO

CM

h-

8

COCMCM

tn

CO

eo

into

inin

0

CMCO

CM

h-CM

COCMCM

in

eo

eo

mCO

S

0

0

COCO

CM

CMCM

COCMCM

in

eo

eo

mto

to

0

COCO

CM

8CM

COCMCM

in

eo

eo

Sto

eom

in

0

T-

co

CMCM

CM

COCMCM

in

eo

eo

mCO

o>m

00

0

CMCO

CMCM

a

toCMCM

in

eo

to

mto

%

0

0

o00

CM

intoCM

COCMCM

in

CO

CO

tnCO

o

Tj-

0

r-00

CM

CM

m

CO

CO

tnCO

CMO

0

0

v-co

CM

CO

CM

toCMCM

CO

m

CO

CO

inCO

too

co

o

0CO

CM

CM

eoa

CM

m

CO

CO

mCO

o

CO

0

t-co

CM

COCM

COa

(M

in

CO

CO

aCD

in0

0

COCO

CM

s

CM

in

eo

to

a(O

8

0

COCO

CM

inen

in

eo

co

aCO

£

0

CMCO

CM

gCM

COa

CO

tn

eo

CO

CMtnCO

s


COCcc.

MVIoo

AGA FLOW 2

3u_1Q.QiCQ

SCC TEMP

Q.

Hz_J^

KILN TEMP.

AVG

BREECH PRESS.

coCOUJo:Q.zS

FEED RATE AVG

STACK

t<?CMCMcCO-3

0.O

1O

pU_OUJO

u.OUJQ

Q_

CDUJQ

b

P

TONS/HR

CO

t

FY4321

FY4311

PDY4201

TY3301

TY3121

1CMCO>f-

PY3201

PY2801

WEY2203.AVG

FY4305

UJ

P

%

*t

*$

$

=tk%t

'=tt%

8

tt3

tt1

*%

z:>i:X

coCMCO

eoCO

<pco

§S-

coo>LO

0oto

s0

0

0•Vr

CDTJ-

O>Or-

m(MCO

oCO

inCO

8h-1

$inr—

OO(0

oCO0

TTCNCD

OCOCD

fCO*

0)r--

in§

ooCD

ON;O

0< 0

toCOr-J

inin

or-

*

COh-."

COin

T-

r-

CMCO

COCO

COCO

O)h-

COoCO

ooCO

enCO0

o

E5r-'

•*in

01N.

sCO

oCOCO

COco'

0)c-

tnoCO

oCD

enCD0

0

COCMr-:

01to

CO

t>-

COCMCO

COCO

COco'

07h-

COoCO

oCO

so

0

CMCM1

OCO

TT

h-

coCMCO

COCO

COCO

O)K

COOCO

oCO

or0

0

COCMr~i

r-.Tf

inr-

•*CNCO

COCD

LO00

OJC7)1

CDCD

C7JOLO

COCDO

O5q

r-.COr-i• i-

00LO•*

COCDCOEV

<

COCMCO

COCOCD

O)ro

<*|

CNCO

OCD

CD« -O

rCOo

CD•*CO•«t

rvr•

(Maximum

CNCNCD

COCNCO

co

•*o>l~

CNCOLO

COO)LO

COo

o

CNCNr<t

CN•<t't

[Minimum

cuDJCOQ-


UJIninUJ

""

rr

7

CO

CM' *>~ ' ;g^

f-~ ! '-•

1 1

s s

! 1 ! °i

OX1—

oo

r-i0

Xoz

§"g2

0.

LLI

nQ.

3

5*

s< •"•

i?a.

na.

u.COinfc °o

~0

STACK A

OO

10o

X

CD

o>CMCMc%

I

,.

a.

nQ.

X

2! B

1

?

i ft?^ ,

C3

FY4305.A

SO

2A.AVG

8

,3£

• r2 •î 5

3

CMCM

COCMrsj

CM

Si

o

COco"

(N

3

COa

CMCM

i11iin

CO

CO

mCO

1UJZsX

at

iri

CO

CMinto

"

o

co'

CMCM"

COCM

COCMCM

8

m

CO

CQ

into

Om

o

CMto

CMCM

CMCM

8CM

?

in

CO

CO

omCO

ior

t-h-

CM

N.

8

0

co'

CMCM

CM

COCMCM

oCM

in

CO

CO

oinCD'

CO

r-

coin

o

co'

COCM

COCMCM

COCMCM

CM

m

CO

CO

oto"

•*•N-

?

o

CO

c«2r*i

o>CM

<oC\JCM

COCM

in•*

CO

CO

enCO

iniv.

00 COuo O3CO

1

O

cri

CO

_

CNCN

CN

OCM

CDin

CO

CO

o10CD

•&a>CD<a>

0 0

IT3CO

O5

in r-T_

i

CD TOCN

CNCM

«—

CM

in5

CD

^

t

CMinen

000

?

CO

CO

CO

,

imum

XCO

E3

C

I I


MRI-Applied/R3«aoi8.AFP

.AR3U07IAPPENDIX C 4O

HdVOV

CM

2

i

1 AG

AFLO

W1

Q.a

cd

a.

SCC TEW

Q.

KILN

TEli

O

KILN TEMP.

AV

BREECH

PREJ

COUlOLa.z

ri

FEED RATE AV

r«-o>CM

cCD

XQ.

a.O

i

*

U.

LLJQ

U.

UJQ

U_OUJQ

*

b

TONS/HR

u.

oCMCOi

FY4321

|

FY4311

PDY4201

TY3301

TY3121

1CMCO

PY3201

PY2801

WEY2203.AVG

inCO

u.

LLJ

F=

It

•i

1

11

1

a

I

*

7-

ofX

toCD

CMCD

OCOCO

CO

COrn

0Olin

0001m

COmo

oT-

01in

OlCO

oinCO

CD

CMCD

'

to

•

CO

COCD

otD

COCDIO

COCO0

o

Olin

CO•«•

inCO,

CO

CMCO

COCO

CO

Ol

eoCO

COOlm

CMr-.O

0

fe

COTf

CMinCO

CO

CMCO

OlCMCD

CO

Ol

CMCO

OlOlin

oCOo

o

eoCD

f*.co

eomCO

CD

8CO

CMCOCO

CO

Ol

CMCMCO

COCOin

COCDO

0

ff

CDCO

m00

roCO

CMCO

COCD

CO

fe

CMCO

CDOlin

toCDO

O

N.

COCO

inCO

CO

CMCO

oCOCO

eo

fe

Ol

CD

0oCO

N.Is-.o

CM

CO

eo^

sCO

roCO

CMCO

eoCD

CO

fe

CMCD

0OCO

inmo

0

fe

CO•*

ftCO

<oCD

CMCO

COCD

CO

%

o>5

8CD

S9

o

O)

CO•<r

COinCO

CO

CMCO

oCOCD

CO

$

00

CO

0oCO

5?o

m

oCD

h--<fr

OlinCO

CO

CMCD

Os

CO

$

0oCO

0oCO

8O

o

CMCO

r--CM

OOOl

CD

CMCO

i

CO

s

COoCD

0oCD

OCOO

0

o>CO

inCO

oOl

CD

CMCO

COCD

CO

CD01

§

OoCD

CO

0

o

h-CD

•nj-Tf

001

CD

CMCO

CD

CO

§

inOlm

8in

COino

o

N.CO

r*_eo

eo0Ol

CO

CO

CMCO

CO

CDCD

CMOlm

01Olin

eoCDO

o

or-

m'*

oCO

eo

COCMCD

OCOCO

CO

S

&10

Ol01

IOCO9

CM

COr-

CM

in0Ol

CD

COCMCD

COCD

to

COOl

CMCD10

OlCD

CO

9

s

mr--

COto

0Ol

CD

rrCMCO

oCOCD

eo

c§

o>m

CDCDin

eoto9

CO

CDt--

coeo

£Ol

CD

CMCD

COCD

CO

§

01COm

01Olin

CMmo

O)

CON.

