ML20210A819
| ML20210A819 | |
| Person / Time | |
|---|---|
| Site: | 07000364, 07000903 |
| Issue date: | 11/26/1973 |
| From: | Page R US ATOMIC ENERGY COMMISSION (AEC) |
| To: | Moncrief E GULF UNITED NUCLEAR FUELS CORP., NUCLEAR MATERIALS & EQUIPMENT CORP. (NUMEC) |
| References | |
| NUDOCS 8601140533 | |
| Download: ML20210A819 (2) | |
Text
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E UNITED STATES
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j, ATOMIC ENERGY COMMISSION L
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WASHINGTON. O.C. 20545
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- '"'8 November 26, 1973
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70-364 Nuclear Materials and Equipment Corp.
ATTN:
Dr. E. C. Moncrief, Manager hl kh Ii
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Quality and Materials Management I
609 N. Warren Avenue Apollo, Pennsylvania 15613 h
Gentlemen:
We are enclosing for your information a copy of the new amendments j
to 10 CFR Parts 50, 70, and 73, published November 6, 1973, in the
[
Federal Register (Enclosure 1).
In the interests of common defense j?
and security and of public health and safety, new requirements are prescribed to strengthen the protection of certain licensee plants h
i and special nuclear materials. The new requirements pertain to transportation security, facility security, and material control
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and accounting.
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The new regulations require that existing plants be backfitted to
) i i l meet the new protection requirements and that licensees submit their protection plans for approval. The plans must show how licen-1 sees will meet one new requirements. Licensees must follow their protection plans after the dates specified in the new amendments even though they may not yet have been specifically approved by the Atomic Energy Commission. No changes which would decrease the effectiveness of the protection programs can be made without prior approval of the AEC.
Following AEC approval, the protection plans will be incorporated in licenses as technical specifications or license conditions.
E General guidance for the preparation of the required protection plans 5
is presented in Enclosure 2.
Specific guidance for material control E7 and accounting, facility protection, and transportation protection is E
provided in Enclosures 3, 4, and 5, respectively. We believe that g
this assistance will simplify and expedite both the preparation and the review of the required protection plans.
E Any request for an exemption or exception from a specific requirement E
in the new regulations must be submitted separately from the licensee's
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protection plans. A detailed justification must be presented for
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each such request. An exemption or exception request must be pre-E pared in a manner suitable for public disclosure.
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1255 8601140533 00364 BR PDR ADOCK PDR C
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Dr. E. C. Moncrief Novembe r 26, 1973 a
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7 The submittals required under the new regulations should be addressed to:
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Materials and Plant Protection Branch g
Directorate of Licensing y
i U. S. Atomic Energy Commission g
g Washington, D. C.
20545 y
Please contact us if you have any questions pertaining to the pre-S E
paration of the required protection plans.
V 1
Sincerely, a
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Original Signed by
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Ralph G. Page T
E R. G. Page, Chief A
f Materials and Plant Protection 3
4 Branch y
Directorate of Licensing t
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Enclosures:
E li As stated L
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- Enclosures filed in Docket No. 70-25
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Environmentaliti g ~ lr j
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r Nucisar Materials and Equipment Corporation a
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a subsidiary of Babcxk & Wilcox -
j 609 North Warren Avenue, Apollo, Pa.15613 Telephone: (412) 842-0111 November 26, 1973
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c Mr. L. Rouse, Chief I,i ' ' ;~ h -(.g
-n Fuel Fabrication and Reprocessing Branch gy r
Fuels and Materials J
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Office of Regulation
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U.S. Atomic Energy Commission
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References ySNM-414, Docket No. 36V Docket No. 135
(- _.
Tk Gentlemen:
On November 1,1973 the Environmental Surveillance Program serving the NUMEC Apollo and Parks Township Sites was adjusted to permit increased sensitivity while deleting non-productive activities. The adjustments
]
were based upon evaluation of the five (5) years of data that has been collected via implementation of an "Evaluative Network". The adjust-ments provide a " Permanent Network" for the established sites, while leaving unchanged the "Evaluative Network" for the new NUMEC Type II Facility.
Attachments to this letter permit comparisons between "Evaluative" and
" Permanent" sample types, sample numbers, sample durations, sample frequencies and routine sensitivities. Sample preparations and analyses, and instrumentation considerations, continue to be essentially those described in Section 6
" Effluent and Environmental Measurements and Monitoring Programs" - of the NUMEC Type II Facility Environmental Impact Report (SNM-414; Docket 70-364).
