Text

Semiannual Radioactive Effluent Release Rept,Fourth Quarter 1985
	ML20197H505
Person / Time
Site:	Crane
Issue date:	12/31/1985
From:	; GENERAL PUBLIC UTILITIES CORP.
To:	;
Shared Package
ML20197H495	List: ML20197H489; ML20197H505;
References
	NUDOCS 8605190179
	Download: ML20197H505 (23)
	v • d • e

-. - - _. _ _ _.

l Paga 1 of 4 EFFLUENT

SUMMARY

(4410-86-L-0038)

THREE MILE ISLAND UNIT 2 LIQUID AND GASEOUS EFFLUENTS (Sununary of All Releases)

o on E8 g

TYPE EFFLUENT OCTOBER NOVEMBER DECEMBER 4th QUARTER 1985 M

I.

Liquid Effluent:

A. Fission and activation products OQ (not including H-3, gases & alpha)

N

{o 1.

Total Release (C1) (Note 2) 1.21E-5 2.00E-5 9.14E-6 4.12E-5 1

f EN o5 2.

Concentration (pCi/cc)(Note 2) 2.39 E-12 5.89 E-12 2.37E-12 3.46E-12 3

2 o

B. Tritium l.

Total release (Ci) 4.12E-4 9.53E-4 2.93E-4 1.66E-3 t

l 2.

Concentration (pCi/cc) 1.01 E-10

~ 2.80E-10 8.32E-11 2.34E-ll l

C. Dissolved and entrained gases l

1.

Total release (Ci)

<LLD

<LLD 2.

Concentration (pC1/cc)

N/A N/A N/A N/A D. Gross alpha radioactivity

]

1.

Total release (Ci)

Note 3 Note 3 Note 3~

Note 3 E. Volume of waste released prior to dilution (liters) (Note 1) 1.96E4 3.66E4 6.37E4 1.20E5 F. Volume of dilution water (flow to river in liters from NPDES Report) 4.08E9 3.40E9 3.52E9 1.10E10 I

G. Number of batch releases:

l Sumps and sewage 14 17 17 48 l

l

- The concentration of radioactive material other than dissolved or entrained noble gases in liquid i

effluent released to the unrestricted area shall not exceed the values specified in 10CFR 20, j

Appendix B, Table II.

- Present liquid ef fluent release limits are 10% of the concentration values specified in 10CFR 20, j

Appendix B, Table II.

- Liquid effluent releases are also limited to 10CFR 50, Appendix 1, not to exceed a dose of 3 mrem l

total body and 10 mrem to any organ per year.

Note 1)

Includes only those releases which were found to contain radioisotopic concentration >LLD.

i Note 2)

Includes Industrial Waste & Sanitary Waste. Concentration based only on Industrial Waste since Sanitary Waste was not discharged to river.

Note 3)

These activities are to be verified by composite samplir.g.

1

PagD 2 cf 4 1985 EFFLUENT

SUMMARY

(4410-86-Le0038)

THREE MILE ISLAND UNIT 2 LIQUID AND GASE0US EFFLUENTS (Continued)

(Summary of All Releases)

TYPE EFFLUENT OCTOBER NOVEMBER DECEMBER 4th QUARTER 1985 Unit 2 Unit 2 Unit 2 Unit 2 I

II.

Gaseous Effluent Note (1)

N/A Note (1)

Note (1)

A.

Fission & activation gases 1.

Total release (Ci)

<LLD

<LLD i

2.

Release rate (pCi/sec)

N/A N/A N/A N/A 1

B.

Iodine-131 released (Ci):

As of 01/01/81 there was less than 1E-15 curies of I-131 lef t in Unit 2; no releases of I-131 have been detected at the Unit 2 Station Vent.

C.

Particulates with half-lives

>8 days:

4 1.

Total releases (not including a)(C1) 1.70E-7 2.21E-6 3.03E-6 5.41E-6 l

2.

Release rate (pCi/sec) 6.35E-8 8.53E-7 1.13E-6 6.81E-7 3.

Gross alpha radio-activity (C1) 3.86E-8 9.81E-8 2.14E-9 1.39E-7 j

D.

Tritium 1.

Total release (C1) 4.05E0 3.57E0 4.67E0 1.23E1 2.

Release rate (pC1/sec) 1.51 E0 1.38E0 1.74E0 1.55E0 l

E.

Seconds in period reported 2.6784E6 2.5920E6 2.6784E6 7.9488E6 i

F.

Number of batch releases 0

0 0

0 The concentration of radioactive material in gaseous effluents released to the unrestricted area shall not exceed the values specified in 10CFR 20, Appendix B, Table II.

10CFR 50 dose to individual for: a) 10 mrad /yr, gamma radiation; b) 20 mrad /yr, beta radiation; and c) 15 mrem /yr to cny organ.

1 (1) 0.1 curie of Xe-133 was released through the Unit 2 Station Vent as a result of the release from Unit 1 on 10/28/85, 4

there were 3.05E-2Ci of Noble Gas (Xe-133) was released through the Unit-2 Station Vent as a result of the release j

from Unit-1 on 12/17/85; and 3.0E-3Ci of Xe-133 was released through the Unit-2 Station Vent on 12/30/85 as a result of the unusual event in Unit-1 (12/30/85).

Paga 3 cf 4 (4410-86-L-0038) 1985 UNIT 2 LIQUID RADIONUCLIDE RELEASES BY ISOTOPE (Ci)

RADIONUCLIDE OCTOBER NOVEMBER DECEMBER 4th QUARTER 1985

~

.)

s1 Fission and activation products (n t including alpha, H-3 & gases)

<LLD

%<LLD Ag-110m

<LLD

<LLD Cc-144

<LLD

<LLD x

C9-58

<LLD

<tLD

<LLD

<LLD Cc-60

<lLD

<LLD

~

<LLD

<LLD s

<t s

Cs-134

<LLD

<LLD Cs-137 2.37E-6 5.72E-6 8.12E-7 8.90E-6 1-131

<LLD

<LLD Sr-90 Unidentified Beta 9.74E-6

_1.43E-5 8.33E-6 3.24E-5 TOTAL 1.21E-5 2.00E-5 9.14E-6 4.13E-5 H-3 4.12E-4 9.53E-4' 2.93E-4 1.66E-3

~

These activities are to be verified by composite sampling, T

\\

~

s

~.

m Page 4 cf 4

~

1985 UNIT 2 GASEOUS RADIONUCLIDE RELEASES BY ISOTOPE (C1)

RADIONUCLIDE OCTOBER NOVEMBER DECEMBER 4th QUARTER 1985 Fission and activation cases Unit 2 Unit 2 Unit 2 Total Kr-85

<LLD

<tLD See Note (1)

Page 2 of 4 Tetal Particulates (half lives >8 days)

Unidentified beta /ganuna 1.70E-7 2.21 E-6 1.09E-6 3.47E-6 Cs-137

<LLD

<LLD 1.94E-6 1.94E-6 Cs-134

<LLD

<LLD Gross alpha 3.86E-8 9.81E-8 2.14E-9 1.39E-7 TOTAL (including alpha 2.09E-7 2.31E-6 3.03E-6 5.55E-6 TOTAL (minus alpha) 1.70E-7 2.21E-6 3.03E-6 5.41E-6 Tritium (3 )

4.05E0 3.57E0 4.67E0 1.23E1 H

9

ATTACHMENT 3 j

Page 1 of 2 (4410-86-L-0038)

INTERPRETATION OF DOSE

SUMMARY

TABLE 1

The Dose Summary Table (Table 1) presents the maximum hypothetical doses to an individual and the general population resulting from the release of gaseous and liquid effluents from TMI-2 during the fourth quarter reporting period of i

1985.