CO^

COoCD

to

CMCD

COCD

CO

CD01

8m

O)01

eo

9

O

mr-

cot

CD0CD

CO

CO

COCMCO

COCD

CO

COOl

eoCDin

Ol01LO

CM

O

O

0eo

s—"3-

0

Ol

CO

CMCD

COCMCD

CO

CD01

0Ol10

OlOlm

OlCDo

o

oCO

CDm

*-Ol

CO

CO

inCMCD

Ototo

CO

NCD

mOl

Ol01in

IO

9

o

0CO

eoCD

CM

01

CO

eo

inCMCO

toCD

CO

CDOl

COOlin

Ol01to

oCO0

o

CON.

r*-co

CO

Ol

CO

to

CMCO

oeoCD

CO

CDOl

oCD

01Olin

eoh-o

o

N-r-.

om

Ôl

CD

tD

IOCMCD

COCO

CO

CDOl

COoCD

01OlIO

SO

CO0

COh-

toT

mo>

CO

CD

COCMCD

OlCMCO

CO

toCO

COoto

Ol01m

COCO0

o

0CO

CMIO

CO

CD

CO

CO

CMCO

CMCOto

CO

CDCD

gCO

01Olm

oCO

9

O

10CO

eoin

r-01

CO

mCMCD

COCD

CO

COOl

COoCD

CDCOm

CDto9

o

COCO

CDTT

CO

Ol

CO

CO

CMto

CMCOCD

eo

Ol

1

to

in0

o

Ol

mTT

CO

CD

Ol

CD

inCMCO

oCOCD

CO

N-CD

COOlin

0101.m

CD9

o

s

to"*

oCM01

0

to

CMCO

oCOCD

CO

h-01

CMCDto

iIO

oCDO

O

CO

în

CMCD

CD

CD

mCMCD

COCD

eo

&

r-COm

O)OlIO

toino

o

COto

oin

CMCMOl

0

CD

COCMCD

CMCOCO

to

h-Ol

CMCOIO

8m

oCO9

o

0>CO

CMin

COCM0)

0

CO

CMCO

COCO

<o'

N-0)

toCOto

eno>

CMCO0

o

<0o>

COin

CM0>

CO

COCO

CO

fe

oCOm

OlOlm

?o

r--CO

CMOl

h-in

inCMOl

a>aa.


FEED RATE

O

CM0O

CMo

1

NOX AVG

I QTTEM

STACK AVG

Oo

CO AVG

renCM

CCO"

TONS/HR

Q_

S?

£

Q.Q.

IQ.

LL.sD

1

0.

1Q.

WEY2203

AY4303A

AY4305A

<

AY4304

AY4306A

AY4306AAVG

i£

FY4305.AVG

AY4302A

AY4302AAVG

8

1

»8

ttg

I'w1

i

•z5cdX

CO '

o

CMCO

coCM

OCOCM

COa

8•tr

ir*5f

CO

CO

s00

IO!

o

CMCO

<NCM

CMCMCM

8CM

O>

"*r

•*r*3"

CO

CO

mCO

OJ

o

CMCO

COCM

CMCOCM

COCMCM

O

•

3

CO

CO

CMtoCO

CO '

0

CMCO

CMCM

CMa

COCMCM

0

3

CO

CO

COmCO

CO

0

CMCO

COCM

O)a

COCMCM

CO

3

CO

CO

5CO

CD

o

T-

oo

COCM

0•<?CM

COCMCM

h-

Tr

CO

<0

inmCO

N.

o

CMCO

COCM

COCMCM

COCMCM

in

3

CO

CO

sCO

CM

o

oCO

•CM

tr1J-CM

COCMCM

"«•

CO

CO

h-inCO

CD ;

o

CMCD

CMCM

oCOCM

COCMCM

«*•

CO

CO

COtnCO

CO

o

T- •

CO

COCM

CnCMCM

COCMCM

m

3

CO

CO

OJtnCO

0>

o

CMCO

COCM

CMCOCM

COCMCM

(0

CO

CO

8at

T-

o

CMCO

COCM

COCMCM

COCMCM

CO

CO

CO

0O)

T—— 1

o

CMCO

CMCM

§COCMCM

0

CO

CO

gO)

CO

o

CMCO

CMCM

tnCM

COCMCM

CM

0

CO

cO

s0>

•M-

o

CMCO

CMCM

OCOCM

COCMCM

CO

0

CO

CO

TTOOJ

CM

O

T-

co

CMCM

O)CM

COCMCM

CO

0

CO

CO

inoO)

0'

o

CMCO

COCM

CO

CM

SCM

j-

0<«r

CO

CO

8O)

o

o

CMCO

CMCM

COCM

COCMCM

mCM

0?

CO

CO

r-oO)

r-.

o

T-co

COCM

COa

COCMCM

S

0

CO

CO

COoen

<-

o

CMCO

CMCM

SCM

COCMCM

ft

CO

CO

§CD

N-

O

oCO

COCM

COs

COCMCM

COCM

CO

CO

O

O)

CM

O

T-

co

COCM

CMCMCM

COCMCM

0CO

CO

CO

--O)

o

O)r*-

-frCM

CMS

COCMCM

S

to

CO

CM

O)

CO

o

oCO

•tCM

OCMCM

COCMCM

CMCO

CO

CO

CO

en

CO

o

T-

co

CMCM

r-.oCM

COCMCM

CMCO

r

CO

CO

TT

CD

f-

O

s-co

COCM

mCMCM

COCMCM

0CO

Tf

CO

CO

men

CM

o

•<-CO

COCM

CO

CM

COCMCM

COCM

rM3

CO

CO

toen

h-

o

oCO

"SfCM

mCOCM

COCMCM

COCM

fMTT

CO

CO

N.

cn

S

o

oCO

COCM

S'CM

COS

rCM

rMT

CO

CO

CO

cn

0

T-

co

COCM

CMinCM

COCMCM

<N

CMif

CO

CO

cncn

CD

O

T-

00

COCM

•3-mCM

COCMCM

S

(M

3

CO

CO

sCO

o

COCO

CMCM

N-O)

COSi

O)

CM

3

CO

CO

CMcn

in

0

T-co

CMCM

SCM

COS

!*-

CM

3

CO

CO

acn

CO

o

T-

co

COCM

cn8

COa

h-

CM

3

CO

CO

COCMcn

CO

0

•»-CO

CMCM

SCM

COSJ

00

CM

3

CO

CO

sO)

in

0

T-

co

COCM

COa

COa

CO

CM

3

CO

CO

36)

AR3fi4073APPENDIX C 42

AGA PI

AGA FLOW 2

I AGA FLOW

1

a.aXm

a.«:

SCC TE(

D_

KILN TEH

O

KILN TEMP.

AV

BREECH PRESS

toLLJa:0.

