Text

Rev 1 to PM-1013, Min Containment Pressure Available
	ML20151X862
Person / Time
Site:	Peach Bottom
Issue date:	06/22/1998
From:	; PECO ENERGY CO., (FORMERLY PHILADELPHIA ELECTRIC
To:	;
Shared Package
ML20151X850	List: ML20151X848; ML20151X862; ML20151X872; ML20151X881;
References
	PM-1013, PM-1013-R01, PM-1013-R1, NUDOCS 9809170278
	Download: ML20151X862 (52)
	v • d • e

. _..

il W

(

4

).'

ENCLOSURE 2 Minimum Containment Pressure Available Analysis 9809170278 900911 PDR ADOCK 05000277 P-PDR

$3(S\\30 M I

EM ~ /N E;hibit NE-C-420-1, Rev. 2

1. Cal.culat on No.

Effectivo Date:

CALCULATION COVER SHEET

3. tInst(s) MI PECO Nuclear p pg Doctype 061 b

fe e sted 4.h/ECR/Other No.

b~ OO M~L S. Last Page Ho-

8. System / Topic No.: /#, d _ /4 O _ 3 Z_ 70 *. //e, fet 7.

Description:

M t 4.

CO asT Arvm us-Ed 4JL e4 m. m p M

Structure: 2a)a u.<,0) rou, un eron; usy(e.s >> ks Component: LG) c#Mtt Record of Revisions

11. Vendor Calc.

12. Assumptions

13. Signatures No.

10. Description of Revision Number Rrev.

YES NO Preparer Rev2 ewer i Approver (s) / Date

9. Rev.

bAck,Q M(.HET M hW4L Iwh h *'

GIe2

% mamw (sy.g

,,g.

it Wil%1TE~T sA GE n.cf.c.or htCA T W ittTvM M j54.

a

15. Manual Ef

14. Related Calculation No(s).

C """**" "

Provides Info. To:

PrWie fe. mi 'b Costputer Pmsrom & Version No.:

i Receives Info. Front m M-M M

17. Total Pages-

' g

16. Pmvides Info. To:

(DS Info. Only) tJFSAR/ Tech. Spec./etc. :

'Effect'ive Date: 9/4/94 Exhibit NE-C-420-3, Rev. 1 Page 1 of 1 PORC No RAS /kmm SQR NO l

CALC. # 7/r/ -/C/_7 REV. /

50 9 o

RESP MGR YES DCD #

DATE:

CALCULATION REVIEW CHECKLIST YES or N/A MANUAL COMPUTER CALC.

CALC, X

X CALCULATION IS THE APPROPRIATE BASIS FOR THE ACTIVITY V#f X

X CALCULATION ASSUMPTIONS, CONSIDERATIONS, AND Y#c METHODOLOGY CONFORM TO APPLICABLE DESIGN REQUIREMENTS X

X SOURCES OF DATA AND FORMULAS WERE REVIEWED AND hT VERIFIED TO BE CORRECT AND COMPLETE l

X X

INPUT DATE IS CORRECT AND USED PROPERLY V'#r X

THE ANALYTICAL METHOD'USED IN THE CALCULATION HAS

'Yt?

BEEN CONSIDERED AND IS PROPER FOR THE INTENDED USE X

MATHEMATICAL ACCURACY HAS BEEN CHECKED AND IS CORRECT v45 (INDICATE METHOD USED)

A)

COMPLETE CHECK OF EACH COMPUTATION var 5"

'N/#

B)

SPOT CHECK OF SELECTED COMPUTATIONS C)

PERFORMANCE OF ALTERNATE OR APPROXIMATION N/o CALCULATION (ATTECHED)

X X

CALCULATION RESULTS WERE CHECKED AGAINST APPLICABLE V#f DESIGN CRITERIA AND WERE FOUND TO BE IN COMPLIANCE X

X EXISTING CALCULATIONS REQUIRING REVISION AS A RESULT V4k-

' ~

OF THIS CALCULATION HAVE BEEN IDENTIFIED & DOCUMENTED X

THE ANALYTICAL METHODS DESCRIBED IN THE COMPUTER N/A CALCULATION

SUMMARY

IS PROPER FOR THE INTENDED USE

.,lmIfVM X

X ALL SYSTEM AND TOPIC NUMBERS ASSOCIATED WITH THE CALCULATION ARE LISTED X

COMPUTATIONAL ACCURACY HAS BEEN CHECKED AND IS AMt CORRECT (INDICATE METHOD USED)

'T'NI A)

CHECK SAMPLE CALCULATION USING DATA OTHER THAN THAT USED IN THE SAMPLE Nd B)

PERFORMANCE OF ALTERNATE OR APPROXIMATION CALCULATION (ATTACHED) h,M C)

DESCRIBE OTHER METHOD USED:

X PROGRAM USED IS APPROPRIATE, INPUT IS VALID, AND

///d OUTPUT IS REASONABLE CONSIDERING THE INPUT

.ASE CALCULATION HAS BEEN REVIEWED AGAINST CURRENT Vf(

B X

X DRAWING REVISIONS AND POSTED DCDS TO IDENTIFY SIGNIFICANT DIFFERENCES The criteria listed above are the minimum criteria to be considered and are not intended to limit the initiative of the reviewer to consider other criteria.

Attributes applicable to manual and computer calculations are noted by an "X" in the appropriate column.

I List the documents used to support this review.

kJ -ave f

J.fr o o m r D

\\

Wf

/ACkfZWD N/

be

$2[Q 0

CALC. NO.

Plui.1og 3 CALCULATION SHEET PAGE 2

PECO ENERGY NUCLEAR GROUP l

1.

Purpose / Objective The purpose of this calculation is to determine the minimum containment pressure available (MCPA) following a design basis large break loss of coolant accident (DBA LG-LOCA). This MCPA it. intended to be used by other alculations to demonstrate that there is sufficient ECCS pump net positive suction head (NPSH) margin.

PBAPS Units 2 & 3 are not committed to NRC Safety Guide 1.1, and have a' ways taken credit for containment overpressure. During NRC review and approval of the PBAPS FSAR, the NRC questioned the use of containment l

overpressure for the DBA LOCA event (Reference Question 6.3 of the PBAPS FSAR). In response to the NRC question, PBAPS provided a curve of the MCPA which showed a margin between the MCPA and the containment i

overpressure required for the ECCS pumps to maintain adequate NPSH. Assumptions used in the analysis and described in the text of the question response were chosen to minimize the margin.

l This calculation will document the re-analysis of the MCPA expected following a DBA LG LOCA using the results of the PBAPS Power Rerate containment analysis. In addition, a calculation of the MCPA following a DBA LG-LOCA during containment purge operation is also performed.

l Data provided by General Electric for the Post DBA LG-LOCA for the suppression pool temperature ended at approximately 12 hours1.388889e-4 days 0.00333 hours 1.984127e-5 weeks 4.566e-6 months following initiation of the event. Temperatures are sufficiently elevated that credit for containment overpressure will be required for some time beyond this interval. This calculation will extrapolate the suppression pool temperature data provided by General Electric, to assist in determining the point where credit for l

containment overpressure is no longer required.

I At the end of the calculation, an assessment of the MCPA is performed for other events which require credit for containment overpressure.

ACCEPTANCE CRITERIA This calculation will determine the MCPA following a DBA LG-LOCA for use in other calculations to determine that adequate NPSH margin exists for the ECCS pumps. As such, there are no specific ac.eptance criteria for this calculation. The results should be presented in a format which facilitates the use in other calculations.

IMPACTSTA TEMENT This calculation and its results makes no impact on the following:

TRUE FALSE Station administrative and implementing procedures, including 2

O Surveillance Test procedures Station operating procedures O'

O Issued Design Basis Documents (DBDs)

O S*

Licensing documents (i.e., SAR) CM 1 E

O Existing calculations O

S' l

Explanation of checkmarks are as follows:

' This calculation does not depend on any specific operating procedure and supports the use of the plant Transient Response Implementation Program (TRIP) procedures, including use of containment sprays.

2.

Changes required to DBDs and existing calculations are addressed in AR Al110856.

l i

l.96-21453 BN6 CALC. NO.

PM-1013 CALCULATION SHEET PAGE:

3 PECO ENERGY NUCLEAR GROUP 2.

Summary of Results j

i The MCPA available for any ECCS pump NPSH following the DBA LG-LOCA is shown in the following figures.

I The peak MCPA value of 22.10 psia (7.41 psig ) coincides, as expected, with the time of peak suppression pool temperature of 205.7 DegF and peak licensing basis drywell pressure (post blowdown) of 29.60 psia.

With the DBA LG-LOCA occurring concurrent with containment purge, sufficient nitrogen is lost from the containment (1091 lbm) to reduce the peak MCPA value to 21.21 psia (6.52 psig ) and coincides, as expected, with j

the time of peak suppression pool temperature of 205.7 DegF and peak licensing basis drywell pressure (post l

blowdown) of 29.60 psia. This reduction is expected since it lowers the partial pressure contribution of the mtrogen due to the reduced mass, while the partial pressure of the water vapor remains unaff-:ted (a function of containment temperature only).

I During the "Other Events", it was determined that Station Blackout and Inadvertent SRV Opening did not require j

containment overpressure credit. The MCPA during the ATWS event was calculated to be 4.86 psig, and the MCPA I

during the FSSD event was calculated to be 5.73 psig.

l The extrapolation of the suppression pool temperature shows that the temperature is expected to be below 170*F at j

approximately 50.4 hours4.62963e-5 days 0.00111 hours 6.613757e-6 weeks 1.522e-6 months following the beginning of the event.

- - _. -... _ -. - ~. -. - - -... _ _ -. -

. i 196 21453 B/M i

l CALC. NO.

PM-1013 i

i CALCULATION SHEET PAGE:

4 PEc0 ENERGY REVISION -

1 4

NUCLEAR GROUP i

i i

i PBAPS Units 2 as 3 HPSWTg WF g

M laisamma Costalansent Pressure Analysis Spray Rate.10,000 gpm DBA Lor,. Br..k LOCA

,n y i

l Constant Mass Leakage f.

1 3

l

(

1s l

e 34 4.

.4..

.a...

.....s..

_4..

lV s

I as g

can..

n..s,. s.i. c. t.a

-..tr.nl. ins :-.-i na 4..

11 l

r/'

-13

,e

50 g.

.p.............4..........._.......;..

Ih/.$j,<.........;.......

..........L............ '.. l as s. i m = c.. t as.. t P r.... r. A v.!!.b l. l...,.,

j i

g e..,.........,................jr..n..t7.4i,. igg...

4.............'.....;............-

p

=

...j..................

j

y 4......

y.....

s

.....:.......:.......L......;.

...{.

i 4..

s

.....+..... 2 p

..!......q.....f...

g e

e i

4

.........e..

.........~.........

.e 7....

a a

4..

...k......;.

....;.............;.....,'.......'.... ; -.. 4.

c 7..

.....y..

..p..

..s.

..t..

..I...

s

...l...

0 0

1 2

3 4

8 6

7 8

9 10 11 12 13 14

n.. n....i Figure 1 - Minimum Containment Pressure Available Following a DBA LOCA-No Conteinment Purge

s.-

~

- _ - ~

~

-. - - ~

. - -. ~. _ _ _ _

L96 21453'8/96 CALC. NO.

PM.1013 CALCULATION SHEET PAGE:

5 PECO ENERGY REVISION -

1 NUCLEAft GROUP a

PBAPS Units 2 as 3 wswT n.so r Mlaimaan Centelamment Pressure Aaslysis Spray Rate.10.00f5,pm 1

DBA Large Break LOCa y

,gog y y Constant Jess Leakage as l

. s......... "......,...................N l

p se

\\

A l

)

as 4

.6.

....s...

..t.

6..

c..... n..i s. s..s. c...i.... r. ris. s u..i.. = i l

i

,is g.... g/,/ :

1

... t

....p......

.p..

m to g,

[ p "......................................... l m i. 6 = = = c. i.e. =.. r e...... a.. u. m i. -

e l

- - - - ' - ~ ~ - - - b - - - - '....-. - ' - - - 1 r.. m.. e. e a r o s s l - - - -. -

y

..p.

g 4

..e 1

y e

..p..

p..

..p..

.y

-y..

......y.

....y.

t 4

...p.......

a 4

.t......;......p......p.......

..p...................p......p......p.....

.......p.....

i i

o 0

1 2

3 4

8 6

7 8

9 10 11 13 13 14 a

ei =. is....i 1

4 i

Figure 2 - Minimum Containment Pressure Available Following a DBA LOCA-Containment Purge in Progress

2143) 8/96 CALC. NO.

PM-1013 CALCULATION SHEET PAGE:

6 PECO ENERGY REVISION :

1 NUCLEAR GROUP Torus Water Temperature Response PBAPS DBA LG4.OCA 20 240 230 lPEco Emwapotamon l 210 N 's iso lGE Lee.g Term Neopense Date l j orop. amo. An so.4 nour. l 14e Toru.b ter Temperature (F) 120 110 100 so 0

8 12 is 24 30 36 42 48 64 60 j

Tin = (heur=>

j Figure 1 - Suppression Pool Temperature Extrapolation l

l I

m........ -.

't96 21433'8/96 -

C ALC. NO..

PM4013 CALCULATION SHEET PAGE:

7 PECO ENERGY NUCLEAR GROUP 3.

Design Input / Criteria C onstants -

Reference Patm 14.69598677 psia 6.L 7.480519481 gal /cuft 6.L R (Nitrogen) 55.2 ft-Ibf/tm *R 6.M To 459.67 *R 6.L inputs l

RMM UFubpray Flow rate 70,000 gpm 6.B.5.J.xiv RHR Hx Ueff 215.52 BTU /hr.sqft *F 6.B, 5.J.ix RHR Hx Area 5851 sqft 6.B.5.J.ix RHR Hx MTD Correction Factor 0.977 (unitiess) 6.B, S.J.ix HPSW Flow rate 4500 gpm 6.T HPSW Ternperature 90 *F 6.B. 5.J.viii Dryw el Wetw ell Altspace Volume 175,800 127,700 cuft 6.A, 5.J.i Initial Temperature 145 95 'F 6.B, S.J.iii Initial Pressure 0.00 0.00 psig 0*.."

Initial Relative Humidity 100 %

100 %

5.J.iv Initial Containtnent Purge 0 lbm N2 Containtnent Leakage (v/o) 0.5% per day 6.V 5.J.x In addition, the containment temperature (T ) and pressure (Po) used to calculate the constant mass leakage rate is t

95 F and 15 psig, respectively.

4.

Computer Calculation NA. Although this calculation uses the results of a GE computer run, and process all input values using a spreadsheet developed by the Originator, this calculation is treated as a manual calculation.

l l.

h

t%2115I896 CALC. NO.

PM-1093 CALCULATION SHEET PAGE:

8 PECO ENERGY NUCLEAR GROUP 5.

Assumptions and Identified Facts The following assumptions are made in performing this calculation, all of which are conservative and none of which require any verification. In addition, various facts are identified for clarification.

5.A.

He event analyzed is the DBA LG-LOCA, which assumes a complete guillotine break of a recirculation pump suction line, ne event is modeled because it results in the hottest torus water temperature, compared to an intermediate or small line break.

5.B.

Reactor blowdown mass and energy release is not re-evaluated. Instead, the temperature profile of the torus water is used as the driving force for the evaluation. His is acceptable because the Rerate analysis that generated the profile included various conservative assumptions that tend to predict maximum pool temperatures, which is also conservative in our consideration of ECCS pump NPSH.

5.C.

Deleted.

5.D.

Containment spray is assumed initiated immediately after initiation of the event (time = 0 seconds). Cooling water flow to the heat exchanger is not initiated until 10 minutes after initiation of the event (time = $94.45 seconds). This is consistent with the GE analysis that generated the pool temperature profile.

5.E.

Deleted 5.F.

The " system" is considered quasi-steady state. This is conservative because the time of peak torus water temperature occurs hours after initiation of the event. The dynamics of the blowdown and mass / energy / momentum conservation are of significance only early in the event when things are happening rapidly. At the time of concern (peak pool temperature), things are happening relatively slowly.

5.G.

Heat removal from the containment is independent of the point of return of torus cooling water, i.e., whether returned directly to the torus or via containment sprays. This is consistent with statements made in the UFSAR for PBAPS. Thus use of sprays does not alter the torus water temperature profile as developed by GE.

5.H.

Time assumed for inhiation of sprays is early in the event such that the containment atmosphere is at the same temperature as the spray water. This also assumes that the sprays are 100% efficient and sufficient for the containment size. This assumption is conservative in that, if undersized or less eflicient, the containment atmosphere would be at a higher temperature than the sprays and thus the containment pressure would also be higher.

5.1.

As a quasi-steady state system, with the temperature profile already computed using the GE SHEX code, evaluation of containment environment parameters can be performed for any point in time irrespective of any prior (or later) point in time. No differential or integral equations are necessary.

5.J.

Values for input parameters are used which will tend to result in hot torus water temperatures and minimum containment pressures, in that order of preference. Following this guidance, the following inputs are used:

5.J.i.

The containment air volume, taken from PBAPS UFSAR Table 5.2.1, is assumed at the maximum values. This assumption, although resulting in a greater initial mass of non-condensibles (NCs), results in a smaller increase in pressure as a result ofincreasing containment pressure. This was confirmed by changing the input to the smaller containment values and confirming that the margin increased.

5.J.ii.

Initial containment pressure is assumed at 0.0 psig instead of 0.75 used in the maximum containment pressure analyses. This assumptions is consistent with the original MCPA analysis and results in less mass of NCs and thus smaller containment pressures.

5.J.iii. Initial containment temperature is assumed at the Tech. Spec. maximum allowables of 145*F in

' 196-21453 8/96 CALC. NO. -

PM-1013 CALCULATION SHEET PAGE:

9 PECO ENERGY REVISION :

1 NUCLEAR GROUP the drywell and 95'F in the torus. This assumption again results in less mass of NCs. This assumption is consistent with the licensing analyses, which assumed these values because they result in higher peak (short-term) containment temperatures and thus higher peak (short-term) containment pressures.

5.J.iv.

Initial containment airspace relative humidity of 100% for both the drywell and the torus. This assumption again results in less mass of NCs. The licensing analyses used a relative humidity in the drywell of 20%, giving more mass of NCs and thus (slightly) higher peak pressures.

5.J.v.

Deleted.

5.J.vi.

No credit is taken for generation and release of non-condensibles from the reactor vessel.

5.J.vii. Deleted.

5.J.viii. Service water temperature is assumed at 90 F, consistent with the current licensing analyses.

Although a lower temperature would result in lower containment pressure, it would also y ield lower torus water temperatures. The following sensitivity study confirms use of higher service water temperatures is conservative:

The existing analysis uses a service water temperature of 90 F and yielded a maximum pool temperature of 206 F for the 102% of i 10% of original power and 10,000 gpm RHR flowrate (non-PERFORM).

GE has provided PECO with a letter stating that a change in service water temperature of 5'F (increase to 95'F) conservatively would increase the peak pool temperature by NO GREATER THAN 5'F. The negative of this is thus also true, that a decrease in service water temperature of 5'F (to 85'F) will drop the peak pool temperature NO GREATER THAN 5 F.

At a hot inlet temperature of 206 F and a service water temperature of 90 F, the hot exit will be NO LESS THAN 183.4*F. With a decrease in service water temperature of 85'F, GE states that the peak pool temperature will be NO LESS THAN 201'F, and the hot exit will be NO LESS THAN 179.7'F. This decrease in spray temperature (and thus containment temperature) from 183.4'0F to 179.7'F results in a decrease in available overpressure from 21.90 psia to 21.19 psia, or 0.71 pri. However, the decrease in peak pool temperature also results in a decrease in required overpressure due to the drop of saturation pressure from 13.03 psia to 11.77 psia, or 1.26 psi. This confirms that hot service water is conservative, with respect for minimum containment pressure analysis, for the DBA LOCA event.

5.J.ix.

The RHR heat exchanger effective surface area used in determining the spray temperature is the same as the value used in the GE analysis for pool temperature heatup. This value is conservatively low and assumes 5% tubes plugged. Low values for this parameter result in higher pool temperatures, which is conservative, but also results in higher containment pressures, which is non-conservative. However, for the same change in this parameter, the net impact is that low values of this parameter are conservative for safety system NPSH concerns, and thus conservative for this analysis.

5.J.x.

Containment leakage is assumed at the rate of 0,5% per day by volume. Results of the analysis have indicated that this has a minor impact on available overpressure. It is also conservatively assumed that only the nitrogen leaks.

5.J.xi.

It is assumed that the drywell and wetwell airspace are connected by a large opening such that they are one volume. This is conservative since the wetwell pressure cannot become greater than the drywell pressure by any appreciable amount due to the vacuum breakers. This assumption results allows as i

much return of NCs to the drywell as is required to balance pressures.

i 5.J.xii. Deleted.

5.J.xiii. Deleted 5.J.xiv. PECO Calculation 11187-M-08 indicates a maximum spray flow rate of 9,350 gpm, instead of the 10,000 assumed in this calculation. The design basis flow required for torus cooling remains 10,000 gpm.

s Use of 9,350 gpm has little impact on the margin calentated herein (approximately 0.02 psid).

l l

. *

142145$ 8/96 '

CALC. NO.

PM-1013 CALCULATION SHEET PAGE:

10 l

PECO ENERGY NUCLEAR GROUP 5.J.xv. Deleted l

6.

References 6.A PBAPS UFSAR Table 5.2.1 6.B NE-163 3 " Peach Bottom Power Rerate Project Engineering Report" 6.C PECO Calculation 18247-M 30 "RHR Pumps NPSH Post LOCA" 6.D PECO Calculation 18247 M-29 " Core Spray [ Pump) NPSil Post LOCA" 6.E PECO Calculation 18247-M-31 "IIPCI System NPSil Following a LOCA" 6.F PECO Calculation i8247-M 32 "RCIC System NPSH Following a LOCA "

6.G PECO Calculation PM-1010 "RiiR Pump NPSH" 6.H PECO Calculation PM-101I " Core Spray Pump NPSH" 6.1 Pump Curves M 1 U-283 through 286,293 through 296,419 through 426,430 through 437, and M-1-JJ.

49 6.J Drawing S-51 " Containment Vessels - Requirements" 6.K EAS 10-0289 " Peach Bottom Suppression Pool Drawdown" 6.L ASME Steam Tables (fifth edition) 6.M Crane Technical Paper No. 410 (25th printing) 6.N Hydraulic Institute Standards (13th edition) 6.0 Standards of the Tubular Exchanger Manufacturers Association (TEMA)(7th edition) 6.P Attachment I to PECO NCR 95-05708 "PBAPS Safe S/D Analysis" 6.Q PECO Calculation 18247-M-001 " Maximum Torus Temp. For The ECCS Syst."

6.R PECO Calculation PM 760 " Power Rerate Evaluation - SBO Analysis" 6.S NEDC-24380-P "PBAPS 2 & 3 Suppression Pool Temperature Response" 6.T M 1-DD-9 " Process Diagram RHR System" 6.U PECO Calculation 1Il87 EC-017-0101 " Pressure Drops Across the RHR and Core Spray Strainers" 6.V PECO Calculation 18247 M-24 Rev.4 (Containment Purge N2 loss) i i

d I

., mm 1

CALC. NO. '

PM 1013 CALCULATION SHEET PAGE:

11 PECO ENERGY I

NUCLEAR GROUP 7.

Calculation A simplified model of the PBAPS containment is used. Initial conditions are assumed that tend to durease the margin between the MCPA and the required OP for the DBA LG-LOCA analysis.

CONVERSION FACTORS AND CONSTANTS USED P

Conversion factor - psig to psia 14.6959 G

Conversion factor - U.S. gallons per cubic foot 1728 /231 R.

Ideal gas constant for nitrogen (ft-lbf/lbm *R) 55.2 To Conversion factor 'F to *R 459.67 l

INPUTPARAMETERSAND VARIABLES USED Note: A subscript "i" denotes the initial condition valu. for the variable.

t Time from initiation of th 2 event (seconds)

T (t)

Torus water temperature at time t (*F) 7 V

Volume (airspace) of the drywell (cuft) 175,800 4

V.

Volume (airspace) of the wetwell (cuft) 127,700 j

V Total containment volume (cuft)

P Atmospheric Pressure in the drywell(psig) 4 P.

Atmospheric Pressure in the wetwell (psig)

T Atmospheric Temperature in the drywell(*F) 4 T.

Atmospheric Temperature in the wetwell('F)

RH Relative Humidity of the drywell atmosphere (%)

4 RH, Relative Humidity of the wetwell atmosphere (%)

P,,,(T)

Saturation pressure of water for a given temperature (psia) l Pv4 Partial pressure of water vapor in the drywell airspace (psia)

Pv, Partial pressure of water vapor in the wetwell airspace (psia)

Pa Partial pressure of nitrogen in the drywell airspace (psia) 4 Pa, Partial pressure of nitrogen in the drywell airspace (psia)

Ma4 Mass of nitrogen in the drywell airspace (Ibm)

Ma, Mass of nitrogen in the wetwell airspace (Ibm)

Total mass of nitrogen in containment (lbm)

Ma i

Mp Total mass of nitrogen purged from containment during blowdown (Ibm)

Lv Volumetric leakage rate of nitrogen (% per day by volume) 0.5%

Lm Mass leakage rate of nitrogen (Ibm /sec)

Po Conservatively high pressure for computing Lm (psig) 15 To Conservatively low temperature for computing Lm (*F) 95 I

L

> 196-21433 8/96 CALC. NO.

PM-1013 CALCULATION SHEET PAGE:

12 PECO ENERGY REVISION :

1 g

NUCLEAR GROUP U

RilP i. cat exchanger overall coefficient of heat transfer (BTU /hr sqft *F) 216.52 A

RllR heat exchanger effective tube surface area (sqft) 5851 LMTD RilR heat exchanger log-mean temperature difference (*F)

F RiiR heat exchanger mean temperature difference correction factor (unitiess) 0.977 Qa R11R containment cooling flow rate through the heat exchanger (gpm) 10,000 Qs HPSW flow rate through the RHR heat exchanger (gpm) 4500 Ts HPSW coeling water temperature (*F) 90 Ms llPSW mass flow rate through the RHR heat exchanger (Ibm /sec)

Cps (Ts)

Specific heat at constant pressure for the HPSW (BTU /lbm *F) hin(Tn)

RHR mass flow rate through the RHR heat exchanger (Ibm /sec)

Cpn(Ta)

Specific heat at :onstant pressure for the RHR (BTU /lbm F)

P.

Total containment pressure (psig) vfT)

Specific volume of water at the given temperature (cuft/lbm)

EQUA TIONS USED -MCPA Constants V = V + V, Equation 1 s

144 * (P + P,,,)

Lv

V t

,m=

Equation 2 24

3600

R,

T + To t

Gs Al = 60

G *v (7;)

s 9"'

f Initial Conditions 144 * (Ps, + P,,, - RH,

P,,,(Ts, ))

V s

s Afas' =

Equation 4 R,. * (T, + To) s 144 * (P, + P,,, - RH,,

P,,(T,, ))

V, Ala"' =

Equation 5 R, * (T,, + T )

o Afaj = Afa, + Afa.,

Equation 6 s

w

14211538N6 CALC. NO.

PM-1013 CALCULATION SHEET PAGE:

13 PECO ENERGY NUCLEAR GROUP Once initial conditions are determined, conditions at any subsequent time can be determined, independent of conditions since the initiation of the event. This is founded in the conservative assumption that the containment sprays are sized such that they can completely control the containment environment and the containment environment will be at the temperature of the sprays.

Given a time = t, and a torus water temperature for that time of Tr(t) as provided in Reference 6.B:

Ga Af = 60

G

v (T )

n f r We know the temperature of the hot and cold water entering the RHR heat exchanger, Thi, and Tei, respectively.

We need to determine the temperature of the hot water exiting the heat exchanger. We can either guess at a LMTD or use the LMTD determined for the previous time step, and use this as an initial value for LMTD, then iterate until exit temperatures and LMTD are consistent.

O 4

Th.

Thi Tc, Tc, i

V V

HX = Af

Cpa * (Th, - Th,)

a

= AI,

Cp3 * (Tc, - Tc,)

Equation 8

= U

A

LAfTD

F o

Although F is dependent on the results, it does not change significantly and a conservative value can be chosen as a constant. Thus the iteration is simple, guess a value for LMTDo, calculate the heat transferred, HX, then calculate the exit temperature for the hot side, Th. A value for the exit temperature of the cold side can also be calculated, but is not important in our analysis.

