ML080390439
| ML080390439 | |
| Person / Time | |
|---|---|
| Site: | Plum Brook |
| Issue date: | 10/22/2007 |
| From: | US National Aeronautics & Space Admin (NASA) |
| To: | NRC/RGN-III/DNMS/DB |
| References | |
| EP-ROLB-102 | |
| Download: ML080390439 (62) | |
Text
Survey Unit Release Record Design # EP-ROLB- 102 Revision # Original Page 1 of 3 Survey Unit #(s) ROLB- 102
- 1) Embedded Pipe (EP) Survey Unit ROLB-102 meets the definition of embedded pipe for Plum Brook Reactor Facility (PBRF).
- 2) EP ROLB- 102 is a Class 1, Group 4.2 survey unit as per the PBRF Final Status Survey Plan (FSSP) and Technical Basis Document (TBD)-06-004.
- 3) Surveys in EP ROLB-102 were performed using a scintillation detector optimized to measure gamma energies representative of Cs-137. Sample #EP 4-3 from Survey Request (SR)-13 was referenced for this decision.
- 4) Survey Instructions for this survey unit are incorporated into and performed in accordance with (JAW) the Babcock Services Incorporated (BSI)/LVS-002, Work Execution Package (WEP)05-006. Survey instructions described in this Description document constitute "Special Methods7'and the survey design used in the acquisition of survey measurements.
- 5) Instrument efficiency determinations are developed in accordance with the BSULVS-002, WEP 05-006, these determinations are appropriate for the types of radiation involved and the media being surveyed.
CS-0911
r -
FSS Design # EP ROLB-102 Revision # Original Page 2 of 3 Survey Unit: ROLB- 102 1.0 HistoryDescription 1.1 The subject pipe system is the floor drain system for the -15 ft elevation of the Reactor Office and Laboratory Building (ROLB). The purpose of this system is to convey water from the various floor drain openings to the ROLB sump located on the sump room on the -15 foot elevation of the ROLB.
1.2 EP ROLB-102 consists of approximately 343 feet of piping. The piping system includes 1.5", 3" and 4" ID piping.
Survey Design Information 2.1 EP ROLB-102 was surveyed IAW Procedure #BSI/LVS-002.
2.2 100% of the piping was accessible for survey. The accessible pipe was surveyed by static measurement at one foot increments, for a total of 343 survey measurements.
2.3 The total surface area for the piping system is approximately 288,580 cm2 (28.9 m2) for the entire length of (343') of piping.
Survey Unit Measurement LocationsData 3.1 Pipe interior radiological survey forms are provided in Attachment 2 of this release record.
Survey Unit Investigations/Results 4.1 None Data Assessment Results 5.1 Data assessment results are provided in the EPBuried Pipe (BP) Survey Report provided in Attachment 1.
5.2 All measurement results are less than the Derived Concentration Guideline Level (DCGL) for radionuclide specific EP that corresponds to the 1 rnrem/yr dose goal established in Table 3-3 of the FSSP.
5.3 When implementing the Unity Rule, provided in Section 3.6.3 of the FSSP, and applying the Nuclide Fraction (NF), provided in TBD-06-004, the survey unit that is constituted by EP ROLB-102 passes FSS.
5.4 Background was not subtracted from the survey measurements and the Elevated Measurement Comparison (EMC) was not employed for this survey unit.
5.5 Cs-137 is designated as the primary nuclide of concern for piping Group 4.2 per Technical Basis Document (TBD)-06-004, which would optimally lead to a survey design based on the direct measurement of Cs-137.
However, many of the survey measurements (all but the first five appearing in the spreadsheet) and the associated portion of dose assessment for ROLB 102 were calculated and appropriately scaled for
FSS Design # EP ROLB- 102 Revision # Original Page 3 of 3 Survey Unit: ROLB- 102 Piping Group 4.2 based on the direct measurement of (20-60. TBD-06-004 and the supporting sample analysis from Survey Request 13 were not approved or published at the time the ROLB 102 survey measurements were acquired.
5.6 Statistical Summary Table Statistical Parameter Minimum Documentation of evaluations pertaining to compliance with the unrestricted use limit of 25 mremlyr and dose contributions fkom Embedded Pipe and radionuclides contributing 10% in aggregate of the total dose for both structural scenarios and soils.