Z

fi

FEED RATE AV

*:

1f-O>CM

cto-1

Q_

i0

o

b

oUJQ

U.sQ

11.0IIIO

P

P

TONS/HR

I—LJ_

AY432

CMCOs

|

FY4311

PDY4201

SCO

CM1

TY3121.AVG

PY3201

PY2801

WEY2203.AVG

inCO

u.

LJJ

F

*$

=tt

%

**%=*fc

8s

1

11

81

18'

8

75aii

oIOCO

IOCMCO

CMCOCO

CO

feh-

01£5

05COIO

CO!•*-O

0

CMcn

h~f

CDCMO5

toCO

COCMCO

COCO

CO

feh-

0COin

sin

h-n-o

0

O3

COm

E5Cn

m<D

COCMCO

COCO

eo

h*.oN.

01COm

0)a>to

Tj-COo

0

enCO

V-

m

CO-CMa>

inCD

3CO

.COCO

CO

r*.atN

COCDm

O)a>in

totn9

O

§

CD<•

O>CMO>

inCO

rCMCO

COCD

CO

s.s

$IO

O)cnin

COCD

9

<£>

s

CDin

oCOen

inCO

COCNCO

COCD

CO

r-*.enC-

COCnm

sm

•fm0

o

COr*-

CMCD

COCn

inCO

rCMCO

COCD

CO

N-CDr--

h-Cnm

O)CDm

COCDO

O

<*h-

-m

(MCOo>

otnCO

CMCMCO

COCD

CO

h-cnh*

inCnm

sin

rrCOo

o

r-CD

o>~

COCOen

0tnCO

rCMCD

COCD

CO

N-O)h-

ooCO

01O)m

CDCDO

0

CMCD

*_m

rCOO)

omCD

SCD

COCD

CO

feh-

OOCD

01OJtn

COCD

9

o

CMm

inin

tnCOen

omCD

IT)CMCO

COCD

CO

h*OJr-

00oCO

O)0)tn

O)K9

O

tnr

T-

m

sen

Q

mCD

COCMCO

COCO

CO

CDO)r-

CD

O)s

COm9

O

COCO

r-m

COO)

omCD

toCMCO

COCO

CO

r-cnr-.

COCO

oS

0h-0

o

s

CO1-

COCO0>

0toCO

sCD

COCO

CO

h-s

CMCD

OOCO

0fv.

o

CO

s

CMin

0)COo>

ointo

inCMCD

COCO

CO

feN

CMCMCO

Os

CD-0

o

CM

CO*r

o•fO)

omCD

COCMCO

COCD

CO

feN

CDCO

0CD

h-h-CD

O

N-o>

inm

.o

omCD

Si<D

OCOCD

CO

feN.

h-CMCO

0CD

COCDo

o

COCO

CMm

CM>en

oinCD

tnCMCD

OCOCD

CO

N.enr

CMCMCD

CMOCO

COCOCD

O

fe*

CM•*r

COTfo>

0toCO

toCMCO

mCO

CO

h-S

N-CD

CM0CD

COO

O

fe*

in•r

•*ro>

tnCO

SCD

OCOCO

CO

h-S

N-CD

COOCO

N-r-o

o

s

,_tn

mTTen

inCO

fCMCD

COCD

CO

feK

coCD

CO8

S9

O

CMO

CDr

§en

mCD

inCMCD

oCOCD

CO

st .

CD

CO0CD

S<?

h*

enen

intn

!ten

CMinCD

SCD

CMCOCD

CO

0>CDh-

moCD

CO0CO

g9

O

enen

O)<+

COTTen

inCO

Sto

0COCD

CO

a>o>r .

oCD

CO0CO

COCOo

o

0

T-tn

0)TTen

tnCD

SCD

COCD

CO

cnS

ma>m

sCO

0CDO

0

s

t--•q-

0toCD

toCD

COCMCO

COCO

CO

iCO

mcnin

CO§

COCD

9

O

COtj-

incn

CMmCD

n-CMCO

COCO

CO

0oCO

CMenm

CO0CD

COm0

o

CMCM

Tt1m

CMmcn

CMmCO

SCD

COCD

CO

ooCO

COoCD

SCD

CMCOCD

O

mCM

T-

CD

COincn

CMtnCD

s

COCD

CO

OCO

inoCD

SCO

0COCD

O

oCO

COm

**•incn

mCO

COCMCO

COCO

CO

oCO

sCO

gCO

N.COo

0

COCO

COto

U5to0)

CMtoCO

sCD

COCD

CO

CMOCO

TfOCD

CMOCO

0>CDO

0

0>CO

CNto

CDtncn

COtoCO

SCO

COCO

CO

CMOCO

§CO

0CO

mN.CD.

o

CO~

COm

h-inen

COmCO

mCMCO

COCO

CO

CMO00

CD

OCD

0t*-CD

o

r-*t

TTm

COinen

COtoCD

inCMCD

COCO

CO

CMOCO

CO§

oCD

inCOo

0

CMtn

,_CD

enmen

CMinCD

tnCMCO

COCD

CO

COoCO

COenm

oCO

0COo

0

COm

o>•*

ooo

COtnCD

inCMCD

0COCO

CO

sCO

COCOin

oCD

enCOo

0

s

CO$

oo

.AR3U07UAPPENDIX C 43

FEED RATE

1

O

CMO°

CM0

|

NOX AVG

Q.

I QTTEM

STACK AVG

O0

CO AVG

r>-a>CM

cm—3

TONS/HR

I

s£

8S

0.

ID.

u.oLUQ

!

a.

Q.Q.

WEY2203

AY4303A

AY4305A

<

AY4304

AY4306A

118£

OAVSOEWd

AY4302A

AY4302AAVG

1

iiW:i

%8-

1:*£tf

!

'7sa:I

9

0

v-oo

CMCM

1

COSi

0>

CMTJ-*•tr

CO

CO

toCMOl

8

0

,_CO

COCM

8COCMCM

oCM

CO9

r

CO

S3Ol

§

0

,r__CO

COCM

r-COCM

COSi

a

<0<*••a-

CO

CO

COCMO

g

0

*—CO

COCM

8CM

COSi

mCM

CO<•*•-

CO

CO

§5at

r

0

CMCO

,_CM

8

toSi

toCM

COTf• -

CO

CO

sen

5

0

_CO

COCM

CDCOCM

COSJ

tnCM

ro•f•«r

CO

CO

CO01

o

CM00

CMCM

o?4

8

mCM

ro9

CO

CO

CMCOCO

O

CMCO

CMCM

COCMCM

COCMCM

(OCM

COJ-

CO

CO

COCOCD

O

COCO

CMCM*

oCM

COCMCM

8

r

CO

CO

30

o

CM00

CMCM

CMCOCM

CO1CMCM

IOCM

"«t

CO

CO

inCO01

o

CO00

,_CM

oCM

COCMCM

Si

9

CO

CO

i01

o

CMCO

CMCM

CDCMCM

COSi

SI

CO

CO

N.COO)

o

CMCO

CMCM

9CM

COCMCM

CM

CO

CO

COCOOl

"-I

o

CMCO

CMCM

COCM

COCMCM

CM

m

CO

CO

CDCOOS

o

COCO

,_CM

COCMCM

COCMCM

CM

in

CO

CO

0'to

o

CMCO

,-CM

COCM

COCMCM

CM

in

CO

CO

rOl

o

CMCO

*-CM

COCM

COCMCM

CMeg

in

CO

CO

CM•*a>

o

COCO

CMCM

CDCO(N

COCMCM

CMCM

m

CO

CO

COTi-O)

o

CMCO

CMCM

!"-COCM

COCMCM

CMCM

m

CO

CO

f•«rOJ

s

o

COCO

4_CM

f-CM

COCMO4

*fCM

CO

CO

CO

If)*tCO

h-T

0

_00

CMCM

COCOCM

COCMCM

COCM

to

t

CO

COrOl

5

0

CMCO

,—CM

TT

CM

COSi

I--CM

to

CO

CO

f-•<*•O)

5?