A.

Liquid (Individual)

The first two lines of Table 1 present the maximum hypothetical dose to an i

individual. Presented are the whole body and critical organ doses.

Calculations are performed on the four age groups and eight organs recommended in Regulatory Guide 1.109. The pathways considered for TMI are drinking water, consumption of fish, and standing on the shoreline influenced by TMI effluents. The latter two pathways are considered to be the primary recreational activities associated with the Susquehanna River in the vicinity of TMI. The " receptor" would be that individual who consumes water from the Susquehanna River and fish residing in the plant discharge, while occupying an area of shoreline influenced by the plant discharge.

After calculating the doses to all age groups for all eight organs resulting from the three pathways described above, the Dose Summary Table presents the maxime whole body dose and affected age group along with the organ and associated age group that received the largest dose.

For the fourth quarter of 1985 the calculated maximm whole body dose received by anyone would have been 2.96E-4 mrem to an adult. Similarly, the maximum organ dose would have been 8.47E-4 mrem to the bone of an adult.

(Note: The unidentified beta inventory is treated as Sr-90.)

B.

Gaseous (Individual)

There are seven major pathways considered in the dose calculations for gaseous effluents. These are:

(1) plume, (2) inhalation, consumption of (3) cow milk, (4) goat milk, (5) vegetables, (6) meat, and (7) standing on cor.caminated ground.

Lines 3 and 4 present the maximum pime exposure at or beyond the site boundary. The notation of " air dose" is interpreted to mean that these doses are not to an individual, but are considered to be the maximm dose that would have occurred at or beyond the site boundary. The Dose Simnary Table presents the distance in meters to the location in the affected sector (compass point) where the theoretical maximum plume exposure occurred. It should be noted that real-time meteorology was used in all dose calculations for gaseous effluents.

Kith respect to the gaseous releases for the fourth quarter of 1985, the plume exposure at or near the site boundary would have been 1.67E-5 mrad and 4.98E-5 mrad, gamma and beta dose respectively.

0001R

ATTACHMENT 3 Page 2 of 2

~ ~

Lines 5 and 6 present the largest calculated dose to a receptor (individual) in the maximally affected sector (s). The location of the receptor is described by both distance (meters) and direction from the site.

Plume exposures to an individual, regardless of age, from gaseous effluents during the fourth quarter were 4.54E-6 mrem and 1.28E-5 mrem, whole body and skin, respectively.

The Iodines and Particulai.es section described in line 7 represents the maximum exposed organ due to iodine and particulates. This does not include the whole body plume exposure which was separated out by line 5.

The doses presented in this section again reflect the maximum exposed organ for the appropriate age group.

The fourth quarter exposure due to the iodines and particulates would have resulted in a maximisn dose of 1.21E-3 mrem to the total body of a child residing 2500 meters from the site in the W sector. No other organ of any age group would have received a greater dose.

C.

Liquid and Gaseous (Population)

Lines 8 - 11 present the person-rem doses resulting from the liquid and gaseous effluents. These doses are summed over all pathways and the affected populations. Liquid person-rem is based upon the population encompassed within the region from the TMI outfall extending down to the Chesapeake Bay. The person-rem for gaseous effluents are based upon the i

1980 population projections of the FSAR and consider the population out to a distance of 50 miles around TMI. Population doses are summed over all distances and sectors to give an aggregate dose.

Based upon the calculations performed for the fourth quarter, liquid effluents resulted in a whole body population dose of 2.8E-3 person-rem with a maximum critical organ population dose to the bone of 1.1E-2 Gaseous effluents resulted in a whole body population dose of person-rem.

4.5E-2 person-rem. Maximum critical organ population doses to the liver, GI, kidney, thyroid and lung were also 4.5E-2 person-rem.

0001 R

ATTACHMENT 4 P.'go 1 of 1 (4410-86-L-0038)

UNIT 2 Fourth Quarter Dose Report

SUMMARY

(F MAXIMUM INDIVIDUAL DOSES FOR UNIT 2 FROM October 1, 1985 through December 31, 1985 I

I I Estimated l

l Location l

% of I

Limits (arem) l 1

l l Applicable l Dose l

Age l Dist Dir i

Applicable l 10 CFR 50 Ap(arem)x I i pendi l Effluent l

Organ I

(mrem) l Group l

(m) (toward) l Limit l

Limits 1

l I

I I

l l Quarterly I Annual I Quarterly I Annual l

l l

l(1) Liquid l Total Body 1

2.96E-4 l

Adult l

Receptor 1 l 1.97E-2 l 9.8E-3 l

1.5 1

3.0 l

l(2) Liquid i Bone 1

8.47E-4 l

Adult l

Receptor 1 l 1.69E-2 l 8.47E-3 1 5.0 l

10.0 1

1 I

I I

I l

l l

l I

l l

534 SSE I 3.4E-4 l 1.7E-4 l

5.0 l

10.0 l

l(3) Noble Gas l Air Dose l

1.67E-5 l

l l (gamma-mrad) l l

l l

l 534 SSE l 5.0E-4 l 2.5E-4 l

10.0 l

20.0 l

l(4) Noble Gas l Air Dose 1

4.98E-5 l

I l (beta-urad I

l l

I l

l I

l l

5.0 l

l 9.1E-5 l

l(5) Noble Gas i Total Body l

4.54E-6 l

All l

1000 SSE l

l 15.0 l

l 8.5E-5 l

l(6) Noble Gas 1 Skin l

1.28E-5 l

All l 1000 SSE l

1 l

I I

I l

l l

I I

I l

l l

1.21 E-3 l

Child l 2500 W

I 1.6E-2 l 8.1E-3 l

7.5 l

15.0 1

l(7) Iodine &

l Total Body i

Particulatesi l

l l

l SUMpmRY OF MAXIRJM POPULATION DOSES FOR UNIT 2 FROM October 1,1985 through December 31, 1985 Estimated Applicable Population Dose Effluent Organ (person-rem)

(8) Liquid Total Body 2.8E-3 (9) Liquid Bone 1.1E-2 (10) Gaseous Total Body 4.5E-2 (11) Gaseous Liver, GI, Kidney, 4.5E-2 Lung, Thyroid

^

ATTACHMENT 5 t

Page 1 of 12

{

(4410-86-L-0038)

EFFLUENT AND WASTE DISPOSAL SEMI ANNUAL REPORT July 1, 1985 to December 31, 1985 SUPPLEMENTAL INFORMATION PACILITY TMI-Unit 2 (including EPICOR-II) LICENSEE DPR-73-320 1.