The scope of the attached Environmental Surveillance program is consistent with the philosophy as presented in the SNM-145 and SNM-414 renewal applications presently being reviewed by your group.
Please contact me if you have any questions on this matter.
Very truly yours, b u,+ w h[tfa e
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E. K. Reitler 2
f7 Manager, Health, Safety & Licensing g
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REFERRED ro DATE RECEIVED BY DATE Ltr. pertaining to camparisons betweem
%_o Evaluative & Permanent Network.....
--- [amW'11-30 Distribution environmental file c'r Environmental Surveillance ren file cv PDR (2)
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0 1.
Apollo Site Environmental Surveillance Network 1.1 i.iquidWasteEvaluativeNetwork:
1.1.1 Minimum Number of Samples:
2 Per Tank 1.1.2 Sample Duration: Grab 1.1.3 Sample Frequency: When Tank is Full 1.1.4 Routine Sensitivity: Alpha:
1.4 x 10-9 uci/ml 2
Beta:
1.4 x 10-u i/ml c
1.2 Liquid Waste Permanent Network:
1.2.1 Minimum Number of Samples:
2 Per Tank 1.2.2 Sample Duration:
Grab 1.2.3 Sample Frequency: When Tank is Full 0
1.2.4 Routine Sensitivity: Alpha: 8.5 x 10 9 ci/ml Beta:
4.8 x 10-uci/ml 2.1 River and Outfall Evaluative Network:
2.1.1 Minimum Number of Samples:
2 River; 3 Outfalls 2.1.2 Sample Duration: Grab 2.1.3 Sample Frequency: Weekly River; Weekly Outfalls 2.1.4 Routine Sensitivity: Alpha:
4.5 x 10 g uci/ml Beta:
3.2 x 10- uci/ml 2.2 River and Outfall Permanent Network:
2.2.1 Minimum Number of Samples:
2 River; 3 Outfalls 2.2.2 Sample Duration: Grab 2.2.3 Sample Frequency: Monthly River; Semiannually Outfalls 0
2.2.4 Routine Sensitivity: Alpha: 8.5 x 10 9 uci/mi Beta:
4.8 x 10-pci/ml 3.1 River Watershed Evaluative Network:
3.1.1 Minimum Number of Samples:
50 3.1.2 Sample Duration: Grab 3.1.3 Sample Frequency: Annually 3.1.4 Routine Sensitivity: Alpha:
1.2 x 10-9 p i/ml c
8.5 x 10-9 uci/ml L
m v
3.2 River Watershed Permanent Network:
3.2.1 Minimum Number of Samples:
15 3.2.2 Sample Duration: Grab 3.2.3 Sample Frequency: Annually 3.2.4 Routine Sensitivity: Alpha: 8.5x10j0 ci/ml Beta:
4.8 x 10 pci/ml 4.1 Landfill Stream Evaluative Network:
4.1.1 Minimum Number of Samples:
1 4.1.2 Sample Duration:
Grab i
4.1.3 Sample Frequency: Annually 8.5x10"luci/ml 1.2 x 10- pci/ml 4.1. 4 Routine Sensitivity: Alpha:
Beta:
4.2 Landfill Stream Permanent Network:
4.2.1 Minimum Number of Samples:
1 4.2.2 Sample Duration:
Grab 4.2.3 Sample Frequency: Annually 4.2.4 Routine Sensitivity: Alpha: 8.5x10-f0 ci/ml Beta:
4.8 x 10 pci/ml 5.1 Wind Speed Evaluative Network:
5.1.1 Minimum Number of Samples:
1 5.1.2 Sample Duration:
Continuous 5.1. 3 Sample Frequency: Continuous 5.1.4 Routine Sensitivity:
1.0 mph 5.2 Wind Speed Permanent Network:
5.2.1 Minimum Number of Samples:
1 5.2.2 Sample Duration: Continuous 5.2.3 Sample Frequency: Continuous 5.2.4 Routine Sensitivity:
1.0 mph
O o
6.1 Wind Direction Evaluative Network:
6.1.1 Minimum Number of Samples:
1 6.1.2 Sample Duration: Continuous 6.1.3 Sample Frequency: Continuous 6.1.4 Routine Sensitivity:
5.0 degrees 6.2 Wind Direction Permanent Network:
6.2.1 Minimum Number of Samples:
1 6.2.2 Sample Duration: Continuous 6.2.3 Sample Frequency: Continuous 6.2.4 Routine Sensitivity:
6.0 degrees 7.1 Stack Air and Roof Edge Air Evaluative Network:
7.1.1 Minimum Number of Samples:
17 Stack; 10 Roof Edge 7.1.2 Sample Duration: Continuous (Rotation to different 17 stacks every two weeks) 7.1.3 Sample Frequency:
Every Other Day 7.1.4 Routine Sensitivity: Alpha: 2.1 x 10 uci/cc Beta:
1.5 x 10 pci/cc 7.2 Stack Air and Roof Edge Air Pernanent Network:
7.1.1 Minimum Number of Samples:
17 Stack; 10 Roof Edge 7.1.2 Sample Duration:
Continuous (Rotation to different 17 stacks every two weeks) 7.1.3 Sample Frequency:
Every Other Day 8.4x10hpci/ml 2.5 x 10-7.1.4 Routine Sensitivity: Alpha:
uci/ml Beta:
8.1 Site Air Evaluative Network:
8.1.1 Minimum Number of Samples:
6 8.1.2 Sample Duration: Continuous 8.1.3 Sample Frequency: Daily 8.1.4 Routine Sensitivity: Alpha:
1.4 x 10-uci/ml Beta:
9.9 x 10" pci/ml
m 8.2 Site Air Permanent Network:
8.2.1 Minimum Number of Samples: 4 8.2.2 Sample Duration: Continuous 8.2.3 Sample Frequency:
Every Other Day 8.2.4 Routine Sensitivity: Alpha:
1.2 x 10-15 pci/ml Beta:
4.2 x 10-15 pci/ml 9.1 Fallout and Precipita, tion Evaluative Network:
9.1.1 flinimum Number of Samples:
12 9.1.2 Sample Duration: Continuous 9.1.3 Sample Frequency: Weekly 2
pci/ml (2.1 x 10j pci/in )
-8 9.1. 4 Routine Sensitivity: Alpha:
1.4 x 10 u i/ml (1.4 x 10~ pci/in )
Beta :
9.6 x 10~
c 9.2 Fallout and Precipitation Permanent Network:
9.2.1 Minimum Number of Samples: 4 9.2.2 Sample Duration:
Continuous 9.2.3 Sample Frequency: Weekly 9.6 x 10~9 pei/ml (2.5 x 10-8 2
1.7 x 10-9 ci/in )
0.2.4 Routine Sensitivity: Alpha:
2 pci/ml (1.4 x 10' uci/in )
Beta:
10.1 Radiation (Thermoluminescent Dosimetry) Evaluative Network:
10.1.1 Minimum Number of Samples:
54 10.1.2 Sample Duration: Continuous 10.1.3 Sample Frequency:
Bimonthly 10.1.4 Routine Sensitivity: 7 x 10-7 mrem /hr 10.2 Radiation (Thermoluminescent Dosimetry) Permanent Network:
10.2.1 Minimum Number of Samples:
38 10.2.2 Sample Duration: Continuous 10.2.3 Sample Frequency: Quarterly 10.2.4 Routine Sensitivity:
5 x 10-4 mrem /hr
11.1 Soil Evaluative Network:
11.1.1 Minimum Number of Samples:
12 11.1.2 Sample Duration: Continuous 11.1.3 Sample Frequency: Quarterly 4.7 x 10 f pci/gm 9.0 x 10-11.1.4 Routine Sensitivity: Alpha:
pci/gm Beta:
11.2 Soil Permanent Network:
11.2.1 Minimum Number of Samples: 4 11.2.2 Sample Duration: Continuous 11.2.3 Sample Frequency: Annually 11.2.4 Routine Sensitivity: Alpha: 8.5x10-fpci/gm Beta:
4.7 x 10- pci/gm 12.1 Vegetation Evaluative Network:
12.1.1 flinimum Number of Samples:
12, 12.1.2 Sample Duration: Continuous 12.1.3 Sample Frequency: Quarterly 12.1.4 Routine Sensitivity: Alpha: 9.0x10-fpci/gm 4.7 x 10- pci/gm 12.2 Vegetation Permanent Network:
12.2.1 Minimum Number of Samples: 4 12.2.2 Sample Duration: Continuous 12.2.3 Sample Frequency: Annually 12.2.4 Routine Sensitivity: Alpha: 8.5x10-fpci/gm 4.7 x 10- pci/gm 13.1 Alpha Survey Evaluative Network:
13.1.1 Minimum Number of Samples: As Required 13.1.2 Sample Duration: As Required 13.1.3 Sample Frequency: As Required 2
13.1.4 Routine Sensitivity:
50 cpm /100 cm 1
a
y
- s 13.2 Alpha Survey Permanent Network:
13.2.1 Minimum Number of Samples: As Required 13.2.2 Sample Duration: As Required 13.2.3 Sample Frequency: As Required 2
13.2.4 Routine Sensitivity: 50 cpm /100 cm 14.1 Beta Survey Evaluative Network:
14.1.1 Minimum Number of Samples: As Required 14.1.2 Sample Duration: As Required 14.1.3 Sample Frequency: As Required 14.1.4 Routine Sensitivity: 0.01 mrad /hr 14.2 Beta survey Permanent Network:
14.2.1 Minimum Number of Samples: As Required 14.2.2 Sample Duration: As Required.,
14.2.3 Sample Frequency:
As Required 14.2.4 Routine Sensitivity: 0.01 mrad /hr 15.1 Gama Survey Evaluative Network:
15.1.1 Minimum Number of Samples: As Required 15.1.2 Sample Duration: As Required 15.1.3 Sample Frequency: As Required 15.1.4 Routine Sensitivity: 0.1 mR/hr 15.2 Gamma Survey Permanent Network:
15.2.1 Minimum Number of Samples: As Required (Routine Perimeter Survey Discontinued) 15.2.2 Sample Duration: As Required 15.2.3 Sample Frequency: As Required 15.2.4 Routine Sensitivity: 0.05 mR/hr 1
I i
'a O
o
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16.1 Neutron Survey Evaluative Network:
16.1.1 flinimum Number of Samples: As Required 16.1.2 Sample Duration: As Required 16.1.3 Sample Frequency: As Required 16.1.4 Routine Sensitivity: 0.1 mrem /hr 16.2 Neutron Survey Permanent Network:
16.2.1 Minimum Numbe'r of Samples: As Required (Routine Perimeter Survey Discontinued) 16.2.2 Sample Duration: As Required 16.2.3 Sample Frequency: As Required 16.2.4 Routine Sensitivity: 0.1 mrem /hr 8
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8-II. Parks Township Site Environmental Surveillance Network 1.1 Liquid Waste Evaluative Network:
l.1.1 Minimum Number of Samples:
3 Per Tank l
1.1. 2 Sample Duration:
2.5 Hours 1.1.3 Sample Frequency: When Tank is Full 1.1.4 Routine Sensitivity: Alpha:
1.4 x 10 8 pci/ml Beta:
1.4 x 10- uci/ml 1.2 Liquid Waste Permanent Network:
1.2.1 Minimum Number of Samples:
3 Per Tank 1.2.2 Sample Duration:
2.5 Hours 1.2.3 Sample Frequency: When Tank is Full 1.2.4 Routine Sensitivity: Alpha: 8.5x10-f0 ci/ml Beta:
4.8 x 10-pci/ml 2.1 River and Outfall Evaluative Network:
2.I.1 Minimum Number of Samples:
2 River; 2 Outfalls 2.1. 2 Sample Duration: Grab 2.1.3 Sample Frequency: Weekly River; Weekly Outfalls 2.1. 4 Routine Sensitivity: Alpha: 4.5 x 10 8 pci/ml Beta:
3.2 x 10- uci/ml 2.2 River and Outfall Permanent Network:
2.2.1 Minimum Number of Samples:
2 River; 2 Outfalls 2.2.2 Sample Duration:
Grab 2.2.3 Sample Frequency: Monthly River; Semiannually Outfalls 0
2.2.4 Routine Sensitivity: Alpha: 8.5 x 10 uci/ml i
Beta:
4.8 x 10-pci/ml 3.1 River Watershed Evaluative Network:
3.1.1 Minimum Number of Samples:
50 3.1.2 Sample Duration: Grab l
3.1.3 Sample Frequency: Annually 8.5x10'lpci/ml 1.2 x 10-3.1.4 Routine Sensitivity: Alpha:
uci/ml Beta:
E O