0

CMCO

CMCM

8CM

COCMCM

inCM

<D

CO

CO

CO-a-CD

m

o

CMCO

i—CM

mS!

COCMCM

CMCM

(O

CO

CO

OlJ-Ol

COin

o

rCO

oCM

COoCM

COCMCM

S

(O

9

CO

CO

§01

S

o.

CO00

oCM

i

COCMC-J

ro

t*.•*rr

CO

CO

inat

mm

0

CMCO

i—CM

mCM

COCMCM

C-

r-9

CO

CO

CMin0)

10

0

COCO

v-CM

CO

CM

COCMCM

N.

f-*rr

CO

CO

COto01

S

o

CMCO

,_CM

COCMCM

COSi

N.

f-I -V

CO

CO

Sa>

CMm

o

CM00

_CM

(OS

SOJ

CO

COt•<•

CO

CO

inm0)

in

o

0CO

COCM

CO

S

COSi

-«r

CO

9

CO

CO

Sat

m

o

,_CO

CMCM

§

CO

Si

•<*•

CO•*r•v

CO

CO

KinOl

§

o

CMCO

CMCM

S

8

mT-

m9

CO

CO

COinCO

§

o

Vco

CMCM

S

CO

Si

m

at9

CO

CO

01inO)

S

o

<r~00

•r-

CM

CD

CM

COSi

CO

0)

9

CO

CO

So

in

o

«Sro

oi

COCM

8

CM

Ol.J.

CO

CO

O

S

IQl


a.

CMg0LL<O<

IU_<<2<

Q.QXm

0-->

SCC TEt

a.

KILN TEN

<D

KILN TEMP.

AV

BREECH

PREJ

U)

KILN PRES

O

FEED RATE A\

IftCMCM

1

XD_

CD

O

b

oHIO

LLCDLUO

LLCDLUQ

>

1 TONS/HR

P

CMCO1CMCOrLL

FY4311

PDY4201

oCO

TY3121

e>

CM

PY3201

PY2801

fT

I WEY2203.AV

inCO

u_

HI

1

1

i

1

i

i

1

g'

g'

sg'

g'

|

HR:MIN

CNinCO

inCMCO

COCD

CDCO

OCO

f-cnm

oCO

s0

o

COCO

in

CM

OCM

COmCD

CMCO

'COCD

CDCO

§CO

1

o§

so

o

CO

r-

m

CO

COinCO

toCMCO

COCO

CDCO

§CO

§

oCO

£9

0

in

.

iri

ooCM

I

COmCO

inCMCO

5CD

COCO

I

0O)in

oCD

CM

9'

inint-.

moCM

COinCO

inCMCO

CMCOCO

COCO

ing

Oa>in

ooCD

50

to

COint1-

5

R

CNinCD

mCMCO

COCD

mCO

moCO

COm

ooCO

COr-.9

0

SS

m

ooCN

CMmCO

COCMCO

CMCOCO

inCO

gCO

COs'

ooCO

COin9

cn

V

mf*.

T

CO

oCM

CNmCO

mCMCO

CMCOCD

COCO

CD0CO

COCOin

O0CD

COCDo

o

ininr-

m

CD

CMmCD

mCMCD

CD

mCO

CDOCO

ocnin

OOCO

COCOo

o

minN.

m

ooCN

T—tnCD

mCNCD

CNCOCD

TfCO

gCO

COs

gCO

COh-0

0

inr-

<-

inCD

inCMCO

CMCOCO

COCO

gCO

oCO

ooCD

COCDo

o

cnh-

m

CM

OCM

mCO

inCMCO

CMCOCO

TfCO

oCO

gm

ooCO

CO

o

o

N.r-.

m

CO

oCM

OmCO

LOs

%CD

inCO

oCO

o>oCO

ooCD

COCD0

o

oN-

•

^

omCD

mCMCO

T—

COCO

in_CO

N-oCO

cnin

O0CD

tn(Do

o

cnCMh-

inoCM

0inCO

ms

COCO

inCO

0CO

CMCOin

OoCO

COo

o

CMCMN

in

(O

oCM

OinCO

mCMCD

COCD

lOCO

s

in

os

CDino

CO

sr*

CO

^0CM

OmCO

tnCMCD

CMCOCO

COCO

COoCO

in

cnm

CO

o

o

COCM1"-

m

CO

oCM

0inCO

sCD

COCO

1CO

CO0CO

COcnin

O)cnm

£o

o

cnr -

•*

CD

OCM

O)

CD

CMCO

COCD

-CO

COs

oo<D

O)cnin

CDh-o

o

CD

h-

o

oinCO

CDCNCD

CMCOCD

COCO

COOCO

inoCD

0CD

0COO

O

OCOh-

m

inoCM

OmCD

CD

CMCOCD

r-CO

COoCO

00om

oCO

oI"-o

o

N.

in

CD

oCM

OinCO

inCMCO

COCO

CNCO

oCO

COoCO

0CD

ino

o

COCOh*

N-oCN

O>

CD

CO

COCD

*-CO

h-oCO

COcnin

ooCD

CDO

O

Olcn

tn

CO

oCM

omCO

i

COCD

0CO

o00

inCDCO

OoCO

mo

o

cnCO

Tf

CD

OCM

O)Tf

CD

CO

CMCOCO

oCO

r**.oCO

oCD

OOCD

cna

o

CM

CO

0

OCN

OinCO

mCMCD

CMCOCO

CO

CDO00

oCO

O)cntn

CDCDO

O

mco'

tn

oCN

OinCD

CMCD

COCD

CO

gCO

in

cnom

eOh-o

o

o00

^

CM

OCN

OmCO

inCMCD

COCO

oCO

8CO

sin

COm

So

o

CO

CO

m

CO

oCN

mCD

CDCNCD

CNCOCD

CO

gCO

oCO

COcnm

COCOo

o

,-CO

^

oCM

inCO

COCMCO

COCO

CO

CO000

in

COcnm

too

0

<°CO

m

in0CM

mCO

mCMCD

CM

S

CO

inoCO

CMoCO

h-OJ10

r-CDO

O

CO

00

m

CO

oCM

inCD

inCNCD

COCO

oCO

moCO

cnaym

h-O)m

h-o

o

oCO

in

oCM

inCO

mCMCO

CNCOCO

CNCO

sCO

0CD

r-Ol

CDO

o

•00

tn

COTfOCM

mCD

CNCD

CMCOCO

,-CO

CO

CMCDCD

r-cn

mtno

o

r-co

CD

oCM

CMmCO

inCMCD

COCD

,-CO

oCO

CO

r-O)tn

N.CDo

o

CM

CO

OmoCM

CNmCD

tnCMCD

CMCOCO

oCO

sCO

oCD

COcnin

0CDo

u>

*-00

in

o>D)

APPENDIX C 45

FEED RATE

O

CMO0

CMO

§

NOX AVG

! QTTEMF

rl

STACK AV

Oo

CO AVG

o>CMO)cCO

TONS/HR

Ia.