Regulatory Limits a.

Fission and activation gases:

c.

Par cu ates, half-lives > 8 days:

"f3 b

d.

Liquid effluents:

2.

Maximum Permissible Concentrations Provide the MPCs used in determining allowable release rates or concentrations.

a, Fission and activation gases:

ates, half-lives >8 days:

10 CFR, Part 20, Appendix B c.

ar d.

Liquid effluents:

3.

Average Energy Provide the average energy (E) of the radionuclide mixture in releases of fission and activation gases, if applicable 4.

Measurements and Approximations of Total Radioactivity Provide the methods used to measure or approximate the total radioactivity in effluents and the methods used to determine radionuclide composition.

a.

Fission and activation gases:

Ge(Li) Spectrometry, Liquid Scintillation b.

Iodines:

Ge(Li) Spectrometry, c.

Particulates:

Ge(Li) Spectrometry, Gas Flow Proportional Counting d.

Liquid effluents:

Ge(Li) Spectrometry, Liquid Scintillation i

5.

Batch Releases i

Provide the following information relating to batch releases of radioactive materials in liquid and gaseous effluents.

2 1985 1985 A.

Liquid 3rd Quarter 4th Quarter 1.

Number of batch releases:

61 48 j

2.

Total time period for batch release:

N/A N/A 3.

Mav4== time period for a batch release:

N/A N/A 4.

Average time period for batch releases:

N/A N/A 5.

Minimum time period for a batch release:

N/A N/A 6.

Average stream flow during periods of release of effluent into flowing stream:

N/A N/A See Note (1) and

Page 6 of this report N/A= Not Applicable s..,,

.Ni

~..:.

ATTACHMENT 5 Page 2 of 12 (4410-86-L-0038) 5.

Batch Releases (cont.)

1985 1985 B.

Gaseous 3rd Quarter 4th Quarter 1.

Number of batch releases:

NONE NONE 2.

Total time period for batch releases:

N/A N/A 3.

Navimum time period for a batch release:

N/A N/A 4.

Average time period for batch release:

N/A N/A 5.

Minimum time period for a batch release:

N/A N/A 6.

Abnormal Releases A.

Liquid 1.

Number of releases:

NONE NONE 2.

Total activity released:

N/A N/A B.

Cascous 1.

Number of releases:

NONE NONE 2.

Total activity released:

N/A N/A

~

,r-

- - ~

^-

ATTACHMENT 5 Page 3 of 12 (4410-86-L-0038)

TABLE 1A EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT GASEOUS EFFLUENTS-SUMMATION OF ALL RELEASES UNIT 3rd 4th EST. TOTAL UgER ggER ERROR, %

A.

Fission & activation gases

1. Total release Ci

<LLD

+60%

Tech Spec Limit =

2. Average release rate for period UCi/sec.

N/A N/A 7.20E3 pCi/sec

3. Percent of Tech Spec limit N/A N/A f r Kr-85 B.

Iodines

_ 1. Total Iodine-131 Ci N/A N/A N/A

2. Average release rate for period UCi/sec.

N/A N/A

3. Percent of Tech Spec limit N/A N/A C.

Particulates 1.'Particulates with half-lives

> 8 navs C1 2.72E-5 5,41E-6 1 0%

6

2. Average release rate for period pC1/sec.

3.42E-6 6.81E-7 Tech Spec Limit =

3. Percent of Tech Spec limit 1.43E-2 2.84E-3 2.40E-2 pCi/sec

4. Cross alpha radioactivity C1 2.39E-7 1.39E-7 D.

Tritium

1. Total release Ci 2.91E0 1.23E1 1 60%

2. Average release rate for period VCi/sec.

3.66E-1 1.55E0 Tech Spec Limit =

3. Percent of Tech Spec limit x

7.63E-3 3.23E-2 4.80E3 pCi/sec for H-3 1 '

,-,..,,--i

ATTACHMENT 5 Page 4 of 12 (4410-86-L-0038)

TABLE IB EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT

[

GASEOUS EFFLUENTS-CROUND LEVEL RELEASE Continuous Mode Batch Mode 1985 1985 lW5 N

Nuclides UNIT Released q3bER Q

ER QU TER QUA ER 1.

Fission gases l

krypton-85 Ci

<.LLD

< LLD N/A N/A krypton-85m ci

< ii n LLD N/A N/A g

< LLD

< LLD N/A N/A krypton-87 Ci krypton-88 Ci

< LLD

< LLD N/A N/A t xenon-133 Ci

< LLD NIkbage N/A N/A xenon-135 Ci

< LLD LLD N/A N/A xenon-135m Ci

< LLD

< LLD N/A N/A xenon-138 Ci

< LLD

< LLD N/A N/A Others (specify)

Ci Ci Ci C1 Ci Unidentified C1- ~

< LLD

< LLD N/A N/A Total for period Ci

< LLD

< LLD N/A N/A 2.

Iodines iodine-131 Ci

< LLD LLD nfa

.i g N/A N/A iodine-133 Ci Iin tin iodine-135 Ci

< LI n LLD N/A N/A Total for period Ci

< LLD LLD N/A N/A (1) 0.1 curie of Xe-133 was released through the Unit 2 Station Vent as a result of the release from Unit 1 on 10/28/85, there were 3.05E-2Ci of Xe-133 released through the Unit 2 Station Vent as a result of the release from Unit 1 on 12/17/85; and 3.0E-3Ci of XE-133 was released through the Unit 2 Station Vent on 12/30/85 as a result of the unusual event in Unit 1 (12/30/85)...

~'

~

T

--~~ ATTACHMENT 5 Page 5 of 12

~ l (4410-86-L-0038)

TABLE IB (cont.)

EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT GASEOUS EFFLUENTS-GROUND LEVEL RELEASES l

i Continuous Mode Batch Mode Nuclides UNIT 1985 3rd 1985 4th 1985 3rd 1985 4th Released II QUARTER QUARTER QUARTER QUARTER 3

Particulates (1) strontiunr-89 Ci

< LLD

' < LLD N/A N/A strontium-90 Ci

Lt D

' LLD N/A N/A cesium-134 Ci

< LLD

< LLD N/A N/A cesium-137 C1 2.36E-5 1.94E-6 N/A N/A barium-lanthanum-140 Ci N/A N/A

, II n

< tin Others (specify)

Unidentified 3,9 3.5bE-6 3.4/t-b N/A n/A (1-) Unidentified B-Y is assumed to be Strontium-90 in equilibrium with Yttrium-90 for the purpose of off site dose calculations.

I

~5-

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

ATTACHMENT 5 Page 6 of 12

~

(4410-86-L-0038)

TABLE 2A EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT LIQUID EFFLUENTS-SUNMATION OF ALL RELEASES UNIT 1985 3rd 1985 4th EST. TOTAL y;

QUARTER QUARTER ERROR %

A.