U

A

F

LAITDo Th, = Th' -

Af

Cpa a

Equation 9 U

A

F

LAfTDo Tc* = Tc' +

Af

CP s

s

where,

s196-21453 8M6 l

CALC. NO..

PM-1093 CALCULATION SHEET PAGE:

14 PECO ENERGY NUCLEAR GROUP LAfTD, = GTD-LTD

,GTD' In\\LTDs GTD = Th - Tc, Equation 10 LTD = Th, - Tc, Assuming the conta' ament spray capacity is oversized for the containment, the containme.it temperature will be that of the spray water, Th.. The sprays also ensure the atmosphere in the containment is saturated. Since we know the initial mass of nitrogen and the (constant) mass leakage of nitrogen, we can determine the atmospheric conditions in the containment.

Afa = Afa, - Lm

I-Alp Equation i1 Pv = P,,,(Th,)

Equation 12 Afa

R, * (Th, + T )

o Pa =

Equation 13 144

V AICPA = Pv + Pa - P,,

Equation 14 The above equations provide us with a conservative profile for the minimum containment pressure available following an evaluated event, such as the DBA LG-LOCA. The " forcing function" for this evaluation is the temperature profile for the torus water. Other events can be evaluated in similar fashion provided a temperature profile for the torus water is avail ble.

Computation of all parameters is simple and straightforward, given input values and using the above equations. A

- spreadsheet is used for the computations. Inputs to the spreadsheet are provided in Section 3 above. Sample calculations are provided below and confirm the spreadsheet results. Printout from the spreadsheet is provided as.

EQUA TIONS USED - SUPPRESSION POOL TEAfPERA TURE EXTRA POLA TION Afc (dT/dt) = Qs (t) - C(T-90) p

where, C = Heat Removal Rate of RHRHx (GE Number) 90 = HPSW Temperature Q4 (t) = Decay Heat + Pump Work l

. Q4 (t) = Q,e* + P

* '196-21'4$3 BN6 CALC. NO..

PM-1013 CALCULATION SHEET PAGE:

IS PECO ENERGY NUCLEAR GROUP Assume Q,e'*' >> P for t small i.e. P is considered negligible Mc (dT/dt) = Q,e* - C(T-90) p (dT/dt) + (C/Mc) T = (Q/Mc )e* + (90C/Mc) p (dT/dt) + y T = pe* + 90y where; y = (C/Me )

p p = (QgMc )

p i

Homogeneous Solution:

T = Ae'"

3 i

Particular Solution:

Tp = Be* + D Total Solution:

T(t) = Ae'" + Be* + D (dT/dt) = -yAe'" + ABe*

From this diffential equation:

(dT/dt) + yT = pe* + 90y

(-yAe'" - ABe*) + y (Ae'" + Be* + D) = pe* + 90y

-ABe* + yBe* + yD = pe* + 90y i

e* terms:

(y - 1)B = p or B = p/(y - A)

Constants: yD = 90y or D = 90 T(t) = Ae'" + [p/(y - A)]e* + 90 Sample Calculations CONSTANTS Vd 175,800 cut 1

=

127,700 cuft Vw

=

303,500.00 cuft 175,800 + 127,700 V

=

0.5% per day Lv

=

4

196-21.l5[8M6 CALC. NO.

PM 1013 CALCULATION SHEET PAGE:

16 PEOO ENERGY GEAR GROUP Pt 15 psig

=

i To 95 *F

=

Lm I44, *(l5+14.69598677)* 0.5%*303.500.00 =

0.00245 lbm/sec

=

,~

24*3600*55.2*(95+459.67)

Qs 4500 gpm

=

90 *F T,

=

0.016098759 cutVibm vn

=

622.7835 lbm/sec Ms 4500

-=

=

60*7.480519481*0.016098759 0.9980 BTU /lbm *F Cp,

=

INITIAL CONDITIONS Pd 0.00 psig

=

Td 145

F

=

RHd 100 %

=

144*(0.00+14.69598677-100%*Psat(145))* 175.800 =

8,657.191bm

Mad,

=

55.2*(145+459.67) 0.00 psig Pw

=

95

F Tw 100 %

RHw

=

8,336.611bm 144*(0.00+14.69598677100%*Psat(95)* 127.700 Mawi

=

55.2*(95+459.67) 16,993.80 lbm 8,657.19 + 8,336.61 Ma,

=

.=

TIMESTEPSAMPLE CALCULATION 18,045.52 seconds t

=

201.2 *F T

7 0.016645 cuft/lbm vf(TT)

=

1.00530 BTU /lbm *F Cp,

=

10.000

-1,338.5 lbm/sec Ma

=

60* 7.480519481 *G.016645 Thi 201.20 F

=

90.00 *F Tcl

=

Guess an LMTD, 78.77 *F LMTD,

=

180.66 *F 201.20 - 216.52 *S851

0.977*

78.77 no

=

1,338.56

1.00530

3600

(

0%-2t453 BM6 CALC. NO. :

PM-1013 CALCULATION SHEET PAGE:

17 PECO ENERGY NUCLEAR GROUP J

90.00 +

216.52 '5851*

0.977

78.77 Tco 134.46 'F

=

622.7835

0.9980

3600 1

l GTD 180.66 - 90.00 90.74 'F

=

LTD 201.20 -134.74 66.74 F

=

LMTD 90.74 66.74 78.09 F

=

In(

90.74

/

66.74 )

Comparison of LMTD with LMTDy,, shows that our original guess was appropriate. Our containment environment temperature is then no less than the spray temperature of 181.07'F.

l With the previously calculated nitrogen mass loss due to initial containment purge operations, with the assumed constant nitrogen mass loss due to leakage, we can calculate our nitrogen mass in the containment as, 0 lbm Mp

=

16,993.80 - 0.00245 I 8,045.52 - 0=

16,949.53 lbm Ma

=

13.7170 psia 16.949.53

55.2

f I81.07 + 459.67 )

Pa

=

144

303,500.00 7.6918 psia P,(Temp)

=

6.7128 psig 7.6918 +

l 3.7170 -

14.69598677 MCPA

=

SUPPRESSION POOL TEMPER. t TURE EXTRAPOIA TION Coefficients for the earlier equations will be xletermined now.

From GE supplied suppression pool temperamre profile:

t = 39,047.27 seconds T = 205.4'F i

i t = 43,377.02 seconds T = 204.7'F 2

2 t, = 45,533.77 seconds T = 204.3'F 3

l Note: These points were chosen arbitrarily, late in the event because that is the timeframe that we are interested in. Since temperature is changing slowly, a wider time span is used to get a little more AT and thus increased accuracy.

(dT/dt),

dT T, - Ti

=

dt t

t-t 2 i i

l i

l

(9 %21453 8/96 l

l CALC. NO..

PM-1013 CALCULATION SHEET PAGE:

18 PECO ENERGY i

NUCLE ~ R GROUP j

From the differential equation:

i

= Qo " - c(T - 90)

Me dl e

i r

l dt t i l

(dT/dt)2 si.I T, - T,

=

dt t2 t, - t2

)

= Qo "- c(T - 90)

Me,dT c

2 dt t2 Q = [Mcp(dT/dt) + c(T - 90)]e+*" = mie'"'

i Q = [Mcp(dT/dt)2 + c(T - 90)]e**" = m2e' #

2 where; mi and m2 are known from the data points I = (mi m2 )e* 40 (mi m2) " e * ""

/

or A(t - t ) = in(mi m2) or A. = In(mi m2) / (t - t )

/

2 i 2 i Finally; Q,=mie"'

and; A = [T 90 - Be'*"]e"

i Other Analyzed Events Other analyzed events that may require credit for containment overpressure are Station Blackout, ATWS, Fire Safe Shutdown (FSSD), and inadvenent Open Relief Valve (IORV). Design Basis Document P-T 12, Table T2.1-12 1 provides a list of events which require containment cooling mode of RHR. The IORV event is chosen to bound all anticipated operational occurrences and abnormal operational transients.

This section will assess the MCPA, how much overpressure credit is required (CPR), and ensure adequate margin exists. For each of these events, a time-dependent temperature profile for the torus water is not available. Instead, the peak torus water temperature is provided. Comparison of the minimum margin calculated for the DBA LG-LOCA and the margin at the peak torus water temperature indicates that the e num margin is less than the margin at the peak temperature by less than 1 percent. Therefore, to estimae minimum margin for these events, the margin at peak temperature will be calculated and conservatively reduceo ey 2%. If the time of the peak pool l.

temperature is unknown (for evaluating total nitrogen leakage), a conservative time of 28800 seconds will be used.

l STATIONBLACKOUT i

Peak torus water temperature for the PBAPS SBO event is calculated in PM-760 (Reference 6.R) as 161'F at 15300 seconds. Calculation 18247-M-001 (Reference 6.Q) provides torus water temperatures for each ECCS/RCIC pump above which containment overpressure credit is required. The peak torus water temperature calcul.ted for the SBO event (161'F) is well below temperatures where containment overpressure credit is required.

1 4 21'45I 8/96 CALC. NO.

PM-1013 CALCULATION SHEET PAGE:

19 PECO ENERGY l

NUCLEAR GROUP l

l Therefore, an evaluation of available containment pressure is not required for the SBO event.

ATWS l

l Peak torus water temperature for the PBAPS ATWS event is calculated in Reference 6.B as 188 F at 3300 seconds.

I Calculation 18247-M-001 provides torus water temperatures for each ECCS/RCIC pump above which containment l

overpressure credit is required. Since the peak torus water temperature for the ATWS event (188'F)is greater than l

the temperatures of 18247-M-001 (Reference 6.Q), containment overpressure credit is required.

Therefore, an evaluation of available containment pressure is required for the ATWS event.

l The analytical method used for the ATWS event analysis is identical to that used for the DBA LG-LOCA analysis, with the exception that time-based pool temperatures are not provided for the ATWS event, only peak pool temperatures. As explained above, a conservative margin reduction of 2% is used to account for any difference between margin at peak pool temperature and minimum margin.

The analysis is detailed on the following spreadsheet printout. The MCPA determined was 4.86 psig.

FSSD Peak torus water temperature for the PBAPS FSSD event is calculated in Reference 6.P as 206*F at 28800 second;.

Calculation 18247 M-001 (Reference 6.Q) provides torus water temperatures for each ECCS/RCIC pump above which containment overpressure credit is required. Since the peak torus w ater temperature for the FSSD event (206'F)is greater than the temperatures of 18247-M-001 (Reference 6.Q), containment overpressure credit is required.

Therefore, an evaluation of available containment prenure is required for the FSSD event.

Initial containment parameters are identical to those u.d in the DBA LG-LOCA analysis. Service water temperature for pool and spray cooling is assumed at 40 F. Because torus water cooling is not initiated for the FSSD event until long after initiation of the event, use of colder water has only minor impact on the peak pool tempecture, but has a significant impact on the spray temperature and hence, the MCPA. Use of 40 F service water temperature is conservative.

The analytical method used for the FSSD event analysis is identical to that used for the DBA LG-LOCA and ATWS analyses, with the exception that time-based pool temperatures are not provided for the FSSD event, only peak pool temperatures.

The analysis is detailed on the following spreadsheet printout. The MCPA determined was 5.73 psig..

IORY Peak torus water temperature for the PBAPS IORV event is calculated in NEDC-24380-P (Reference 6.S) as 172*F at 3790 seconds. Calculation 18247 M-001 (Reference 6.Q) provides torus water temperatures for each ECCS/RCIC pump above which containment overpressure credit is required. The peak torus water temperature calculated for the IORV event (172'F) is well below temperatures where containment overpressure credit is required.

l Therefore, an evaluation of available containment pressure is not required for the IORV event.

l

.I96 2l'4$3' 8.96 CALC, NO.

PM-1013 CALCULATION SHEET PAGE:

20 l

PECO ENERGY REVISION.

1 NUCLEAR GROUP l

The results of these evaluations are as follows:

I inputs Veek rooi tiedw l

Temp.

Time Temp.

RHR Ficw Event

(*F)

(seconds)

(*F)

(gpm)

SB0 ist 15300-10.000 ATWS its 3300 90 10,000 FSSD 206 28800 40 10,000 SORV 172 3790 90 10,000 A I VV5 M80 TU,yWApp 60m 6UP F55 't dMa/dt 0.002453 lbm/:ec TSW 90 *F t

3300 sece LMTDo 69.43963 *F Ma(t) 18985.70f Ibm Tho 170.3198 'F Tco 128.4f 06 *F Or 10,000 gpm Os 4,500 gpm GTD 80.31983 *F TSP 188 *F TSW 90 *F LTD 59.58938 'F Psat(TSP) 8.9448678 psia Psat(TSP) 0.698f27 psia LMTD 69.4J963 *F Density 60.389019 lbm/cuft Densdy 62.11659 lbm/cuft T

170.3f 98 *F Cpf f.0036129 BTUAbm*F Cpf 0.99802 BTU /lbm*F Py 6.036849 psia Mr 1345.4729 lbm/see Ms

$22.7835 lbm/sec Pa f3.51559 psia MGPA 4.550 psig

~~

l tsuu uso is,yvapo som ide zon t j

dMaldt 0.002453 lbm/sec TSW 40 *F i

I t

28400 secs LMTDo f17.8559 *F Ma(t) 16923.140 lbm Tho 175.8499 *F Tco 104.4744 *F Or 10,000 gom Os 4,500 gpm GTD 135.8499 *F TSP 206 *F TSW 40 *F LTD 101.5258 *F Psat(TSP) 13.03f183 psia Psat(TSP) 0.12f 634 psia LMTD f f 7.8551 *F Density 59.962187 lbm/cuft Density 62.426f Ibm /cuft T

175.8499 *F Cpf f.0059784 BTUllbm*F Cpf f.004f26 BTUnbm*F PV 6.845799 psia Mr 1335.96Jf Ibm /sec Ms

$25.8867 lbm/sec Pa 13.58402 psia MUPA 5.7J4 psig l

l l

i t

l P

1

4 2ias3ioe OALC. NO..

PM-1013 CALCULATION SHEE PAGE:

21 PECO ENERGY REVISION :

1 NUCt. EAR GROUP 8.

Attachments 8.A Spreadsheet Printout for the MCPA following a DBA LOCA, without containment purge,14 pages, beginning on the next page.

l i

l.

i e

I

~~ _

m._

-m x. -

.-. - - - - - ~ -

~~--~m.-----mm-

-~m

-u-

_ _ ~.

_m m.

[T om e.

hO

$l

=O g !

ono.nM mmeenu,,-

Tune Tune SP Temp DW Pronoun Psat VI Mass flow Cp Tru

.To LMTD Ino Ta>

GTO LTD LMTD O

5 :

(seconds)

(hours)

(*F)

(pein)

(psi JAtwn)

C.=_)

(BTUAtwn T) (F)

(T)

(*F)

(T)

("F)

(*F)

{

Z AGO 0.0000 SEO fE45 0.4.

0.0f0ff4 f,302.87 490809 95.40 95.00 0.00 96.00 30.80 5.00 SD SAD C

t N

i 4 28 Ref37 f38.3 47.5f 2.825,6 0.016278 f,388.92 0.90033 f36.30 f36.30 0.00 f38.30 90.00 48.30 RSS

&OS N

f i

70.39 Ref98 139.0 47AB 2.81500 RefS208 f,307.88 0.90NS f39.00 f 39.00 0.00 139.00 30.00 4 00

&Of Om 88.08 0.0239 f3E4 47.25 1 84409 0.016290 f,3ST.70 E90960 f39.40 f3940 0.00 f39AS 90.00 49.40 SOS ROS C

18ESS S0297 f3&S MN 2.87435 0.016292 f,387.54 0.90082 f30.80 130.80 0.00 f 39.80 90.00 MSO E80 ASS f

j j

f3f.33 0.0905 f4R3 415*

19ff54 0.016295 f,3ST.34 R30055 f40.30 f40.30 ROS f40.30 90.00 50.30 8.80 R00 t

i 156.20 0.0434 f40.8 4E93 1Nef4 &Of6297 f,387.f3 E90058 140.80 140.80 0.00 f40.80 90.00 50m 0.80 ROO fif.33 RO5W f4f.2 4Ef9 2.9795f Ref8299 f,308.97 E90900 fdf.20 141.20

&OS f4f.20 S&OO Sf.20 RSS 0.00 205.70 S057f f4f.4 44 4 2.9N00 0.0f8300 f,306.89 0.900Sf f4fA0 f4fA0 0.00 f4fA0 90.00 SfA0 0.00 0.00 23R20 A8639 f4f.5 diep 3A0248 0.016300 f,388.85 R30082 141.50 f4f.50 RSS f4f.50 S&OS 5f.80 ROS 0.80 25545 0.07f0 14f.8 410f 3.0f0f5 Ref830f f,306.8f R.~0083 f4f.00 f4f.00 0.00 fdf 80 30.00 5f.80 ade ROO 20R70 a0780 f41.8 42.18 10f0f5 0.0f830f f,306.Sf 0.90083 f4f.80 141.00 0.00 f4f.00 90.00 5f.00 0.00 0.00 305.95 0.0050 f4f.7 of.54 10f785 RefS30f f,308.77 0.90083 f4f.70 f41.70 0.00 f41.70 90.00 5f.70 0.00 SAO 33f.08 SO920 14f.7 40.77 1 01785 0.01630f f,308.7T 0.90083 fdf.70 14f.70 0.00 f4f.70 90.00 6f.70 0.00 0.00 358.58 RSSSO f4f.7 40.f0 10f785 0.0fS30f f,308.77 0.90083 14f.70 f4f.70 0.00 f41.70 90.00 Sf.70 0.00 SE h

J9f.58 af080 94f.8 39.4f 1 92557 A0f8302 f,308.73 0.90984 fdf.80 14f.80 ROO f4f.80 30.00 5f.80 0.00 ROS 40E83 Eff30 f4f.8 36.7f 1 02557 Ref8302 f,308.73 0.99984 f4f 80 f41.80 0.00 fdf.80 90.00 5f.80 0.00 ROS 43f.83 Af200 141.8 36.14 1 02557 0.0f8302 f,388.73 0.00084 f4f.80 f4f.80 0.00 14f.80 30.00 Sf.80 0.00 0.00 45f 33 0.f254 f4f.9 3130 3.03330 0.0fS302 f,306.09 0.99984 f41.90 f4f 90 0.00 f41.90 90.00 5f.90 0.00 0 00 I

47189 0.f3f4 142.f 27.42 194083 RefS303 f,308.8f 0.90006 fd2.f0 14110 0.00 f42.10 90.00 52.f0 0.00 0.00 i

40E83 af377 f42.5 25.39 3.10308 OAFS 307 f,306.32

&99070 f42.80 f42.80 dop f42.80 90.00 52.80 0.00 ade i

52R83 0.f447 f419 24.43 Af9f58 0.014312 f,305.87 R90078 14190 f4190 0.00 f43.90 90.00 5190 AGO 0.00

{

54E08 0.f8f4 f4E2 2198 1298f8 0.0f63f8 f,385.33 0.90005 145.20 f45.20 0.00 f4E20 90.00 55.20 GM 0.00 500.78 af583 f48.5 2187 1 40780 0.0f6325 f,3Sd79 0.90003 f48.50 fM50 0.00 f4 Esp Stop 56.50 0.00 0 00 594AS 0.f851 147.8 21 4 182049 0.016331 f,384.26 f.8000f f47.80 90.00 40.99 f37A7 ff187 3113 47.47 40.99 i

808.28 Af85f f50.6 214f 1 7'800 0.0fS346 f,38100 f.00020 f50.80 90.00 42.97 f39.78 ff177 36.83 49.76 42.97

[

80E28 0.2237 1519 2140 4.09250 0.016383 f,30f.83 f.00043 15190 90.00 4E3f f4148 ff5.08 38.84 52AS 45.3f l

978.39 A27f2 f58.5 2150 4 35921 0.0f8378 f,300AD f.00062 fE50 30.00 47.f5 fMSS ffEOS 4042 5450 47.f5 f,f 55.f 4 0.3208 f58.9 2151 48f832 0.0f8389 f,35043 f.000Sf f58.00 90.00 48.85 f4E58 ff7.02 41.88 ESS 48.85 f,33&Of 0.37ff 181.0 2151 4 85000 0.0f840f f,358AS f.00097 fSt.00 30.00 50.34 f48.27 ff7.84 4116 58.27 50.34 f,520.39 OA223 783A 2153 5.09f08 0.0164f2 f,357.57 f.00ff4 f83.00 90.00 5f.75 f49.9f f f 8.83 ' 4437 59.9f 5f.75 f,70f.5f R4728 1848 2155 E3fff9 RefS422 f,358.75 f.00f29 f8480 90.00 5103 f5f.30 ff9.33 45A7 Sf.38 53E

?

f,808.f4 0.5245 108.5 2158 5.52838 0.Of643f f,355.98 f.00143 18E50 90.00 5423 f52.T7 f20.00 4 50 8177 5423 h

2,07489 A57M feto 218f 5.72232 Sof8440 f,35E28 f.00f56 18E00 90.00 55.29 f5400 f2&58 47.42 84.00 5E29

[

2,258.89 0.8289 100.4 2167 E9fedd 0.0f8448 f,354.80 f.00f89 180A0 90.00 56.28 155.f4 f2f.f3 48.27 Kf4 58.28 i

2,440.89 R$780 f70.7 2174 S.00978 0.0f8455 f,35199 f.00f81 170.70 90.00 57.20 f58.20 f2f.84 4 08 88 20 57.20 2,82128 R7284 f7f.9 2182 E29032 0.016482 f,35142 f.00f92 f7f.90 90.00 58.05 f57.f8 1211f 49.79 87.f8 58.05 f

2,005.78 A7802 f710 2188 E4f823 0.0f8488 f,352.80 f.00202 173.00 90.00 RS3 f58.08 f2154 SOAS 88.08 58.83 l

2,995.f4 RS320 f740 23.90 S.58583 0.0f8474 f,352.4f f.00212 f7400 90.00 50 54 f58.90 f22.93 5fA7 88.90 59.54

% T O h

[

f 3 f 77.38 E8828 175.0 2406 8.71508 0.0fS400 f,35f.93 f.00222 175.00 90.00 80.24 f59.7f f2132 5f.88 89.7f 80.24 i

3,55f.78 0.9006 176.8 2422 E99355 0.0f8af 1,35fA8 f.00240 fit.80 90.00 St.52 18f.ft 12403 52.77 79.18 Cf.52

~

I 3.385.28 0.9348 f75.9 2417 8.85352 RefodSS f,35f.50 f.0023f f7E90 90 00 80 88 180.45 f21e8 52.22 70A5 80.88 5 m O f

f 3,736.84 f.0300 177.8 2432 7.f2002 0A18498 f,350.87 f.00248 f77.00 90.00 82.08 18f.84 f24.34 5128 Tf.84 8108 3,92f.76 f.00N 178.4 244f 7.2404f 0.018500 f,350.28 f.00256 179 40 90.00 82.85 182A9 f2 DSS 51T4 T2AS S185 f

4 f06.5f f.f407 f79.1 2447 7.36234 40f8505 f,349.t3 f.00283 f 7910 90.00 83.15 f8108 f2493 54f7 7106 83.f5

<ma

,.,m fnA un 7.m77

A,aa f.3a.=

,mm

,nm aa au fau fan ua ran au 447189 f.2427 f8R5 248f 1.5047f SOf85f3 f.340.24 f.00278 f80.50 90 00 84.f4 f8&20 f25.48 5102 7420 84f4 4 858.28 f.2934 18f.f 2400 7.00817 0.0185f7 f,3a.95 f.00284 181.f0 90.00 8458 18400 125.7f 55.39 TASS 84.58 d

Y l

483Ef4 f.3434 f8f.7 247s 7.79875

&#f8520 f,3ds.85 f.00291 18f.70 S&oo

$498 fSaf8 f25.95 5E75 7118 84.98 h

5.021a f.m2

,n2 x86 7n51f amn3

,.uta

,am fn=

um au

,8En snu na rem au g

i 0

h l

l

,[

.i

,~-

hT om 1-b b.

= O g,

c.,,.=

Twns Tame Temp Pv Ma Pa MCPA DWPressur Qy m)

<n=r=>

m o==>

ot=n>

o=.)

o-a) o=a) oZ 0.00 0.0000 K00 2.7908 f488180 1f.9054 0.0000 0.754d Q

49.28 0.0f37 138.30 2.8252 18,901 88 12.79f7 0.7209 318f4d 70.39 0.0f98 139.00 2.8157 ft90182 12.8497 0.9894 32.7840 h

KOS 0.0239 f39.49 2.8449 18,99158 f2.8582 f 007f 32.5540 10&89 0.0297 f39.80 1 8744 1899153 f2.8888 f.045f 32.2440 f

f 13f.33 0.0385 f40.30 19ff5 18,99147 12.8774 f.0930 3f.8340 f58.20 0.0434 f40.80 1 9491 f8,99141 f2.8881 f.f4f3 3f.2340 f8f.33 0.0504 f41.20 2.9795 18.99135 f2.8987 f.f802 3& 4940 205.70 0.057f f4f.40 2.9948 18,90129 f19009 f.ft97 29.7940 2$&20 0.0839 f4f.50 10025 fL99123 f2.9030 f.2005 28.9940 255.45 0.0Tf0 f4f.80 10f0f 18,991f7 fl906f f.2193 28.3140 200.70 0.0780 14f.00 10f0f ft991ff 12.906f f.2f92 27.484d 305.95 0.0050 14f.70 10f79 18,99105 119072 f.2290 - 21844d 33f.00 0.0920 f4f.70 10f79 18,992.98 f2.907f f.2290 28.074d p

h 358.58 0.0990 f4f.70 3.0f79 f8,992.92 f2.907f f.2289 21404d 38f.58 0.f080 f41.80 1 0258 f8,992.88 f2.9092 f.2388 24.7140 408.83 0.ff30 14f.80 1 0256 is,992.30 f2.909f f.2387 24.0f40 43f.83 0.f200 f41.80 10258 ft992.74 f2.909f f.2387 23.444d I

45f33 0.f254 f4f.90 3.0333 f8,99189 fi9ff2 f.2485 f7.8080 47189 0.f314 f42.f0 3.0488 ft99104 fi9f54 f.2883 f2.724d 49E83 af377 f4180 3.f037 fE992.58 f2.9304 f.33Sf f0.094d 520.83 0.f447 f4190 if9f8 14992.52 12.9640 f.4498 9.734d

~

545.0f 0.f5f4 f45.20 12982 f8,99148 f198ft f.58dp 9.2840 589.78 0.1583 148.50 14078 18,992.49 f10007 f.7215 8.974d 594.45 0.f851 f37.47 2.7084 ft992.34 f18f58 0.8282 8.79dd 588.28 af851 f30.78 2.87f8 f&902.f8 f2.8849 f.0408 4.7f40 806.28 0.2237 f4148 10T73 - fe,991.82 12.9228 f.3039 8.7840 h

97E39 0.27f2 f44.59 1 2400 f8,991.40 12.9800 f5f99 8.808d f.f 55.f4 0.3209 f48.58 14f25 18,900.98 f10098 f.7263 8.814d f,338.0f 0.37ff f48.27 3.5823 18,900.52 f10483 f.9f28 8.8f4d f,520.39 R4223 f49.91 17f00 18,900.07 f10Sf0 2.0950 8.8340 f,701.Sf 0.4728 f5f.38 18473 fe,909.82 f1ff23 12838 8.a54d

[

f,898.f4 0.5245 f52.77 1 9809 f8,909.f8 fif417 2.4287 8.884d 2,074.89 0.5784 154.00 Af020 fs,988.1f 11f877 2.5737 8.9 fed

{

2,258.89 0.8209 15Ef4 4.2f78 f8,988.28 fif919 2.7f37 8.9740 2,440.89 0.8780 158.20 43278 18,987.8f 112143 2.8482 9.044d j

1 822.28 0.7284 f57.f8 44315 14987.38 13.2350 1 9705 9.f24d 2,808.78 0.7802 f58.08 45283 f4908.9f f12539 10883 9.f840 2 T O 2,995.f4 0.8320 f58.90 4.Sf79 f%998.45 f127ff 3 f930 9.2940 khh j

Af77.39 0.8828 159.7f 4.7000 fs,98&00 13.2883 130f3 9.3840 3,385.28 0.9348 100.45 4 7922 f8,985.54 113037 13999 f.4740 g gn O