*

S5

D-

1

OUlO

1

D.

a.

WEY2203

AY4303A

AY4305A

<f

AY4304

CO1

AY4306AAVG

|

TY4001

CO

FY4305.AV

AY4302A

AY4302A.AVG

UJ

1

1

*as'

i!1

1

i

HR:MIN

CO

o

T-

00

CM"

COCM

COCMOJ

CM

*

0

CO

CO

8OCM

5

o

OJCO

T-

CM

0>T-CM

CM••r

tn

CO

CO

COo8

in '

o

CMCO

T-

OJ

COCM

COCMCM

CO

in

CO

CO

0

8

h- =

O

CMCO

CMCM

CM

CO

SJ

tn

m

CO

CO

tn0

CO

0

,-00

CMCM

00COCM

COCMCM

r*-

m

CO

CO

8oOl

CD ;

0

OJCO

CMOl

OJ

COCMCM

CO

m

CO

CO

fe8

m

0

CMCO

T-

OJ

00

CM

COOJCM

01

m

CO

CO

§oCM

to

0

OJ00

,-OJ

COOJ

COOJCM

01

m

CO

CO

Ol

8

CO

COCO

0OJ

0CM

COOJCM

*-

tn

CO

CO

ooOJ

CO.

o

COCO

5

8CM

COCMCM

Ol

in

CO

CO

T-

co

o

CMCO

CMCM

h-s

COCMOJ

N.

in

CO

CO

CM

oOl

CM

o

OlCO

v-oj

N-81

COs

m

tn

CO

CO

CO

oCM

in

o

COCO

r-CM

COCMCM

COCMCM

tn

tn

CO

CO

•*oOl

in

o

COCO

T-

CM

CO

81

COCMOJ

tn

in

CO

CO

moCM

CO

o

CM00

CMOJ

oCOCM

COOJCM

<fr

in

CO

CO

CO

oCM

T-

o

COCO

T-

CM

OJCMCM

COCMOJ

CO

in

CO

CO

ôCM

Ol

o

COCO

,-OJ

COCOCM

COa

CO

m

CO

CO

CO

oCM

•<*•

o

COCO

r-CM

COCM

COCMCM

<«•

in

CO

CO

Ol

oCM

o>

o

r00

oCM

OlCMCM

8

m

m

CO

CO

oCM

•tf

o

T-

00

COCM

CMCOCM

COa

CO

CO

CO

tnCOoCM

CD

o

T-

00

COOJ

COCOCM

8

1

in

CO

CO

CO

8

o

o

CMCO

CMCM

N.

CO

00

CO

CO

ft8

m

o

OJCO

OJCM

COCOOJ

COOJOJ

Oi

in

CO

CO

COCO8

<?

o

Vco

COCM

CMs

COOJOJ

*-

CO

CO

01CO

8

CM

0

CMCO

COOJ

COCOCM

o

CO

CO

o

8

S-

0

T-co

CMOJ

COCM

aOJ

O)

CO

CO

CO

0

COCO

CMCM

oCM

aOJ

CO

CO

CO

CM

8

CO

o

COCO

T-

OJ

oCOCM

aOl

CO

CO

CO

CO

8

CO

o

CMCO

COCM

mmOJ

COCMOJ

h-

•tf"

CO

CO

3oCM

m

o

••*00

T-

OJ

00CMCM

in

CO

CO

inoCM

m

o

COCO

CMCM

a

in

CO

CO

CD

oCM

nf

0

CMCO

CMCM

3CM

COCMCM

(D

CO

CO

8

O) 1

o

CMCO

COCM

CMCOCM

aCM

(D

If

CO

CO

CO

OP

o

T-

00

COol

ina

aCM

to

CO

CO

OJ

8

CM

o

t-co

COCM

8

CO

tn

CO

CO

o

8

o

T-

co

COOJ

Ola

CO

f

9

•*•

CO

8

W3UQ77APPENDIX C 46

T£<§

AGA FLOW 2

AGA FLOW

1

Q.DiCO

Q,

SCCTEIY

0.

KILN TEt

0

KILN TEMP.

AV

BREECH

PRE£

<n

KILN PRES

O

FEED RATE A\

IIs-enscco-o

£

L~

gO

Q.0

:

Li.CDUJQ

CDUJQ

u.0UJQ

£

b

<£

i

toHu_

CMCO?<

1u.FY4311

PDY4201

TY3301

£

1CM

1

PY3201

PY2801

f1)

WEY2203.AV

0CO

u_

I

sg

I*t8'

«

38

8g

4£%

g'

1

%£

%*%

1 HR:MIN

mCD

inCMto

CMCOCD

OCO

Son

sCD

COat&

CO

o

o

Is-•*rCO

o

CMto• CM

COin

%CD

CMCO(O

COCO

CO

r-coin

COo>to

,

enCDo

0

%to

•<-

COinCM

COinCD

mCMCD

COCO

CMCO

CO0en

CO05m

%m

oCOo

o

r--fMCO

*-

TTtnCM

COmCD

mCMto

CMCOCO

COCO

COoro

OJin

h-OJtn

COif}O

0

SiCO

in

minCM

COmCD

CDCMCD

CMCOto

CMCO

CMOm

in00in

>>-rom

COCOo

o

CMCMCO

K

COmCM

COin.<o

inCMCD

COCO

rCO

CMOCO

oCOm

Sin

S9

o

tfNCO

CO

h-mCM

COmCD

inCNCO

SCD

CMCO

CMOon

mCOin

COojin

So

CO

CO

CO

CO

COmCM

COinCD

tnCMCO

sCO

COCO

CMo00

O)in

8in

o109

O

tnCO

CO

05inCM

COinCD

inCNCD

CNCOCD

COCO

CMOon

CDCOm

Sm

CON.o

o

CD

CO

CO

OO

CM

COmCD

mCMCO

i-coCD

COCO

CNOCO

OJCOin

COo>in

CDCO0

o

01oCO

CD

oCM

COinCO

inCMCO

COCO

•*J-co

CMoCO

CO0CD

£m

r*-TTO

O

o0CO

CM

CMO

CM

COmCD

10 ,CMCD

CNCOCD

rCO

o00

ooCD

%m

CNCO

9

o

inO)r-

r-

COO

CM

COm<D

inCMCD

CMCOCO

CMCO

ooCO

mCD

CDCDm

CMh-O

O

h-n>N-

CO

t-oCM

CMmCO'

•**-CMCD

8CO

COCO

ooen

COoCD

COcoin

CMr>-9

o

0O)I-

CO

inoCM

COmCO

inS

SCO

CNCO

ooCO

oCD

&m

COo

o

COfDS-

in

CO0

CM

COmCD

COCNCO

8CO

CNCO

OOCO

CO

CO

r*-oin

S9

o

h-I--

o

N-oCM

Sto

<0CM(O

SCO

nCO

o>O)

COoCO

&in

Olin9

O

o

?

CO

COoCM

COmCD

mCMCD

SCD

COCO

O)O)

CO

CD

COo>in

COr-9

o

CO

r .