Fission and activation products

1. Total releases (not including tritium, gases, alpha)

Ci 4.62E-5 4.12E-5 60%

2. Average diluted concentration durine eeriod pC1/ml 3.26E-12 3.46E-12 Based on 2E-5 pCi/ml (Cs-137)

3. Percent of applicable limit 1.63E-5 1.73E-5 B.

Tritium

1. Total release C1 4.51E-4 1.66E-3 60%

2. Average dilutec concentration ase on E3 during period UCi/ml 3.64E-11

2. 34E-11 g3

3. Percent of applicable limit 1.21E-6 7.80E-7 C.

Dissolved and entrained gases

1. Total release C1

4. Average diluted concentration

~

< LLD

< LLD 60%

durint period UCi/ml N/A N/A

3. Percent of applicable limit N/A N/A D.

Gross alpha radioactivity

1. Total release Ci Note 3 Note 3 60%

E. Volume of waste released (prior to dilution) liters 1.13E5 1.20E5 25%

F. Volume of dilution water used liters 1.24E10 1.10E10 10%

Includes only those releases mentioned in Note (1) which were found to contain radio-I l

isotope concentrations >LLD.

Note:(1): There were no liquid releases from the radwaste system during the second half of 1985 since this system is flanged off from the discharge lines.

However, low concentrations of radionuclides have been occasionally found in the industrial waste stream and sanitary waste and are appropriately included in Item A2, Note:(2): Refer to Table 5 for typical LLD values.

Note:(3): These values will be determined by offsite vendor analysis of a composite sample.

The unidentified beta-gamma radionuclides are assumed to be strontium-90/ yttrium-90 in equilibrium.,

--n

,-.,n_,

c

.-e--

e,,

.--,----wn

ATTACHMENT 5 Page 7 of 12 (4410-86-L-0038)

TAL*.E 2B EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT LIQUID EFFLUENTS

'f Continuous Mode Batch Mode 1985 3rd 1985 4th 1985 3rd 1985 4th Nuclides UNIT Released QUARTER QUARTER QUARTER QUARTER strontium-89 Ci N$e: 1,P6 NNe: 1,P6

< LLD

< LLD strontium-90 Ci Note: 3,P6 Note: 3,P6 1

cesium-134

.Ci

< LLD

< LLD cesium-137 Ci 1.49E-5 8.90E-6 iodine-131 c4

< LLD

< LLD i

cobalt-58 Ci

< LLD

< LLD l

l cobalt-60 Ci

< LLD

< LLD iron-59 Ci

< LLD

< LLD zine-65 C1

< LLD

< LLD mana stanese-54 Ci LLD LLD chromium-51 Ci

< LLD

]

zirconium-niobium-95 Ci

< LLD

< LLD molybdenum-99 Ci

< LLD

< LLD technetium-99m Ci

< LLD

< LLD barium-lanthanum-140 Ci

< LLD

< LLD ceritm-141 Ci

< LLU

< LLU Other (specify)

Ci

< LLD

< LLD Tc99m (from a medical C1 (5.45E-6)

N/A administration in July 8f )

C1 Ci Ci Ci cf Unidentified Ci 3.12E-5 3.24E-5 i

Total for periodless TcS 9m)

Ci 4.62E-5 4.13E-5 xenon-133 Ci

< LLD

< LLD xenon-135 Ci

< tin

< 1I n.

L -

)

ATTACHMENT 5 Page 8 of 12 (4410-86-L-0038)

Unit 2 LSA - 07/01/85 t hrough 12/31/85 TASI.E 3&

EFFLUDIT AND WASTE DISPOSAL SIM1 ANNUAL REPORT l

SOLID WASTE AND 11 RADIATED FUEL SE1FIGNTS 4.

Solid waste' shipped off-site for burial or disposal (not irradiated fuel)

1. Type of waste WIT II 0 M lh hT{AL

o. 5 Pent resins, 311ter slusses, g 8 eva:erster bottons, etc.

C1 N/A N/A 8

b. Dry centressible waste, sentaminated 3

123.24 m3 ecuf;=e.t. etc.

c4 1 946 Ci S,u

c. Irradiated soaponents, control s'

rod s. e t c.

Ci N/A en

d. Other (describe)

Ci N/A

2. Estimate of major nuclide cee;esitten (by type of waste) a.

N/A I

I j

1 2

b.

Cs-137 85.97 1 Sb-125

,194,

N-134 3.212 S r - 9 0__

10.4 3 i

Tc-99 4.8E-23

)

c.

N/A g

i 1

2 2

I d.

h/A g

i 2

1 J

1

3. Solid Waste Disposition Nu ber of Shipme.ts Mode of Transportation Destination (b) 6 Shioments Tractor - C1n wd Van Hanford Richland, WA (b) 1 Shioment Tractor - Flatbed Hanford - Richland, WA l

S.

Irradiated Fuel Shipments (Disposition) 1

_ Number of Shipments Mode of Trasportation Destination t;/4 N/A

LSA shipped in 276 steel drums at 7.5 ft3 each 15 steel boxes at 98 ft each 28 wooden boxes at 29 ft3 each

ATTACHf1ENT 5 Page 9 of 12 (4410-86-L-0038)

Unit 2 Solidified Steel Liners 07/01/85 through 12/31/85 TA312 2 j

EFFLtMlNT AND WASTE DISPOSAL SIM1 ANNUAL BEp0RT SOLID WA57E AND 1RRADIATED FUEL SELFMENTS Il

~

4. Sclid waste ehipped off-site for basal or disposal (not irradiated fuel)

1. Type of waste WIT II 0 M jh g5yggp

o. 5 pent resias, salter saus8ese g'

6.22 mJ avererstor bottons. etc.

c1 289.108 Ci 5%

b. Dry compressible waste, sentanimated s'

N/A ecufpaent. etc.

e,

c. Arradiated components, sentrol s'

rods. ate.

Ci N/A as

d. Other (describe)

Ci N/A

2. Estimate of major nuclide eeeposition (bv type of waste)

a. Sr-90 82,743 Cs-137 13.561 Sb-125 2.451 Te-125m

.562 j

b. N/A g

i I

I 1

g c.

w/A t

2 2

3 d.

h/A t

3 1

3. Solid Waste Disposition Number of Shipments Mode of Trasportation Destination (a) l'Shirment Tractor-Cask (HN100 Series 2) Hanford - Richland, WA (a) 1 Shipment Tractor-Cask (HN-500)

Hanford - Richland, WA 3.