{

3.55f.78 0.9888 18f.f8 4 8787 18,985.08 f13f9f 3.4998 9.5240 g-7

.1,738.84 f.0300 f8f.84 4.9528 f(984.83 f13327 15898 9.8240 z

O i

3,921.78 f.0894 folde 5.0300 ft984f8 f13484 19804 9.7f40 i

4, fos.5f f.f 407 f8108 5.0883 f(SS172 f13583 3.7006 9.7740

[

4290.89 f.f919 f83.83 5.f874 f 8,98127 1 13702 18418 9.8340 6

4 473.89 f.2427 184.20 12372 18,98182 f1382f 3.9233 9.9f40 gw 4 868.28 f.2934 f8409 5.2975 ft982.37 f3.3922 1 9940 9.9940 g

3 4838.f4 f.3434 105.18 13589 18,98f.93 f14024 4.0052 f0.084d 8

i 5,022.89 f.3952 18&59 5.4102 18,98f.47 114108 4.1250 fG.f54d

- ~ _.

hT L

om M

hO l mO g

RHN Heat Exctange, Onginal Trne Tyne SP Ternp DW Pressure Prat Vf Mass Fkm Cp TN Tca LMTD Tho Tco GTO LTD LMID Qg

(=~ 48)

(hours)

(F)

(psia)

(cufUtbm)

(Ibtn/sec) (BTIMtwn *F)

(F)

PF)

(F)

PF)

(F)

PF)

OZ Qy 5,20L89 t.4461 182.8 24.94 7.98960 0.016527 1,348.10 1.00303 182.80 90.00 6L76 166.06 126.38 SL42 TLOS 6576 5,392.51 1.4979 18L3 2501 8.07793 0.016530 1,347.85 1.00306 183.30 90.00 66.12 166.49 126.57 56.13 78.49 66.12 I

5,571.01 1.5475 1818 2509 Lt0687 0.016533 1,347.60 1.00314 18180 90.00 66.47 166.89 12L77 57.03 76.89 66.47 5,751.84 1.5977 184.3 2116 8.25683 0.016536 1,347.35 1.00319 184.30 90.00 86.82 167.30 126.96 57.34 77.30 6682 b

5,931.78 f.6477 1848 2123 8.34722 0016539 1,347.10 1.00325 184 80 90.00 67.18 167.71 127.16 57.64 77.71 67.18 6,11L76 1.6985 1812 2L29 8.42028 0016542 1,346.89 1.00329 18120 90.00 67.46 168.04 127.32 57.88 78 04 67.46 0,297.76 1.7494 185.6 2L36 8.49388 0.016544 1,346.69 1.00334 185.60 90.00 67.74 168.36 12L47 58.13 78.36 67.14 6,47514 1.7906 1861 2L43 8.58663 0.016547 1,346.44 1.00339 186.10 90.00 68.10 168.77 127.67 58.43 TL77 6L t0 8,65214 1.8478 1865 2549 8.66145 G016550 1,346.24 1.00344 188.50 90.00 68.38 169.10 127.82 58.68 79.10 68.38 6,830.89 f.8975 166.8 2556 8.71791 0 016552 t,346.09 1.00347 186.80 90.00 88.59 16L34 127.94 58.86 7734 68.59 7,001.51 1.9449 187.2 2563 8.79368 0.016554 t,34588 1.00352 187.20 90.00 68.87 16t67 128.10 5K10 7767 68.87 7,177.89 f.9939 187.6 2169 8.87000 0.016557 1,34568 1.00357 187.60 90.00 69.16 16K99 128.25 59.35 11.99 6716 7,356.76 2.0435 187.9 25.75 L92780 0.016559 1,34L52 1.00360 187.90 90.00 69.37 170.24 128.37 5753 80.24 69.37 7,53676 20931 188.3 2581 A00409 0016561 1,34532 1.00365 188.30 90.00 6765 170.56 128.53 59.77 80.56 6785 f

7,713.51 2.1428

,88.3 2K87 9.06322 0016563 t,345.17 1.00368 188.60 90.00 69.86 170.81 128.65 59 95 80 $1 6tS6 7,89G51 2.1918 18L9 2193 9.12186

016565 t,34501 1.00372 188.90 90.00 70.06 171.05 128.76 60.14 81.05 70.08 8,069.14 2.2414 199.3 2598 9.20055 0.016567 t,34481 1.00377 189.30 90.00 70.36 171.38 128.92 60.38 81.38 70.36 3,241.14 2.2892b 1896 26.04 9.25994 0016569 1,34465 1.003a0 18760 90.00 70.57 171.62 12%04 60.56 81.62 70.51 8,41&39 2.3373 189.9 2609 9.31965 0016571 t,344.50 1.00384 18%90 90.00 70.78 111.87 129.15 60.75 81.87 7078 V

8,592.64 2.3808 190.2 26 18 9.37968 0.016573 1,344.35 1.00387 190.20 90.00 11.00 172.11 129.27 60.93 82.11 11.00 8,761.76 2.4338 190.4 26.23 K41968 0.016574 t,344.24 1.00390 190.40 90.00 71.14 172.28 129.35 61.05 3128 71.14 8,874 26 2.4651 190.6 26.27 9.46022 0.016576 1,34Ltd 1.00392 190.60 90.00 71.28 172.44 129.43 61.17 8244 71.28

~~

8,966.76 2.4963 190.C 26.30 K50071 A016577 1,34404 1.00395 190.80 90.00 71.42 172.60 12951 61.29 82.60 71.42 9,09t26 2.5276 191.0 26.34 9.54134 0.016578 1,34193 1.00397 191.00 90.00 71.56 172.77 12K58 61.42 8277 11.56 0,211.76 25588 191.2 26 2 9.58211 0.018580 1,34183 1.00400 191.20 90.00 71.70 172.93 12766 61.54 82.93 71.70 9,32426 2.5901 191.3 26.41 160256 0.016580 1,34178 1,00401 191.30 90.00 71.77 173.01 129.70 61.60 8101 71.77 9,436 78 28213 191.5 2645 9643:5 0.016581 t,343.67 1.00403 191.50 90.00 71.91 173.17 129.78 61.72 8117 11.91 h

9,54t26 2.6526 191.7 26.48 768469 0016583 t,34157 1.00406 191.70 90.00 72,06 173.34 12786 61.84 8134 72.33 9,661.78 26838 191.9 26.52 772596 0.016:34 t,343.47 1,00408 191.90 90.00 72.20 17150 12794 61.96 8150 72.20 9,774.26 17151 1910 26.56 9,74667 0.016585 1,34142 1.00409 192.00 90.00 72 27 173.58 129.98 6202 8158 72.27 9,886.78 17463 1922 2t59 9.78618 0.016586 1,3413i 1.06612 192.20 90.00 12.41 173.74 130.05 6215 8174 72.41 9,999.26 1 7776 192.4 26.83 K82964 c.016587 1,343.21 1.0M14 192.40 90.00 72,55 17191 130.13 62.27 819f T2.55 10,111.77 28068 192.6 2tCT 787164 A0165?9 1,343.10 1.00417 192.60 90.00 72.69 174.07 130.21 62.39 8 LOT 72.69 10,224 27 28401 1927 26.70

&89260 0.016589 1,343.05 1.00418 192.72 90.00 7276 17415 130.25 62.45 8415 72.76 10,342.89 2.8730 192.9 26.75 9.93462 0.016590 1,342.95 1.00420 192.90 90.00 72.90 17431 130.33 62.57 8431 72.90 10,45139 19043 1911 26.79 K97679 0.016592 1,342.84 1.00423 193.10 90.00 7105 174.48 130.41 6269 8448 7105 10,567.89 2.9355 1912 26.82 9.99794 0.016592 1,342.75 1.00424 193.20 90.00 7112 17456 130.44 62.76 8456 Tiff 10,800.39

19663, 1314 26.85 10.04033 0.016594 1,342.69 t.00427 19140 90.00 7126 174.72 130.52 6288 8472 73.26 ff 10,792.89 2.9960 193.6 2t89 10.00288 0.016595 1,342.58 1.00429 19160 90.00 7140 17L88 130.00 63.00 8488 73.40 10,90L39 1 0293 193.7 26.92 10.10421 0.016596 1,342 53 1.00430 193.70 90.00 13.47 17497 130.64 63.06 8497 7147 g g r-11,017.89 10605 1919 26.95 10.14699 0.016597 1,34143 f.00433 19190 90.00 7161 17113 130.72 6118 8113 7161 y m O 11,142.64 10952 194.1 27.01 10.18991 0.016598 1,34L32 1.00436 19410 90.00 73.75 175.29 130.80 6130 8529 73.75 g'

z 11,262.39 11284 19&2 27.04 10.21143 0.016599 1,34L27 1.00437 19& 20 90.00 7182 17L37 130.84 6136 BL37 73.82 z

Q 11,377.77 3.1605 1964 27.07 10.25458 0.016600 1,34L17 1.00439 19440 90.00 73.96 11L54 130.91 6149 8554 7196 11,490.14 11917 1945 27.11 10.27621 0.016601 1,34111 1.00441 19450 90.00 7404 17562 130.95 6155 8562 7403

(

11,609.77 12249 19&T 27.16 10.31959 0.016602 1,342.01 1.00443 19470 90.00 74.18 17L78 131.03 6MT 8578 14.18 11.76% 77 3.2674 1949 27.19 10.36312 0.016603 1,341.90 1.00446 19490 90.00 74.32 17594 131.11 63.79 8L94 74.32 a

11,88t14 3.3025 1951 27.22 1&40681 0.016605 t,341.80 1.00448 19510 90.00 7446 17611 131.19 6191 86.11 7446 h

g 12.042.02 13450 1953 27.27 10.45065 0.016606 1,341.69 1.00451 19130 90.00 TK60 176.27 131.27 6403 86.27 74 60 e

12,195.52 3.3876 1955 27.32 10.49464 0.016607 1,341.59 1.00453 19550 90.00 7tT4 176.43 131.34 6416 86.43 74.74 w

m_._

+. -.

.m

~_.,_ -.. - _ _

-. -... ~ - -. _ _...

~ r 2' y p,

EITI E

hO

=O

oop, Qy 3

- Time Time Temp Pv Ma Pa MCPA DW Pressur

~

(seconds)

(hours)

(v)

(pew.

phm)

(pean)

(peig)

(pein) oZ hg

%20ESS f.448f fGE88 5.JT24 fd,88f.03 114200 Af973 fE3ded E3915f f.479 fEW 5.5247 ft900.57 f14293 42500 fd3f40 E57f.0f f.5475 198.80 5.5774 18,900.f3 114377 4319f 10.394d h

i E75f.84 f.8077 187.30 5.8305 f%979.89 f1448f 4.3808 f0.4840 4-4 ESSf.78 f.84TT 187.7f 5.GNO 18,979.25 f14545 4 4425 10.53dd Eff478 '

1*Sd5 188.04 5.7272 ft978.80 13.48ff 4 4923 10.9980 L

4297.78 f.7404 188.38 E7708 ft978.35 f14875 4 5424 '

10.88dd I

8,475.f4 f.7908 188.77 5.8252 ft977.9f f14782 48054 10.7348 b

%851f4 f.8478 188.f0 E8093 f8,977.48 f14828 4850f 10.79dd 8,83E89 f.8975

' f 88.34 5.9825 f497T.04 114877 4.8942 10.8840 y

T,00f.5f f.Sede fedL87 5.N70 f(97E82 f3.#dd 47454 f0.9340

[

7,f77.89 f.9939 fGE90 5.9918 f8,978.19 f180f6 4 7988 40.994d 7,358.78 2.0435 f70.24 8.0258 18,975.75 f3.5059 4 8355 f f.0540 7,538.78 2.0935 f78.58 8.0708 ft,975.3f f15f28 48874 f f.f fed p

l i

7,7f15f 2.f428 170.8f

- 8.f050 ft97487 f15f75 4 9285 f f.f741

{

7,890.5f 19918 17f.06 Ef393 ft97444 13.5224 49857 ff.23dd

{

f 8,000 f4 1 2414 f7f.38 Ef853 18,97400 f15290 E0183 f f.2848 Radf.f4 2.2892 f7f.82 8.2200 f%97158 f 35339 5.0579 ff.3440 l

8.4f439 13373 f7f.87 8.2549 f8,971f8 f15388 E097*

f f.3Nd t

RSS184 2.3888 f72.ff 8.2890 f6,977.72 f15437 5.f378 f f.4840 i

8,78f.78 2.4338 f7128 6.3f33 18,972.30 115400 5.fM2 ff.53dd L

R87428 2.485f 172.44 8.3388 1%972.03 f1580f 5.t9f0 f1.5740 4908.78 14963 f72.80 6.3004 ft,97f.75 11 5534 5.2f78 1f.0041 f

4099.28 2.5278 f7177 E384f fL97f.48 115587 5.2448 f f.8ded 9,2ff 78 2.5500 172.93 E40TS ft.97f.20 11 5000 5.27f8 ff.874d l

9,32428 1500f f710f 8.4f97 ft970?*

f15815 E2852 f f.7f48 L

SL43E78 1 8213 f71f7 8.4435 f t,9& b C M48 5.3f23 f f.75dd h

9,54E28 2.8528 f7134 8.4874 ft970.

A4800 5.3395 f f 7848 9,001.78 2.8830 f7150 8.#f4 18,970.f0 f15713 5.3867 ff.82dd l

9,77428 2.7f5f f7158 8.5034 ft985.82 f15728 5.3803 f f.88dd y

9,888.78 2.7483 f7174 8.5275 18,900 54 f1578f 5.4077 ff.89dd i

h i

9,909.28 2.7778 f719f E55f7 18.988.27 f15794 E435f ff.93dd f4fff.77 1 8298 17407 8.5700 ft900L99 f15827 5.4828 f f.9746 l

10,224.27 2.840f f7tf5 8.588f 18,988.72 11 5842 5.4783 f2.0040 fe,342.89 2.8730 17431 8.8125 14908.42 11 5874 E5039 12.884d j

f445E39 1 9043 f7448 E8309 ft988.f5 f15007 5.53f8 12.00dd

'l fo,887.89 2.9355 17458 8.84f f4987.87 f15922 5.5454 f2.f246 f4800.39 1 9888 17472 8.8737 f8,987.80 f15955 5.5732 fif5dd k g[ r 2-10,792.89 1990G 17488 8.0003 18,987.32 f 3.5908.

180ff f2.f946 f4905.39 3.0293 17497 8.7f07 18,987.04 118003 5.8150 f2.2240 f f,0fT.89 10805 f75.f3 8.7354 ft98ETT f3.0038 5.8430 12.2546 ym p f f,142.84 10952 17E29 8.7002 18,988.48 f18088 5.87f0 f2.3 fed g

7 ff,282.39 1f284 f75.37 8.7728 ft98Ef7 f18083 5.8850 f 2.34*'

z O

f f,377.77 af005 175.54 8.7978 f8,985.89 1181f8 5.7132 f2.3740 l

l f f,400.f 4 11917 175.82 8.810f ft,985.8f f18f31 5.7272 f2.4140

}

f f,000.77 3.2249 f75.78 8.8351 ft988.32 118f84 E7555 12.4840 F

ff,782.TT 12874 f75.94 8.8802 18,984.94 f18f98 E7838 f2.4940 g

f f,AS$Lf4 13025 178.f f E8054 ft984.83 f3.8228 E8122 12.5288 g

l s.a j

f2,042.02 1 3400 f78.27 8.9f07 1498428 f3.82ae 5.8487 f2.5740

[

12.195.52 1 3878 f78.43 E9380 10L983.88 f3.8292 5.8892 12.8246 m

l I

__m___

m..m..

h5 I

o [Tl M

hO

[

1 mO y

m. m. F-ea0s, c

Time Time SP Temp OW Procoun Pset Vf Moss Flow Cp Ttu To LMTD Tho Ta>

GTD LTD LMTo OITI

(

.c.)

(hours)

(T)

(pean)

(pele)

(cuftAbm)

(Smvase) (BTuSun T) (T)

(T)

(*F)

(T)

(*F)

(T)

(*F) o7 l

12.308.40 3A308 fGET 27.35 fa83STS &Of8000 f,3dfAS f.89 DSS f9E70 90.88 TASS f78.80 f3fA2 6428 SE89 7488

@g l

ftSOEf4 14737 f9ES 2TA9 fR58300 0.0f88f8 f,3df.38 f.0N00 f95.90 90.00 7102 178.78 f3f.50 8440 88.78 79.82 f2,808.39 15180 99&f 2TA4 fR42TS4 &Of88tf f,3df.2T f.8MSf 19Efe 90.00 71f7 f78.92 13f.88 64.52 M92 FEf7 f2.Sf139 1 8003 1912 2 TAD fR$4083 Ref8812 f,3df.22 f.ONS2 f98.20 30.80 75.2d 177.00 f3f.82 8488 87.00 TE24 h

f2,97ETT 1 8030 fMd 27.S3 fe.8MS2 0.0148f3 f,3df.f f 1.89808 19840 90.88 75.38 f77.f7 f3f.70 84.70 87.f7 FESS 4

l f1ff7.27 1 8437 1918 27.98 fA73038 0.0f8814 f,3df.0f f.89008 198.80 90.00 7E52 177.33 f3f.TT Sc3 87.33 TES2 f1275.39 1 8878 f9&B 27.8f 10.78438 oaf 88f8 f,340.99 f.00dTO f98.80 90.00 75.08 fTTAS f3f.85 84.95 STAS FEGS f3,430.02 1 7320 f97.0 27.05 fRS2SS2 Ref88f7 f,340 80 f.SetT3 197.00 S&SO 78.80 f77.08 f31.93 KOT 87.05 TESS fS89182 1 7700 f07.2 27.89 fR87404 02f88t8 f,340.09 f.89dTC f972 Stat 75.04 177.82 f310f CEfB 87.82 78.9d fE74Lf4 18f89 197.3 27.72 f488708 Ref88f8 f,340.M f.89tTF 197.30 30.80 78.0f f77.90 13185 K28 87.99 78Af ft907.ed 18832 f97.5 27.77 fatd3ff OJf8820 f,340.53 f.80dTS 197.50 90.00 78.f8 f 7808 f32.f3 KST E88 FEf8 C

f40Tf.f4 19087 197.7 27.80 fa90002 Ref8822 f,340A3 f.0$dS2 197.70 90.00 78.30 f78.22 f32.20 GE80 K22 78.30 g

f4222.27 1 9000 f97.9 27.84 1f03400 0.0f8823 f,340.32 f.89 DSS f97.90 30.00 78.44 f78.39 f32.28 K82 88.30 T&dd r

f438184 1 9000 f98.0 27.90 ff.0ST80 R018824 f,3dE2T f 0$det f98.00 90.00 78.5f 178AT f32.32 KGB SSAT TE5f f

f4SdBJS 40df8 f98.2 27.93 ff.f0300 0.018825 f,3dRf8 f.88400 f88.20 90.80 78.88 f78.83 f32A0 K80 SESS 78.05

[

f470E30 4805f 198A 27.98 ff.fS00T Ohf8828 f,340.08 f.0989f f08A0 90.00 78.79 f78.79 f32AS SE92 88.79 7& 79 L

f480&G2 Af294 f98.5 27.99 f f.f 7328 0.0f8827 f,340.00 f.89803 798.50 Stop 7ESS 178.88 f32.82 SESS 88.88 7ESS

{

l f&#27.77 af74d 198.T 28.08 ff.21977 Ref8828 f,330.90 f.SedSS 198.70 90.00 77.00 f79.ed f3199 S&ff SE0d 77.00 fEf88.f4 42f80 f918 28.00 ff.24308 0.0f8829 f,330.N f.89dpF 198.80 90.80 TT.07 ff9.f2 f3183 GEf7 SS.f2 TTAT p

fE34102 420f9 f8R0 28.ff f f.20084 R018830 f,339.74 f.89809 190.00 90.80 77.22 179.28 f32.7f K29 80.28 T7.22 15,40E27 4 3982 fee.f 28.f4 ff.3f328 0.0f8831 f,330.88 f.8000f f99.f0 Stae 77.29 ff9.38 f32.75 K38 89.38 77.29 74800.27 4300f f99.3 2Ef7 ff 30027 0.0fes32 f,33SR f.800N f9SM 9000 77A3 f79.53 f32.83 0847 89.53 TTAS

~

f&#f184 4 3043 f9Ed 28.20 ff.38333 0.0f8833 f,339.52 f.00005 f00A0 90.00 77.50 fT9.0f f3187 K53 SR8f 77.50 O

fE979.02 4 4300 f99.8 28.23 ffA3ffT Ohf8834 f,330.42 f.80808 198.80 90.80 TT.N f7ETT f3195 GEGS 89.7T TT.N 18,f32.30 448f2 190.7 28.27 ffA8875 Ref8835 f,339.38 f.80000 100.70 Stop TT.Tf 179.85 f3190 KTf 89.85 TT.Tf f429127 4 5207

. f9&S 28.30 ff.90223 Shf8838 f,339.28 f.80Sf2 f99.90 90.00 T7.85 f4E02 f3100 SE84 08 02 17.85 18,447.77 4 8000 20R8 28.32 f f.52004 0.0f8837 f,330.20 f.00Sf3 200.00 90.00 77.92 fMf6 f31f6 SLSO 90.fo TT.92 fdL80402 40f22 20Ef K35 ff.54003 0.0f8837 f,33Ef5 f.00Sf4 200.f0 Step 77.90 180.f5 f 33.f4 SESS 90.f 8 77.90 h

j f470Ef4 4 8573 20R2 28.38 f f.57378 Ref8830 f,339.f0 f00Sf6 200.20 90.00 78.08 f8R28 f31f8 STA2 SR26 78.08 ft92127 47000 20E4 28.4f f f.82f88 OEf8838 f,338.99 f.00Sf8 200A0 SESS 78.2f f80A2 f3126 ST.f4 90A2 78.2f

{

f7,80102 4748f 20& 5 2SA3 ff.edS87 0.0f8MO 7,338.N f.00820 200.50 90.80 78.28 180.30 f3130 87.30 00D 78.28 17.248.82 479ff 2018 2149 ff.00072 0.0f8841 f,33ESS f.0082f 200.00 30 00 78.35 f80.SB f3134 87.28 SOE 78.38 i

f7,41482 4 8372 2018 28.52 ff.7ff94 0.0f8842 f,338.78 f.0053d 20E80 90.00 78A9 f80.75 f3342 87.38 SdTS 78A9

[

f7,588.27 4800f 20E9 28.83 f f.742f f Ref8843 f,330.72 f.00828 200.90 90.00 78.58 180.83 f33AS STAS 90.83 78.88 l

a f7,73R32 4 9290 20f.0 29.88 ff.78833 0.0f8843 f,33EST f.8002T 20f.00 90.00 78.83 180.9f f3140 87.51 se.9f 78.83

[

f7,890A2 4 9004 29f.f 28.57 ff.79008 Refeedd f,33182 f.00828 20f.f0 90.00 78.70 f80.99 f33.53 57.5T 90.90 78.70

}

18,845.52 10f28 20f.2 28R ff.Sf408 Ref8MS f,33L50 f.60830 20f.20 S&OO 78.77 f8f.07 f3157 87.83 9f.0T 78.7T i

f 18,20(f4 5.058T 2Df.3 28.82 f f.83922 Ref8845 f,338.Sf f.80831 20f.30 90.00 7&M 18f.f8 1318f 87.08 Sf.f8 T8.84 f

[

j 18,381 52 Ef0f6 29fA 28.85 ff.88300 0.0f8M8 f,338A8 fA0532 20fA0 90.00 78J1 f8f.24 f3108 87.78

f.2d TE9f 18,5f102 11422 2Df.5 28.87 ffA0003 0.0f8847 f,330A0 f.00834 20f.50 90.00 78.08 f8f.32 13100 ST.8f Of.32 78.98

< O r-f8,87f.84 5.f800 20f.8 28.08 ff.9f248 20f8847 f,338.35 f.00838 20f.80 90.00 79.08 f8fA0 f3173 87.8T SfA9 79.05 5 m O ft#2102 5.2292 20f.T 28.70 ff.93700 0.018848 f,338.29 f.80638 20f.70 S&GO 79.f2 f8fAS f3177 87.93 9fAS 79.f2 g-7 i

f8,98427 12734 20f.8 28.72 ff.99f55 0.0f8NG f,33E2d f.00838 20fJ0 S&SO 79.f 8 f8f.58 f318f 87.90

f.58 79.f 9 g

19,f4f.39 E3f7f 20fA 28.75 f f.90$f4 0 0f 8849 f,33fLf8 f.00839 20f.90 30.00 79.27 f8f.04 13186 80.05 9f.84 79.27 f9,30f.77 5.30f8 202A 28.77 f10f0TT oaf 8880 f,338.f3 f.00Sof 20100 30.00 79.3d f8f.73 f3188 Kf2 9f.73 79.3d 19,408.77 E4082 202.f 28.78 f2.03845 Off885f f,338.08 f.00542 201f0 90.00 79.4f f8f.Sf f33.92 Stf8 pf.Sf 79Af f9,8f189 14d83 202.2 2E80 fl000f8 0.0f80Sf f,33E02 f.80Sd3 202.20 30.00 79AS f8f.89 f3198 88.2d 9f.80 79AS y

y fATSEf4 14000 202.3 28.82 f2.00402 0.018882 f,33T.97 f.00848 202.30 90.00 79.85 f8f.9T f34.00 88.30 9f.9T 79.85 m

g ft920.39 15334 202A 28 84 fif0073 0.0f0053 f,337.92 f.80Sd8 202A0 90.00 7182 182.05 f34.08 SE36 92.05 79.82 20,079.27 EST7f,

202A 2ESS fif0ST3 oaf 8853 f,337.92 f.00888 282A0 90.00 7ES2 f82.05 f34.ed 88.38 9105 79.82 u

I t

a h

e.A hI pm E

gl O mO c.ag g

@y Time Time Temp Pv Ma Pa MCPA DW Preer,

n==aa) ox=>

m o=w onm>

omie) o=e (p=a) g7 12.350.80 1 4388 17E80 8.98f5 ft98150 f3.8324 18978 11854d 3y 12,808.f4 1 4737 f78.78 8.9870 f8,981f2 118358 19285 12.7040 f2.880.30 18f88 f78.92 T.0f25. ft982.74 118387 5.9553 f2.7440 b

f2,8f139 3.8883 f77.80 T.0254 fLS$2.38 f18402

~ 5.9006 f2.7940 4

f2,97&FF 1 8830 177.f7 T.85ff f8,981.98 f18434 ES$94 f2.8348 13.f f7.27 1 8437 177.33 7.0788 18,98f.82 118488 8.0274 f2.884d f3,275.30 18878 f77.49 7.f027 ft98f.23 f18497 E8885 f2.914d

f1438.02 1 7328 177.85 7.f208 f8,980.83 f18829 8.0058 12.95dd f1593.52 1 7780 f77.82 7.f547 ft980.45 f3.858f 8.ff48 f13Sdd fA748.f4 18f89 f77.90 7.f877 ft980.07 f18575 Ef292 f18940 h

ft997.M 18832 f78.88 T.f938 ft968.88 f18807 Ef585 110T40 f40Tf.f4 19887 178.22 7.2280 ft959.28 f18839

- 8.f879

13. feed g

y fA22127 19808 118.30 T.2483 ft958.9f f1887f 8 2f 74 f1 feed f438164 19955 f78.47 7.2595 ft958.5f f18886 8.2320 1130dd f

f4549.89 4.0df8 f78.83 T.2859 f t,958.f0 f187f7 E28f8 1 12340 f4708Je 4 0851 178.79 T.3f24 f4957.72 13.8748 8.29f2 13.2848

{

f4888.82 Af294 178.88 T.3257 ft957.33 f 3 8783 8.3080 f129dd fE027.TT Af744 179.84 T.3523 fe,958.93 f18794 8.3357 113540 f%f88.f4 42f89 f79.f2 7.3858 18,958.54 f18000 E3505 113Nd 18,34102 42819 f79.28 7.3924 18,958.f4 f18MO 8.300d f14 fed 15,405.27 43062 f79.38 7.4058 ft,95E79 f3.8855 8.3952 f3.4ded y

3 f5,88127 4350f 179.53 7.4328 f(985.38 f10008 E4253 f14740 15,819.M 43043 179.8f 7.4481 f8,254.99 f1880f 8.440f fisedd O

fE979.82 44308 179.77 7.4730 ft954.00 f18932 E4703 f15340 f(f3139 448f2 179.85 T.4888 186954.22 f18Sd7 E4053 1 1 5740 f4298.27 4.5287 180.82 T.5f37 f8,95182 11 8578 8.5f55 f180dd f%447.77 A5888 180.f0 7.5272 ft95145 f18993 8.5305 f182dd h

f4808.02 4.8122 180.f8 7.5408 ft95187 f17807 8.5458 f18540 f4708.14 4 8573 180.28 7.5545 f%952.87 11702f 8.5808 f1884d fC,922.27 47808 180 42 1.58f8 ft952.29 f17053 L59ff 117 fed f7,006.02 4748f f80L90 7.5954 f8,95f.88 11 7087 E8082 11 7346 f7,248.02 479ff 180.59 7.80Pf ft95f.49 f17882 -

ES2f3 f179dd f7,41402 4 8372 180.75 7.8308 f8.951.08 117ff3 8.85f9 118240 fT,58E2T 4880f 180.83 7.8804 f(950.70 f17f28

&SSTf f183dd f7,730.02 4 9250 180.91 7.8842 18,980.30 f17f42 ESS23 11 8848 f7,890.02 49894 180.90 7.8780 f%949.9f f17f58 E8978 f18748 f8,045.52 10f28 f8f.07 7.8918 f%949.53 f17f70 8.7f28 f1894d f8,20(f4 10587 18f.f4 7.7058 f(940.f4 f17f85 E728f 13.9240 2 T O khh 18,381 52 Ef0f0 181.24 7.7195 f8,948.75 117f99 87434 f1954d f8,5f2.02 Kf422 18f.32 7.7334 ft948.39 f3.7213 8.7587 f19740 fC,87f.84 5.f888 f8f.40 7.7473 18,947.99 13.7228 8.774f f1SNC 5 TTI O f8,82502 L2292 f3f.48 7.78f2 f8,947.82 f17242 8.7894 fL00dd g -* z 18,96(27 5.2734 18f.58 T.7752 ft947.23 f3.7258 8.80d8 14024' z

O 19,fdf.39 5.3f7f f4f.84 7.7892 f t948.84 11727f 8.8202 f40540

~~

19,30f.77 5.38f8 18f.73 7.803f 14 948.45 f17285 8.8358 fdO740 19.45& 77 E4052 f8f.8f 7.8f72 f4948.08 f17299 E88ff f4084d 19,8f3.88 5.4483 181.89 7.83f2 ft,945.88 1173f3 18885 14f840 g

4 f9,788.f4 5.4808 18f.97 7.8452 ft945.3f f17328 L8820 f4f248 g

19,920L39 5.5334 182.05 7.8583 14 944.93 f17342 8.8978 ftfddd 20.079.27 5.5778 f82.05 7.8583 fe,944.54 f17339 E8972 fdf8dd G

-~

~~-~ ~ ---...~~ -

u-

= - -..