6.1 A review of the survey results has shown that the dose contribution for EP ROLB-102 to be less than 1 mredyr. The dose contribution is estimated to be 0.020 mremlyr based on the average of the actual gross counts.
Attachments Attachment 1 - BSI EPBP Survey Report Attachment 2 - Pipe Interior Radiological Survey Form Attachment 3 - DQA Worksheet Attachment 4 -Disc containing RR for EP ROLB-102 & Spreadsheet
SECTION 7 ATTACHMENT 1 PAGE(S)
-, ..\ , - ,-
BSI EPIBP SURVEY REPORT Plpe ID EP ROLB-I02 Survey Location ROLB -15 el.
3116/M06 -
Survey Date 2350-1 # 203488 W25/2006 Survey Time See Attachment Detectorsled # See Attachment Plpe Size 1.5",3"&4" Detector Efiiclency See Attachment DCGL mnnnwclz) 3.79E+06 ~~-hcorpont.db~-mmau) See Attachment Fleld BKGfm) See Attachment ACTIVITY VALUES NOT BACKGROUND CORRECTED RP Engineer I Date
EP ROLB-102 1.5", 3" 4" Pipe TBD 06-004 Group 4.2
?t C,
C E"
'a 3
gcpm ncpm Cs-137 activity (totaidpm)
Cs-137 actiiity (dpm/U*no)
Co-0 activii (dpWlOOcm2)
Eu-162 activity (dpdlMcml)
Eu-154 activity (dpm1lOOcm2)
Nb44 ectivity (dpntlIWcm2)
Ag MpNMOa4 activity Unity z
1 27 27 103,846 28,464 5,381 - - - - 0.030
- 2. 24 24 92,308 25,302 4,784 - - - - 0.027 3 28 28 107,692 29,519 5,581 - - 0.031 4 26 26 100,000 27,410 5,182 - - 0.029 5 21 21 80,769 22,139 4,186 - - - 0.023
?t C,
C P)
'I E
3 0
gcpm ncpm Co80 activity (totaldpm)
Co4O activity (dpm1100anZ)
Cs-137 actiiity (dpm1100anZ)
Cud62 activity
@Qxn/lOOcmZ)
Eu-164 activity (dpmllOOcm2)
Nb44 activity (dpm/IOOcm2)
Ag-lO8m activity (dpm1100ar9)
Unity s
6 10 10 22,222 3,046 16,109 - - 0.017 7 9 9 20,000 2,741 14,498 - - - 0.015 8 10 10 22,222 3,046 16,109 - - 0.017 9 10 t0 22,222 3,046 16,109 - 0.017 10 10 10 22,222 3,046 96,109 - - - 0.017 11 17 17 37,778 5,177 27,385 - - - 0.029 12 5 5 11,111 1,523 8,054 - - - 0.008 13 17 17 37,778 5,177 27,385 - - 0.029 14 13 13 28,889 3,959 20,942 - - 0.022 15 10 10 22,222 3,046 16,109 - - - - 0.017 16 10 10 22,222 3,046 16,109 - - - - 0.017 17 8 8 17,778 2,436 12,887 . - 0.014 18 7 7 15,556 2,132 11,276 - - - 0.012 19 10 10 22,222 3,046 16,109 - - - 0.017 20 9 9 20,000 2,741 14,498 - - - - 0.015 2l 17 17 37,778 5,177 27,385 - - - - 0.029 22 8 8 17,778 2,436 12,887 - - - 0.014 23 11 11 24,444 3,350 17,720 - - - - 0.019 24 7 7 15,556 2,132 11,276 - - - 0.012
EP ROLB-102 IS,3" 4" Pipe TBD 06-004 Group 4.2 w
r E gcpm ncpm Co-60 activity C d O activity Cs-137 activity Eu-162 actlvity Eu-I64 activity Nb-84 acthrity Ag-lO8m activity Unity s (total dpm) (dpnJ100cm2) (dpm11Wcm2) (dpm1100cm2) (dpmMOOcm2) (dpm11OOcm2) (dpm1100an2)
D 5
25 21 21 46,667 6,396 33,829 - - 0.035 26 12 12 26,667 3,655 19,331 - - - 0.020 27 11 11 24,444 3,350 17,720 - 0.019 28 10 10 22,222 3,046 16,109 - - 0.017 29 12 12 26,667 3,655 19,331 - - 0.020 30 17 17 37,778 5,177 27,385 - 0.029 31 5 5 11,111 1,523 8,054 - - - 0.008 32 15 15 33,333 4,568 24,163 - - - - 0.025 33 22 22 48,889 6,700 35,440 - 0.037 34 14 14 31,111 4,264 22,552 - - - 0.024 35 11 11 24,444 3,350 17,720 - 0.019 36 12 12 26,667 3,655 19,331 - - - 0.020 37 10 10 22,222 3,046 16,109 - - - 0.017 38 10 10 22,222 3,046 16,109 - 0.017 39 18 18 40,000 5,482 28,996 - - 0.030 40 10 10 22,222 3,046 16,109 - - - - 0.017 41 9 9 20,000 2,741 14,498 - - 0.015 .