a 9-3.2 River Watershed Permanent Network:
- I 3.2.1 Minimum Number of Samples:
15 3.2.2 Sample Duration: Grab l
3.2.3 Sample Frequency: Annually 0
3.2.4 Routine Sensitivity: Alpha: 8.5 x 10 9 ci ml
/
Beta:
4.8 x 10-pci/ml 4.1 Landfill Stream Evaluative Network:
4.1.1 Minimum Number of Samples:
1 4.1.2 Sample Duration: Grab 4.1.3 Sample Frequency: Annually 8.5x10-luci/ml 1.2 x 10-4.1.4 Routine Sensitivity:
Alpha:
pci/ml Beta:
4.2 Landfill Stream Permanent Network:
4.2.1 Minimum Number of Samples:
1 4.2.2 Sample Duration: Grab 4.2.3 Sample Frequency: Annually 0
4.2.4 Routine Sensitivity: Alpha: 8.5 x 10 ci/ml 4.8 x 10-uci/ml 5.1 Wind Speed Evaluative Network:
5.1.1 Minimum Number of Samples:
1 5.1.2 Sample Duration: Continuous 5.1. 3 Sample Frequency: Continuous 5.1.4 Routine Sensitivity:
1.0 mph 5.2 Wind Speed Permanent Network:
5.2.1 Minimum Number of Samples:
1 5.2.2 Sample Duration: Continuous 5.2.3 Sample Frequency: Continuous 5.2.4 Routine Se,nsitivity:
1.0 mph
9 e
l 10 i
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6.1 Wind Direction Evaluative Network:
}
6.1.1 Minimum Number of Samples:
1 6.1.2 Sample Duration: Continuous
~
6.1.3 Sample Frequency: Continuous 6.1.4 Routine Sensitivity:
5.0 degrees 6.2 Wind Direction Permanent Network:
6.2.1 Minimum Number *of Samples:
1 6.2.2 Sample Duration: Continuous 6.2.3 Sample Frequency: Continuous 6.2.4 Routine Sensitivity:
5.0 degrees 7.1 Stack Air Evaluative Network:
7.1.1 Minimum Number of Samples:
1 Per Stack 7.1.2 Sample Duration: Continuous 7.1.3 Sample Frequency: Daily 7.1.4 Routine Sensitivity: Alpha: 2.1x10-$uci/cc Beta:
1.5 x 10-pci/cc 7.2 Stack Air Permanent Network:
7.2.1 Minimum Number of Samples:
1 Per Stack 7.2.2 Sample. Duration:
Continucus 7.2.3 Sample Frequency:
Daily 7.2.4 Routine Sensitivity: Alpha: 4.9 x 10-pci/ml Beta:
1.7 x 10-uci/ml 8.1 Site Air Evaluative Network:
8.1.1 Minimum Number of Samples: 7 8.1.2 Sample Duration: Continuous 8.1.3 Sample Frequency: Daily 8.1.4 Routine Sensitivity: Alpha:
1.4 x 10-pci/ml Beta:
9.9 x 10-pci/ml 6
_11 8.2 Site Air Permanent Network:
8.2.1 Minimum Number of Samples: 3 8.2.2 Sample Duration: Continuous
~
t 8.2.3 Sample Frequency: Every Other Day 4.2x10huci/ml 1.2 x 10-8.2.4 Routine Sensitivity: Alpha:
uci/ml Beta:
9.1 Fallout and Precipitation Evaluative Network:
9.1.1 Minimum Number of Samples:
13 9.1.2 Sample Duration:
Continuous 9.1. 3 Sample Frequency: Weekly uci/ml (1.4 x 10 f a 2
9.1.4 Routine Sensitivity: Alpha:
1.4 x 10-8 uci/ml (2.1 x 10-Beta:
9.6 x 10-pci/in )
9.2 Fallout and Precipitation Permanent Network:
~
9.2.1 Minimum Number of Samples:
3 9.2.2 Sample Duration: Continuous 9.2.3 Sample. Frequency: Weekly 9.2.4 Routine Sensitivity: Alpha:
1.7 x 10-9 uci/ml (2.5 x 10-8 ci/in )
2 Beta:
9.6 x 10-9 uci/ml (1.4 x 10-7 uci/in )
10.1 Radiation (Thermoluminescent Dosimetry) Evaluative Network:
10.1.1 Minimum Number of Samples: 56 10.1.2 Sample Duration: Continuous 10.1.3 Sample Frequency:
Bimonthly 10.1.4 Routine Sensitivity:
7 x 10-4 mrem /hr 10.2 Radiation (Thermoluminescent Dosimetry) Permanent Network:
10.2.1 Minimum Number of Samples:
32 10.2.2 Sample Duration: Continuous 10.2.3 Sample Frequency:
Quarterly 10.2.4 Routine Sensitivity:
5 x 10-4 mrem /hr
~~
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-i2 11.1 Soil Evaluative Network:
11.1.1 Minimum Number of Samples:
13 11.1.2 Sample Duration: Continuous 4
11.1.3 Sample Frequency: Quarterly 11.1.4 Routine Sensitivity: Alpha: 9.0x10~fuci/gm Beta:
4.7 x 10~ pci/gm 11.2 Soil Permanent Network:
11.2.1 Minimum Number of Samples:
3 i
11.2.2 Sample Duration: Continuous i
11.2.3 Sample Frequency: Annually 7
11.2.4 Routine Sensitivity: Alpha: 4.7x10~j uci/gm 8.5 x 10 Beta:
aci/gm 12.1 Vegetation Evaluative Network:
12.1.1 Minimum Number of Samples:
13 12.1.2 Sample Duration: Continuous 12.1.3 Sample Frequency: Quarterly 4.7x10fuci/gm 12.1.4 Routine Sensitivity: Alpha:
9.0 x 10-Beta:
pci/gm 12.2 Vegetation Permanent Network:
12.2.1 Minimum Number of Samples:
3 12.2.2 Sample Duration: Continuous 12.2.3' Sample Frequency: Annually i
12.2.4 Routine Sensitivity: Alpha: 8.5x10~fpci/gm Beta:
4.7 x 10" uci/gm 13.1 Alpha Survey Evaluative Network:
13.1.1 Minimum Number of Samples: As Required 13.1.2 Sample Duration: As Required 13.1.3 Sample Frequency: As Required 13.1.4 Routine Sensitivity:
50 cpm /100 cm2 i
i 4
y 13.2 Alpha Survey Permanent Network:
13.2.1 Minimum Number of samples: As Required 13.2.2 Sample Duration: As Required 13.2.3 Sample Frequency: As Required 13.2.4 RoutineSensitivity:
50 cpm /100 cm2 14.1 Beta Survey Evaluative Network:
14.1.1 Minimum NumbeF of Samples: As Required 14.1.2 Sample Duration: As Required 14.1.3 Sample Frequency: As Required 14.1.4 Routine Sensitivity: 0.01 mrad /hr 14.2 Beta Survey Permanent Network:
14.2.1 Minimum Number of Samples: As Required 14.2.2 Sample Duration: As Required..
14.2.3 Sample Frequency: As Required 14.2.4 Routine Sensitivity: 0.01 mrad /hr 15.1 Gamma Survey Evaluative Network:
15.1.1 Minimum Number of Samples: As Required 15.1.2 Sample Duration: As Required 15.1.3 Sample Frequency: As Required 15.1.4 ' Routine Sensitivity: 0.1 mr/hr 15.2 Gamma Survey Permanent Network:
15.2.1 Minimum Number of Samples: As Required (Routine Perimeter Survey Discontinued) l l
15.2.2 Sample Duration: As Required l
15.2.3 Sample Frequency: As Required i
15.2.4 Routine Sensitivity: 0.05 mr/hr l
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_14 16.1 fleutron Survey Evaluative Network:
16.1.1 Minimum Number of Samples: As Required 16.1.2 Sample Duration: As Required 16.1.3 Sample Frequency: As Required 16.1.4 Routine Sensitivity: 0.1 mrem /hr 16.2 Neutron Survey Perman,ent Network:
16.2.1 Minimum Number of Samples: As Required (Routine Perimeter Survey Discontinued) 16.2.2 Sample Duration: As Required 16.2.3 Sample Frequency: As Required 16.2.4 Routine Sensitivity: 0.1 mrem /hr e
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III. NUMEC Type II Facility Environmental Surveillance Network:
1.1 Liquid Waste Evaluative Network:
1.1.1 Minimum Number of Samples: 3 Per Tank 1.1. 2 Sample Duration:
2.5 Hours 1.l.3 Sample Frequency: When Tank is Full 1.1.4 Routine Sensitivity: Alpha:
1.4x10-lpci/ml Beta:
1.4 x 10- pci/ml 2.1 Storage Pond Evaluative Network:
2.1.1 Minimum Number of Samples:
2 2.1.2 Sample Duration:
Grab 2.1.3 Sample Frequency: Weekly l
2.1.4 Routine Sensitivity: Alpha: 4.5x10-lpci/ml Beta:
3.2 x 10- pci/ml 3.1 Monitor Wells Evaluative Network:
3.1.1 Minimum Number of Samples:
2 3.1.2 Sample Duration: Grab 3.1.3 Sample Frequency: Weekly 3.1.4 Routine Sensitivity: Alpha:
4.5x10-lpci/ml Beta:
3.2 x 10- pci/ml l
4.1 Tributary and Outfall Evaluative Network:
4.1.1 Minimum Number of Samples:
3 Tributary; 2 Outfalls 4.1.2 Sample Duration:
Grab 4.1.3 Sample Frequency: Weekly 4.1.4 Routine Sensitivity: Alpha:
4.5 x 10 8 uci/ml Beta:
3.2 x 10- uci/ml l
5.1 Stack Air Evaluative Network:
l 5.1.1 Minimum Number of Samples:
1 Per Stack 5.1.2 Sample Duration: Continuous
~
l 5.1.3 Sample Frequency: Daily 2.1x10-j41.5 x 10- 3 pci/cc 5.1.4 Routine Sensitivity: Alpha:
uci/cc Beta:
1
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6.1 Site Air Evaluative tietwork:
)
l 6.1.1 Minimum Number of Samples: 3 t
6.1.2 Sample Duration: Continuous 6.1.3 Sample Frequency: Daily 6.1.4 Routine Sensitivity: Alpha:
1,4 x 10-uci/ml Beta:
9.9 x 10-uci/ml 7.1 Fallout and Precipitation Evaluative Network:
l 7.1.1 Minimum flumber of Samples:
1 l
7.1.2 Sample Duration: Continuous 7.1.3 Sample Frequency: Weekly 7.1.4 Routine Sensitivity: Alpha:
1.4 x 10-8 2
uci/ml (2.1 x 10-c pci/ml (1.4 x 10-6 u i/in )
Beta:
9.6 x 10-sci /in )
8.1 Radiatun (Thermoluminescent Dosimetry) Evaluative fletwork:
8.1.1 Minimum Number of Samples: 8 8.1.2 Sample Duration:
Continuous 8.1.3 Sample Frequency:
Bimonthly 8.1.4 Routine Sensitivity:
7 x 10-4 mrem /hr
~
9.1 Soil Evaluative Network:
9.1.1 Minimum Number of Samples:
1
[
9.1.2 Sample' Duration: Continuous 9.1.3 Sample Frequency: Quarterly 9.1.4 Routine Sensitivity: Alpha: 9.0 x 10 pcf/gm Beta:
4.7 x 10- uci/gm 10.1 Vegetation Evaluative Network:
10.1.1 Minimum Number of Samples:
1 10.1.2 Sample Duration: Continuous l
10.1.3 Sample Frequency: Quarterly i
10.1.4 Routine Sensitivity: Alpha : 9.0x10jpci/gm Beta:
4.7 x 10 pei/gm t
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l 11.1 Alpha Survey Evaluative Network.
l 11.1.1 Minimum Number of Samples: As Required 11.1.2 Sample Duration: As Required
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11.1.3 Sample frequency: As Required 2
11.1.4 Routine Sensitivity:
50 cpm /100 cm 12.1 Beta Survey Evaluative Network:
12.1.1 Minimum flumbel of Samples: As Required 12.1.2 Sample Duration: As Required 12.1.3 Sample Frequency: As Required 12.1.4 Routine Sensitivity: 0.01 mrad /hr 13.1 Gamma Survey Evaluative Network:
13.1.1 Hininum Number of Samples: As Required 13.1.2 Sample Duration: As Required.
13.1.3 Sanple Frequency: As Required 13.1.4 Routine Sensitivity:
0.1 mr/hr 14.1 Neutron Survey Evaluative Network:
14.1.1 itinimum Number of Sampics: As Required 14.1.2 Sample Duration: As Required 14.1.3 Sample Frequency: As Required 14.1.4' Routine Sensitivity:
0.1 mrem /hr a