~=-

[T h

pm

?[

Q 0 0I xO gi m.a e.=

o.a.1 o'

Qg Time Time SP Temp DW Presoun Psat Vf Mass Flow Cp Ths To LMTD Tho Tco GTO LTD LMTD

( = --')

(hours) rF)

(pas)

(pse)

(cuMtwn)

Obm/sec) (BTU 4twn *Fl (O

CO

(*F)

CO

(*F)

(F)

(*O

(*O o7 Eg

[

M23177 8.8208 2018 28.87 12.13457 0.0fe854 f,337.N f.fal848 202.80 SOLOS 79.88 f82.f3 13408 88.42 92.f 3 79.89 20L30E27 18829 2019 28.90 fifSees &#f0854 f,337.8f f.00SdB 20100 90.00 79.78 182.2f f 34.f 2 88.48 92.21 70.M 20L837.39 17048 202.7 28.92 12.f8430 0.0f8855 f,337.75 f.00SSO 20170 90.00 79 83 f8130 f34.f8 88.54 9130 79.83 20L800.39 5.7473 202.T 28.93 fif8430 0.0f0055 f,337.75 f.00000 202.70 90.00 M 83 182.30 fMf6 08.54 9136 79.83 h

I 20 eden 5.7900 2018 28.N f120935 0.0f8858 f,337.70 f.00002 20180 9600 79.90 f8138 fM20 08.80 92.38 79.90 4

20L30E39 5.8329 2019 28.98 1123437 0.0f00S$

f,337.85 f.00003 20190 90.00 79.97 f82.48 fMad RSS 92.48 79.9T 2f,f82.ed 5.8757 2018 28.98 f12SSd2 0.0feOS7 f,337.SB f.00555 20100 30.00 80.04 18184 fM28 E72 9154 30.04 2f,304.f4 5.9f78 2010 28.99 f2.25882 E0fte57 f,337.SS f.00585 20100 90.00 80.0d f8184 f3428 88.72 92.54 80.04

[*

2f,4Sf.52 5.98f8 201f 29.02 f2.20452 0.0fetSS f,337.Sd f.80898 201f0 90.00 S&ff 18182 13d.3f 88.79 9182 80.ff 4

2f,0f8.f4 E0000 2012 29.04 f2.30008 RefeOSS f,337.48 f.00608 20120 90.00 80 18 f8170 f34.35 sta8 92.70 Saf8 2f,78&$d

&0002 2013 2105 t' N 0.0fe000 f,337.43 f.00000 20130 90.80 SE25 18178 f34.39 08.9f 92.78 80 25 2f,93d89 e.0030 2013 29.07 12.33485 80f80$9 f,337.43 f.00000 20130 30.00 80.25 f8178 fM39 E9f 9178 80.25 22,800.52 Ef383 2014 29.00 f130008 E0f0000 f,337.38 f.00000 20140 90.00 80.33 f8187 fM43 08.97 92.87 SESS 22 ste me afyT7 M3.4 29.09 f130000 0.0f8880 f,337.38 f.00000 20140 90.00 d0.33 18187 f34.43 88.97 9187 80.33 p

22.39f.27 42f98 203.5 29.f4 f130535 0.0f4000 f,337.32 f.00S$2 20150 90.00 80.40 f82.95 f3447 80.03 9195 80.40 f

22,5dEf4 8.2020 2018 29.f3 12.4f000 0.0f400f f,337.27 f.00883 233.00 30.00 80.47 18103 f34.Sf 80.00 9103 88.47 l.

{

22,78&f4 8.3080 2018 29.f 5 f2.4f000 0.0f8eSf f,337.27 f.00083 20100 90.00 80.47 fatos f34.Sf 89.08

$103 80.47 22,89E$d E349f 2017 29.f4 f2.4300f 0.0f8082 f,337.2f f.00SSS 203.70 90 00 SR54 f81ff fM55 80.f5 Siff 8154 4

23,0fET7

&3933 2018 29.f t f2.40f4f Refee82 f,337.18 f,00008 20100 90.00 80.8f f81f8 f3d.89 SS.2f 91f8 80.Sf Ip f

23,fes.39 8.4357 2018 2kf8 f2.40f4f 0.0f8882 f,337.fe f.00608 20180 90.80 80.8f f81fs f34.89 es.2f Site 80.Sf 23i32184 R4785 2019 21f9 f2.40005 0.pfe803 f,337.f f f.00887 20180 90.00 SteS f8127 f34.43 08.27 9127 80.08 g

21478.52 8.52f3 2019 29 2f 1140005 0.0f8883 f,337.f f f.00887 20190 90.00 SRGS f8127 f34.83 80.2T 912T 30.08 MS3f.77

&S$44 20d0 29.23 f2.Sf234 0.0f8004 f,337.08 f.00000 204.00 90.00 80.75 18138 fMST 89.33 9135 S& 75 O

M787.39 80070 2040 29.28 f2.Sf234 0.4f6804 f,337.05 f.80000 20d00 90.00 8R75 f8138 f3d.8T 89.33 9135 80.75 Masa ae RedDT 20d.f 29.25 12.53787 0.0f8084 f,337.00 f.00570 204.f 0 90.00 80.82 f8143 fM7f 80.39 9143 80.82 i

2480df4 e.0928 20&f 29.28 f153787 0.0f8804 f,337.00 f.00570 204.10 90.00 30.82 f8143 fM7f 80.39 9143 S&S2

}

I 242dE89 ET382 20d.2 2127 1158344 00fe005 f,338.N f.00872 204.20 90.00 80.89 f8132 f3d.74 08.48 9152 80.89

[

2(400.27 17779 2M2 29.29 12.58344 0.0f0005 f,33EN f.00872 20d2 90.00 80.89 f8152 f34.74 80.48 9152 80.89 24,ans as

&S20f 20d2 29.29 f190005 E0 feted f,338.89 f.00573 204.30 SESO 80.98 f8100 fMTS 80.32 9100 SR98 g

247FA27 8.8840 20d3 29 30 f2.50005 0.0fe006 f,338.89 f.80573 204.30 90.00 SRSS f8100 fMTS 08.52 9140 80.98

{

2488439 E9000 20d4 29.33 f10f4Tf Ref8000 f,33dL83 f.00075 204.40 90.00 Sf.03 18108 f3482 88.58 Sies 8f.03 25,0fted

&SdSS 20d4 29.33 f2.814Tf 0.0fe000 f,338.83 f.00575 20d.40 90.00 8f.03 f81st fM82 08.58 9108 St.03 i

MfGE84 8.9005 20d.5 29.35 f18404f 0.0f0087 f,338.78 f.00578 20d50 00.00 Sf.f0 781M f34.88 89.84 9178 Sf.fo M 32f.39 T.0337 2045 2SL35 f18dedf 0.0fe087 f,33178 f.00578 204.50 90.00 Sf.f0 f8178 f34.88 40.84 9178 Sf.fo 447tfd 7.0702 20d8 29.38 f1000f8 0.0f0008 f,338.73 f 00578 204.00 90.00 Sf.f7 18184 fM90 08.70 9184 Sf.fT M83f.52 7ff99 20d8 29.38

'f1800f 8 Refedet f,338.73 f.00579 164.00 90.00 St.f 7 f8184 fMSO 89.70 9184 Sf.f7 4 78139 7.f828 2047 29.37

'f 2.00f 95 0.0f4888 f,3M87 f.00879 23d.70 90.00 8f.2d 18192 fM94 89.78 5192 Sf.24 1

MNf.39 T.2000 204.7 2139

' f 2.00f95 0.0f8088 f,3M87 f.00879

.70 90.00 Sf.2d f8192 fM94 GS.M 9192 81.24

[

f j

2400489 7.2d80 20d7 21df

'f189f98

&Ofe000 f,338.87 f.005N 204.70 90.00 Sf.24 18192 134.9d 89.78 9192 Sf.24 I

M2dB.84 7.2913 2048 29.42 f2.7f778 0.0f0000 f,33&e2 f.00000 208.80 90.00 8f.31 18400 fMSS 80.82 MOS

f.3f

-

m (p==>

(p==>

<amt n>

<anns.c3 <sT m t.n r>

m m

m cr>

< r>

rr)

Z 27 amaa+

y,Teod 205.2 29.4 f182fSe 0.0fe872 f,3X40 f.80808 200.20 90.80 81.80 f8423 f3Ef4 Faet 9433 St.80

'O $

[

Mff2.f4 7.8000 205.2 29.99 f2.82f54 Ref8872 f,338.40 f.00808 205.20 00.00 Sf.80 18433 135.f4 70.08 M33

fD y

4 272.84 7.8538 205.2 29.50 f2.82f54 0.0fe872 f,338.40 f.00508 205.20 90 00 Sf.00 f8433 fEf4 70.48 94.33 Sf.00 l

b I

28,4fE2T 7.883f 20E3 29 Sf f184789 0.0fs872 f,33E3d f.00008 205.30 00 00 Sf.47 f844f fMf7 70.f3 M4f Sf.87 I

M997.82 7.9384 208.3 29.Sf 12.84T90 0.0fe872 f N *d f.00008 205.30 90 00 Sf.87 fM4f fRf7 70.f 3 M4f SfE 4

E7ff.04 T.97Ff 20E3 29.83 f184TSB 0.0f9072 f,33E34 f.80000 205.30 90.00 Sf.87 fM4f f3Ef7 FRf3 94.4f SfE R875.30 8.0200 20E3 29.53 f2.84790 0.0fe872 f N *d f.00000 205.30 90.80 Sf.sf 184.4f f 35.f 7 7&f3 M4f SfE l

RS2SE 8.0834 20E4 29.54 1187300 Refe873 f,338.29 f.00000 205.40 90.00 81.74 fM49 f35.21 70.f9 M40 Sf.74 l

29,f8E84 8.f07f 20E4 29.84 12.87300 0.0fet73 f,3X29 f 00000 205.40 90.00 81.74 f8449 fE2f 78.f 9 M40 Sf.74 4 34404 8.f5f3 20E4 29.54 f2.87309 0.0fetT3 f,338.29 f.00000 205.40 90.00 Sf.74 f844 f35.21 70.f8 9449 St.74

[

h

[

MmT.89 8.f939 20E4 29.54 f187300 R0f4873 f,338.29 f.00009 205.40 90.00 Sf.74 18449 f35.2f 7&f9 M40

f.74 2SLama se 12379 200.5 29.84 f2.89083 0.0fe874 f,3X24 f.0000f 205.90 90.00 St.Sf 184.87 fE25 FR25 M57 Sf.8f j

29.802.82 8.2788 20ES 29R f2.89083 Ref4874 f,33E24 f.8009f 205.30 90.00 St.Sf fads 7 fM28 FR25 MST Sf.Sf 20L953.77 8.3205 20E5 29.5d f180083 Refe874 f,3X24 f.0009f 205.50 90.00 Sf.8f 184.57 135.28 70.25 9487 St.8f f

f MfeE39 8.3829 205.5 29.98 f189083 0.0fe874 f,338.24 f.0000f 205.50 90.00 Sf.Sf fMST f35.25 70.25 MST

f.8f M 208.TT E4000 205.5 29.98 f2.00083 0.0f8874 f,338.2d f.0000f 205.90 SESS St.Sf f8457 13E25 70.25 94.87 St.Sf b

{

I 30L430.39 R400f 205.5 29.57 f189883 0.0f8674 f,338.24 f.0000f 205.50 90.00 Sf.Sf fM57 fE25 70.25 94.57

f.8f MS78.27 8.4940 205.0 29.87 f19200f 8.0f8574 f,3M f8 f.00002 20E80 90.00 St.88 fM48 fE29 70.3f M et 8f.88 3RF31f4 8.5370 20E8 2SE f2.920&1 0.0f8874 f,338.f8 f.00002 205.00 SE00 Sf.88 18488 f35.29 70.3f MSS SfE 30L893.04 8.58f8 20E6 29.57 12.9206f R0fesTo f,338.f 8 f.00002 205.00 90.00 St.88 18488 f E 29 70.3f 94.08 81.88 3f,047.77 8.8244 20E6 29.57 fl9200f 0.0f8874 f,3Xf8 f.80002 205.80 90.00 81.88 18488 fM29 7&3f M SS

f 88 y

31 seg se 1 8870 20E6 29.57 f19200f 0.0fe874 f,338.f 8 f.00002 20E80 90.00 St.88 184.08 fE29 70.3f 94.08 Sf.88 a

3f,30E89 8.7f00 205.8 29.57 f2.9200f 0.0f0874 f,338.18 f.80002 205.00 SR00 Sf.88 f8488 135.29 70.3f M88 Sf.80 1

f 3f,5f2.e4 8.7535 20Ee 2100 f19200f 0.0f4874 f,3Mf8 f.00082 20E80 90.00 Sf.88 f44.88 135.29 70.3f M 88

f.88 3f.087.02 8.7984 205.7 29.00 f2.95228 0.0fe875 f,3X f3 f.00W3 205.79 90.00 Sf.95 18474 f M 33 70.37 M 74 Sf.95 e

3f,818.89 8.8308 20E7 29.00 f198224 0.0fe875 f,338.f 3 f.00003 20E70 90.00

f.96 f8474 fR33 70.37 9474 St.85 Sf,9eE82 8.8790 208.7 29.00 f195224 R0fe878 f,3Xf3 f.80003 20E70 90.00 St.95 f8474 fR33 FR37 94.74 Sf.95 32.ff182 8.9204 20E7 29.00 f198224 Refe875 f,3Xf3 f.00003 20E70 90.00 Sf.95 f8474 f3E33 70.37 M 74 Sf.95 h

32,2ST.f4 3.9831 20ET 29.00 12.9523d Refs878 f,3Xf3 f.80003 20ETO 90.00 St.95 18474 fR33 7R37 M T4 Sf.95 32,42f.39 E00$$

20ET 29.00 f195224 0.0f8878 f,33E f 3 f.00003 20E70 90.00 St.95 18474 f3E33 70.37 M 74 Sf.95 i

32,871f4 9.04Sf 205.7 29.00 f198224 0.0f8875 f,3Mf3 f.00003 20E70 90.00 Sf.96 f84.74 fE33 70.37 M74 8f.95 32,72f.77 9.0094 20E7 29.89 f2.98224 0.014875 f,338.f 3 f.00003 20E70 90.00 Sf.95 f84.74 fM33 70.37 94.74

f.95 t

32,872.82 9.f3f3 20E7 29.89 f2.95224 0.0f8875 f,3Mf3 f.00003 205.70 90.00 Sf.95 18474 f3E33 70.37 M 74 Sf.95 33.02402 9.f733 20E7 2SE f195224 0.018875 f,338.f 3 f.00W3 20E70 90.00 St.95 f8474 fE33 70.3T M T4 Sf.95

[

l 33,f7f.27 9.2142 20ET 2SE f2.95224 0.0fe878 f,3Mf3 f.80003 205.70 90.00 St.95 f8474 138.33 70.37 94.74 St.95 i

33,328.39 9.2573 20ET 79.89 12.95224 0.0f4875 f,33Ef3 f.00083 20E70 90.00 St.95 f8474 fM33 70.37 94.74 Sf.95 l

33 eef.02 9.3003 20ET 29.58 1195224 Refe875 f,331f3 f.00093 20E70 90.00 St.95 f8474 13E33 70.37 94.74 Sf.95 33,831 52 9.3424 20ET 2188 f19822d RefetTS f,33Ef3 f.80003 205.70 90.00 Sf.95 fMT4 fR33 70.37 94.74 Sf.98 j

7 y g 33,777.39 9.382e 20E7 29E 12.98224 0.0f4878 f,3X f 3 f.00003 20E70 90.00 af.96 f8474 f35.33 70.37 94.74 Sf.98 m y y i

33L93f 82 9.4254 205.7 29.87 f2.95224 R0f8875 f,338.f3 f.00083 20E70 90.00 St.95 fM74 fE33 70.37 9474 81.95

< Q r-34,00E02 9.488f 20ET 29E 1195224 0.0f8875 f,3Mf3 f.00003 20E70 90.00 8f.95 f84.74 fE23 70.37 M T4 81.95 5 (TI 9

[

34,23Ef4 9.8000 205.7 29.87 f198224 0.018875 f,33E f 3 f.00003 205.70 90.00 Sf.95 184.74 fR32 70.37 M T4 Sf.95 5

g 34;300.02 9.4628 20ET 29.57 f195224 Ref8878 f,338.f3 f.00003 205.70 90.00 Sf.95 18474 f E 33 TR37 M T4 St 95 z

O 34,5dE84 9.8000 20EF 29.50 12.96224 20f8875 f,33E f 3 f.00003 20E70 90.00 Sf.95 18474 fM33 70.37 M74 Sf.95 j

34,70Ee4 9.0407 20ET 29.88 f198224 Refe875 f,3M f 3 f.0089?

205.70 90.00 Sf.95 f84.74 fM 33 7&37 94.74 Sf.95 4

~

34,000.89 9.8838 205.7 29.88 f2.98224 0.018878 f,3M f 3 f.0f?$3 20E70 90.00 St.95 18474 fM33 70.37 M 74 Sf.95 38Af8.89 9.7275 20E7 29.88 f195224 Ref8878 f,338.f 3 f.00003 20E70 90.00 Sf.95 fMT4 fR33 70.37 94.74 Sf.95 w

.g M f7E89 9.77f4 20E7 29.88 f2.98224 Ref8878 f,338.f 3 f.00003 20E70 90.00 81.96 184.74 f35.33 70.37 94.74 Sf.98 O

g ta, sts ee 9.8f47 205.7 29.80 12.95224 0.014878 f,3Mf3 f 00093 20E70 90.00 Sf.95 f84.74 f35.33 7&37 M 74 Sf.95 L

l 38 487.04 9.8577 205.7 28.88 f195224 Refe870 f,3Xf3 f.00003 205.70 90.00 St.95 f8474 fR33 74.37 94.74 Sf.98 o

g w

i i

h l

t

__-m, m.u

_m-. _.,

u.

-m.-

.m l

l l

l I3.

f E"m E.

p g! O

o O

{'

on,n,

Time Time Temp Pv Ma Pa MCPA DW Pressur

@.g tseconds)

(hours)

(*F)

(psea)

(Itun)

(pain)

(paig)

(peig)

O7 27,989.02 7.78N 18433 8.282f 18,928.2f f17870 7.3330 14.79dd oy 5

28,ff2.f4 7.8089 18433 8.282f 18,924 84 13.7887 7.3127 f4.80m y

20,212.M 7.8535 f8433 8.282f 18,924.44 117883 7.3324 f4.804d b

28,4f5.27 7.893f 1844f 8.2788 ft92409 11 7878 7.3488 f4.8fde 4

28,587.52 7.9354 1844f 8.2788 fe,32172 f17875 7.3483 ftsf4d

.j 28,7f7.84 7.977f 1844f E2788 18,92135 f17872 7.3480 14.8340 28,87139 8.0200 1844f 8.2788 14922.98 11 7869 7.3478 148340 2 SLO 28.27 8.0834 184.49 8.29f5 ft922.59 13.7883 7.3838 ftS4dd 29,f85.84 8197f 18449 8.2915 f6922.20 f17880 7.3835 f4844d 29,344.84 Sf5f3 18449 8.2915 ft921.Sf f17877 7.3832 f48dde i

h i

29,497.89 8.f939 18449 8.2ri5 f8,921.44 f17874 7.3829 f48440 29,802.52 8.2736 f84.57 8.3082 f8,920.89 f17885 T.3787 f48440 7

29,858.39 8.2379 19457 8.3082 18,921.05 f17888 7.3790 f48440 g

29,953.77 1 3205 18457 8.3082 18,920.32 f17882 7.3784 f48440 f

30,f08.39 E3829 18457 8.3082 f8,9f9.N f17879 7.378f f48840 r

L 30,288.77 14080 184.57 8.3082 ft,919.55 f17878 7.3778

- f4.8840

(

30,420.39 8.450f f8&S7 8.3082 f8,9ft.f7 f3.7873 7.3775 f4874d 30 57L27

.* en 184.88 8.3210 18,918.79 117887 7.3837 fL8740 3dC731f4 8.5370 184.00 8.32f6 18,9f8.4f f17884 7.3934 fL8740 30,891 84 8.58f8 184.88 8.3210 18,9f8.0f 11788f 7.3930 148740 3f,047.77 8.8244 f84.88 8.3210 18,917.84 f3.7877 7.3921 fL8740 a

3f20139 8.8678 f8488 8.3210 f8,917.25 f3.7874 7.3924 f48740

~

3f,358.89 L7108 f8488 8.3210 18,9f8.87 f1787f 7.3921 f4.8740 31,512.84 8.7535 18488 8.3210 18,918.49 11 7868 7.39f8 14.904d 3f.867.02 8.7984 f84.74 8.3358 f 8,918.f 2 11 7883 7.4000 f49040 31,818.89 8.8388 f8474 8.3358 18,915.74 11 7879 7.4077 149040 i

3f,988.52 8.8798 fM74 8.3358 ft,915.38 11 7877 7.4074 f4.80dd 32,ff152 8.9204 18& 74 8.3358 f8,915.02 f17874 7.407f f4904d 32,287.f4 8.9831 18474 8.3358 18,914.84 11787f 7.4088 ft90dd 32,42f.39 9.8059 18474 8.3358 18,9fd27 f3.7887 7.4085 ft90dd 32,571f4 9.088f 18474 8.3358 18,913.89 1178N 7.4082 f49040 32,721.77 9.0$N f8474 8.3358 f8,9f153 11788f 7.4059 f48940 i

32,872.52 9.13f3 18474 8.3358 18,91118 f17858 7.4058 148940 31 024.02 9.f733 f8474 8.3358 18,912.79 f17855 -

7.4053 f48948 33,17f.27 9.2142 18474 8.3368 18,912.43 13.7852 7.4050 ftSNd 33,328.39 9.2573 f8474 8.3358 18,912.05 f17849 7.4047 f48940 i

33,48f.02 9.3003 184.74 L3358 18,9ff.87 f17848 7.4044 ft9Hd 33,832.52 9.3424 18474 8.3358 18,9ff.29 f17843 7.40df 14.8HC i

fh 33,777.39 9.3828 184.74 8.3358 18,910.M f17840 7.4038 14 8748 33,93f.52 9.4254 f8474 8.3358 1%9f0.58 f17837 7.4035 f4.8740

< Q f~

3408102 9.4881 18474 8.3358 18,910.f8 f17834 7.4032 ftSMd 5 ITI p

~ ~

Z 34,235.f4 9.5098 18474 8.3358 f8,909.82 11783f 7.4029 fd874d O

34,548.84 9.5988 f8474 8.3358 f8,900.05 f17825 7.4023 f4.8He f

34,395.02 9.5528 18474 8.3358 ft,909.44 f17828 7.4028 f4874d z

Q 34,708.04 9.8407 18474 8.3358 14 908.88 f3.7822 7.40.M f4.88dd l

i 34,800.89 9.8838 184.74 8.3358 18,908.28 117819 7.4018 14.8Md i

35,0f8.89 9.7275 18474 8.3358 18,907.89 1178f8 7.4013 f4.8Md w

y t

35,f78.89 9.77f4 18474 8.3358 f8,907.5f f178f2 7.4pf0 14.8640 g

35,332.89 9.8147 18474 8.3358 18,907.f2 f17809 7.4007 ftS$de 35,487.84 9.8577 18474 8.3358 fs,90dL74 117808 7.4004 148840

,o a

s f

i

hT h

pm p

gO T:.

mO g

o, moeu._ _

Qy Time Time SP Temp DW Pressu,a Psat VI Mass Flow Cp The Ta 4.MTD Tho Too GTD LTD LMTD

(====M (hours)

(F)

(psis)

(peim)

(cuMbm)

(Ibmteac) (BTutm T) (T)

(T)

(F)

CF)

(T)

(F)

(*F) 7 M84E04 9.90f8 20&F 29.88 f19822d A0f8875 f,3E f 3 f.80003 208.70 Saae 81.98 fM74 f38.33 10.37 M 74 St.88

.a g M79E84 9.943S 208.F 2ESd f2.95224 RefG875 f,338.f 3 f.00893 205.70 90.80 Sf.95 f84.74 fE33 70.37 M 74 Sf.95 g

35,982.52 9.9000 208.7 29.54 f198224 oaf 8875 f,338.f3 f.80SS3 208.70 90.80 St.95 f84.74 f38.33 70.37 94.74 Sf.98 b

Mf01f4 10.0204 20ET 29.53 f2.95224 0.01887S f,33E f 3 f.80003 205.70 90 00 St.95 f84.74 fE33 7&37 M74 8f.98 38JSE39 10.0700 200.7 29.83 f2.95224 Ref8875 f,338.f3 f.00003 2K70 90.80 Sf.95 184.74 f E 33 70.37 M T4 Sf.98 4

30, man ia fdff34 20E7 29.53 f196224 0.0f8875 f,33E f 3 f.00003 208.70 90.00 8f.95 f84.74 fE33 70.37 M T4 Sf.98 MS00.39 fe.fSS7 20ET 29.52 f2.95224 0.0f8875 f,33Ef3 f.80003 208.70 30.00 8f.96 f M 74 f36.33 70.37 M 74

f.98 MTf2.82 10.f979 208.7 29.53 f195224 & #18875 f,338.i3 f.00003 205.70 SESS St.95 fM74 fE33 70.37 M 74 Sf.98 M887A2 10.2400 2017 29.52 12.95224 0.0f8875 f,338.f 3 f.00003 205.70 90.00 Sf.95 f84.74 FESS FAST 9474

f.98 37,027.52 10.2004 20E6 29.Sf 12.9200f 0.0f8874 f,338.f8 f.00002 20E80 90.00

f.88 fM88 fE29 70.3f M48 Sf.88 h

37,f77.2T 10.3270 20E8 29.Sf f2.9200f 0.0f8874 f,33E f8 f.00SS2 208.80 90.00 af.88 fMS$ fE29 FR3f M et Sf.88 37,33f.39 10.3000 20E6 29.50 f2.9200f ROf8874 f,33E f 8 f.00002 205.80 90.00 Sf.88 fM88 fM29 7&3f M88 Sf.88 37,400.89 104f30 20E8 29.49 f2.9200f 0.0f8874 f,33E f8 f.00002 205.80 90.00 Sf.88 f84.08 f36.29 FR3f M 88 Sf.88 37,84139 10.4508 20E8 29.49 f19200f 0.0f8874 f,338.f8 f.00SS2 205.80 90.00 St.48 f84.88 f35.29 70.3f M88

f/ '

f 37,798.f4 10.4908 205.8 29.40 12.9200f 0.0f8874 f,338.f 8 f.00002 208.80 90.00 St.88 184.88 f35E 70.3f M OS Sf.8e 37,90ES2 fe.Sd35 20E6 29.47 f2.9200f 0.0f8874 f,338.f8 f.80002 205.00 90.00 8f.88 fM88 f38.25 FR3f 94.88 St.88