Irradiated Fuel Shipments (Dispositten)

) _ N e ar of Shipments Mode of Transportation Destination l

N/A l

N/A

Shipped in 1 - 170 ft3 steel liner 1-50 ft3 steel liner l

ATTACHMENT 5 Page 10 of 12 (4410-86-L-0038)

Unit 2 EPICOR Liner - 07/01/85 through 12/31/85 TABLE S&

gryttENT AND WASTE DISPOSAL SEN'ENt!AL REPORT 3

SOLID WASTE AND 3RSAb1ATED FUEL SEIFIENTS

4. Solid waste shipped off-site for burial or disposal (not irradia+,ed fuel)

~

l 1 NIT II 0 gh g5gT{AL

1. Type of wasta

a. spent resins, nater slusses, gi "

99.109 m3 C1 91.31 Ci 5%

evaporator bottons. etc.

s' N/A

b. Dry compressible waste, contaminated et eculement. etc.

s'

c. Irradiated soaponents, sentrol N/A Ci _

rods. ate.

58 Ci N/A_.

d. Other (describe)

2. Estimate of anjor nuclide composition (by type of waste) 62.25 3 a.

Sb-125 Sr-90 16.71 1 14.35 1 Te-125m 3.68 3 l

Cs-137 T

b.

N/A t

1 1

'I I

c. N/A T

I l

S z

d.

N/A I

S 5

4 s

I 1

E

3. Solid Waste Disposition N aber of Shipments.

Mode of Transportation Destination (a) 12' Shipments Tractor-Cask (HN100 Series 2) Hanford - Richland, WA (a) 7 Shipments Tractor-Cask (NuPac 140.2.0)

Hanford - Richland WA (a) 1 Shipment Tractor-Cask (SM-1)

Hanford lic 11and. WA (a) 1 Shipment Tractor-Flatbed Hanford.11c aland, WA I

3.

Irradiated Fusi Shipments (Dispositico)

\\

Number of Shipments Isode of Transportation Destination N/A N/A 3 ea h

Shipped in 20 steel liners at 170 ft 3 2 steel hners at 50 ft each

Page 11 of 12 TA8LE 4 (4410-86-L-0038)

TYPICAL GASE0US EFFLUENT LLD (lower Limi1 ef Detection) VALUES ASSUMPTIONS:

Sample volume (Marinelli) 1640cc Sample volume (Particulate & Charcoal Filters) 5.7E8cc Sampling Rate 2 cfm or 5.66E4cc/ min Sampling Time 1 week or 1E4 min Sample volume (tritium bubbled thru water) 7.56E5cc Sampling Rate 75cc/ min Sampling Time 1E4 min

& H-3 =20 min;

=10 min; 7 =1000sec Sample Counting Time:

a Sample Counters:

y emitters 25% Ge(Li) a or #

Proportional Counter H-3 Liquid Scintillation Counter ISOTOPE Ci/cc LLO NOTES a

1 E-15 Particulate Filter Paper Gross Alpha Gross Beta S

l E-14 Tritium H-3 1 E-10 Air bubbled thru water by a fritted disc or Fisher Milligan gas washer i

Krypton-85 Kr-85 SE-6 Marinelli Krypton-85m Kr-85m 2E-8 Krypton-87 Kr-87 6E-8 Krypton-88 Kr-88 SE-8 Xenon-133 Xe-133 4E-8 Xenon-133m Xe-133m 1E-7 Xenon-135 Xe-135 2E-8 Xenon-135m Xe-135m 3E-7 Xenon-138 Xe-138 3E-7 Iodine-131 1-131 2E-8 Iodine-133 1-133 3E-8 i

Iodine-135 I-135 2E-7 Iodine-131 1-131 3E-14 Charcoal Filter Iodine-133 1-133 4E-14 Iodine-135 I-135 3E-13 Manganese-54 Mn-54 3E-14 Particulate filter Paper Iron-59 Fe-59 8E-14 Cobalt-58 Co-58 3E-14 Cobalt-60 Co-60 SE-14 Zinc-65 Zn-65 9E-14 Strontium-89 Sr-89 2E-14 Strontium-90 Sr-90 2E-14 Molybdenum-99 Mo-99 2E-14 Kuthenium-103 Ru-103 2E-14 Silver-110m Ag-110m 3E-14 Cesium-134 Cs-134 4 E-14 Cesium-137 Cs-137 3E-14 Cerium-141 Ce-141 3E-14 Cerium-144 Ce-144 9E-14

____.,-,_..._,_..,_,.,,,m._.-_.,_._.-y.__,--,-_w,

-wy

Page 12 of 12 (4410-86-L-0038)

TABLE 5 TYPICAL LIOUID EFFLUENT LLD (Lower Limit of Detection) VALUES ASSUMPTIONS:

Sample volume = 1 liter = 1000 cc Sample counting time

= 1000 sec Sample counted with a 25% Ge(Li) for Gamma Emitters ISOTOPE pCi/cc LLD NOTES Gross Alpha a

4E-9 Counted with proportional counter Gross Beta 7E-8 Counted with proportional counter i

Tritium H-3 4E-6 Counted with liquid scintillation counter Krypton-85 Kr-85 1 E-4 Xenon-131m Xe-131m 2E-5 Xenon-133 Xe-133 1E-6 Xenon-135 Xe-135 3E-7 Chromium-51 C r-151 3E-6 Manganese-54 Mn-54 4E-7 Cobalt-58 Co-58 4E-7 Iron-59 Fe-59 9E-7 Cobalt-60 Co-60 6E-7 Zinc-65 In-65 1E-6 Zirconium-95 Zr-95 7E-7 Niobium-95 Nb-95 4E-7 Molybdenum-99 Mo-99 3E-7 Technetium-99m Tc-99m 3E-7 Silver-110m Ag-110m 6E-7 Antimony-125 Sb-125 9 E-7 Cesium-134 Cs-134 SE-7 Cesium-136 Cs-136 4E-7 Cesium-137 Cs-137 SE-7 Barium-140 Ba-140 1E-6 Lanthanum-140 La-140 7E-7 Cerium-141 Ce-141 SE-7 Cerium-144 Ce-144 3E-6 Iodine-131 1-131 3E-7 Iodine-133 1-133 4E-7 Phosphorus-32 p-32 1E-6 These LLD values for liquid Iron-55 Fe-55 SE-8 sample analyses of gross alpha, Strontium-89 Sr-89 SE-8 P-32, Fe-55, Sr-89, and Sr-90 Strontium-90 Sr-90 SE-8 are the same as Unit 1 which are Gross Alpha a

1E-7 offsite vendor LLD values.

="

t - & " :":'

ATTACHMENT 6 JOINT FREQUENCY TABLE THIRD QUARTER 1985 Page 1 of 4 l

(4410 86.L.0038) sitt. Teett resLE ssts.

5:st. Teett p Lt ISLs.

moup5 AT taCm wsees spate AsesI sistCTscos eeupS AT cACse want sPEts Asse assaCTsen Pra:SS Sr SECent.

Se878tes-SeOS3824 Pte:SS or attant.

Se870sSs-85903324 i

STASIL817 CLA55.

A 31/82 51ASILI17 CL A55, C

31/92 SPt D.SPISA SINECTISes.DIl m A LAPStiSTOSSA

........S.INECi tese 9f.tOS.A.............L.APSt.9. TIS.S.A ELLva180es,...............seti.d t.PISSA

..c...

cLEv413tte WIsee $PEESffeese Wftot SMCSIee' eel wise wiset

..- 5 4-7 G-12 15-38 18-24

N 19148.