CD

o>oCM

COinCD

inCMCD

CNCOCO

"frCO

enO

00

CO

COenin

or-0

o

ot*-

*fr

o

CM

COmCD

COCMCD

oCOCO

CMCO

COO)

CDOCD

OJO)in

inCO0

09

CO

CO

h-

1CM

COmCO

inCMCD

CMCOCD

CNCO

COO)

oCO

O)o>m

CMh-o

0

0

CO

CM

CM

CN

COinCD

mCMCD

COCO

COCO

s

CD

o>03m

COh-0

o

CD

CO

t--

CO

CM

COmCO

CDCMCO

CMCOCO

COCO

r-O)

COoCO

O)O)in

r-9

o

inoo

CO

Tf

CM

COmCD

CDCMCD

COCO

CNCO

h-O)

COaCO

a>0)m

00CDo

o

sCO

CO

m

CM

COinCD

COCMCO

COCO

•*CO

&

[•-.01m

OJ0>m

COCO0

o

mCO

CO

CO

CM

COmCD

inS

NCOID

to«

r-a>

§m

o0)m

COmo

tn

?oo

CM

h-

CM

COinCO

COCMCO

CMS

Tl-CO

CDCT>

O>in

OJ0in

S9

o

r-CO

CO

CO

CN

COinCD

COCMCD

CO(D

COCO

(OOl

sin

§in

COTTO

CD

O

CO

CD

CD

CN

SCD

mCNCO

CMCOCO

CMCO

CDOJ

CMCOin

Sin

COr-9

o

t -CO

CD

OCN

CM

COinCO

mCMCD

COCO

TfCO

8

inCOin

COCDin

inino

§

CO

o

CM

CM

COinCO

COCMCO

COCOCO

TTCO

CDCO

CNCOm

CDO)m

0h*0

o

CM

CO

CO

CNCM

CM

COmCO

mCMCO

COCOCO

mCO

mO)

CMO)m

OJCOin

9

o

CM

CO

CM

COCM

CM

SCO

CDCMCO

CNCOCD

COCO

ino>

CMCDm

COCOm

C9

o

in00

r-

SiCM

COmCO

*<*•CMCO

CMCOCD

COCO

tnCO

CON.m

ooCOm

s9

O

CO

CO

T

mCM

CM

COmCO

CDCMCO

CMCOCD

•*rCO

inO)

§m

COa>in

COCD

9

o

?00

o

CDCM

CM

COinCD

COCMCO

COCD

COCO

tns

COCOm

ooCOm

CD^9

CMO

COI -co

CM

h-CM

CM

01coQ.

AR3UQ78APPENDIX C 47

niiQ111UJu.-

O£

CMoo

CMO

Xoz

NOX AVG

Q_

QTTEM

STACK AVG

OO

CO AVG

h-cnCMcOJ—3

TONS/HR

1Q_

$\

#

Ia.

a.

"-aQ

!

1

ia.

WEY2203

AY4303A

AY4305A

«{

•<t5

! AY4306A

AY4306A.AVG

TY4001

FY4305.AVG

AY4302A

AY4302AAVG

inS

1is*t$

tts

I"1W:g

|

HR:MIN

§

O

CMCO

COCM

COCOCM

COCM0)

• r

CD?

CO

CO

O4inCM

co;

o

CMCO

CMCN

i

s

CO

CO

%r

eo

CO

COmCM

h*

0

CMCO

COCM

%CM

S

CMCM

CO

4

CO

CO

sw

10

0

CMCO

CMCM

COCOCM

CMCM

inCM

CO

4

CO

CO

sCM1

CM

O

CMCO

COCM

O>CMCM

CMCM

8

CO

•V

CO

CO

8CM

O

o

CMCO

COCM

COCOCM

CMCM

3

CO

<«•

CO

CO

feCM

CO

o

COCO

COCM

i

CMCM

S

N.4

CO

CO

COmCM

cn

o

CMCO

COCM

COCM

CMCM

inCO

N-

3

CO

CO

O)in8

CM

O

COCO >

CMCM

COCMCM

8CM

CMCO

h-

co

CO

gCM

CO

o

T-

co

COCM

N.SI

CMCM

inCO

r -

CO

CO

oCM

CO i

o

V00

•*fCM

N-COCM

CMCM

inCO

N-4

CO

CO

CM0

CM

CO j

o

COCO

CMCM"

CDCM

s

CO

CO

CO

CO

8CM

r-

o

COCO

CMCM

COs

CMCM

CM"

CO

CO

CO

sCM

»-

0

^CO

CMCM

f-CM

CMCM

inCM

CO

"«•

CO

moCM

CO

0

CMCO

COCM

COmCM

CMCM

a

CO

CO

CO

8CM

0

O

CMCO

COCM

COCOCM

CMCM

CO

CO

CO

CO

h-oCM

CO

0

T-co

TTCM

0inCM

CMCM

in

CO

CO

CO

gCM

CO

0

CMCO

COCM

mCOCM

CMCM

tj-

CO

CO

CO

gCM

CO

O

CMCO

COCM

OJO>

CMCM

CO

in

CO

CO

o

CM

T-

o

COCO

CMCM

COoCM

CMCM

CM

m

CO

CO

£CM

CO

0

CMCO

COCM

0COCM

CMCM

••-

m

CO

CO

CM

CM

CM

0

,-CO

COCM

CMmCM

S

8

m

CO

CO

CO

CM

CO

o

CMCO

COCM

TTCM

CMCM

O)O

in

CO

CO

*j-

CM

CO

o

T-co

COCM

S

SI

8

t

CO

CO

in

CM

•i

0

CMCO

COCM

inCM

CMCM

CO0

**

CO

CO

(O

CM

o> i

o

CMCO

COCM

inSI

CMCM

O>O

Tf

3

CO

CO

h-

. CM

co !

o

COCO

CMCM

toCMCM

CMCM

8

-fr

CO

CO

CO

CM

t-

0

CMCO

COCM

O)COCM

Si

8

r?

CO

CO

o>

CM

CM

O

COCO

CMCM

0

S

CMCM

h-O

CO

CO

CO

oCM

CM

O

0

CMCO

COCM

COCMCM

CMCM

O

CO

•*}•

CO

CM

CM

CO

0

,-CO

M-CM

•*rvCM

CMCM

CM

•CO

CO

CO

CMCM

CM

cn

o

CMCO

COCM

mCOCM

CMCM

m

CO

«r

CO

COCM

CM

*- i

O

"«•CO

CMCM

N-S

CMCM

h-

co

f

CO

sCM

5

0

COCO

CMCM

3

SI

N-

co9

J-

CO

mCM

CM

CM

O

COCO

CMCM

Si

Si

h-

co

•<r

CO

COCM

CM

O

COCO

COCM

COSi

Si

o>

CO

•«r

CO

ftCM

AR3U079APPENDIX C 4&

JDoc

O.

1AGA FLOW 2

AGA FLOW

1

CLQXCD

D.

1-Oow

Q.

KILN TEH

CD

KILN TEMP.

AV

BREECH

PRE£

to

KILN PRES

S3

1 FEED RATE A\

^

Ir-cnCMCco—3

XQ.

go

Q.O

%

LL.oUJo

u.CDLUQ

LLe>LUO

y

*

1 TONS/HR

£

CM

1FY4321

FY4311

PDY4201

oCO?