42 9 Q 20,000 2,741 14,498 - - - - 0.015 -
43 13 13 28,889 3,959 20,942 - - 0.022 44 22 - 22
- 48,889
- 6,700 35,440 - - - 0.037 45 10 10 33,333 4,568 24,163 - - - 0.025 46 13 13 43,333 5,939 31,412 - - 0.033 47 6 6 20,000 2,741 14,498 - - 0.015 48 6 6 20,000 2,741 14,498 - - - - 0.015 49 7 7 23,333 3,198 16,914 - 0.018 50 9 9 30,000 4,112 21,747 - - - 0.023 51 10 10 33,333 4,568 24,163 - - - 0.025 52 8 8 26,667 3,655 19,331 - - - 0.020 53 9 9 30,000 4,112 21,747 - - 0.023 54 12 12 40,000 5,482 28,996 - - 0.030 55 9 9 30,000 4,112 21,747 - - - 0.023
EP ROLB-102 1.5", 3" 4" Pipe TBO 06-004 Group 4.2 a2 C,
C t!
g! ncpm Co-80 activity CoSO activity Cs-197 activity Eu-I62 activlty Eu-I64 activlty Nb-84 activii Agl08m activlty Unity 3 (totaldpm) (dpm1100cm2) (dpmlIOOcm2) (dpnlIOOcm2) ( d ~ l B 0 c r r 9 ) (dpmMBOcm2) (dpm1100cm2) f IE 56 5 5 16,667 2,284 12,082 - - - 0.013 57 9 9 30,000 4,t12 21,747 - - - - 0.023 58 9 9 30,000 4,112 21,747 - - - 0.023 59 5 5 16,667 2,284 12,082 - - - - 0.013 60 10 10 33,333 4,568 24,163 - - 0.025 61 8 8 26,667 3,655 19,331 - - 0.020 62 9 9 30,000 4,112 21,747 - - - - 0.023 63 12 12 40,000 5,482 28,996 - - - - 0.030 64 13 13 43,333 5,939 31,412 . - - - 0.033 65 12 12 40,000 5,482 28,996 - - - 0.030 66 5 5 16,667 2,284 12,082 - .. - 0.013 67 15 15 50,000 6,853 36,245 - - 0.038 68 9 9 30,000 4,112 21,747 - - - 0.023 69 6 6 20,000 2,741 14,498 - - - 0.015 70 9 9 30,000 4,112 21,747 - - - 0.023 71 8 8 26,667 3,655 19,331 - - 0.020 72 13 13 43,333 5,939 31,412 - - - - 0.033 73 13 13 43,333 5,939 31,412 - - 0.033 74 8 8 26,667 3,655 19,331 - 0.020 75 13 13 43,333 5,939 31,412 - - 0.033 76 7 7 23,333 3,198 16,914 - - - 0.018 77 9 9 30,000 4,112 21,747 - - - 0.023 78 8 8 26,667 3,655 19,331 - 0.020 79 4 4 13,333 1,827 9,665 - - - 0.010 80 17 17 56,667 7,766 41,078 - - 0.043 81 9 9 30,000 4,112 21,747 - - - 0.023 82 5 5 16,867 2,284 12,082 - - - - 0.013 83 8 8 26,667 3,655 19,331 - - - - 0.020 84 9 9 30,000 4,112 21,747 - - 0.023 85 16 16 53,333 7,309 38,661 - - - 0.041
, 86 5 5 16,667 2,284 12,082 - - 0.013
EP ROLB-102 1.5", 3" 4" Pipe TBD 06-004 Group 4.2 E
f! Co-60 acttvity Co-60 activity Cs-137 activity Eu-162 activity Eu-I54 activity Nb-94 actlvity Ag-108m activity Unity 2
3 wpm ncpm (totaldpn) (dpm1100cn9) (dpmll00arrl) (dpnlldQard) (dpnl1Oband) (dpnlloonrd) (dpmM0Ocml)
D z