{

M f8ESS 10.5800 20ES 29.4T f2.89983 0.0f8874 f,3E3d f.0000f 205.50 30.00 Sf.8f f84.87 f3125 7& 25 MST Sf.Sf M2Tf.82 fR83f8 20ES 29.45 f2.80083 0.0f8874 f,338.2d f.0009f 20E50 90.00 Sf.8f fMS7 fE25 7&25 MST SfAf 38,42f.f4 fRST25 20ES 29.45 1189083 0.0f8874 f,338.2d f.0009f 205.50 90.00 St.Sf fMS7 f38.28 70.25 94.57 Sf.Sf p

38,577.84 fe.7f00 205.S 29.44 1189083 Ref8874 f,33E24 f.8000f 206.50 S&80 Sf.8f f8457 f38.28 70.25 Sv.ST Sf.Sf 30,732.f4 FATS 89 20ES 29.48 f189983 0.0f8874 f,3E24 f.000Df 208.50 90.00 af.Sf fMS7 f3E28 FE25 MS7 St.Sf teama N 90.8024 20ES 29.44 12.89003 0.018874 f,3E24 f.0059f 205.80 90.00 St.Sf 184.57 f38.25 FE2S 94.57

f Si a

~

M847.2T fe.8400 20E4 29.43 f2.87300 0.0f8873 f,338.29 f.80000 206.40 90.00 Sf.74 184.4 f38.21 70.f 8 94.40

f.74 O

30,29tf4 fd8900 20E4 29.42 f187389 0.018873 f,338.29 f.80500 205.40 90.00 Sf.74 fate fE2f 70.ft K48 Sf.74 M 38189 10.9344 205.4 29.42 f187389 0.0f8873 f,338.29 f.00000 205.40 90.00 St.74 fM49 fM2f 7&ft 94.49 St.74 MS2ETF fa9780 208.4 29.40 f187389 0.0f8873 f,3E29 f.80 SOS 205.40 90.00 St.74 184 4 fE2f 7&f9 M4B Sf.74 30,8T7.02 f f.02f4 205.4 29.40 f2.87309

&Of8873 f,3E20 f.00000 206A0 90.00 Sf.74 184.4 f3E2f 70.fS 94.40 Sf.74 h

39,837.39 f f.0000 20E3 29.38 f184758 0.0f8872 f,33E3d f.00008 208.30 30.00 81.87 faddf fEf7 70.f3 M4f St.87 3fLS89.84 ff.f002 205.3 29.37 f1847SS 0.0f8872 f,33E3d f.00508 205.30 90.00

f.87 fM4f fMf7 70.f3 9d.4f

f 87 40,fS2.52 f f.f S35 205.3 29.37 12.84750 0.0f8872 f iss em f.80SSS 20E30 90.00 Sf.87 1844f f3Ef7 7Ef3 M4f 8f.87 48,290.02 f f.f942 205.3 29.38 f2.84789 0.0f8872 f,338.3d f.88808 208.30 90.00 St.87 f84.4f f35.fr 70.f3 M4f ef.87 p

40,438.2T ff.2382 205.2 29.38 f182fSd 0.098872 f,3E40 f.00000 205.20 30.00 Sf.80 18433 f 35.f4 70.08 M33 Sf.00 4 807.84 f f.2790 20E2 29.38 f182fSd 0.0f4872 f,338.40 f.00SSS 205.20 SR00 St.80 fM33 fEf4 FC.08 9433 Sf.00 40,781f4 f f.323f 20E2 29.3d f2.82fS4 0.0f8872 f,336A0 f.00508 206.20 90.00 St.80 18433 f 38.f4 70.88 9433 81.00 40L9fES2 f f.3054 20&2 29.33 f182f54 0.0f8872 f,338.40 f.00008 205.2C 90.00 81.00 f8433 f36.f4 70.88 9433 Af.00 4f,0TEf4 f f.4f00 20Ef 29.32 f2.79554 0.0f887f f,338.46 f.80SSS 205.f 0 90.00 Sf.53 fat 25 f3Efe 70.00 K25 Sf.53 of,232.f4 ff.4834 205.f 29.31 1179S84 0.0f887f f,33E45 f.00508 206.f 0 90.00 81.53 184.25 fEfe 7E00 M25 Sf.53 ff,38f.27 ffASd8 20Ef 29.3f f179884 Ref887f f,330AS f.00608 205.10 90.00 Sf.53 f84.25 f 35.f0 70.00 94.25 Sf.53

[

41,83484 f f.5374 205.f 29.33 f2.795Sd 8014871 f,330AS f.000BS 208.10 90.00 81.53 18425 fEf6 70.00 SdE

f.53 kQ a

of,008.02 f f.5000 205.0 29.32 f2.700ST 0.0f8870 f,338.Sf f.08883 205.00 90.00

f.48 18tf7 f35.08 89.94 Mf7

fA8 r-4f,83A.f4 ff.82f7 205.0 29.30 f2.78957 Ref8870 f,3ESt f.80883 206.00 90.00 SfA8 184f7 fEOS 89.94 Mf7 SfA8 5 m O of,982.f4 f f.0845 20E0 29.30 f1700ST Ref8870 f,33E Sf f.00883 20100 90.00 Sf.48 fMf7 f35.08 09.94 Sdf7 SfA8 y

7 42,f5102 ff.7002 205.0 29.29 f178987 0 0f 8870 f,3ESf f.00583 205.00 SROS SfA8 f84.f7 f35.08 88.94 Mf7 8f.48 z

O 42,307.52 ff.752f 204.9 29E f2.74305 0.0f8870 f,338.58 f.00SB2 208.90 SEOS St.39 f8409 f38.02 89.88 94.08 Sf.38 42,408.84 ff.79df 204.9 29.27 f2.74386 0.018870 f,338.58 f.00082 204.90 90.00 St.39 18409 135.02 88.88 94.08 St.38 42,8f2.S2 f f.8300 20d.9 29.28 f2.74308 0.0f8870 f,338.88 f.00882 204 90 90.00 St.30 f8409 fES2 89.88 9400

f.38 42,T8f.82 f f.878f 20&9 29.25 f174308 Ref88T f,33ESS f.80882 204.90 SROS Sf.39 f84.09 fE02 83.88 MOS Sf.38 m

w y

[

42,9fe.89 f f.92f4 20t8 29.25 f2.7f778 0.0f0000 f,33ES2 f.80600 204.80 90.00

f.3f f8400 fM98 89.82 M60

f 3f M

g i

4 087.89 f f.9833 204.8 29.24 117f778 0.0f8000 f,338.82 f.80500 204.80 30.00 Sf.3f 18400 f34.98 09.82 94.00 St.3f f

43,221.84 12.0000 20&8 29.23 f2.71778 0.018000 f,33E42 f.00000 204.80 90.00 Sf.3f 18400 f34.98 88.82 94.00 St.3f o

a t

U h

i i

+e-n.

w

-~~~w

_ ~ ~ ~ ~. - _.

n

+. ~

.. + ~

-~

-n 4

i

~

+

T hi 8m 12 EO

$;I sO yi o,n.i Time.

Teme.

Tory Pv Me

_ Pa MCPA. DW Pressur Qg

-i (seconds)

(heurs)

M (pain)

(Ibm)

(psis)

(peig)

(psig) o 7,'

j

@g 38,84L84 9.99f8 18474 8.3388 ft,90&36 f3.7003 7.400f 14884d 7

M798.84 9.N35 f8474 8.3358 f8,905.99 f3.7800 7.3008 f48440 i-M982.52

' Reeds f8474 8.3388 ft985.00 f17597 T.3905 ftS4dd f

h 3%fd2.f4 fe.0294 f8474 8.3388 ft905.24 f3 7894 7.3992 f4.8340 3a ses to 19.gygg 934.74 8.3333 fgged88 11759f 7.3909 f48340 4

M408.39 fdff34 fM74 8.3388 f t904.49 '

f3.FSSS 7.3088 f48340 38,50R39 fe.f557 18474 8.3358 ft,99&ff f17585 T.3983 f4834d M7f2.52 10.f979 18474 8.3358 ft98174 11 7932 7.3900 f4834d M887.82 fR$408 18474 8.3398 18,90138 117579 7.3978 14 8380 l

37,027.52 10.2054 fades K.3210 f490197 f17558 7.3808 fd.Sfdd l

37,f77.27 fR3270 18488 8.3210 ft902.80 117555 7.3005 f4.4148

{

37,32f.39 10.3008 fMOS 3.3210 f4902.22 117552 7.3092 148948

.t g

37,438.89 10.4f38 f8 des 8.3210 18,99f.84 f17549 T.3799 f47940 y

37,84139 fe.4505 18488 13210 ft99f.48 f17548 7.3798 f4.794d

'p 37;t98.f4 f0.4095 t$4.00 3.32f0 f8,90f.08 f17543 7.3793 f47840

?

37,95R52 10.5435 18488 8.32f6 f4900.89 f3.7540 7.3789 f4T740

{

38,f08.89 10.5058 f8457 8.3062 f8,908.31 f175f8 7.382f ftT74d t

38,27f.42 10.83f0 fM57 8.3082 f4800.92 f175f8 T.30f8 ftT540 M42f.f4 f0.8725 18457 8.3082 f4899.55 f175f3 7.30f5 f4754d I

)

p 30,577.84 10.7f00 f84.57 8.3082 fE89Ef8 1175f0 7.38f2 f474dd 38,731f4 fR7509 184.57 8.3082 18,898.79 f17507 7.3000 f475dd M80RS4 10.8924 fM57 8.3082 fL898.40 f1750d 7.3000 14744d t

MedT.27 10.8485 18449 8.2915 f4898.0f f17483 7.3438 14.7340 i

O M304.f4 10.8909 184.49 8.2915 f4897.83 f17490 7.3435 14724d 3E38189 10.9344 f8449 8.2915 18,897.24 f17#7 7.3432 f4 72dd 1

39,52E77 10.9789 f844 8.29f5 1489185 f17474 7.3429 fd7edd M877.02 ff.02f4 fM49 8.2915 ftS98.47 f17470 7.3425 f4704d h

i 39,837.39 ff.8000 1844f 8.2788 f8,898.OT f17450 7.3258 14 8840 30 909.84 f f.f882 f844f 8.2788 f8,895.70 f17447 7.3255 f4874d 40,f5152 ff.f535 1844f 8.2788 f4895.30 f17444 7.325f fdST40 i

f 40,299.02 f f.f942 1844f 8.2758 18,894.94 f174df T.3248 14884d 40,400.27 ff.2382 18433 8.282f fL894.5T f17420 7.308f f48840 i

4%897.84 f f.2799 18433 8.282f 18,894.f8 1174f7 7.3078 f4.8848 40,781f4 ff.323f 18433 8.282f f8,89180 f174f4 7.3075 14 8448 v

40,915.52 ff.3854 f8433 8.282f f(893.4'3 f174ff 7.3072 ft03dd i

ef,078.f4 ff.4f80 18&25 8.2474 ftS93.04 11 7390 1.2905 f4.824d j

4f,232.f4 f f.4534 f8425 83d74 fE892.85 f3.7387 T.2991 f48f4d i

4f,38f.27 ff.49dp f84.25 8.2474 f4892.29 f3.73Sd 7.2898 fd8f40

{

fl

\\

4f,534.84 ff.5374 f8&25 8.2474 18,89f.9f f1730f 7.2005 fA83dd of,888.02 ff.5000 fMf7 8.2327 f8,891.53 f1738f T.2728 f48240

< C) r-

[

of,838.f4 f f.82f 7 fMf7 8.2327 f8,89f.f7 f17358 7.2725 14 8040 gm O

[

4f,991f4 ff.0845 18&f7 8.2327 fR890.19 f3.7355 7.2722 f48940 g-g 42f5102 f f.7092 18df7 8.2327 fES9RJS 117352 7.27f8 ftS98' z

O 1

42,307.52 f f.752f f84.08 8.2f8f ftS90.0f f3.733f T.2552 f4.8940 42,458.84 ff.794f f8489 8.218f f(809.84 f17328 7.2549 14574d

}

42,8f2.52 f f.8308 18489 8.2f8f f8,809.27 13.7325 7.2548.

f4.58dd o

42,78f.02 f f.878f fM89 8.2f8f ftses.90 f17322 7.2543 fdS5dd i

42,9ft.89 f f.92f4 f8409 8.2035 14 800.52 11 7302 7.2377 f4.554d w

g 41887.89 f f.9833 18480 8.2035 f4888.f5 f17299 7.2374 ftS44d 43,22f.84 f2.0000 184.89 8.2035 18,887.77 f3.7298 7.237f 14 5340

$G i

i 6

.L i

pm E..

g O-

=O

{'

a, on9r.

Qg Tame Trne SP Term DW Pressun Psat Vf Mass flow Cp Its To t.MTD Tho Tco GTD LTD LAfTD

<=.cond=>

< hours) cn (pme)

(p==>

(cunarn) cbmr=3 mutwa n ca ca cr>

rF)

(*F)

(c)

(F)

("F) 7

[

4%377.02 110402 20&T 28.22 f189f95 0.018888 f,338.87 f.08879 204.70 90.00 81.24 f8192 f3tH 89.78 9192 31.24 my 43,521.52 f10093 204.7 29.2f 12.89f95 0.0f8888 f,338 87 f.80879 20470 90.00 Sf.24 183.92 f34.N 88.78 9192

f.24 43,872J9 fif312 204.7 29.2f 12.89f95 0.0f8888 f,3X87 f.00579 204.70 90.00 Sf.24 18192 134.94 88.78 9192 St.24 h

41827.77 12.f744 20&T 29.f9 f189f98 0.0f8888 f,338.87 f.00579 204.70 90.00 af.24 18192 f3tM 88.78 9192 Sf.24 43,98402 112f78 2048 29.f9 f2.888f8 0.0f8888 f,3X73 f.80578 20400 90.00 St.f7 18184 fM90 88.70 9184 Sf.17 4

i Mf39.39 12.2800 2048 29.f 7 12.888f8 0.0f8888 f,3MT3 f.00578 20480 90.00 Sf.f7 18184 f34.90 88.70 9184 St.fi M300.39 f13057 204.8.

29.f7 f2.88818 0.0f8888 f,3XT3 f.005'S 20400 90.00 Sf.f7 18184 f3d.90 89.70 9184 Sf.f7 4 453.02 f1348f 20&5 29.f 8 f1840df 0.0f8867 f,338.78 fA0878 204.50 90.00 81.f0 f83.78 f34.88 89.84 9178 81.f0

[

k 4 807J9 f2,39f f 204.5 29.f5 f2.840df 0.0f8887 f,3X78 f.00578 20450 90.00 Sf.f0 f8178 f3488 89.84 9178 St.fo M785.84 f14349 204.5 29.f3 f1840df 0.0f8867 f,338.?8 f.00578 20450 90LOS Sf.10 18178 13488 88.84 9178 Sf.f0 492f.27 f1478f 204.4 29.13 118f47f 0.0f8888 f,338.83 f.00575 204.40 90.00 St.03 18188 f34.82 88.58 - 9188 Sf.03 f

45,07184

' f1532 2044 29.f2 f18f47f 0.0f8888 f,3M83 f.00575 20440 90.00 Sf.03 f8188 f3482 89.58 93.88 SfA3 g

M229 89 f2.5839 204.4 29.ff f18f47f 0.018886 f,338.83 f.00575 20(40 90.00 Sf.03 18188 f34.82 89.58 9188 Sf.03 r

45,38f.77 f18090 20d.4 29.fo f2.8f47f 0.016888 f,33tS3 f.00575 204.40 90.00 Sf.03 18188 f34.82 89.58 9188 Sf.03 p

45,53177 f18483 2043 29.00 1158905 0.018888 f,3X89 f.00573 20430 90.00 80.98 183.00 f3478 89.52 9180 80.98 l

45.884 02 f18000 204.3 29.08 12.58905 0.0f8888 f,338.8C f.00573 20430 90.00 80.98 f8100 f34.78 89.52 9180 80.98 nexhme 205.7 47.5f I

f

-i O

Z U) i 1m m

-1 x m a i

m > >

< O f-a 5_5.m

_O Z

t

.O 2

3 t

I a

w y(

h a

3 I

V W

pm y,

gO

=

xO g'

m Tune Trne Temp Pw Ma Pa MCPA DW Pressur

@g on=noSs (w

m

> =)

otwn)

W a)

(P81 )

(PS@

O7 3

Qy 43.,377.02 11 0402 18192 8.tS89 10,887.39 f1727s 1.2204 frs246 43,52f.52 f2.G393 f8192 8.f880 f6.887.04 f17272 7.2202 fL5f40 43,872.39 fif3f2 18192 8.f889 f8,88&67 13.1289 1.2199 145f4d O

n827.n f1fTa f8192 1 fat fe,an29 fsna 7.2fn feduc nur02 f12f78 f81u 8.fTa fe.u190 fsna 7.nu f< ate Mf39.39 112809 18184 8.f744 18,88152 f17243 1.2026 14.474d M300.39 f13057 f8184 8.f744 f48Cif3 11 7239 7.2023 f4.474d 4 45102 f2.34si 183.76 8.f599 16.884.75 f17219 7.f857 f4.4540 M807.89 f138ff f8178 8.f598 f6,88437 f17218 7.f854 f4454d 4 766.64 f2.4349 18176 8.f5u 18,883.99 f172f3 7.f851 fL4340 I

C j

4&S2f.27 f1478f 18188 8.f453 f8,883.80 f17f92 7.f885 f4.4340 45.071 64 12.5202 f83.68 8.f453 f6,88123 f17f89 7.1682 f4.424C 45,229.89 f15639 18168 8.f453 f8,882.85 f17f86 7.f679 14.4f40 y

i 45,38f.77 f2.3060 18188 8.f453 fR882.47 f17f83 7.1676 fL4040 f

45,531 77 f2.6483 18180 8.f308 18,882.f0 f17f83 7.f5ff it3940 45,88402 12.8900 18100 8.f308 18,88f.73 117f80 7.1500 f4.3840

(

anaxw 18474 7.4f r->

-i O

i z

U)

I IT1 rTl d

i x

,O m > >

$O F m m

.O O

Z z

.O 2::

N N

. --..~ -

-.....~

... -. ~. - -

. ~. ~

196-21/$3 h/96 C ALC. NO. :

PM.9013 CALCULATION SHEET PAGE:

36 PECO ENERGY REVISION :

1 NUCLEAR GROUP 8.D Spreadsheet Printout for the MCPA following a DBA LOCA, with containment purge,14 pages, beginning on

]

I the next page.

4 1

4 4

i 1

I J

i 4

5 d

c5 pm El gO 0:. r mO g

Onginal RHR Heat Em: hang Q

Tame Trne SPTemp DW Pressure Psat Vt Mass fnow Cp Tru To LMID Tho Tco GTD LTD LMTD (semnds)

(hours)

(F4 (pssa)

(psia)

(cuft/!bm)

Obm/sec) (BTullbm *F)

(*F)

(F)

(*F)

(F)

OZ C

0.00 0.0000 910 1545 0.81534 0.046114 1,382.67 0.99601 9500 9500 0.00 9500 90.00 5.00 600 600 4726 0.0137 136.3 47.51 2.62519 R016276 1,368 92 0 99933 136.30 136.30 ROO 136.30 90.00 46.30 E00 0.00 70.39 0.0196 1370 47.43 2.81569 0.016288 1,367.86 0.99948 13t00 13L00 0 00 13t00 90.00 40A0 0.00 000 b

86.06 0.0239 13td 47.25 2.84489 0015290 1,367.70 0.99950 139.40 13t40 0.00 13t40 90.00 49.40 0.00 0.00 0

106.89 A0297 13t3 46.e4 2.87435 0.016292 t,367.54 0.99952 139.80 139 80 0 00 13780 90.00 49 80 0.00

00 f

$31.33 60365 140.3 46.53

MtS4 0.016295 1,367.34 0 99955 140.30 140.30 0.00 140.30 90.00 50.30 0.00 0.00 156.20 0.0434 140.8 4593 1 94914 A016297 1,367.13 0.99958 140.80 140.80 0 00 140.80 90.00 50.80 0.00 0.00 181.33 0.0504 141.2 4119 2.97951 0.016299 t,366.97 A99960 141.20 141.23 000 141.20 90.00

$1.20 0 00 0.00 20570 60571 141.4 44.49 2.99480 0016300 1,36L89 0.99961 141.40 141.40 0 00 141.40 90.00 51.40 0.00 A00 230.20 0.0639 141.5 43.69 3.00246 0.016300 1,366.85 0.99962 141.50 141.50 0 00 141.50 90.00 51.50 0.00 0.00 25L45 0.0710 141.6 43.01 301015 0016301 1,366.81 699963 141.60 141.60 0.00 141.60 90 00

$1.60 0.00 0.00 280.70 0.0780 141.6 42.18 3.01015 0.015301 1,36L81 0.99963 141.60 141.60 0.00 141.60 90.00 51.60 0.00 0.00 h

30L95 OA850 141.7 41.54 101785 0.016301 1,366.77 699963 141.70 141.70 0 00 141.70 90.00 51.70 000 0.00 331A6 0 0920 141.7 40.77 3.01785 0.016301 1,366.77 0.99963 141.70 141.70 0.00 141.70 90.00 51.70 000 0.00 p

356.58 0A990 141.7 40.10 301785 0.016301 1,366.77 0.99963 141.70 141.70 QA0 141.70 90.00 61.70 0.00 0.00 381.58 0.1060 141.8 39.41 3.02557 OA16302 1,36L73 0.99964 141.80 141.80 0.00 141.80 90.00 51.80 0.00 000 406.83 0.1130 141.8 38.71 1 02557 0.016302 1,366.73 0.99964 141.80 141.80 0 00 141.80 90.00 51.80 ROO 0.00 431.83 0.1200 141.8 38.14 102557 0016302 1,36L73 0.99964 141.80 141.80 0 00 141.80 90.00 51.80 0 00 0.00 451.33 0.1254 141.9 32.30 103330 0.016302 1,368.69 0.99964 141.90 141.90 0.00 141.90 90.00 51.90 0.00 0.00 f

472.89 0.1314 142.1 27.42 1 04883 A016303 1,366.69 0 99966 142.10 142.10 ADO 142.10 90.00 52.10 0.00 0.00 49183 0.1377 142.8 25.39 110368 0.016307 1,366.32 0.99970 142.80 142.80 0.00 142.80 90.00 52.80 0.00 CAO 520.83 0.1447 143.9 24.43 1 99158 0016312 1,365 87 0.99976 14190 143.90 0 00 14190 90.00 53.90 0.00 0.00 54505 0.1514 1452 23.96 129618 0.016318 1,36L33 0.99985 14L20 14L20 0.00 14120 90.00 5L20 0.00 0.00

=

569.76 A1583 146.5 2167 3.40180 0 016325 1,36479 0.99993 146.50 146 50 0.00 146.50 90.00 56.50 0.00 0.00 59445 0.1651 147.8 23.49 3.52049 0.016331 1,36425 1.00001 147.30 90.00 40.99 137.47 112.67 3L13 47.47 40.99 f

666 26 0.1851 150.6 2141 3.77400 0.016346 1,36106 1.00020 150.60 90.00 42.97 13t76 113.77 36.83 49.76 42.97 80126 0.2237 1519 2148 4.09250 001:363 t,361.63 1.00043 153 90 90.00 4531 142.46 11L06 38.84 52.46 4131 976.39 0.2712 156.5 2150 435921 0016316 1,360.49 1.00062 156.50 90.00 47.15 14459 116.06 40.42 5459 47.15 t,15114 0.3209 158.9 2151 K61832 0.016389 1,359 43 1.00051 158.90 90 00 48.85 146.56 117.02 41.88 56.56 48.85 1,336.01 0.3711 101.0 2151 4.85560 0.0164G1 1,358.48 1.00097 161.0C 90.00 50.34 148.27 117.84 4116 58.27 50.34 1,520.39 0.4223 163.0 2153 1 09108 0.C16412 1,357.57 1.00114 163.00 90.00 51.75 149 91 118.63 4437 5%91 51.75 1,701.51 0.4726 1648 23.55 L3tt19 a016422 1,356.75 1.00129 16460 90.00 53.03 151.38 119.33 4147 61.38 53.03 1,888.14 0.5245 166.5 2158 5.52638 0.016431 1,35596 1.00143 166.50 90.00 54.23 15177 120.00 46.50 62.77 5423 2,07& 89 0.5764 168.0 23.61 L72232 0.016440 1,355.26 1.00156 168.00 90.00 5529 15K00 120.58 47.42 6400 5529 2,256.89 0.6269 1674 2167 191044 0.016448 1,35460 1.00169 169.40 90.00 56.28 15114 121.13 48.27 6114 56.28 2.440.89 0.6780 170.7 2174 6.08976 0.016455 1,35199 1.00181 170.70 90.00 57.20 156.20 121.64 49.06 66.20 57.20 2,622.26 0.7284 171.9 2182 6.25932 0.016462 1,35142 1.00192 171.90 90.00 58.05 157.18 122.11 4779 67.18 58 05 2.808.75 0.7802 173.0 23.88 6.41823 0.016468 f.352.89 1.00202 17100 90.00 58.83 158.08 122.54 5046 68.08 58.83 2.99Lt4 0.8320 174 0 2199 6.56563 0016474 1,352.41 1.00212 174.00 90.00 59.54 158.90 122.93 51.07 68.90 S&54

% T O f

f 3.177.39 0.8826 175 0 2&O6 6.71586 0.016480 1,351.93 1.00222 17 LOO 90.00 60.24 159.71 123.32 51.68 69.71 60.24 3,36L26 0.9348 175 9 2L17 6.85352 0.016485 1,351.50 1.00231 17L90 90.00 (0.88 100.45 12168 52.22 7045 60.88 g m O 3.551.76 0.9866 176.8 2L22 6.99355 0.016491 1,351.06 1A0240 176.80 90.00 61.52 161.18 124 03 52.77 71.18 61.52 3.736.64 1.0380 177.8 2432 1.12002 0.016496 1,350.67 1.00248 177.60 90.00 62.06 161.84 124.34 5126 71.84 62.08 3,921.16 1.0894 178.4 24.41 7.24841 0.016500 t,350.28 1.00256 178.40 90.00 62.65 162.49 124.68 53.74 72.49 6165 4,106.51 1.1407 179.1 24.47 7.36234 0.016503 1,34t93 1.00263 179.10 90.00 63.15 16106 12L93 54.17 7106 6115 4,290.89 1.1919 179.8 2& 53 7.47777 6016509 t,349.59 1D0270 17%80 90.00 63.64 161 63 12520 5460 7163 6164 4.47189 1.2427 180.5 24.61 7.59471 0016513 1,34t24 1.00278 180.50 90.00 64.14 16420 12548 5502 74.20 6414 4,65L26 1.2934 181.1 2469 7.69617 0.016517 1,348.95 1D0284 181.10 90.00 64.56 16469 12571 65.39 74.69 64.56 4,83Ltd 1.3434 181.7 24.78 7.79875 0016520 1,348.65 1A0291 181.70 90.00 6498 16518 12195 5L75 7L18 6& 98 5,022.89 1.3952 182.2 2485 7.88511 0.016523 1,348.40 1.00296 182.20 90.00 6134 16L59 126.14 56.06 7559 6L34 G

i

U f

E ~m p

E.

yO xO 5

c,a Time Trne Temp Pw Me Pa MCPA DW Pressur '

Qg e

(seconds)

(hours)

(*F)

(psie)

Obm)

(pna)

(psag)

(paag)

O7 0.00 0.0000 95A0 1 5649 15,902.80 ff.f410 0.0000 0.7540 Q

49.26 40137 138JO 2.6252 15,90188 f f.9705

.af003 32.814d I

70.39 0.0f90

. f 39.00 18157 f5,90162 f2.0247 0.f444 32.784d h

88.08 0.0239 f39.40 18449 15,902.58 f2.0327 af818 32.5540 f

10t39 0.0297 f39AS 2.8744 f5,902.53 f2.0007 0.2f91 31244d f31.33

&S385 f49.30 19ff5 f5,90147 f10507 22662 3f.8340 f56.20 0.0434 140A0 2.9491 f5,902.4f 12.0807 0.3f38 3f.234 181.33 0.0504 f4f.20 2.9795 f5,90135 f2.0687 0.3522 30.4940 20170 0.057f

. f4f.40 2.9948 15,90129 11 0727 0.37f5 29.7940 230.20 0.0839 14f.50 3.0025 fE90123 f 2 0746 0.34ff 28.994F 25545 0.07f0 f4f.00 10f0f f5,902.f7 12.0796 0.3907 2L3f4d

[

280.70 0.0780 fdf.00 10f0f 15,902.f f f2.0765 0.3907 27.464d 30L95 0.0050 f4f.70 3.0179 f5,902.05 110785 0.4004 2tS44d 33f.08 0.0020 14f.70 10179 fE90f.98 12.0784 E4003 28.c740 p

35& 58 0.0990 f4f.70 10f79 fE90f.92 110784 0.4003 21404d

[

38f.58 0.f000 f4f.80 10256 f5,90f.86 f2.0004 0.4099 24.7 fed

(

406.83 0.ff30 f4f.80 10258 15,901.50 f2.0003 0.4099 24014e 43f.83 0.f200 14f.80 19256 f5,90f.74 f2.0003 A4098 214400 f'

451.33 0.f254 fdf.90 1 0333 f5,90f.69 f2.0822 0.4f98 17.4040 47189 0.f3f4 f42.10 1 0488 f5,00f.04 f2.0862 0.439f 12.7240 49183 0.f377 f4180 11037 15,901.58 f2.1002 d5079 10.8940 520.83 0.f447 f4190 if9f6 f5,90f.52 fif223 0.6f79 9.7340

~

54 LOC 0.f5f4 f45.20 12982 f5,90t.46 f 2.f483 0.7505 9.2000 569.76 0.f583 f48.50 14078 f 5,90f.40 12.f744 0.8862 4.974d 594.45 af651 f37.47 1 7064 15,901.34 1f.9930 0.0034 1794d 66& 26 0.f851 f39.76 2.87f8 f5,901.fs f2.0389 R2f45 8.7f4d 80126 0.2237 f4146 10773 15,900.82 f10929 0.4742 8.7840 976.39 0.27f2 144.59 12480 f5,900.40 12.f353 0.6873 8.804d f,155 f4 0.3209 f48.50 14f25 f5,899.96 f2.f744 0.8910 8.8f4d f,1?8.0f 0.37ff f48.27 1 5623 f5,899.52 f12006 1.0748 8.8 fed f,520.39 0.4223 f49.91 17f00 f5,899.07 fL24ff 1.255f 8.834d f,70f.5f

$4728 f5f.38 1 8473 f5,898.82 12.2703 f.42f6 8.854d f,888.f4 0.5245 f52.77 19800 f5,89LfC 12.2978 f.5827 8.8840 2,074.89

&5744 f54.00 Af020 f5,897.7f 12.3221 f.728f 8.9140

?