.N.. total.

SISEtt less S-12 33 19.IS-24 I.

.Sletti stes

.t - 3 47 se 5

2S IS S

S S

di es I

2 8

8 8

8 4

seE 8

e i

S S

S Il set S

s O

S S

S I

-s et S

2 S

S S

S 2

est S

S S

tee S

3 S

S S

S 3

Esse 2

2 S

S S

S 4

E I

4 S

S S

t S

2 S

S S

S 2

ESt, S

6 4

S S

ESC 2

S e

S 8

8 8

)

SE S

S S

S 84 SE 2

5 i

S S

ESC 2

II 2

S S

S IS 554.

2 2

S S

4 i

5 9

II 3

S S

S IS S

S S

I e

S 8

2 55w 3

28 28 2

S S

48 554r 4

4 4

S S

S 12 sw to 28 S

S S

49 Sv 2

i S

S S

S 3

1 vsw is i4 7

8 8

8 35 v5v 2

2 S

S S

S 4

W 12 14 32 4

S S

42 W

2 l

i S

S S

4 I

tesw S

IS 84 8

8 8

30 Wedw 3

9 9

8 8

8 3

esu 29 le 30 2

S S

78 esw 2

8 8

8 3

essw 82 15 32 3

8 8

S2 8esw 4

1 8

8 8

8 5

ioi As.

Si 224 isi i3 S

S 478 total 29 38 iS S

S S

SS PeplSS5 OF CALMfesGUR59.

9 PEnlOSS OF CALNtHoustSt,

8 i

WARI ASLE SintCTIOes IS V ARI ASL [ SimECT IOes S

i peuR5 OF MI5530sc 941A.

5 seuR5 or MI558esG DA1Ai 5

I i

i l

I ssTE. Teeft estt ists.

ssTE. Tsett nsLE Is s.

teDNSS AT EAtee wise spets 80s asMCTsces semps AT EACes teles getts Apeg 3sStgtsge PtSISS IF SECSDS.

80879888 88889824 PERIOS Sr IECSDS.

mSPSISI.SSSSgS24 STASIL817 CLASE.

S S1/82 51ASILITY CLASS.

S 81/82

....C.1stee.a.stSSA LAPSE.STlSSA ste.va180es.

ELEv4180es.

SMet.

.-.....SP I NA SISE

.......let.CT itet. 9.s.IMA LAPSt.STISSA Spett.SPIWA S

l

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

I wsoe setterrireet wrest spettessest 4

isseet ese S SISEC1stSe I.3 47 S-42 13 18 IS-N.

N.

total.

SapEtt S.12 15-88 IS.-N

N TS.TAL

.......l Set 43 47 i

4 es 4

2 S

S S

se s2 IS 3

S S

S 3:

seE l

2 S

S S

S 3

eSE S

S e

S 9

8 IS of 2

2 S

S S

S 4

set S

I S

S S

S IS l

ten 2

4 S

S S

Euc et s2 e

S 8

9 23 t

1 4

S S

s t

23 22 2

S S

S 47 4

Est S

S S

tst iS is i

S S

S s2 st iS 3

S S

S 84 5t S

26 7

0 O

O w

j Sac 3

4 2

S S

55t 92 95 9

3 0

8 IK q

4 S

S S

II 5

IS 28 3

i e

S 40 SSW 8

IS 4

S S

S 25 55W 23 33 0

2 S

S SS Sar 3

0 3

S S

S 14 53 28 23 3

S S

S 46 W5W S

2 3

S S

S 7

W5w le S

S S

27 4

w 4

S S

e S

4 5

w 84 14 I

f S

S 30 Usef 3

9 3

S S

tesw 5

7 94 I

l 8

28 i

3' esw S

2 3

S 12 saw S

S S

3 9

8 38 sesw S

4 e

S e

s2 seesw s2 se s

3 8

8 Bi l,

TOTAL SS SS 27 4

S S

848 TOTAL 293 298 SS 14 2

S 984 1

PESIOS5 W CALMfMOUR53 :

S PEWlOSE E CALMfMOOR59.

O 1

vaalAR E DISECTIOes IS WARIASLE BIRECTItte

$1 Notes GF pt55Issc SATA, 5

eeoum5 or ns55:eet BATA.

S l

k 1

l a

i l

1 r

ATTACHMENT 6 JOINT FREQUEECY TABLE THIRD QUARTER 1985 Page 2 of 4 (410 86-L-0038) 5390 feeEE ptLE stS.

Sitt. SeeEE MILE tstS.

econes At Eaces wises SPEES Ace SteECTf0Be ffJR5 A1 EActe wipe 8 SPEES A888 SIDEC1f tse PERIOS OF SECODD.

SSSFSISt-880eM24 PEStOS & *ECODS =

80379:09 88805024 51 AstL t1T CLASS.

C 31/92

..........8HECT IOpe. S.i les.A.L APS.E SilS.S.A 51aSIL IT* ta A55 E

31/92 3

E.L E.va t iose...........

SPE.E.S SPISea LAPSE.STISSA

........................sSSA.....S.I NEC.110se. Si lSSA ELEVAt lese -

5*EES :%P

- -. - - =.-.........

wiset EPEESffqPeet

.....--=-_

wates SPE18treten wfett S 12 15..18 19.-24.

24 TO..T AL.

wites 724 TOTAL 45 47 S.IstC180pe S.It. 85..19.IS-24 55 47 S.ISE.03 80se se 17 SS e

o e

S 76

=

2 3

e S

S 8

2 I;

seen 15 55 S

S S

27 e8E 8

8 8

0 9

af IS 7

3 0

S S

87 st 8

3 S

S S

S 1

Esf 94 e

e a

e e

25 Let 2

2 S

S S

S 4

E 26 S

S S

32 E

8 9

S S

2 ESE se 7

8 8

38 EE S

S S

E IS 34 S

S S

S 52 SE 2

8 S

S S

SM 28 2

3 S

S S

24 Sn 4

S S

e S

9 4

5 22 le 3

S S

e 55 5

33 9

8 8

II 55W 27 28 5

e S

3 51 55v 5

9 8

e S

S 3

SW 25 Il 1

2 I

S 48 5W 8

8 8

9 9

9 0

USW 22 IS S

S S

S 35 W5w S

S S

w 25 IS S

I S

S 48 w

2 S

S S

2 weev 33 16 3

3 S

S 33 weer S

S S

g pew 17 IS 4

e f

8 48 ser I

S S

......................................._.........S

... 2.....

sesaw 2

3 S

S S

s S

S S

SS f5.. 38 SSett 101AL 112

.~54 SS5 101 AL ES S

S S

44

...............................38..... 3.... 5.... 8 PER1035 OF CAlfteHouR54, S

PERIOes OF CALftspecup53.