87 6 6 20,000 2,741 14,498 - - - - 0.015 88 6 6 20,000 2,741 14,498 - - 0.015 89 8 8 26,667 3,655 19,331 - - 0.020 90 7 7 23,333 3,198 16,914 - - - - 0.018 91 13 13 43,333 5,939 31,412 - - - 0.033 92 18 18 60,000 8,223 43,494 - - - 0.046 93 11 11 36,667 5,025 26,580 - - 0.028 94 9 9 30,000 4,112 21,747 - - 0.023 95 10 10 33,333 4,568 24,163 - - - - 0.025 96 7 7 23,333 3,198 16,914 - - 0.018 97 8 8 26,667 3,655 19,331 - 0.020 98 12 12 40,000 5,482 28,996 - - - - 0.030 99 14 14 46,667 6,396 33,829 - - - - 0.035 100 10 10 33,333 4,568 24,163 - - - - 0.025 101 11 11 36,667 5,025 26,580 - - - - 0.028 102 11 11 36,667 5,025 26,580 - - - - 0.028 103 8 8 26,667 3,655 19,331 - - - - 0.020 104 9 9 30,000 4,112 21,747 - - - - 0.023 105 6 6 20,000 2,741 14,498 - - - 0.015 106 8 8 26,667 3,655 19,331 - - - - 0.020 107 8 8 26,667 3,655 19,331 - - - - 0.020 108 5 5 16,667 2,284 12,082 - - - 0.013 109 7 7 23,333 3,198 16,914 - - 0.018 110 11 11 36,667 5,025 26,580 - - - 0.028 111 8 8 26,667 3,655 19,331 - - - 0.020 112 8 8 26,667 3,655 19,331 - - 0.020 113 14 14 46,667 6,396 33,829 - - 0.035 114 6 6 20,000 2,741 14,498 - - - 0.015 115 7 7 23,333 3,198 16,914 - - - - 0.018 116 8 8 26,667 3,655 19,331 - - - 0.020 117 6 6 20,000 2,741 14,498 - 0.015
EP ROLB-102 1.5", 3" 4" Pipe TBD 06-004 Group 4.2 St C,
E t gCpm ncpm Co-60 activity Co80 aetivity Cs-137 activity Eu-152 activity Eu-I64 activity N b M activity Ag-108111activity Unity
( I d ) (dpmllOOm2) (dpml10OQn2) (d~IOOcm2) (dpNlOOcm2) (dpNlOOm2) ( d ~ 1 0 ~ 2 )
0 3E 181 2 2 10,000 1,028 5,437 0.006 182 4 4 20,000 2,056 10,874 - - 0.011 183 7 7 35,000 3,598 19,029 - - - 0.020 184 4 4 20,000 2,056 10,874 . 0.011 185 4 4 20,000 2,056 10,874 - 0.011 186 5 5 25,000 2,570 13,592 - - 0.014 187 5 5 25,000 2,570 13,592 0.014 188 6 6 30,000 3,084 16,310 - - 0.017 189 5 5 25,000 2,570 13,592 - 0.014 190 3 3 15,000 1,542 8,155 0.009 191 5 5 25,000 2,570 13,592 - - 0.014 192 6 6 30,000 3,084 16,310 - 0.017 193 5 5 25,000 2,570 13,592 0.014 194 3 3 15,000 1,542 8,155 0.009 195 2 2 10,000 1,028 5,437 - 0.006 196 5 5 25,000 2,570 13,592 - - 0.014 197 2 2 10,000 1,028 5,437 - 0.006, 198 0 6 30,000 3,084 16,310 - - 0.017 199 8 8 40,000 4,112 21,747 0.023 200 4 4 20,000 2,056 10,874 - - 0.011 201 4 4 20,000 2,056 10,874 - 0.011 202 4 4 20,000 2,056 10,874 - - - 0.011 203 5 5 25,000 2,570 13,592 - - - 0.014 204 6 6 30,000 3,084 16,310 - 0.017 205 3 3 15,000 1,542 8,155 - - 0.009
EP ROLB-102 1.5"' 3" 4" Pipe TBD 06-004 Group 4.2
$):
E g C040 activity Co-80 acthrity Cs-137 sctivlty Eu462 activlty Eu-164 actlvity Nb-94 acthfity Ag activity Unity 3
gcpm ncPm (trndpm) (dpml1M) (dpml1W) ( d ~ l O O c ~(-I-) (dpml1loOnd) (d,,mdl(0a0) 5 5
212 9 9 45,000 4,625 24,465 - 0.026 213 4 4 20,000 2,056 10,874 - 0.011 214 0 6 30,000 3,084 16,310 - - 0.017.