L25L89 0.6209 f55.f4 42178 f5,897.26 f13447 f.8665 8.974d

[

2,440.89 0.8780 15&20 4 3278 f5,898.8f f2.3457 f.9975 9.0440 2,62126 0.7284 f57.f8 443f5 f5.898.36 f2.3850 if205 9.f24d 2,80L76 0.7802 f58.08 45283 f5,89L91 f2.4027 2.2350 9.1940 W T O 2.99114 0.8320 f 58.90 48f79 f5,895.45 12.4f87 2.3407 9.2940 f

h

[

3,177.39 0.8828 159.7f 4 7090 15,89100 12.4348 2.4478 9.3640 3,36126 0.9348 f60.45 4 7922 f 5,894.54 f2.4492 1 5454 9.4740 g m O i

3,55f.76 QL9006 101.f8 4.8767 f5,894,06 12.4636 2.6443 9.5240 3,736.64 f.0380 f81.84 4 9528 f5,82183 f2.4763 2.7332 9.8240 3,921.78 f.0894 f62.49 5.0300 f5,891f8 11489f 2.8230 9.7f4d

~~

4,f005f f.1407 16106 5.0983 f5,89172 12.5002 19025 9.7740 4 290.89 f.f9f9 18183 5.f674 f5,89127 f2.5ff3 1 9827 9.8340 4,47189 f.2427 184.20 5.2372 15,nsf.82 12.5224 10836 9.9140

}

4,85& 26 f.2934 f64.09 12978 f5.8tf.37 f15319 3.f336 9.9940 t

4,83&f4 f.3434 16Ef8 5.3589 f589a93 f2.54f3 3.2042 10.0840 5,022.89 f.3952 10L59 K4102 f5.890.47 12.5492 11634 10.f540 w

l t

1

[T f

pm E.

gO

=0 g

6 onomai Qg Time Trne SP Temp DW Pressure Psat Vf Mass Flow Cp The To LMTD Ino Tco GID LTD t.MID (s

es)

(hours)

(T)

(psia)

(pssa)

(cuftAbm)

(tbm/sec) (BTUAbm T)

(*F)

(v)

(*F)

(T)

(T) o Sw205 89 1.4461 182.8 2494 7.98980 OD16527 1,348 10 1.00303 182.80 90.00 6576 168.06 126.38 SL42 16.06 SLTS Q

5,392.51 1.4979 1813 250i 827793 DD16530 1,34725 1.00306 183.30 90.00 66.12 166.49 126.51 SL73 76.49 66.12 I

5,571.01 1.5475 1818 2109 8.16687 OD16533 1,347.60 1D0314 18180 90.00 66.47 166.89 12617 57D3 76.89 66.47 5,751.64 1.5977 184.3 2516 8.25663 0.016536 1,347.35 1.00319 18L30 90 00 66.82 167.30 126.96 57.34 77.30 6622 0

5,931.76 1.6477 184.8 2L23 8.34722 0D16539 1,347.10 1.00325 18480 90D0 67.18 167.71 127.16 57.64 77 71 67.18 f

6,11436 1.6905 18L2 2L29 8.42028 0.016542 1,34L89 1.00329 18520 90.00 67.46 168D4 127.32 57.88 18D4 67.46 6,297.76 f.7494 1856 2L36 849388 OD16544 1,346.69 1D0334 185.60 90.00 67.14 168.36 127.47 58.13 78.36 67.74 6,47514 13966 18tt 2143 8.58663 0.016547 1,346.44 tD0339 18L10 90.00 68.10 168.77 127.67 58.43 78.77 68.10 6.652.14 1.8478 186.5 2549 866145 0.016550 1,346.24 1D0344 18L50 90.00 LL38 16%20 12722 58.68 79 10 66.38 6,830.89 1.8975 18L8 2154 8.71791 0216552 1,346.06 1.00347 186.80 90D0 68.59 16%34 127.94

$8.86 79.34 68 59 7,001.51 1.9449 187.2 2563 8.79368 0.016554 1,34L88 1D0352 181.20 90.00 68 87 16%67 128.10 59.10 79 67 68.87 7,17749 f.9939 187D 2169 8.87000 0.016557 1,34168 1.00357 187.60 90 00 6716 16799 128.25 59.35 79.99 6%16 g

1,35616 2.0435 187.9 2175 8_92760 0016559 1,34152 1D0360 187.90 90D0 6L37 110.24 128.37 59 53 80.24 6%27 y

7,53L76 2D935 188.3 2181 7004S9 0.018561 1,34532 1.00365 188.30 90.00 69.65 170.56 128.53 5t77 80.56 6765 f

7,71151 2.1426 188.6 2187 9D6322 OD16563 1,34517 1D0368 188.60 90.00 69 86 170.81 128.65 5795 8&B1 6tB6 7,890.51 2.1918 188.9 2L93

12186 OD16565 1,34501 1.00372 188.90 90.00 70.08 171.05 128.76 60.14 81D5 70.06 8.06t14 12414 1873 2196 9.20055 0.016567 1,34& 81 1.00377 18t30 90.00 70.36 171.38 128.92 60.38 81.38 70.36 8,24t.14 2.2892 1876 26.04 K25994 6016549 1,34465 1.00380 18760 90 00 10.57 17tA2 12704 60.56 81A2 70.57 8,414.39 13373 1879 26.09 731965 6016571 1,14 & 50 tD0384 18790 90.00 70 78 171.87 12L15 60.75 8127 70.78 C