9 var 3 ASLE BlWEC180ee 5

vaSI ASL E SlpE[180se 59 teURS OF ftI551seC BAT A.

S ees#5 0F rel5580eG BATA.

S SItt. TeeEE pgtE ggLS, SITE. TesEE letLE ISLS.

se01ses at EAEse vloe8 % PEES AseS SINECTIOpe secuS$ At EACse wases SPEES Aset SINECTIcss PERISS W SECists.

80379:03 88083e4 PERISS IF SEC5PS =

See70eSI-meS W2g 51ASIL81T CLa55.

ALL 31/92 ST ASILITT CLASS.

F ST/92 S.E. S.ilSSA LAP EL.E V A180Be............ES5Pama58E.........S.iglEC.T 3tse. S.i.lmA

.....S.i.lGSA... LAPS.E.S.flSSA SINECT ICBe.

...... _......SPE.E.S S.PISea ELEVA180Be wfeet SPEESil4Ptol Uttet SPEKSff4Poel vliet SIIIECT 83 47 S-12 15 80.IS-24

24 TOTAL.

wises

.......I CBe

24 TOTA..

.L

. 0 24 e.12 93 10 1 SISEC13ces 33 47 Se 5

4 8

e 3

3 S

se et Se 25 3

3 9

ISS eSeE s

a S

S e

S 4

eSE 27 34 s

S S

S 84 set s

a e

8 S

S S

sSt 27 es S

S S

S as EIE 5

I O

S S

Ett 35 53 I

S S

S SS E

25 S

S S

53 L

77 47 2

3 S

S 126 EK 27 5

S S

e S

32 ESE S2 47 7

0 3

0 13s M

28 5

S S

El SE 57 SS IS S

S e

142 SE IS 3

e S

8 9

13 SSE S4 57 ll 5

0 8

327 5

29 3

S S

El 5

83 SS II I

S S

ISE 55w IS 2

S S

e S

29 SSW 83 97

' 39 4

9 9

225 5es IS I

S 9

8 8

te 54r 77 72 IS 2

g S

979 W54r 12 3

8 8

15 w&W 74 45 7

8 t

G 127 w

28 8

8 8

28 w

SS 44 IS 7

9 e

ISS WISf le 4

5 S

S S

84 weev 42 44 12 2

8 8

128 per S

12 8

A S

S 23 Outt El SS de 7

2 8

179 ISOf 4

le S

8 8

8 IS 18ew S3 ISS 47 7

0 8 290

.................................. 2291 829 206 34 5

0

.....L......._.. 958 107A

.=.................. 283.....

8 8

8 101AL 227 85 I

PERf 035 & CAttttesouR58 O

PEplOSS Or CAtresMoup53.

9 waminSEE AIRECitose 217 vaalaSLE BIstCTIOse 45 eeup5 0F 7985519eG SAT A 4 5

DEURS Of fil55 588G SA1 A i 5

l J

h ATTACHMENT 6 i

JOINT FREQUENCY TABLI: FOURTil QUARTER 1985 Page 3 of 4 (4410 86-L.0038)

SITE. TsSEE MILE ISLS.

ifTE. Teett MILE 3SLS.

emps A1 EACs4 wteet SPEES Age 33ItEC11SN estSet AT EACes wrese gptES Aset SIIIECTISee PEntSS W IIECSSS =

05:08488-05:25824 PESISS W SECSSS.

85sSSies.05123 24 51ASIL817 CLASS, A

31/82 11483L it ? CL A55.

C S1/92 EL.EVA18 0se..............SPE.RS wleSA............SISE.C.180se. Si.l8SA..........

L. APSE. S.ilSS.A

...........S11BECT ISI. S.I I S.SA.......... LAPSE S.TISSA

..............E.RS.SPISSA SP EL.E.v&11Sie.

i

'{

wiset SPEESteWeet.

wfeet SPEESterede wfeet wise 3

B.5 47 9 82 43..19 19.-2.4

N.. TOTAL SISECi scoe 63 4-7 S-12. 03. 08 IS-N

> N.. TOTAL.

1

. 3SEC18 EN.s i

w e

4 S

S S

m 2

S e

S 8

G S

f i

seE 2

S S

S 2

seE 5

S 8

8 8

S S

1 1

esE S

4 8

9 8

8 8

esE 8

4 S

S S

s EBE S

3 2

2 S

S 7

EeE 3

4 2

S S

E S

S 4

S S

E S

3 7

e S

8 la i

EE I

4 7

9 S

S 12

[K S

S 4

S S

sE I

2 1

S S

S 4

50 2

2 S

S S

S 4

SK e

S S

S 8

SE S

2 S

S S

S 2

5 5

3 2

2 S

S IS 5

8 8

0 0

0 S&w

' I S

IS S

S S

17 55ef G

S 3

8 0

0 4

Sep I

S 7

3 S

S 87 Sar e

S 8

9 9

9 I

tr5w 2

S 2

1 9

9 IS w548 8

8 3

9 8

9 3

w

s 3

IS S

I S

17 w

I 3

S I

I O

14 weev S

4 7

2 S

S 24 weser I

I E

S 5

t 28 2

1 4

S I

S 84 p

2 S

S IS 4

8 33 I.su se.sw

......................................i......S......S.....S e

i 2

2 e

4 It iS S

S S

se 10TAL 17 37 48 29 9

121

........................................... 8 101AL 24 SS 71 29 Il 1

292 PERIOSE OF CALMes41Rs953.

I PESISSS OF CALnt:40LNeSt.

I 3

wasel ASLE SIDECTIOes 8

waRf ASLE SISELilose 7

l estup5 EN MIS %Iser. DAT A.

72 estRm5 0F MISSING SATA 72 j

1 I

1 i

SITE. TeGEE SILE ISLS.

SITE. TIGEE SILE ISLS.

J l

sepS AT EACs0 wfee SPEES Asse SillECTFSes emmS AT EAtas wise OptES Age SimCtles l

PESISS w SECSSS.

m lSeeSI-SSt25824 PESISS W SECSDS =

SSISelet.Sel25 tN

$1ASILI17 CLASE.

S 31/82 51ASILITT CLASS.

3 81/82

.-........- SISEC..TSgt.Sf.fmA...........L APSE. S..f lSS.A SPEES. SPI NA

.. - - -...... - -....ISee. DI.l m a....

L. APSE.STISSA EL.EvallSII.

WEES. SPINA S!IIECT ELE. vat tene.

i q

j Wlset WEE 98990el vleet 5'EESil9 eel 4

tpfte wfee 34 TO.TAL.

.......lSpe 33 47 S.If.13 30.IS.N.

.N. 19148.

....C.1 tete 35 47 S.12 15 19 IG.N.

SISELi SISE j

j es S

S S

es 04 BB S

2 S

S' SS seE 5

2 S

S S

tee 12 ES 2

S S

S

OS 4

est S

S S

S 3

NE e4 47 2

S S

S S3 EsE I

3 4

S S

tee le 37 98 8

0 9

87 E

3 7

8 8

29 E

82 48 33 28 2

O let EK 2

5 3

S S

EK IS 38 2

8 0

0 25 i

J SE e

2 I

O 9

8 4

SE 3

0 2

S S

S 95 55E S

S S

SK

?