TY3121

TY3121.AVG

PY3201

PY2801

ri

WEY2203.AV

U3

to?LL

LU

8=tt:%

*

88

*fc%%

11

i

=ti

88

%%

$

8£

£

1 HR:MIN

CM(D

inCMCD'

CMCOCD

mCO

.toR

CO10

tCDm

gO

o

inCO

CO

COCM

CM

CM

to

toCMCD

COCD

toCO

XJ-o>h-

COlO

COo>U>

go

o

0>rCO

CO

0>CM

(M

CO

lOCM<D

CMCOCD

lOCO

••3-o>r-

coin

N-O)m

sso

<o

COIOCO

CO

oCO

CM

CO

inCMCO

CMCOCD

COCO

< -O)r-

oCO

r-*.0)m

COCOo

o

8CO

CO

CO

CM

CM

CO

IOCMCO

COCD

COCO

•*ro>f-

OJm

COenin

CO"3-

9

"*

SCO

TT

CMCO

CM

inCO

inCMCO

COCD

10CO

to01h-

oCO

CoOlto

feo

0

N.CDCO

3

COCO

CM

oinCO

CDCMCO

CMCOCD

COCO

sr-

oCD

COento

so

CD

CO-CO

CO

<<}•CO

CM

inCO

LOCMCO

TCOCO

COCO

CO0>f-

co

COO)IO

CDCDo

o

E5CO

CO

tnCO

CM

oCO

COCMCO

CMCOCO

0CO

CO0>h-

CD

COO)to

inr-o

o

sCO

^

CO/oCM

enCO

sCD

CMCOCO

COCO

CO0)h-

co

COenm

COCDo

o

COCOCO

TT

h-coCM

N-

co

inCMCO

0COto

h-CO

CO0)h-

XCO

COenIO

COTTo

CM

CMCDCO

to

COCO

CM

CO

CD

inCMCO

CMCOCO

COCO

COen

CO

OJCDm

COCOo

0

oCDCO

CO

0)CO

CM

CO

CD

IOCMCD

COCO

00CO

CO03

CD

0)o>in

so

0

r-.inCO

CO

o•«tCM

CO

CO

mCMCO

CMCOCD

inCO

CO0)

CO

enO)to

mino

V

COinCO

Tf

TT

CM

N-

CD

mCMCO

CMCOCD

CDCO

COen

CO

§CO

O)mo

00

inCO

CO

OJTT

CM

fx.

CO

ms

sCD

r-.CO

CO0>

CD

0oCD

COCOo

o

COinCO

f

COfCM

N-

CO

IOCMCO

COCO

COCO

CO0)

sCD

ooCO

COCOo

•

o

LOCO

J-

-tTT

CM

r-co

IOCMCD

CMCOCO

COCO

COen

CO

8CO

CD»no

0

sGO

•*r

to•*rCM

1-(O

•d-eg<o

CMCOCO

CDCO

CO0>

CO

§

mh-o

0

enmCO

CO

§CM

h-

CD

If)CMto

CMCOCO

c-co

CO0)h-

CO

0CD

CNCOo

0

COinCO

CO

r*.TCM

tCO

irjCMCD

COCD

COCO

COOJN.

CD

oCD

so

0

inIOCO

J-

00fCM

CrCO

IOCMCO

CMCOCD

f-co

CO0)N-

CO

oCO

IOr-.o

o

CMIOCO

CO

entCM

CD

CO

COCMCO

sCO

r-co

COo>f-

co

o.CD

sso

o

5CO

CO

0inCM

c?CO

IDCMCO

CMCOCO

COCO

COa>r-

CD

0CO

£0

o

COCOCO

•*

toCM

h-

CO

COCMCD

COCO

N-CO

•<f0>N.

CD

sCO

COr-o

0

TCOCO

~

CMmCM

CO

CD

rfCMCO

CMCOCD

r-co

J*0)N-

co

CMoCO

**10o

o

sCO

-

COIO

CM

CO

CO

mCMCO

CMCOCO

0Tf

sh-

(0

CMoCO

ino

CO

inCOCO

f

sCM

CO

CD

IOCMCD

CMCOCO

COCO

inCDr-

CD

COoCD

COCDo

o

CMCOCO

J-

inmCM

CO

CD

sCD

CMCOCO

COCO

mO)N.

0CO

COoCO

COCOo

o

COCO

"fr

CDmCM

CO

CO

CDCMCO

sCD

COCO

IOO)r-

§

COoCD

s9

o

COCMCO

1"

feCM

s?CD

mCMCO

0)CMCO

COCO

CDath-

cn10

COoCD

h-COo

o

en00

in

COmCM

enCO

inCMCO

CMCOCD

COCO

§1*.

s10

COoCO

so

o

CO

CO

3

enIO

CM

enCO

sCO

COCD

CMCO

CDO)N.

o>IO

COoCO

COr-9

o

CM

CO

*cr

0oCM

CD

CO

SiCO

r-coCO

COCO

h-o>h-

enLO

COoCO

s9

o

COoCO

T

0

CM

enCO

inCMCO

COCD

CMCO

r--.0)r*-

OJin

COoCD

COCD

9

o

COoCO

3

CNoCM

oCO

sCO

CMCOCO

COCO

r*-O3h-

o>IO

CO§

so

o

COoCO

"«•

COoCM

0)O)

APPENDIX C 49

FEED RATE

|

CMOo

CMO'

|

NOX AVG

H

a

STACK AVG

OO

CO AVG

r-.O)

CMc:re—3

I

TONS/HR

Q.Q.

as

S?

0.a.

Q.a.

u_CDUJa

CO£

a.

\l|°-

1

WEY2203

AY4303A

AY4305A

<

AY4304

AY4306A

1COi8I

FY4305AVG

AY4302A

AY4302AAVG

Ul

11%$

stfcs

I<1*fc1

i!i -

1 HR:MIN

en '

o

TTCO

CMCM

COCOCM

Si

5

CO

TT

T

CO

!i'SCM

O)

O

NCO

•trCM

r--•*rCM

CMCM

s

CO

5

if

CO

8CM

3

O

CM00

COCM

r-coCM

CMCM

toCM

CO

*

*<*•

CO

! oCO

CM

h-

o

CMCO

«<fCM

i>-•*J-CM

CMCM

CDCM

CO

"3-

co

CO

CM

o

o

COCO

CMCM

8CM

CMCM

r-CM

CO

• -

CO

CMCO

CM

O

o

COCO

CMCM

CDCOCM

a

r--CM

CO

CO

CO

COCO

CM

CM 1

O

CMCO

COCM

tf)CM

a

r--CM

CO

CO

CO

SCM

CO

o

COCO

CMCM

SCM

CMCM

COCM

CM

CO

CO

toCO

CM

CM

O

COCO

CMCM

OSi

CMCM

N-CM

CM

Tj-

co

8CM

•*r :

o

COCO

COCM

COCM

CMCM

inCM

CM

CO

CO

feCM

?

o

COCO

CMCM

**CMCM

a

COCM

CM

CO

CO

COCO

CM

h- !

O

0CO

•**CM

I--CDCM

CMCM

COCM

CM

CO

CO

CDCO

CM

•si-

O

,-CO

COCM

COCOCM

CMCM

Si

,-

CO

CO

0rCM

CO

o

CMCO

COCM

SCM

8

mCM

CO

CO

5CM

o ;

o

COCO

CMCM

CMCMCM

CMCM

mCM

CO

CO

CM•*

CM

OJ

o

COCO

CMCM

s

CMCM

WCM

CO

CO

COtCM

CO

O

CMCO

CMCM

O)COCM

CMCM

inCM

CO

CO

r"frCM

a>

o

CMCO

CMCM

1

CMCM

COCM

CO

CO

mT

CM

O)

o

CMCO

CMCM

atCMCM

CMCM

CM

3

CO

CO

COtCM

O)

o

CMCO

COCM

COSi

CMCM

CD

O

4

CO

CO

("-rCM

T-

o

COCO

*-CM

COoCM

S!