1 8,592.64 2.3868 190.2 26.18 737968 0.016573 1,34435 1.00387 19020 90.00 11.00 172.11 12727 6&93 82.11 71.00 8.76116 2.4338 190 4 26.23 9.41988 6016574 1,344.24 1.00390 190.40 90.00 71.14 172.28 129.35 61 05 82.28 71.14 8,87426 2.465t g 190.6 26.27 746022 0 01C576 1,34414 1.00392 190.60 90.00 71.28 172.44 12%43 61.17 8244 71.28

~~~

8.96L76 24963 190.8 26.30

50011 0016577 1,34& 04 1.00395 190.80 90D0 11.42 17160 12tSt 6119 8160 71.42 9.09t26 2.5276 191.0 26.34 754134 0216578 1,34193 1.00397 191.00 90.00 71.56 17177 12tS8 61.42 82.77 71.56 9,21126 15588 191.2 2L37 9.58211 0.016580 1,34183 1.00400 191.20 90.00 11.70 172.93 12te6 61.54 82.93 71.70 9,32& 26 2.5901 191.3 26.41 9 60256 0.016580 1.34178 1.00401 191.30 90D0 71.77 17101 12910 6tA0 8101 71.77 9.436.76 2.6213 191.5 26.45 9.64355 0.016581 1,34167 1.00403 191.50 90.00 71.91 173.17 129.78 61.72 8117 71.91 9.54926 18526 1911 26.48

%68469 6016583 1,34157 1.00406 19110 90D0 72 06 17134 12186 61.84 8134 7106 9.56116 16838 191.9 26.52 9.72598 0 016584 1,343.47 1.00408 191.90 90.00 72.20 17150 129.94 61.96 81M 12.20 9.77A26 27151 192D 26.56 9.74667 6016585 1,34142 1.00409 192.00 90.00 72.27 173.58 129.97 6203 8158 72.27 9.88L76 2.1463 1912 26.59 918818 0.015586 1,34131 1.00412 19L20 90.00 72.41 173.14 130D5 62.15 8174 72.41

\\

9,99t26 17776 192.4 26.63 9.82964 0D16587 1,34121 1D0414 19140 90.00 72.55 17191 130.13 62.27 83.91 72.55 10,111.77 2.8068 192.6 26A7 781164 OD19589 1,34110 1D0417 19260 90D0 72.69 17407 13& 21 62.39 84 07 7769 10,22427 2.8401 192.7 26.70 9.89260 0016589 1,34105 1.00418 19210 90.00 72.76 17&ts 130.25 62.45 8415 72.76 10,34289 2.8730 192.9 2L75 9.93462 6016590 1,34295 1.00420 19290 90.00 72.90 174.31 130.33 62.57 8431 7190 10,45139 2.9043 193.1 26.79 9.97679 0016592 t,342.84 1.00423 19110 90.00 73.05 17t48 130.41 62.69 8448 73.05 10,567.89 19355 193.2 26 82 799794 0016592 1,34219 1.00424 19120 90.00 7112 17tS6 130.44 62.76 8456 7112 10,600.39 2.9668 1914 26.85 10.04033 0.016594 1,342 69 1.00427 19140 90.00 73.26 17412 130.52 62.88 8472 7126 10,792.89 1 9980 1916 2L89 10.06288 0.016595 1,342.58 1.00429 193.60 90.00 7140 17488 130.60 63D0 8488 7140

% N O f

f 10,90139 10293 1917 26.92 1010421 0.016596 1,342.53 1.00430 193.70 90 00 73.47 174.97 130.64 6196 8497 7147 11.017.89 3.0005 193.9 2L95 10.14699 0.016597 1,342.43 1.00433 19190 90 00 73.61 17L13 130.72 63.18 8513 73.61 g m O 11,141 64 3.0952 1941 27.01 10.18991 0.016598 1,342.32 1.00436 194.10 90.00 7175 17129 130.80 6130 8529 7175 11,262.39 11284 194.2 27.04 16 21143 0.016599 1,342.27

-1.00437 194.20 90.00 7182 17537 130.84 6136 8137 7182 11,377J7 3.1605 1944 27.07 10.25458 6016600 1,342.17 1.00439 19440 30.00 73.96 17154 130.91 6149 8154 73 96 11,490.14 11917 1945 27.11 1&27621 0.016601 1,342.11 1.00441 19450 90 00 7404 17562 130.95 6155 8562 7404 11,603.77 1 2249 19&T 27.16 10.31959 Okt0602 1,342 01 1.00443 19470 90.00 7418 17518 131.03 63.67 8578 74.18 11,762.77 12674 1949 27.*9 10.36312 0.016603 1,341.90 1.00446 19490 90.J0 7432 17594 131.11 63.79 8594 74.32 11.88t14 13025 1911 27.22 10.40681 0.016605 1,341.80 1.00448 19L10 90.00 74.4%

176.11 131.19 6191 86.11 74.46 12,042.02 1 3450 1953 27.27 10.43065 0.016606 1.34t.69 1.00451 19530 9000 7460 176.27 131.27 6LO3 86.27 1460 12,19552 13876 1915 27.32 10.49464 0016607 1,341.59 1.00453 19550 90.00 7414 17L43 131.34 6416 8643 7474 u

a ET f

pm g.

9 O.

5 1 onem.

=O g

Trne Tame Temp Pv Ma Pa MCPA-DW Pressur Q

( maa=>

mour )

m (e.d.)

<mm) o==>

own) m)

oZ a see am g,4 egg ygggg g.47m ggggg,33 y1333g 1333y yg3mg g

E392.51, f.4979 fSE49 15347 f5,889.57 12.5005 13962 fe.3f41 E57f.9f f.5475 10E89 E57T4 fE80Ef3 f15743 1 4557 fR3MI E75f.84 f.8977 187.30 8.8305 fE000.09 f1582f 15f08 fR40dd O

E93f.M f.8477 fS7.7f 5.0040 ' fE808.25 f2.8500 3.5750 10.534d M

Efft M f.0005 fGB.N E7272 ~ f5,887.88 f2.N82 1 8273 fR5 ped 4297.78 f.7434 fGE30 5.7700 ' f5,887.35 f2.8934 3.8789 10.8841 447Efd f.7900 198.77 5.8252. fESSS.9f f2.8f02 1 7394 fd73m 40Et2.f4 f.8478 108.19 5.8083 15,808.48 fiffM 3.7997 10.79d1 483R89 f.8975 100.34 19025 fE888.84 f18200 3.8274

= 10.8841 7,89f.8f

' f.Sede fet.87 5.N70 fE80ES2

.f18272 3.878f 78.93dd 7,f77.89 f.9839 188.89 5.99f8 fE80Eff f2.8334 3.929f 18.904d 7,3SEM 1N35 17R2d

& #258 fE804.75 12.8379 1 9875 ff.85dd 7,538.M 1 9835 f7ESS 8.0708 15,8843f 118Mf def90 f f.f f40 p

7.7f15f Ef428 ff9.8f Ef050 ' f5,833.87 f18487 48577 ff.f740 7,890.5f if9f8 f7f.55 8.f393 fE88144 12.8532 4 8908 ff.2341 8,800.f4 -

13df4 17f.38 8.f853 FESS 3.00 f2.95D4 Af408 ff 2840 424f.f4 2.2002 17f.82 S.2200 f5,882.58 f2.8840 4f800 ff.3ded 8,4ft39 2.3373 17f.87 8.2549 fE882.f8 f10006 42274 ff.39dd 8,891N 2.3000 172.f f 8.2099 f5,8Bf.72 f2.873f 42870 ff.4 Sed emf.M 1 4338 172.28 8.3f33 - f5,8Sf.30 f2.STSf 42934 ff.53dd 487428 2.405f 172.44 E3388 fE8tf.83 f2.879f 43f90 ff.5740 8,98& 78 14083 17180 R3004 fE800.75 f1SS22 43408 ff. Seed O

E890.28 1 5278

'17177 8.384f fE80R48 f10052 4 3733 f f.8MI 9,2ff.M 18500 172.93 E4078 1880R26 f2.8883 4400f ff.874d 5

7 5,32428 1800f 171pf 8.4f97 15,879.92 12 8997 44f34 ff.7f40 L.

9,43&M 1 8213 f71f7 S.4435 fE879.85 f18827 44483 ff.75dd 9 540.28 2.0528 173.34 E4874 fE879.37 f18958 44tT2 ff.78dd 9,881.78 2.8838 f7150 8.49f4 f5,879.f0 f18008 4 4942 ff.83dd 9,77428 17f5f f7188 8.5034 f5,878.82 f2.7502 48977 ff.88dd 9,80ETS 2.7483 17174 8.5275 f5,878.Sd f2.7043 45348 ff.89dd 9,938.26 1 7778 f73.9f f.55f7 fE878.27 f2.7083 4 5020 f f.93dd ft,f f f.77

. 18008 f7407 R5700 f5,877.30 f2.7094 48093 f f.9740 fE22&27 1849f f7tf5 8.584f 15,877.72 f2.7f08 4 0029 12.00dd 18,342.89 1 8730 f7431 S.Sf25 fE877.42 f2.7138 48303 f2.05dd fe,455.39 2.9043 f7440 ES309 f5,877.f5 f1FfSS 49578 12.0841 f4587.89 1 9385 f7458 8.849f f5,87E87 f2.7fS3 AS7f4 f2.f3dd f4809.39 2.9000 f7472 8.8737 f5,87100 f17213 4 8990 f2.f540 fe,792.89 1 9000 17488 ES$83 f5,87132 12.7244 472t7 f 2.f9dd T T O 19,995.39 3.0293 f7497 E7f07 fE878.04 f17258 4 7405 f2.23dd

[

f f,0f 7.89 18005 f7Ef3 E7354 fE875.77 12.7208 4 7082 11254d M m O f f.f 41N 19952 17E29 E7802 15,875.48 f173f9 4798f f13 fed ff,282.39 3.f204 175.37 S.7726 fEt75.f7 f2.7333 48089 f2.3MI f,377.77 af005 175.54 8.7978 fE87&89 12.7383 4 8379 f2.3741 ff,49Ef4 Af917 f7ES2 S.Sf0f fE8748f 12.7377 485f&

114 fed ff,809.77 1 2249 f7178 S.835f f5,87432 12.7407 4 8799 12.4840 ff,78177 1 2874 f7KN 8.8002 fESTAN f2.7437 49079 f2.49dd ff,809.f4 3.3025 170.ff S.8054 fE87153 f2.7457 4 9302 f15340 T

F FEN 192 3.34 fFa27 9fer fEnim 117 7 4NM f157.

,E,9E52 3.=n

,rn43 n9=0,Enna

,1Mn aun slaa g

n

fT Y

pm F

gO mO g

RHR Heat Exctia, Ongmal Qg Time lime SP Temp DW Pressure Psat Vf Mass Flow Cp The To LMTD Tho Tco GTD LTD LMTD

(~ 4s)

(hours)

(*F)

(psia)

(cufUtbm)

(!bmisec) (BTullbm *F)

(*F)

(*F )

(*F)

OZ

@g 12.350.89 1 4308 1917 27.35 1&S3878 0.016609 1,341.48 1.00456 19170 90.00 74.88 176.00 131.42 04.28 86.80 7488 12,50114 3.4737 1959 27.40 10.58308 0.016610 1,341.38 1.00459 19190 90.00 7102 176.76 13f.50 6440 S&T6 7102 I

12,600.39 1 5108 196.1 27.44 10.62754 0.016611 1.341.27 1.00461 196.10 90.00 7117 176.92 131.58 6&S2 86.92 Titi 12,813.39 1 5593 196.2 27.49 10.64963 0.016612 1,341.22 1.00462 196.20 90.00 7124 177.00 131.62 6458 87.00 7124 0

12,970.77 1 9030 196.4 27.53 10.69452 0.018613 1,341.11 1.00465 196.40 90.00 75.38 177.17 131.70 6470 87.17 75.38 4

13,117.27 16437 1K6 27.56 10.73936 0.016614 1,341.01 1.00468 1K60 90.00 7152 177.33 131.77 64.83 87.33 75.52 c

13,27139 1 6876 196.8 27.61 10.78436 0.018616 1,340.90 1.00470 1K90 90.00 7106 177.49 131.85 6495 87.49 7166 13,438.02 3.7329 197.0 27.65 10.82952 0.016617 t,340.80 1.00473 197.00 90 00 7180 177.65 131.93 6107 87.65 7180 13.591 52 1 7700 197.2 27.69 10.87484 0.018618 1,340.09 1.00476 197.20 90.00 7194 177.82 132.01 6119 87.82 7E94 13,748.14 18199 197.3 27.72 10.89756 0.016619 1,340.64 1.00477 197.30 90.00 76.01 177.90 13105 6125 37.90 76.01 13,907.64 1 8632 197.5 27.77 10.94311 0 016620 1,340.53 1.00479 197.50 90.00 76.16 178.06 132.13 65.37 88.06 76.16 14 071.14 19087 197.7 27.80 10.96882

018622 1,340.43 1.00482 197.70 90.00 76.30 178.22 132.20 6150 38.22 78.30 h

14222.27 3.9506 197.9 27.84 11.03469 0016623 1,340.32 1.00485 197.90 90.00 76.44 178.39 132.28 6562 88.39 TK44 1A38164 1 9955 198.0 27.90 11.05769 E016624 1,340.27 1.00486 1 %.00 90.00 76.5f 178.47 132.32 6168 88.47 76.51 p

1AsetB9 4 0416 198.2 27.93 11.10380 0.016625 t,340.16 1.00489 1K20 90.00 76.65 178.63 132.40 0100 88.63 76.65 1A706.39 4 0651 198.4 27.96 11.15007 0.016626 t,340.06 1.00491 198.40 90.00 76.79 178.79 132.48 65.92 88.79 76.79 14,866.02 41294 1K5 27.99 11.17326 0.016627 1,340.00 1.00493 196.50 90.00 70.86 178.88 132.52 6198 88.88 76.86 15,027.7' 41744 198.7 28.05 11.21977 0.010628 1.33t90 1.00495 1K70 90.00 77.00 17704 132.59 Ktt SLO 4 77.00 15,188.14 42189 198.8 28.08 11.24309 0.016629 133tB4 1.00497 1K80 90.00 77.07 179.12 132.63 66.17 8712 77.07 C

1534102 L2619 199.0 28.11 11.28964 0.010630 1,339.74 1.00499 199.00 90.00 77.22 17& 28 132.71 66.29 89.28 77.22 15,49127 43042 1911 28.14 f t.31328 0.016631 1,33tS8 1.00501 199.10 90.00 77.29 179.36 132.75 66.35 St36 77.29 15,600.27 4.3501 19t3 28.17 11.36027 0.018632 1,33tS8 1.00504 19t30 90.00 77.43 17753 132.83 66.47 Bt53 77.43

~

15,81t 64 L3943 1974 28.20 11.38383 0.016633 1,33752 1.00505 199.40 90.00 77.50 17tti 132.87 66.53 89.61 77.50 15.97t02 4.4386 1996 28.23 11.43107 0.013634 1,33742 1.00508 199.60 90.00 77.64 f 79.77 132.95 6& 65 8777 77.04 16,13139 44812 19t1 28.27 11.45475 0.016635 1.339.36 1.00509 199.70 90.00 77.71 179.85 132.99 66.71 89.85 77.71 f

16,296.27 4.5267 199,9 2630 11.50223 0.016636 1,33t26 1.00512 199.90 90.00 77.85 180.02 133.06 8K84 90 02 77.85 1% 447.77 45688 200,0 28.32 11.52604 0.016637 1,33t20 1.00513 200.00 90.00 77.92 180.10 13110 68.90 90.10 77.92 18,604.02 46122 200,1 28.35 11.54988 0.046637 1,33tts 1.00514 200.10 90.00 77.99 180.18 13114 66.96 90 18 77.99 16,766.14 4 6573 200.2 28.38 11.57376 0.016638 1,339.10 1.00516 200.20 90.00 78.06 160.26 133.18 67.02 90.26 78.06 16,922.27 A7006 200,4 28 41 11.62166 0.016639 1,338.99 1.00518 200.40 90.00 78.21 180.42 13126 67.14 90.42 78.21 17,0 SLO 2 4.7461 200.5 28.43 11.64567 0016640 1,338.94 1.00520 200.50 90.00 78.28 180.53 13130 67.20 90.50 78.28 17,248.02 47911 200.6 28.49 11.66972 0.016641 1,338.88 1.00521 200 60 90.00 78.35 180.59 133.34 67.26 90.59 78.35 h

17,414 02 48372 200.8 28.52 11.71794 0.016642 1,338.78 1.00524 200.80 90.00 78.49 180.75 13142 67.38 90.75 78.49 17,568.27 48801 200.9 28.53 11.74211 0016443 1,338.72 1.00525 200.90 90.00 78.56 180.83 133.45 67.45 90.83 78.56 17,730.02 4.9250 201.0 2tS6 11.76C33 0.018643 t,338.67 1.00527 201.00 90.00 78.63 180.91 133.49 67.51 90.91 78.63 17,890.D2 4 9694 201.1 28.57 11.79058 9018644 1,338.62 1.00528 201.10 90.00 78.70 180.99 13153 67.57 90.99 78.70 18,041 52 5.0126 201.2 28.59 11.81488 0.016645 1,338.56 1.00530 201.20 90.00 78.77 181.07 13157 67.63 91.07 78.77 18,204.14 5.0567 201.3 28.62 11.83922 0.016645 1,338.51 1.00531 201.30 90.00 78.84 131.16 133.31 67.69 91.16 78.84 18.361 52 5.1010 201.4 28.65 11.86360 0.016646 1,338.45 1.00532

01.40 90.00 78.91 181.24 13165 67.75 91.24 78.91 2 N Ohf 18,512.02 11422 201.5 28.67 11.88803 0.016647 1,338.40 1.00534 201.50 90.00 78.98 181.32 13169 67.81 91.32 78.98 18,671.84 19866 201.6 28.68 11.91249 E016647 1,338 35 1.00535 20i 60 90.00 79.05 181.40 13173 67.87 91.40 79.05 5 m O 18,821 02 1 2292 201.1 28.70 11.93700 0.016648 1,338.29 1.00536 201.70 90.00 7712 181.48 133.77 67.93 91.48 19.12 g

- z 18,984.27 12134 201.8 28.72 11.96155 0016649 1,338.24 1.00538 201.80 90.00 19.19 181.56 133.81 67.99 91.56 7t19 z

p 19,141.39 5.3171 201.9 26.75 11.98614 0.016649 1,338.19 1.00539 201.90 90.00 79.27 181.64 133.85 68.05 91.64 79.27 19,301.77 5.3616 202.0 28.77 12.01077 0.016650 1,338.13 1.00541 202.00 90.00 79.34 181.73 13188 68.12 91.73 79.34 19.458.77 14052 202.1 28.18 12.03545 0016651 1,338.06 1.00542 202.10 90.00 79.41 181.81 133.92 68.18 91.81 79.41 19,61189 5.4483 202.2 28.30 12.06016 0.016651 1.338.02 1.00543 202.20 90.00 79.48 181.89 13198 68.24 91.89 774f I

I 19,766.14 14908 202.3 28.82 12.08492 0.018652 1,337.97 1.00545 202.30 90.00 79.55 181.97 134.00 88.30 91.97 7755 19,920.39 15334 202.4 28.84 12.10973 0016653 1,337.92 1.00546 202.40 90.00 79.62 182.05 13& O4 68.36 92.05 79 62 e

i 20.079.27 5.5776 202.4 28.86 12.10973 0.016653 1,337.92 1.00546 202.40 90.00 79.62 182.05 13404 68.36 92.05 79.62 w

f

s E 'U f

pm E

gO O-m

o O g

Qg Trne Trne Temp Pv Ma Pa MCPA DW Pressur r

(seconds)

(hotrs)

(*D (psia)

Obm)

(pse)

(peig)

(psig) o%g f2,38h.39 1 4308 17t00 8.9818. f4872.50 v2.7558 5.02fi f2.854 f2,505.f4 1 4737 f78.78 8.9870 f5,871f2 f 2.7'J8 18498 f2.704 12,000.39 3.5f68 f78.92 7.0f28 15,87f.74 12.1815 1078f 12.74 4 f2,8f139 15593 177.80 7.0254 15,87f.38 f2.1829 5.0923 f2.794 b

f2.970.77

' 3.80**

f77.f7 7.05ff 15,87R98 12.7858 5.f209 f2.834 4

f 3,f f 7.27 af 07 ' f77.33 7.0788 f5,87R82 f2.7888 Ef497 f2.884 f3,275.39 3.88. ? 177.49 7.f027 15,870.23 f2.77f8 5.f785 ft.91R f3.438.02 3.7328 f77.85 7.1288 f5,889.83 f2.7747 5.2074 f2.95n f3,59152 1 7700 f77.82 7.f547 fR889.46 f2.7777 K2383 12.99n f3,7Gf4 18189 177,90 7.f$77 f5,889.07 f2.7790 5.2507 f3.02M f3,807.84 18832 f78.08 7.f938 f5,888.88 f2.7819 5.2798 f1074 fA07f.f4 1 9087 f78.22 7.2200 f5,888.28 12.7849 5.3089

' f1f 0n h.

f4,222.27 3.9508 f78.39 7.2483 f5,887.91 12.7878 5.3382 f1f4n f4,38184 1 9955 178.47 7.2595 f5,887.5f f2.7892 A3527 f120N p

f4,549.89 404f8 f78.83 7.2859 f5,887.f0 f2.792f 5.3820 f123n f4,708.39 4.085i fTL79 7.3124 15,8K72 f2.7950 5.4f f 5 f128M f4,888.02 4.f294 f7E88 7.3257 f5,8K33 f2.7984 5.420f 13.29 4

{

f5,027.77 4G 179.04

.'.3523 f5,88193 f2.7993 5.4558 ' f1354 fEf 88.f 4

'Ce fi9.f2 7.3858 f5,885.54 f2.8006 14703 f138m I

fE343.02 4.4f9 179.28 7.3924 1E885.f 8 f2.8038 5.5000 f14fa f5,495.27 4.3042 179.30 7.4068 f5,88&79 f2.8049 K5f47 1144N fL880.27 4350f 179.53 7.4328 fRS$4.38 12.8078 5.5445 f147M f5,819.84 4.3943 f79.8f 7.448f fE88199 f2.8092 5.5592 f150N O

f5.979.02 4.4388 f79.77 7.4TJO f5,883.00 f2.812f 15892 1153a f8,132.39 4.48f2 179.85 7.4888 f5,88122 f2.Sf34 E8000 11574 f

ft,2K27 4.5287 180.02 7.5f37 f5,882.82 12.8184 5.8340 f180N it,447.77 45888 180.f0 7.5272 f5,882.45 12.8f77 5.8490 f182M h

f8,804.02 4Si22 f 80.f 8 7.5408 f5,882.07 f2.8790 5.8839 f1854 18,7Kf4 4.8573 f80.28 7.5545 15,88f.87 f2.8203 5.8788 f3.884 18,922.27 4 7006 18&42 7.58f8 f5,88f.29 f2.8233 5.709f 117fa f7,088.02 4.7401 180.80 7.5954 f5,800.88 f2.8248 17240 f173M f7,240.02 479ff 180.59 7.808f 15,800.49 12.8259 E739f f3.794 f

f 7,4f402 48372 180.75 7.8388 fR800.08 12.82t8 5.7895 13.82M l

77,588.27 4880f f80.83 7.8504 15,869.70 f2.8302 5.7845 f1838 17.730.02 4.9250 180.91 7.8842 15859.30 f18315 5.7998 f3.884 7

f7,890.02 4 9894 100.99 7.8780 15,858.91 f2.8328 E8f48 f1874 f8,045.52 5.0128 f8f.07 7.8918 fE858.53 f2.834f 5.8299 11894 18,204.14 5.0587 18f.18 7.7058 fR858.f4 12.8354 5.845f 13.92M 18,381 52 5.10f0 18f.24 7.1195 f5,857.75 f2.8387 5.8803 ft95N D D O (hh 18,512.02 5.f422 18f.32 7.7334 15,857.39 12.838f 5.8755 11974 18,87f.84 Lf888 f8f :

7.7473 f5,858.99 f18394 5.8907 f3.98M 18,825.02 L2292 f 8f.sZ '

7.78f2 f5,858.82 12.8407 5.9000 f4.00n

O g gn h

s 18,984.27 K2734 18f.58 7.7752 15,85L23 f2.8420 K92f2 14.02M

?

f9,14f.39 13f7f 181.84 7.7892 fE855.84 12.8433 5.9385 f4054 19,301.77 5.38f8 18f.73 7.8031 15,855.45 f18447 5.95f8 14.07m

~

I 19,458.77 5.4052 181.81 7.8172 f5,85108 12.8480 E987f fiose 19,811 89 5.4483 18f.89 7.83f2 15,854.88 f2.8473 5.9825 f4. foe 19,78&f4 5.4908 18f.97 7.8452 f5,8543f f18498 5.9979 f4.f24 N

19,920.39 5.5334 182.05 7.8593 f5,85193 12.8499 8.Of33 ftf44 20,079.27 5.5778 f82.05 7.8593 f5.85154 f2.8498 8.0130 f4.184 a

5

.----- - w. w __ w - - - - - - - - - ~ ~ - - ~ ~ ~ -w

. ~ ~ ~ ~ ~. - ~ ~ -

s. - -. - ~. ~ ~ ~ ~ ~ ~ ~ - - - -.. - - >

- t k

f5 h

pITI y *,

gO m

onom mmen easaner xO g

TWne Time SP Temp DW Pressure Psat Vf Moss Flow Cp Ttu Tc LMTD Tho Tcn GTD LTD LMTD Qg (seconds)

(hours)

(F)

(pois(

(pose)

(cu8tAbm)

(twWeec) (BT12m *F)

FF)

(*F)

PF)

(F)

PF)

(F)

OZ 20.231 77 18288 202.5 28.87 12.f3dS7 0.0f8854 f,337.88 f.00Sd8 202.80 90.00 79.80 182.f 3 fMOS Stet 91f3 79.N j

j 20,301 27 5.0029 2018 28.50 f2.f9He R018854 f,337.8f f.00Sd8 20180 90.00 79.M f82.2f fMf2 SSAS 912f 79.M 20,537.39 1 7048 202.T 28.92 f2.f8430 R0180SS f,337.75 f.00089 202.70 SRSO 79.83 f8130 f3df8 88.54 92.30 75L83 20,000.39 5.7473 202.7 28.93 f2.f8430 00f00SS f,337.FS f.800SO 202.70 30.00 79.83 182.30 f 34.f8 KS4 92.30 79.83 C

20.845.84 S.7900 202.8 28.N f120035 4.0f8050 f,337.70 f.80852 20100 90.80 79.90 18138 f34.20 0100 92.38 7190 f

l 20,99E39 18329 202.9 28.90 f123437 0.018050 f,337.SS f.00083 20190 90.00 79.97 18148 f34.24 08.08 92.48 79.97 l

2f,f51H E8757 2010 28.98 f2.25942 0.0f0057 f,337.59 f.00555 20100 SR00 Sted f82.54 f34.28 SET 2 82.54 80.ed l

2f,304.f4 5.pf78 203.0 20L99 f125042 Ref80ST f,337.59 f.80005 20100 90.00 Sted 182.54 fM20 08.72 9154 Sted 21,40f.52 1 9015 201f 29.02 f2.20452 Ref80SS f,337.5d f.00608 20110 SROS SRff f 82.82 134.2f es.M 9182 SRff 21,8f8.f4 1C10i0 2012 29.84 f2.30908 Ref0050 f,337.48 f00MB 20120 90.00 88.f 8 f82.70 f34.38 88.88 92.70 SRf8 2f,780.Sd R0802 2013 29.0S f133495 Ref80S9 f,337.43 f.00859 20130 90.00 80.25 182.78 f3430 88.9f 9178 8E25 f

21,9M89 E0030 203.3 29.07 f133405 0.018080 f,337.43 f.00850 20130 SOLOO 80.2S f82.78 134.39 SR9f 8178 SE25 1

22.090.52

&f383 2014 29.00 f2.30000 Ref0000 f,337.38 f.00000 203.40 SROS SE33 18187 f3dA3 88.97 92.87 80.33 22,239.89 Af777 203A 29.09 f2.30008 Ref8000 f,337.38 f.00000 203A0 90.00 SR33 182.87 f3dA3 08.97 9187 80.33 p

j 22,391.27 E2f90 2015 29.10 f130535 0.0f8000 f,337.32 f.00002 20150 90.00 80A0 18195 13d47 00L83 92.95 80A0 22,54& f4 8.2023 2018 29.13 f14f000 Ref000f f,337.27 f.00SS3 20180 30.00 SDAT 18103 fMSf 89.88 9103 80AT j

22,700.f4 E3000 2018 29.f5 114f000 0.0f000f f,337.27 f.00SS3 203.80 90.00 SR47 18103 fM5f 80Lep 9103 8047

[

22.SSted E349f 2017 2Rf6 f2A300f Ref0002 f,337.2f f.00008 20170 SR80 SR54 181ff fM55 Safs 91ff 80.54 210f177 E3933 2018 29.f8 f2A0f41 0.0f0082 f,337.f8 f.60008 20180 90.00 SRSf f81f8 13450 09.2f 91f8 SE8f I

I 23.f88.39 E4357 2018 2SLf8 1148f41 0.0f0082 f,337.f8 f.80000 20180 90.00 S&8f f81f9 fMSS 80.2f Siff Stef f

?

23,321 84 R4785 2019 29.f9 f2A0005 Refe003 f,337.f f f.800ST 20100 SR80 89.88 f8127 fM83 89.27 9127 SteS f

23,470.52 8.52f3 2019 29.2f f2A0005 Ref0003 f,337.ff f.800ST 20190 80.00 GRet f8127 fM83 89.27 9127 SRSS f

23.03f.77 8.5844 204.0 29.23 f2.Sf234 R0f8084 f,337.08 f.00509 20dOO Stoo SRTS 18135 fM87 08.33 9138 88.78

{

21 787.39 ROOTS 2010 29.25 f2.5f23d Ref0084 f,337.05 f.80500 204.00 90.00 88.75 18135 fM87 SE33 9135 88.75 23,938.89 E8497 20df 29.25 f2.53787 Ref0004 f,337.00 f.00870 204.f0 Step SRS2 183.43 fM7f 38.39 9143 SRS2 t

2 l

24,0 Mfd 18828 20df 29.28 f153787 0.0f8084 f,337.00 f.80870 208.10 90.00 SRS2 18143 fM7f SE39 SSAS SRS2 i

24,24189 8.7382 20d2 29.27 12.58344 0.0f8085 f,338.M f.80ST2 204.20 90.00 80.89 18152 fMT4 88.48 9152 SR89 l

24,400.27 8.7779 2Sd2 29.29 1158344 0.0f8605 f,33C.M f.00572 204.20 30.00 SRSS 18182 fM74 00L40 9152 8189

[

24,552.52 0.820f 20d3 29.29 1159905 0.0f8000 f,33E80 f.80ST3 28d30 SR00 80.98 f8100 134.78 08.52 9100 80.98 i

{

24,7f0.27 ESS40 204.3 29.30 f2.50905 0.0f0000 f,3280 f.80STJ 20d30 90.00 80.98 18100 fM78 89.82 9100 80.98 24,88439 19008 20dA 29.33 f1Sf47f Ref8088 f,33183 f.00875 20dA0 90.00 Sf.83 f8108 fM82 00L58 9108 8f.83 p

i 25,0f484 8.9485 204.4 29.33 f18147f Ref8000 f,33E83 f.00875 20dA0 30.00 Sf.03 18108 fM82 SILSO 93.88 81.03 h

l 2&f8184 19905 204.5 29.35 fleepdf Ref8087 f,338.78 f.00SM 204.50 30.00 Sf.f0 f8178 fM88 09.04 91M Sf.f0 25,321.39 T.0337 20&5 29.35 f1840df 0.0f0087 f,33178 f.80SM 308.50 SOLOS St.f0 f8178 fM88 00L84 9178

f.f0 i

25,47df4 7.0702 2048 29.30 f1000f8 0.0f0000 f,330.73 f.80578 20dSO 90.00

f.f7 f8184 fMee 88.70 9184 Sf.f7 25,83f.52 F.ff99 204.8 29.30 f1888f8 Ref8000 f,33tT3 f.80SM 20d.00 SOLOS Sf.f7 18184 f34.90 08.70 93.84 81.f7

[

3 25,78139 T.f828 20d7 29.37 f2.00f95 0.0f8000 f,330.8T f.00SM 308.70 90.00 St.3d f8192 fMM SEM 9192 Sf.24 25,94f.39 7.2000 20d7 29.39 f199f95 Ref8088 f,33EST f.00879 204.70 90.00 St.3d f8192 fM94 00.70 S1 92 Sf.24

}

28,094.89 T.2400 20d7 29.4f f109f95 Ref0008 f,33187 f.00679 204.70 SR00 St.24 f8192 f349d SS.70 93.92 Sf.24 T T O

[

(hh 20,248.04 T.29f3 2048 2142 f2.71778 0.018889 f,330.82 780800 20d80 90.00 Sf.31 f84.00 f3 DSS GES2 M00 Sf.3f 28,401 77 T.3349 20d8 2142 f2.7f778 0.0f8000 f,3M82 f.00000 20480 90.00 Sf.3f 184.00 f34.98 09.82 MSO 31.3f 5 m O I

i 28,582.89 7.3780 2019 29.43 f2.74305 Ref8870 f,330.58 f.00082 204.90 90.00 Sf.38 184.09 13102 09.88 MOS 81.38 h

4 h

20,7f177 7A210 204.9 2141 f2.74305 Ref0870 f,3M58 f.80802 20d80

$R00 St.38 18409 f 3502 09.88 MOS St.38 20,807.39 7.4032 2049 29.44 f2.743SS 0.0f8870 f,330.S$

f.00832 2M90 90.00 Sf.38 184 09 f38.02 09.88 MOS 8f.38 3

1 27,027.02 7.5075 205.0 2R45 f2.78957 0.0f8070 f,3M5f f.00833 208.00 30.00 SfA0 18417 f3108 SS.M Mf7 SfAS 27,f81f4

' 9009 2010 29.45 12.70957 0.0f8870 f,3315f f00SS3 205.00 90.00 SfA8 f84f7 fMOS 99.M Mf7 SfA0

[

27,339.52

'.4943 206.0 2147 f2.70057 0.0f0870 f,3M5f f.00883 20E00 90.00 SfA0 f8df7 f35.00 SS.M Mf7 SfA8 i

27,491 77 7.8377 208.f 29AS f2.79554 Ref087f f,33145 f.80808 205.f0 90.00 81.53 f84.25 135.fo FE80 M25

f.53 N

[

27,0Sf.27 7.0000 20Ef 29AS f2.79584 0.0f887f f,3M48 f.00005 20Ef0 90.00 Sf.53 18425 fMf6 70.00 M25 Sf.53 i

27,80427 T.7234 205.f 29.49 f2.79954 0.0f887f f,33148 f.00508 205.f0 90.00 Sf.83 f8425 f35.f0 FRSS M25 Sf.53 l

i w

i L

r

'[

hpm p;

gO onomer

o O -

g Trne Trne Temp Pv Me Pa MCPA DW Pressur O

5i (ssconds). (hours)

(*F)

(pois)

(Itrn)

(psia)

(psig)

(psig) y l

20,231 77 8.8205 f82.f3 7.2734 15,883.f8 f185ft 102N fAf740 C

' 20,388.27 5.0829 1812f 7.8875 fE852.79 f2.8523 8.0438 ft2048 v

M 24537.39 5.7940 182.30 7.90f7 15,85142 12.8538 E8093 f4.2240 20,000.39 5.7473 182.30 7.90f7 fE852.04 12.8533 8.0500 ft2340 C'

20,84&M 17905 182.38 7.9f58 f5,85f.88 118548 S.0745 f4 2448 f

20,938.39 5.8329 18148 7.9300 f5,85f.29 12.8559 S.8000 142840 j

21.151M 18757 f82.54 7.9442 f5,8SD.9f f18573 S.1085 14 3040 2f,304.f 4 5.9f78

' f82.54

. T.9442 FESS &54 f2.8570 Ef882 fd2Nd 21,48f.52

&Nf6 182.42 7.9684 fE890.f5 f2.8583 Ef207 fA324d

~j i

21,818.f4 E8080 782.70 7.9727 15.849.77 12.8598 Kf383 f4344d 21,780.N

.18582

. 182.78 7.9870 fE849.37 f2.8009 8.15f9 f4354d 2f,93489 8.8930 182.78 7.9870 fE848.99 f2.8006 S.15f8 fd3740 h

22.090.52 Ef363 182.87 8.80ft f5,84&Cf f2.88f9 6.1872 fd3840 22.239.89 8.f777 f8187 8.0012 f5,848.24 f2.88f8 8.fS00 ft3948 p

22,39f.27 E2f98 18195 10f58 15,847.87 f2.8830 S.f825 f44040 h

I 22,548.f4

&2828 18103 8.0299 f5,847.49 12.8843 Ef982 f4.4340 22,70&f4

&3068 f8103 8.0299. f 5,847.f f f18HO Rf979 ft4540 22,858.84 E3491 181ff 8.8442 15,848.73 118863 8.2f35 144MC 23.0fE77 E3933 18119 8.050s f5,848.34 118888 8.2292 f44848 23,f08.39 14357 78&ft 8.0588 fE845.98 f2.8063

. L2299 14.4848 i

23,322.84 E4785 f8127 19730 fE845.59 f18878 E2448 14.4940 23,47&52 0.52f3 183.27 8.0730 fE845.2f 12.8073 S.2443 145f4d 23,83f.7T 8.5844 18135 18874 f5,844.83 f2.8888 S.200f 14.5348 23,787.39 SP978 18135 8.0874 f5,844.45 f18883 8.2597 f45840

[

1 23,938.89 8.*f97 18143 8.f0f9 fE844.07 f2.8098 E2755 f45540

[