Is e

O O

O IS 6

5 0

1 8

8 8

8 4

5 4

22 II O

9 9

37

]

ssw 2

9 7

8 O

IS SSv 8

ts IS S

S S

40 i

Ser 8

2 i

S S

S 4

5e 12 24 8

5 2

S 48

~

usw 2

8 2

2 0

0 7

v5w 5

28 9

2 3

S ES W

8 2

S 4

8 5

23 w

15 PS 25 6

S SS Weer S

9 6

84 4

0 24 wesw 7

87 28 IS S

S OS s

2 8

37 25 0

78 j

soir 2

2 S

In a

S 28 I.et 87 IS Il IS 84 S

S soew s

S S

S iS sw

............................= ___=_.............

)

........................385 218 SS S

S See 10TAL ISI 1STAL 25 43 SS 52 14 3

105 PEesnes ger cAEngselsst.

I PESISSS OF CALpte40pps.

I waal ASLE SIDEC180se IS weset ASLE SISEC1300s SS teuS5 SF MI55fesE SATA.

72 eeues OF MISSIsac SATA.

72 4

l l

ATTACHMENT 6 f

JOINT FREQUENCY TABLE FOURTH QUARTER 1986 Page 4 of 4 (M10-86-L-0038) i I

I Seit. isett n Lt Ista.

sitt. viett Matt ssta.

esamSS Ai EACH vf=O PEES Ases osaECison se SS As EAcn wise sMEs Am3 s SECtsose Pte:SS er SECSm8 SSISSiSI-85i2si24 Ptolet or sEConS.

08:39 00-88:2s124 51 ASIL IS T CL ASE.

E 91/M STASILitt CLASS.

G 91/82

..............................f ftECT 3 0Be. S i.lm..A. LAPSE.STtS.SA SM ES.SPISSA O...........

E.L EV A1 BOpe.

...... 8 0=. 911S.Sh.........L.AP5E. 9T ISSA i

DISEC1 EL.EVA180pe....-.... SPE.E.S.S. PISS.A 4

wipes SPE158fyvel wises SPEEterqPHI i

wisse 24 TO..TAL S..12 15-10. 89...24 wtant 1

47 5

.5

...... 3 cee steEC1

>24 TOTA 31 4-7 S-32.IS..IS 19-24

....L e

.S.ISEC.180se w

to 21 4

S S

S 48 m

2 e

S 8

9 9

3 eSE IS S

S S

27 sesE S

S S

I gE S

4 S

S S

S IS set 4

S S

S 4

t j

Est 13 s

e 9

8 8

IS uet 2

S S

S 2

E 14 as S

S 8

8 27 E

s S

S S

S 34 esc le 4

S S

IS ESE tB 5

S S

IS SE IS S

S S

IS SE 4

I e

8 9

0 S

55c 92 7

I S

S S

29 5' E 7

8 8

9 0

8 7

5 IS S

S S

28 5

7 3

S S

IS 554r 15 24 S

S S

S 45 55v 15 4

S S

17 l

Sw S

84 e

i S

S 32 Sw S

2 S

Ss S

S 7

1 wSW 15 IS S

S S

S 38 lesw 7

2 S

S S

l w

is 2

i7 8

8 9

57 w

4 2

S S

S wests SS S

S S

28 weser 2

5 8

8 8

i lets S

II B5 4

8 8

38 sets 2

S I

S S

j 2

8 8

S S

........................S

................... 2 poett ISets le 34 S

S t

8 S7 j

ISTAL ISS 297 78 5

2 8

400 TOTAL SB 29 2

3 8

8 332 PERIDBS OF CALneHouest.

I PERIOSS OF CALpfHetat*A.

I WARI ASL E SIDECT ID8e 87 i

valtI ASLE SIIIECT ices 75 teURS OF fil551MC SAT A.

72 i

sePJp5 OF pl55tNC 3AT A.

72 l

1 i

SItt. 188EE MILE ISLS.

Sitt. Teett getLE tsLt.

j sIDeSIS AT EACM weseS SMES Ases 31sECTISf6 esSuP5 AT EACes triseB SPEES Asut SISECTISBI PESISS tF BECWS.

M ISSISt-SSI25824 MetSS tF SECMS.

95999308 95125124 j

SIASILI1T CLASS, F

ST/82 S1ASILI1T CLASS.

ALL 97/92 E.L E.V A180se,................E.S.SP l eaSM......... S.imE.c.1ISet.Bi.lSSA.......

... STIS.SALAPEE...

--.E. STISSA LAPO

..........-....- -.. ileSA SISECTISpe.S ELEva180ss i.............SPEE.D 5Pim A 4

l wies $ SPEE3ffSBest vleet SPEE9ffsPDel l

1 wises i

Iffee 24 TO.TAL.

47 9 83 13 88. 38 2.4

>24 TSTAL StaEC.i gese

.s.1 S..32 85-09 IS..-24 4

SISEC1 stSe

.t.5 47 1

se 7

3 S

S S

S IS le de SS 54 3

0 0

137 i

ISE S

I O

S S

eSE 47 52 3

S S

S ISP 8E S

S S

set 31 S2 3

8 S

S SS 1

Est S

S S

S 9

East 30 52 24 5

S S

387 E

IS 8

8 S

S S

87 E

SS 79 65 29 2

0 237 ESE is 2

S S

95 Ett 47 SS IS S

S S

SS SE IS S

S S

IS EE El 28 4

S S

S SS

'I SSE IS 2

S S

82 55c s7 22 2

S S

S Ss I

s 38 S

S S

S la 5

54 el iS 2

S S

S2 I

ESlf 89 S

S S

IS 55w 45 SS 42 7

8 8

led

$s II 7

B S

S S

le ses 38 95 28 7

2 8

828 ef5w S

3 8

8 8

9 32 wsw 38 47 25 S

S S

884 w

to 4

S S

la w

S2 SS 55 14 e

3 295 uget 32 3

S S

12 weste 37 31 53 19 15 0

178 per S

4 8

0 S

S tl peer 25 37 SO 84 0

I IS4 ISelf G

S I

S S

S IS ISett SI SS 45 22 i

S ISE TSTAL ISS 40 3

0 E

S ISS total ESS MS 455 ISS 38 5 2138 PESIO95 OF CALMiteuP59.

I PEplog5 or CALn:Houp59..

I WAnf ASLE plpECTIDss 44 vAm3 ASLE SISECTIose 218 4

teURS OF M1551sec 3ATA.

72 teURS OF M155IpsC SATA.

72 1

1 1

l l

i i

s I

.

ML20197H505

Contents

Text

SUMMARY

SUMMARY

SUMMARY

SUMMARY

Navigation menu

ML20197H505

Text

SUMMARY

SUMMARY

SUMMARY

SUMMARY

Navigation menu

Search