CD

O

T

««-

CO

COtCM

•*r

o

CMCO

CMCM

O

CM

CMCM

CM

0

r

CO

CO

o>rCM

CM

O

T-

co

CMCM

tos

a

8

0

•*J-

co

CO

oinCM

in

o

T-

co

COCM

CM

8

CMCM

O)

oTT

CO

CO

inCM

T-

o

t-co

CMCM

sCM

CMCM

f-—

O

3

CO

CO

CMmCM

m

o

T-

co

COCM

mCM

a

CO

0

r

CO

CO

COinCM

to

o

CMCO

,-CM

CO'CMCM

Si

N-

0

f

CO

CO

sCM

in

o

COCO

T-

CM

•**•CM

CMCM

CO

03

CO

CO

mLO

CM

CO

o

T-

00

CMCM

a>COCM

a

oCM

O

4

CO

CO

sCM

CM

O

CMCO

CMCM

CMCOCM

CMCM

CM

O

•«r

CO

CO

r»-mCM

7f

o

oCO

COCM

i

a

a

o-5T

CO

CO

COinCM

CO

o

oCO

COCM

1

a

a

0

• r

CO

CO

05inCM

to

o

oCO

fCM

CMs

a

8

03

CO

CO

sa

CO

o

r-co

CMCM

8CM

a

8

o*

CO

CO

0a

s

o

o00

COCM

N-coCM

CMCM

r -CM

o?

CO

CO

CM0CMCN

CO

o

oCO

COCM

COCOCM

a

8

0

*r

CO

CO

COoCMCN

o

AR3U08APPENDIX C 5O

AGAPH

CM

53LL<3

i

AGA FLO

Q.QTCQ

Q.5h-OC)W

Q.

Il lH-Z_jM

inBJi—z_j!£

COCOI I IO-I

o-1

Q.0

O-CD

E

S=

"-CDLUQ

LUCDLUQ

COLUO

b<

LULU

03

COCOLUo:

*

ED RATE AVG

LULU

^

g03

s

TONS/HR

coPLU

5jCM *

Sto!I

i

AY4320

3?

T—CO

LL.

8ICL

COCO

CM

I

2

£

oCMCO

Q_

om

£

/EY2203.AVG

-i

inoCO

*

I ftft

1

1

1ft

ftft

'

£

»

»stt

ftft

4ktts

•;

«ft.%

ft§

iLU |!

rr.

oITCD

jmc\CO1i

11 CMCOCO

«CO

fe

CDOJm

COo5

COCDO

o

V

f-oCO•<J-

COCOT

TfOCMCM

u:CO

CDCMCO

CMCOCO

COCO

COen

toCD

COoCO

CM|-~-O

O

'

COoOO••3-

CMCOTT

inoCMCM

oinCD

inCNCD

COCD

<d;co'

oent

oCD

ooco

inCD6

en0-

•d-O31-•*

CD•*•*

COCDD)cc0)

<

•*inCD

i

| CD1 •*\<6

COJ CNCN CNCD! CD

i!j•*COCD

O<t

00oCO

1CNCD

cooCD

CO<tf6

0COo

»frp .00•<t

COco<t

imum

XCDs

enCNco

qCO

manr-

cni--in

CDo>10

T—

05CD

O

<-

coCOCD•*

r--CN•si-

mum

Ci

0)racoa.


IoUlUJu.

oH

so

CMo

Xoz

1<.Xoz

iLU1-5

1<iiogo0

1<oo

r-.o>CNICMcro—>

t£

zoh

sa.

~s&.

CO

i 0r»!>- 1 j

UJ

SSCOoCOi5Si

°1

i

i od

1 i^1 < 'CM\ *v\ '-*~

r

0

CO

CMCM

„ i O % r*.»,g, ,i<; . :

Q_

D.

_1u.o£

2t_

Ia-

sa.a.

s ' r^ : coto TCM CM

* ;§ B" 3£ '£!Si<l i

I<

1

^8Vf

%

toCMCM

*lI

SCM

~!§ <!0CM

§ ' '

1 ! 0! 0

1 i*^<§

?U-

AY4302A |

J3^< «.

•1 1ft:1

I**SI fi

Si5

;

illC! i!I X

CO

CO

sCMCM

i

CO

CO

IOosi

00*oco

o o

CMCO

CMCM'

<t03

•*CMT——

I

!

inCO

o

05r

qCM

o; i^l r^coi CD, o>CMj CM r-

,

COCMCM

oCM•si-

in•3-'

co

CO

c/>CDO)CD<u•><

inCMCM

00CO•*

COCMCM

<oO•*

•- o!? 2

•*

CO

imum

Xto5

>j

CO

co

mum |

'ES


Scrubber Liquid Specific Gravity Data

AR3U08UAPPENDIX C •*•• « i -r w vj»t 53.

RISK BURN SCRUBBER LIQUID SPECIFIC GRA VITY

Risk Burn Run 1 Date: January 20, 1997 Page / of _j_

NOTE: SPECIFIC GRAVITY READING TO BE TAKEN AT 85°F

Time

12:00

12:30

13:00

13:30

14:00

14:30

15:00

15:30

' 16:00

16:30

17:00

17:30

18:00

18:30

19:00

19:30

20:00

20:30

21:00

21:30

22:00

22:30

23:00

Specific Gravity

/c08cAC'78/ . 0'7'L/,OU>5~l-0(o(cI.OfcS./.OilLOloBl.0(oftI,0(o81,00? 5"/.Ofe3Loblf.o/pHI'.OLob1-0 IpZ.I.Cxo7

Temperature

0 ° £"6J ^8S"-e e'85"sr&5685°8505J

8r°°

9585 °

<ss-°^ 65°

•65' 6

Initials

ftYBy/EVByByByByBy -~ —MBV5VBYiJmAw\w\

^Yv^* •

AR3U085APPENDXX C 54


Risk Burn Run 2 Date: January 21, 1997 Page _/_ of


Time

12:00

12:30

13:00

13:30

14:00

14:30

15:00

15:30

16:00

16:30

17:00

17:30

18:00

18:30

19:00

19:30

20:00

20:30

21:00

21:30

22:00

22:30

23:00

Specific Gravity

/.Q&8l.0(o&I • 0(n&/>o(o4-1. 0(o4-Ao/oZ/. o&ol.btool.obo)>o(pof.Ofrl

Temperature

arr83°e °8s~ "&r*QS°<&r°ft*"S$°$?•as*

Initials

By

-¥—W^sy"By8VByBvfyw/

A-R3U086APPENDIX C 55


Risk Burn Run 3 Date: January 22, 1997 Page j. of \


Time

10:00

10:30

11:00

11:30

12:00

12:30

13:00

13:30

14:00

14:30

15:00

15:30

16:00

16:30

1 7:00

17:30

18:00

18:30

19:00

19:30

20:00

20:30

21:00

Specific Gravity

/.dl

1*013J.673

7

Temperature

8S

Initials

8V

7XL

T-CL

re

APPENDIX C 56

Date post:	21-Jul-2020
Category:	Documents
Upload:	others
View:	5 times
Download:	0 times

Run 4 Field Sampling Data - semspub.epa.gov · tftooI _____Run 4 Field Sampling Data...

Documents