l 24,0Mf4 t'A28 18143 8.f0ft f5,843.89 f2.8093 S.2752 ftSSee 24 246.89 8.7352 19152 8.ff83 f5,84132 ft.8707 6.29f0 f45740 i

}

24,400.27 8.7779 18152 8.ff83 15 N2.H ft.8704 8.2907 ftSMd 2455152 S.820f f83.00 8.f309 f5,842.57 1187f7 E3005 f45940 247fe.27 S.8840 18100 8.f308 f5,842.f8 f2.87f4 E3082 ft0000 i

24,8M39 4.9088 18188 8.f453 15,841.80 f2.8727 8.3220 f48340 25,0fted 19485 f8188 8.f453 f5,84f.43 12.8724 8.32f7 14 8340

[

25,fSS.N 8.9905 18178 8.fS08 fE84f.08 f2.8737 8.3375 ftssed 25,32f.39 7.8337 18178 8.f598 fE840.SS 11 8734 13372 f48540 25,474.f4 7.8782 18184 8.f744 f5,840.3f 118747 S.3531 ft0Md 25,831.52 7.1190 18184

. 3.f744 fES39.92 f2.8744 13528 f40000 l

25,785.39 7.f828 f8192 8.f889 15,839.54 12.8757

&3087 f48748 25 Hf.39 7.2059 183.92 8.f809 15,839.f8 f2.8754 S.3834 ft0HE 28,0K89 7.3488 18192 8.f889 f5,838.78 f2.875f E3081 ft7f40 "U

"U O

i

(

h i

28,24& Sd 7.2913 18400 8.2035 fE83&4f 12.8784 8.3NO 147240 m O 28,405.77 7.3349 18400 8.2035 f5,838.02 12.878f E."J838 14 7240 5.

Z 26,582.89 7.3788 f84.09 4.2f81 fE837.84 12.8774 8.3998 f4.7340 O

28,7f5.77 7.4210 18409 8.2f8f f5,837.26 12.877f 13993 14 7348 26,887.39 7.4832 78409 8.218f 15,838.89 f2.8798 8.3980 14744C 27,027.02 7.8075 184.f 7 8.2327 15,836.50 ft.878f 6.4f49 fA 7548 27,f81f4 7.5509 18tf7 8.2327 f5,836.12 12.8778 8.4f48 fA754d 27,339.52 7.5943 18df7 8.2327 f5,835.73 12.8775 s.4f43 ft T748 27,495.77 7.8377 184.25 8.2474 f5,835.35 f18788 8.4302 147848 N

V

~^

F 27.85f.27 7.Noe f u.25 rut 4 f5,8uS7 fims E4m u?NI g

2r.8u27 7.7m fu25 rut 4 f5,8uS9

,1m>

&4m fA7ud I

i e

t k

x

__m_m_

_m_.-m

-_.__-._.._.____m

~!

'I

+

pm E.;

gO

-r enemet RHR Heat Edenser mO gi Qg Time Time SP Temp DW Pressure Psat Vf Mass Flow Cp The To LMTD Tho Ta)

GTD LTD t.MTD OZ I

(seconds)

(hours)

(F)

(pois)

(pone)

(aMbm)

(tsmfase) (BTtMtwa *F)

PF)

(F)

PF)

(F)

PF)

(*F)

PF)

(*F) 27,900.02 7.7004 20E2 29.49 12.82154 Ref8872 f,33E40 f.00008 Sw5.20 90.80 St.80 18433 f3Ef/

FR$8 9433

f.09 j g i

28,f f2.f4 T.8009 20& 2 29.50 f2.82f54 0.0fe872 f,338.40 f.00008 205.20 SR80 81.00 18433 f3&f4 FROS M33 Sf.00 N

20,271H 7.8530 20E2 29.90 f182154 Ref8872 f,338.40 f.00008 208.20 90.80 St.80 f8433 fMf4 70.88 M33 Sf.00 28,4f127 7.8931 30E3 29.Sf f184799 Ref8872 f,33E3d f.00008 206.30 SR00 Sf.87 f844f f3Ef7 FRf3 M4f Sf.87 h

28,887.82 7.9354 208.3 29.Sf f184TS9 Refe872 f,3M34 f.80808 205.30 90.00 St.ST f844f 135.f7 7Ef3 M4f Sf.87 f

M7f7.M T.977f 20E3 29.53 12.84799 0.0f0072 f,33E34 f.00008 205.30 90.00 St.87 1844f fEf7 7Ef3 944f 8f.87 28,875.39 8.0209 205.3 29.53 f2.847SS 0.0f8872 f,33E3d f.00000 208.30 90.00 Sf.87 1844f fR f7 7&f3 M4f Sf.87 r

29.028.27 8.8834 205.4 29.S4 f187309 &#f9873 f,3X29 f.00000 208.40 90.00 Sf.74 18449 135.21 7Ef9 M49 Sf.74 l

2%f8&Sd 8.f0Tf 20E4 29.54 12.87309 0.0f8873 f,3X29 f.00000 20E40 90.00 Sf.74 f844 fR2f FRfD 94.49 Sf.74 j

29,34484 8.f5f3 205.4 29.54 f2.87300 Ref0073 f,3M29 f.00000 206.40 90.00 St.74 18449 fE2f 7&f9 M40 Sf.74 29,497.89 8.f939 20& 4 29.54 f 287309 Ref0ST3 f,33E29 f.00000 205.40 90.00 8f.74 f8449 135.2f 70.f9 M40 Sf.74

[

29,808.39 8.2379 206.5 29.54 f2.89983 0.0f8874 f,33E2d f.0000f 205.50 90.00 St.Sf f8 DST fE28 79.25 94.57 St.Sf f

29,802.52 8.2785 205.5 2154 f2.89983 0.014874 f,338.24 f.0000f 205.50 90.00 Sf.Sf fMST f3&28 FR25 94.57 Sf.Sf 29.981 77 8.3208 206.5 29.54 f189983 Ref0874 f,33E24 f.0000f 206.50 90.80 Sf.8f f84ST fM26 70.25 94.57 Sf Sf f-Mf0E39 8.3829 208.5 2158 f189083 Ref8874 f,3M3d f.0000f 205.50 90.00 Sf.Sf 18457 f35.28 7&25 94.57

f.8f 30,288.77 8.4000 20&S 29.86 f189003 Refe874 f,338.24 f.8000f 206.80 90.00 Sf.Sf 18457 f35.28 70.25 MST Sf.Sf 30,42R39 8.4001 20ES 29.57 f2.89983 0.0 fast 4 f,338.2d f.0000f 20ESO 90.00 Sf.Sf 184S7 138.25 7R25 MST SfJf

{

30LSTS.27 8.4940 205.8 29.57 f19200f 0.0f8874 f,338.f8 f.00002 205.00 90.00 Sf.88 f8488 fR29 FR3f MSS 8f.88 30,731f4 8.5379 205.8 29.57 f19200f Ref8874 f,338 f 8 f.00002 20E00 30.00 Sf.88 f8&SS fR 29 7R3f Mas 8f.88

[""*

[

30,891 84 8.58f8 20E6 29.57 f

1200f Ref8874 f,338.f8 f.00002 205.00 90.00 Sf.88 f8488 fE29 7R31 MOS 81.88

[

3f,047.77 RS2dd 205.0 29.57 fl9200f 0.0f8874 f,33Ef8 f.00092 205.80 SR00 St.88 f8 DSS fR29 7E31 MSS 81.88 I

3f,20139 1 8870 20E6 29.57 f19200f 0.0f0874 f,338.f8 f.00002 205.80 90.00 St.88 f8488 f35.29 7& 31 MOS Sf.88 l

3f,388.89 8.7f00 20E0 29.S7 f2.9200f Ref8874 f,338.f8 f.00002 205.00 90.00 Sf.88 fMOS f3E29 70.3f 9d.88 sf.88 O

Sf,5f184 8.7535 295.8 29.00 f1S200f Ref8874 f,33Ef8 f.00002 205.80 SOLOS Sf SS fMOS f35.29 7R3f Mes 8f.88 3f 087.02 8.7984 205.7 29.00 f2.95224 Sete875 f,33Ef 3 f.00003 205.70 SR00 Sf.95 f8474 fE33 7R37 94.74 Sf.95 I

31,8fE89 8.8300 205.7 2180 12.98224 0.0f8875 f,3Xf3 f.00W3 20E70 90.00 8f.95 f8474 fR33 70.37 M T4 81.98 31.908.82 8.8798

' 205.7 29.00 f195224 Ref0878 f,338.f3 f.00003 208.70 50.00 Sf.96 18474 fR33 FR37 M74 81.95 32 ff182 A9204 20ET 29.80 f2.98224 0.0fSS78 f,33Ef3 f.00003 20ETO SROS Sf.95 f8dF4 fE33 70.37 M 74 81.95 32,287.f4 8.9831 20E7 29.00 f196224 &#f9878 f,338.f3 f.00003 20ETO 90.00 8f.95 fM74 fM33 70.37 M 74 Sf.98

)

32,421.39 9.0009 208 7 2R00 f19522d Ref8878 f,3Mf3 f.00003 205.70 90.00 8f.98 fM74 fR33 70.37 M 74 8f.95 y

32,87114 9.048f 206 7 29.80 f2.9522d 0.0f4875 f,3Rf3 f.80003 205.70 90.00 St.95 18174 fM 33 70.37 M74 81.98 22,721.77 E0094 20r.7 29.59 f2.95224 Ref0878 f,33Ef3 f 00003 20E70 90.00 81.96 18474 fE33 70.37 M 74 Sf.98 t

32,872.82 9.f313 2017 2189 f2.95224 Ref8875 f 3Xf3 f.80003 205.70 30.00 St.98 f8474 fE33 70.37 MF4 Sf.95 h

6 3102402 9.f733

? JET 2189 f1SS2N 0.0f8875 f,3X f3 f.00093 205.70 30.00 Sf.95 f8474 fR33 70.37 M74 Sf.98 i

33,f7f.27 9.2142 20EF 29.89 f198224 0.0f8876 f 33Ef3 f.00003 20E70 90.00 8f.95 18474 G8.33 7R37 9474 St.95 33,32E39 9.283 20E7 29.39 f195224 RefG875 f,33Ef3 f.00093 205.70 90.00 Sf.95 f8474 fM33 78.37 M74 Sf.95 j

33,48f.02 9.3003 208.7 2188 f2.98224 Ref8875 f,338.f3 f.80003 20E70 90.00 Sf.95 f8474 135.33 70.37 M74 Sf.96 i

33,832.82 9.3424 20E7 29.88 f195224 Ref0075 f,330Lf3 f.00003 206.70 90.00 Sf.96 f8474 fR33 70.37 M74

f.98 33,777.39 9.3828 208.7 29.57 f2.902N 0.0f0075 f,33E f 3 f.00003 208.70 90.00

f.95 18474 fM33 7R37 94.74

f.95

% 7 O I

h h

l 33,93f.82 1 4284 205.T 2957 f195224 0.0f0075 f,3Mf3 f.00093 205.70 90.00

f.95 18474 fE 33 70.37 94.74

f.95 34,085.02 1 4889 20E7 2188 f2.95224 0.018878 f 3Mf3 f.00003 205.70 90.00 St.95 18474 fE33 70.37 94.74 St.95 g m

,O j

34,235.f4 9.8000 205.7 29.57 fits 224 0.0f9875 f 338.f3 f.00003 205.70 9800 Sf.96 18474 f35.33 70.37 M 74 81.95 h

34,300.02 9.8528 20ET 2157 f195224 Ref0875 f 3Mf3 f.00003 205.70 90.00 Sf.95 f8474 fR33 FR37 M 74 Sf.95 i

34,SdESd 9.8963 20E7 29.88 f198224 0.0f8878 f,33Ef3 f.00003 20E70 90.00 8f.96 184.74 fM33 70.37 M74 8f.98 34,708.84 9.8407 205.7 2150 f198224 Ref8878 f,338.13 f.00W3 205.70 90.00 Sf.95 f8474 fM33 70.37 M 74 81.96 j

34,800.89 9.8838 205.7 29.88 f195224 0.0f0878 f,33Ef3 f.00003 20E70 90.00 St.95 f8474 f3E33 7R37 94.74 Sf.95 3E0fR89 9.7278 20E7 29.98 f1982N 0.0f0875 f,33Ef3 f.80003 205.70 90.00 Sf.98 18474 fM33 70.37 9474 8f.98 Mf7E89 9.TTf4 20E7 29.50 f195224 0.0f8875 f,3Xf3 f.00003 205.70 30.00 Sf.96 18474 fR33 78.37 9474 Sf.95 N

I M332.89 9.8147 20E7 29.50 f195224 RefG878 f,3Xf3 f.00093 205.70 90.00 Sf.95 f8474 f35.33 70.37 M T4 Sf.95 I

M487.Sd 19577 20ET 29.88 f195224 Ref8878 f,338.f3 f.80003 20E70 Stoo St.98 f84.74 f35.33 70.37 M74 81.95 i

w t

f i

P

}

hT pm E.

9 0.

0, on. *

o O gg pl.

Trne Time Temp

.Pv Ma Pa MCPA DW Pressur (seconds)

(hours)

(T)

(psis)

(Ibm)

(peas)

(peig)

(peig) 3 OZ C

27,959.02 7.7864 18433 12821 15,834 21 12.8795

. 8.4468 f4794d 28,f f 2.f4 7.8889 f84.33 1262f f5,83184 12.8792 E4453 f4.8040 E

28,272.84 7.8835 18433 8.282f 15,831 44 f18789 E4450 f48M 28,4f127 7.893f 1844f 8.2788 1183109 12.8003 8.48f0 f48f40 C

28,587.52 7.9384 1844f 8.2708 fE83172 f18800 E4007 f4.8 fed f

28,7f7.84 7.877f 18441 8.2788 f5,832.35 ft.8797 8.4004 148340 28,875.39 8.8200 fM4f 8.2788 15,83f.96 f2.8793 S.400f 14 8340 29,021 27 8.8834 184.49 8.2915 f5,831.59 f18807 E4782 ftS44d 29,f8E N 8.f07f 184 49 8.2915 f5,83f.20 12.8003 S.4758 f4844d 29.344 84 8.f5t3 184.49 8.2915 15,830 8f f18800 8.4755 148440 l

29,497.89 8.f939 184.49 8.2915 fE830.44 f18797 E4752 f4.8440 29,85E39

, E2379 f8457 8.3082 15,83E05 12.8810 E49f3 14.844d 29,80152 8.2785 18457 8.3082 f5,82E89 f2.8007 E.4910 f48440 29,953.77 8.3205 f84.57 8.3082 f5,82E32 f28804 8.4907 14.844d 30, fos.39 8.3829 f8tS7 8.3082 f5,828.N f1880f 8.4904 ftSHd 30,288.77 8.4000 184.57 8.3082 15,828.55 f2.8798 8.4900 f4.8He 30,42E39 8.450f f84.57 8.3082 f5,828.17 f18795 E4897 f48740 30,578.27 14940 184N 8.3210 fE827.79 f2.8008 8.5058 f48748 3E731f4 -

8.5370 fM68 8.3210 f5,827.4f f2.8005 E5055 f48740 30,89184 8.5818 f8488 8.3210 fE827.0f f2.8002 8.5052 148740 3f,047.77 8.8244 f8408 8.3210 fE828.H f28799

'8.5049 f4.8740 3f,20139 8.s878 18488 13210 #ES28.25 12.8798 S.5048 f48740 3f,358.89 8.7f08

- f 8488 8.32f6 15,82E87 f18793 E5043 f48740 O

31.512.84 8.7535 184.08 13210 f5,825.49 '

f2.8790 8.5040 14904' 3f,087.02 8.7984

- f8474 8.33S8 fE82Ef2 f2.8803 E5201 14.9048 31.8f8.89 8.8308 18474 8.3358 15,82474 12.8000 8.5197 14904d

[

31,988.52 8.8798 f8tT4 8.3358 fE82438 f18797 E5f95 149040 y

t 32 f f152 8.9204 184.74 8.3358 f5,82t02 f2.8794 8.5f92 f49040 32,287.f4 8.9831 18474 8.3368 f5,821H 12.8791 8.5f89 ft9HE

[

32,42f.39 9.8059 18474 8.3358 15,82127 f18788 S.5185 f4904d i

j 32,571f4 9.0481

- 184.74 8.3388 15,822.89 f2.8785 5.5f82 14.9040 32,72f.77 0.0094 18tT4 8.3358 f5,822.53 12.8782

' S.5f79 148940 a

32,872.52 9.f313 18474 8.3358 fES22.f 8 118779 E5f78 f48940 3102402 9.f733 184.74 8.3358 15,82f.79 118778 E5f73 f4.8940 33,f7f.27 9.2f42 f84.74 8.3368 fES2f.43 12.8773 8.5170 14.8940 33,32E39 9.2573 18474 8.3358 15,821.86 118770 S.5f87 14.8940 33,48f.02 9.3003 18474 8.3358 f5,820.87 12.8787 E5fM f4.8840

)

33,832.52 9.3414 18474 8.3358 15,820.29 f2.8783 E5f8f ftSHE i

33,777.39 9.3828 18474 8.3358 fE8f9.M f2.87sf 8.5188 f4.8740 T T O f

khh 33,93f.52 9.4254 18474 8.3358 15,81158 f2.8758 8.5f55 ftS74d 34,08102 9.4881 18474 8.3358 f5,819.18 12.8754 5.5f52 ft8He 5 m 9 34,23114 9.5098 184.74 E3358 f5,8f8.82 f2.875f

8. Side ftS748 h

[

r 34,390 02 9.5528 184.74 13358 f5,818.44 f2.8748 E5f48 148740 34,548.H 9.5988 f8474 E33SS f5,8fE05 f2.8745 S.5f43 14.8840

?

34,700.84 9.0407 184.74 8.3358 f5,811.08 f18742 8.5140 f48840

{

34.800.89 18830 18474 8.3358 f5,817.28 12.8739 E.5f37 ftSNd 35,0f8.89 17275 18474 8.3358 f5,8fS.89 118738 8.5f34 ftSNd 35,f78.89 9.77f4 18474 8.3358 f5,818.51 12.8733 8.5830 f48840 N

35,332.89 9.8147 18474 8.3358 fE818.f2 f2.8730 E5f27 f48848 i

f 35.487.84 9.8877 184.74 8.3358 fE815.74 12.8728 8.Sf24 f48840 l

i I

I J

.=

. ~. _ _ _ -...

.- - _ _. ~, -.. - -

i l

- i

[T ht pm E.

gO 0:. !

o u se. o eacer xO

g. '

Qg Time Time SP Temp DW Pressure Psat Vf Mass Flow Cp Ttu Ta (MTD The Too GTD LTD LMTD as (seconds)

(houm)

(O (pois)

(pain)

(aafumm)

(tmhec) (BTubm *F1 FO PO PF)

PO CO CO Pf")

PO OZ Qg

[

35,84& 84 190f8 20E7 2185 f2.95224 0.0f8875 f,3M f 3 f.80893 20E70 90.00 81.96 f8414 fM33 70.37 M 74 St.88 35,7M 84 9.9438 208.7 29.54 fl95224 0.0f8875 f,3Mf3 f.00803 20E70 90.00 St.98 f8474 135.33 70.37 M 74 Sfm E

M962.52 9.9005 20E7 29.54 f195224 R0f8875 f,338.f3 f.00833 208.70 90.00 Sfm 184.74 fM33 70.37 M 74 Sf.95 Mf01f4 10.0284 20ET 29.53 f2.96224 Ref887S f,33Ef3 f.00003 205.70 SROS St.95 18474 fM33 70.37 M 74 Sf.95 C

i M2SE39 10.0709 20E7 29.53 f2.95224 0.0f8875 f,338.f3 f anent 20E70 50.00 31.95 fM74 f38.33 FR37 M74 Sf.96 4

l M400.39 10.f f 34 205.7 29.33 12.9822d 0.0f8875 f,33tf3 f.00SO3 206.70 Stop Sfm 18474 f35.33 FR37 M74 8f.98 38,500.39 fRfSS7 2017 29.52 12.95224 0.0f8875 f,33tf3 f.00503 20E70 90.00 Sf.95 f84.74 f35.33 70.37 M 74 St.95 t

M7f2.52 fRf979 208.7 28.53 f2.95224 0.0f8875 f,3Mf3 f.00003 205.70 30.00 81.95 fM74 fM33 70.37 94.74 81.96 M887.02 f0.2400 20EF 2152 fi95224 Ref0875 f,338.f3 f.00093

'206.70 90.00

f.95 fM74 f35.33 FR37 M74 Sf.98 37,027.52 f0.20S4 20E8 29.5f f19200f Ref8874 f,3Xf8 f.00002 20E00 90.00 Sf.88 f8&S$ fM29 70.31 M88 31.88 37,f77.27 10.3270 20ES 29.5f f2.9200f

&#19874 f,33tf 8 f.00832 105.00 90.00

f.88 18488 fM29 70.3f 94 08

f.88

{

37,331.39 10.3e98 205.8 29.50 f19200f 0.0f8874 f,3M f 8 f.00592 205.80 90.00 St.88 fM98 f3129 70.31 94.88 8f.88 I

37,48189 10.4f38 20E6 29.49 f2.9280f 0.Of8874 f,t38.f8 f.00002 205.00 SROS St.88 18488 f35.29 7R3f 94 88 Sf.8B 37,84139 10.458S 20E6 29.49 f2.9200f Ref8874 f,338.f8 f.00552 205.80 90.00 Sf.88 f8488 f35.28 70.31 M88 Sf.88 p

37,798.f4 10.4995 20E8 29.48 f 2 9200f 0.0f8874 f,338.f 8 f.00002 205.00 90.00 St.88 f84.88 f35.29 FR3f Mas Sf.88 h

l 37.99& 52 f0.Sd35 205.8 2147 f2.9200f 0.0f8874 f,338.f 8 f.00892 20E00 90.00 Sf.88 f84.00 f35.29 70.3f M88 Sf.88 38,108.89 10.5858 20ES 29.47 1189983 0.0f8874 f,338.24 f.0059f 208.80 90.00 8f.8f fMST f35.25 70.25 94.57 Sf.Sf 38,27f.52 fRS3fo 208.5 2145 12.89083 0.018874 f,338.24 f.00891 205.50 M00 81.8f 18457 13E25 70.25 MST Sf.*f 38,42f.f4 f0.8725 20E5 29.45 f189983 R0f8874 f,3M24 f.00Sef 205.50 90.00

f.8f 18457 f3125 70.25 MST Sf.*f I

38,577.84 10.7f80 205.5 29.44 f2.89983 0.0f8874 f,3M24 f.00Sef 205.30 30.00

f.8f fM57 f35.25 7R25 M57

f.8f 30,731f4 f0.7589 208.5 29.45 f189083 R0f8874 f,3M24 f.0059f 205.50 90.00 St.8f f84.57 f3125 FR2S 94.57 St.Sf l

38,888.84 10.8024 205.5 29.44 f189983 0.0f0874 f,338.24 f.0059f 20ESO 90.00

f.8f fM57 f35.25 70.25 M ST Sf 8f 39,0d7.27 10.8485 20Ed 29.43 f187309 0.0f8873 f,33129 f.00SSO 205.40 90.00 Sf.74 f84.49 f3121 FRf9 94.49

f.74 O

39,20t f4 10.8900 20E4 29.42 f187309 RefS873 f,338.29 f.00089 20E40 90.00

f.74 f8449 f35.2f 70.f9 MdB Sf.74 39,38189 10.9344 20E4 29.42 f187309 0.0fS$73 f,338.29 f.00000 208.40 50.00 Sf.74 f8&49 f38.2f 70.f9 MdB 8f.74

[

39,520.77 f0.9783 20E4 2140 f2.87309 E0f0STS f,338.29 f.00089 20E40 30.00 31.74 f8449 f35.21 7&fs M4B Sf.74 39,877.02 f f.02f4 206.4 29.40 f2.87309 0.018873 f,3X29 f.00 SOS 208.40 30.00 Sf.74 18449 f35.21 7&f9 M40 Sf.74 39,837.39 f f.0859 208.3 29.38 f2.84789 0.0f8872 f,3M3d f.00588 205.30 90.00 3f.87 f844f f3iff 70.f 3 944f 8f.87 l

39,989.8d f f.1082 2013 29.37 f2.84759 0.0f8872 f,338.3d f.00508 205.30 90.00 St.87 f84.4f f 35.f 7 FRf3 Sd.4f

f.ST 40,fS2.52 f f.f S38 20E3 29.37 f184759 0.0f0872 f,3M3d f.00 SOS 205.30 90.00 Sf.87 1844f f35.f7 7Ef3 M4f 81.87 40,299.02 f f.1942 205.3 29.38 f184759 &#19872 f,33134 f.00608 205.30 50.00 Sf.87 fM4f f 35.f 7 7&f3 M4f 81.87 p

40,450.27 1f.2382 2012 29.35 f182f54 Ref0872 f,3M40 f.00008 20E20 90.00 St.80 18433 135.f4 FROS M33

f.00 40,007.84 f f.2790 2012 2135 f182f54 Ref8872 f,3M40 f.00008 20E20 90.00 Sf.80 f84.33 f35.f4 70.08 M33 8f.00 h

40,781f4 f f.3231 205.2 29.34 f2.82fS4 Refe872 f,3M40 f.00000 20E20 90.00 8f.80 f8433 f3Ef4 75.08 M33 Sf.80 40,91152 f f.3854 205.2 2133 f2.82fS4 0.0f8872 f,3M40 f.00508 20E20 90.00 St.80 18433 131f4 70.08 M33 Sf.00 l

41,078.f4 f f.4100 205.f 2132 f179554 E0f887f f,33145 f.00606 208.f0 30.00 St.53 18428 f3Ef0 70.00 94.28 81.83 t

4f,232.f4 f f.4834 205.f 29.3f f2.79554 0.0f887f f,338.45 f.00605 20Ef0 90.00 Sf.53 f8425 f3Ef0 70.00 M25 Sf.S$

1 4?,3Sf.27 f f.4948 20Ef 29.31 f179554 0.01887f f,338.45 f.00605 208.f 0 90.00 St.53 18425 f31f0 70.00 M25 Sf.53 4f,53484 ff.5374 208.f 29.33 f179554 0.0f8871 f,338.45 f.00585 20Ef0 S0.00 Sf.53 18425 f31f6 70.00 94.25

f.53

% 7 O

(

h j

4f,sSS.02 f f.5000 208.0 2132 f178957 0.0f8870 f,338.Sf f.00SS3 206.00 90.00 St.48 184f7 f3108 80.94 Mf7

f.48 41,8Mf4 f f.8217 20E0 29.30 12.79957 R0fe870 f,33E5f f.00SS3 20E00 90.00 31.48 f84f7 f3108 GR94 Mf7 Sf.48 5 m O 41,992.f4 f f.0848 20E0 29.30 f2.70957 0.0f8870 f,3M5f f.00883 20E00 90.00 81.48 184.17 f3108 89.94 Mf7 81.48 l

42.f53.02 f f.7092 205.0 29.29 f2.78957 0.0f8870 f,3315f f.00083 205.00 SR00 81.48 f8df7 135.0f 89.94 Mf7 Sf.48 42,307.52 f f.752f 204.9 29.29 f174385 R018870 f,33E58 f.00632 204.90 90.00 81.38 f8408 f35.02 88.88 MOS Sf.38 42,458.84 f f.794f 204.9 2127 f2.74385 0.014870 f,3XS$

f.00882 20t90 90.00 Sf.38 f8409 135.02 88.88 MOS Sf.38 42,8f2.52 f f.5308 204.9 2128 11 74385 0.018870 f,338.58 f.00SS2 20t90 30.00 Sf.38 f8409 f35.02 89.88 MOS

f.38 42,78f.02 ff.878f 204.9 29.2S f174305 0.0f8870 f,3MS$

f.00SS2 204.90 90.00 St.38 18409 f38.02 SESS MOS Sf.38 i

42,9f8.89 f f.92f4 204.8 29.2S f2.7f778 0.0f8809 f,33&S2 f.00S00 20480 SR00 St.3f f8480 f3498 09.82 M60 8f.31 D

l 43,087.89 f f.9833 20&S 29.2d f1Tf778 Ref8889 f,338.82 f.00000 29t80 90.00 Sf.3f f84.00 13498 89.82 MOS

f 3f l

43,22f.84 f10000 204.8 29.23 f2.7f 778 0.0f8809 f,33tS2 f.00000 204.80 SR00 St.3f f84.80 f3138 SES2 MOO Sf.31 g

e g

f 1

amo 27 h

8m tt.

hO E-mO p

one=

Tane Time Temp Pv Me~

Pa MCPA DW Preneur O

(seconds)

(hours)

(*F)

(pois)

(8sm)

(pain)

(psig)

(peig)

[

C 35,848.84 9.90f8 188.14 13388 fE8fS.35 12.8723

&Sf2f f4854d M79&ed.

9.N35 18414 8.3358. f 5,8f489 f2.8720 8.5ff8 f484dd N

- M952.52 9.9888 18474 8.3358 fE8f480 f187f7

.$.5ff5 f4.848d h

38,102.f4 fRS294 18474 8.3358 fE8ft34 f257f4 8.5ff2 148340 38,255.39 10.0709 18474 8.3358 f5,8f188 1187ff 8.5f88 ft3Nd f

M488.39 10.ff34 18474 8.3358 fE8f3.#

f2.8708 E5f88 ft3341 M589.39 10.f557 18474 8.3358 15,8f11f f18785 8.5f83 ftS24d 38,7f2.52 fRf979 f8474 8.3358 f5,8f174 12.8702 8.5f00 14 8340 38,857.02 fE2488 f8474 a nna 15 8f2.38 12.8899 8.5097 f482dd 37,027.62 ft2854 18488 8.3210 fEttf.97 f2.8879 8.4929 ftSf4d 37,f71.27 10.3278 f8488 8.3210 fE8f f.00 11N78 8.4928 148 fed 37,331.39 10.3898 f8488 8.3210 f 5,8f f.22 f2.8873 8.4923 faaedd h

37,488.89 70.4f38 18488 8.3210 f5,810.84 f1N70 8.4920 f47941 37,843.39 10.4505 18488 8.3210 f5,8f848 f2.8867 8.49f7 f47941 p

37,79Ef4 - f04995 f8488 8.32f0 f5,8f0.08 12.8884 8.4914 14 7840 37,958.52 fR5438 f84.88 8.3210 15,809.00 f2.888f 8.49ff f4774d 30,108.89 f0.5868 f8401 8.3082 fE809.3f 12.8842 8.4744 f47741 M27f.52 10.8310 18457 8.3082 f5,80ES2 f2.8838 E474f f475W 38,421.f4 10.8725 f44f7 8.3082 15,888.55 12.8835 8.4738 14784d I

38,577.N

- 10.7f 89 f8457 8.3082 f5,888.f8 f2.8832 8.4735

.f4744d 38,772.f4 fR7589 f8457 8.3882 fE807.79 f2.8829 E4732 f47540 38,888.84 10.8024 f8457 E3082 15,807.40 f2.8828 E4728 f4744d

=

39,047.27 f0.8485 18&46 8.29ff f?,807.Of f2.8807 L4582 f47340 O

39,204f4

!R8980 f8dm 829f5 fE808.83 f2.8004 8.4558 f472*'

39,38189 10.9344

' 184.49 12915 fE808.24 f2.8800 8.4555 14724d

[

39,520.77 149780 f8449 8.2915 15,805.85 f18597 14552 f47040 39,877.02 ff.02f4 18448 8.29f5 1E805.47 12.8594 E4549 f47840 39,837.39 f f.0859 f844f 8.2768 f5,805.07 f18575 8.4362 14.8ME 39,989.84 f f.f082 18441 8.2788 f 5,80470 12.3572 8.4379 14 8740 40,f52.52 f f.f 535 18441 12768 19.80430 f18588 8.4378 f48748 40,290.02 f f.f 942 f844f 8.2758 i M194 f18585 8.4373 f4888d 40,450.27 ff.2382 18433 8362f f 5.M157 f2.8548 8.4207 f48541 h

40,007.84 ff.2799 f8433 8.2821 fE803 f8 12.8543 8.4204 f48540 40 781f4 - f f.323f 18433 8.2821 fisc133 12.8540 8.420f ft eded 40,915.52 f f.3854 18433 8.2821 f5,802.43 12.8537 8.4f98 f4834d 4f,078.f4 ff.4f00 18425 8.2474 f5,802.04 f2.85f7 8.4032 f4.CNd 49,232.f4 f f.4534 18435 8.2474 fE801.85 f2.85f4 8.4028 148f40 of,38f.27 ff.4948 f84.25 8.2474 15,80f.29 12.85f f 8.4025 fd8f40 W D O b

4f,53484 ff.5374 f8L25 8.2474 f5,800.9f f2.3508 L4022 f4.834d h

4f,888.02 f f.5000 184f7 8.2327 15,800.53 118489 E3857 f483#

4f,838.f4 f f.12f 7 18df7 8.2327 fE800.f 7 f2.8488 EJ854 f4.90dd 5m O 4f,992.f4 f f.8845 f84f7 8.2327 fE799.79 118483 8.385f 148040 42.f5102 f f.7092 184f7 8.2327 fE799.39 f2.8480 E3847 148840 h

42,307.52 f f.752f f8409 8.21Sf f 5,799.0f f2.8480 8.3882 f45988 l

42,458.84 ff.79df 18409 8.2181 f 5,798.84 12.8457 8.3879 f4.5748 42,812.52 ff.8380 18409 8.2f8f f5,798.27 f18554 E3878 145640 42,78f.02 f f.878f 18489 8.2f8f fE797.90 f2.845f 4.3873 f4.5540 42,918.89 ff.9214 18400 8.2035 fE797.52 f2.8432 E3597 ftS5dd N

T F

43.Nr.N ff.uS3 fuS9 nm35 fE797.,5 flun 8.35u f<MW 43,22f.84 f2.0000 f8400 n035 f5,79sTr fruts 6.350f f<8340 g

{

t

[T h'

pm y-gO

c..,. ;

RHR Heat Exchanger aO s-Trne Trne SP Temp DW Pr >ssurt Psat Vf Mass Fm Cp Tru To LMTD Tho Tco GTD LTD LMTO O

o (seconds)

(hours)

(*O (pme)

(ps e)

(cuMtwn)

Obm/sec) (BTLMbm *O CO rF)

(*O PO

(*O

(*Q CO CR h

43,377.02 110492 204.7 25L22 1189f95 0.018888 f,338.87 f 00579 20470 90.00 St.24 18192 13494 88.78 9192 St.24 C

i 43.52f.52 f10893 204.7 29.2f f2.89195 0.018888 1,3R67 f.00579 204.70 MOD Sf.24 18132 fM94 89.78 9192 Sf *4 43,87139 ft.f3f2 204.7 29.2f 1189f95 0.018888 f,338.87 f.00579 204.70 80.00 3f.24 f83.92 fR94 89.78 9192 Sf.24 b

43,827.77 fif744 2047 29.f9 12.89f95 0.018888 f,338.87 f.00579 204.70 90.00 St.24 18192 134.94 89.78 9192 8f.24 C

4198402 f12178 2048 29.fS f1888f8 0.0f8888 f,3R73 f.00578 204.00 90,00 8f.f 7 f8184 13490 89.70 9184 Sf.f7 f'

M f39.39 f2.2808 204.8 29.f7 116C8f8 0.018888 f,3R73

.f.00578 204.80 30.00 Bf.f7 18184 f34.90 89.70 9184 Sf.f7 44,300.39 f2.3057 204.8 29.f7 f1888f8 0.018888 f,3RT3 f.00578 204.00 90.00 St.f7 18184 fM 90 89.70 9184 Sf.f7 4 45102 f2 *48f 204.5 29.f 5 f2.8404f 0.018887 f,338.78 f.00578 204.50 M00 Sf.10 181 78 f3488 89.84 9178 Sf.f0 44,807.89 f13tff 204.5 29.f5 12.8404f 0.0f8867 f,3R78 f.00578 204.50 90.00 St.f0 18178 f3488 89.84 93.78 Sf.fo 44,78164 f2.4349 204.5 29.f 3 f1840df 0.C18887 f,3R78 f.00578 20L50 90.00 St.f0 18178 fM88 89.84 9178 Sf.f0 M921.27 f2.478f 20l4 29.f3 f18f47f 0.018888 f,3R33 f.00575 204.40 90.00 Cf.03 f8188 f3482 89.58 9188 Ef.03 4 072.84 f2.5202 2044 29.f2 12.8f47f 0.018888 f,338.83 f.00575 20440 90.00 St.03 183.88 f3482 89.58 9188 Sf.03 45,229.89 f15839 204.4 29.f f 12.8147f 0.018888 f.3R83 f00575 204.40 90.00 af.03 183.88 f34.82 89.58 9188 Sf.03 438f.77 f18000 2044 21f0 f2.8f47f 0.018888 f,3R33 f.00575 20440 90.00 8f.03 181 88 13482 89.58 93.88 Sf.03 4 53177 12.9483 2043 29.09 f158905 0.0f8888 f,3M89 f.00573 204.30 90.00 80.98 18100 f34.78 88.52 9180 80.98 4 884.02 f18900 20l3 29.08 f158905 0.0f8888 f,338.89 f.00573 204.30 90.00 M 98 f8180 f3478 89.52 9180 80.98

,,a-.

205.7 7.,

(-

a O

Z CO Im m

H ITI > >

< Q r 5 rn O O

ZO Z

F O

h

$a 2

I I

i

r_.___.___

I ZT h,

EITI M.'

hO

= 0 p'

m Trne Tune Temp Pv Ma Pa

- MCPA DW Pressur Qy o

(seconds)

(hours)

(V)

(pois)

(Ibm)

(psia)

(psig)

(peig) o Qg Qi7.02 f10402 183.92 Af889 f5,798.39 12.8407 8.3338 ftS24d 43,521.52 f18093 f8192 8.f889 fE798.04 f18404 8.3333 ftsf40 43,872.39 f2.f312 18192 8.f889 15,79E87 f2.840f 8.3330 ftsf40 h

43.827.77 fif7M f2192 8f889 f5,79129 f2.8398 -

E3327 144940 43,904.02 f2.2178 f8184 8.f744 fR794.90 f2.8378 8.3182 f4.494G f

Mf39.39 ft.2000 18184 8.f 744 - fR79&S2 f18375 L3t99 ft4740 F

/

44,30R39 12.3067 18184 8.f744 f 5,794.f 3 f18372 8.3f58 144740 M45102 f2.34Sf 18178 8.1998 fE79175 11 8353 E2991 ft4540 44,807.89 1139ff 18178 8.f593 fE793.37 12.8350 8.2988 f4.4540 i

44,78E04 f2.4349 f8178 8.f592 fE792.99 178348 12905 14.4340

~

M,92f.27 f2.478f 183.88 8.f453 fR79180 f2.8327 8.2820 f44340 4*07104 12.5302 f8188 8.f453 1R792.23 f2.8324 8.28f7 f44240 45,l M.89 f2.5839 18188 8.1453 fE79f.85 11832f 8.28f4 f4.4140 4%3sf7 f10000 18188 8.f453 fE79f.47 f2.83f8 128ff f44040 p

[

4%533.."'

f2.8483 18180 8.f308 fE79f.f0 12.8299 8.2847 fd394d i

45,884 02 f2.8900 18100 8.f308

=,=.?*

12.8298 12844 14.3840 88axinen 18474 8.52 r-

-1 Nz i

i I

i m

m H

P 23 T O m > >

< O r i

5 rn O i

i Z

Oz o

f i

I o

g i

i o

I a

i r

t t

t

>

ML20151X862

Text

Description:

SUMMARY

Navigation menu

Search