215 6 6 30,000 3,084 16,310 - - - 0.017 216 2 2 10,000 1,028 5,437 - - 0.006 217 6 6 30,000 3,084 16,310 - - - 0.017 218 3 3 15,000 1,542 8,155 - - 0.009 219 4 4 20,000 2,056 10,874 - .. 0.011 220 3 3 15,000 1,542 8,155 - - - - 0.009 221 3 3 15,000 1,542 8,155 - - - 0.009 222 5 5 25,000 2,570 13,592 - 0.014 223 3 3 15,000 1,542 8,155 - - - 0.009 224 3 3 15,000 1,542 8,155 - - - - 0.009 225 2 2 10,000 1,028 5,437 - - - 0.006 226 5 5 25,000 2,570 13,592 - - - 0.014 227 8 8 40,000 4,112 21,747 - - - 0.023 228 8 8 40,000 4,112 21,747 - - 0.023 229 6 6 30,000 3,084 16,310 - - - - 0.017 230 5 5 25,000 2,570 13,592 - - 0.014 231 6 6 30,000 3,084 16,310 - - - 0.017 232 7 7 35,000 3,598 19,029 - 0.020 233 5 5 25,000 2,570 13,592 - - - - 0.014 234 4 4 20,000 2,056 10,874 - - 0.011 235 5 5 25,000 2,570 13,592 - - - 0.014 236 4 4 20,000 2,056 10,874 - 0.011 237 11 11 55,000 5,653 29,902 - - - - 0.031 238 6 6 30,000 3,084 16,310 - - - - 0.017 239 5 5 25,000 2,570 13,592 - - 0.014 240 6 6 30,000 3,084 16,310 - - - - 0.017 241 7 7 35,000 3,598 19,029 - - - 0.020 242 4 4 20,000 2,056 10,874 - - - 0.011
EP ROLB-102 1.5", 3" 4" Pipe TBD 06-004 Group 4.2
- u c
g s
gcpm ncpm C0-60 activity (totaldpm)
CosO activity
(,pmtlOlhm2)
Ce137 activity (dpWlOOcm2)
Eu-162 activity (dpn1'100#rd)
EM-164activity (dpnMOOm2)
Nb44 acthfity (dpnMOOcm2)
Ag activity (dpn1100cmP)
Unity 243 3 3 15,000 1,542 8,155 - 0.009 I
244 9 9 45,000 4,625 24,465 - - - - 0.026 245 5 5 25,000 2,570 13,592 - 0.014 246 14 14 70,000 7,195 38,057 - - 0.040 247 8 8 40,000 4,112 21,747 - - 0.023 248 6 6 30,000 3,084 16,310 - - 0.017 249 6 6 30,000 3,084 16,310 - - 0.017 250 8 8 40,000 4,112 21,747 0.023 25 1 7 7 35,000 3,598 19,029 - - 0.020 252 5 5 25,000 2,570 13,592 - - 0.014 253 6 6 30,000 3,084 16,310 - - - 0.017 254 7 7 35,000 3,598 19,029 - - 0.020 255 6 6 30,000 3,084 16,310 - - 0.017 256 6 6 30,000 3,084 16,310 - - - 0.017 257 7 7 35,000 3,598 19,029 - - 0.020 258 8 8 40,000 4,112 21,747 - 0.023 259 5 5 25,000 2,570 13,592 - - - 0.014 260 6 6 30,000 3,084 16,310 - - 0.017 261 7 7 35,000 3,598 19,029 - 0.020 262 5 5 25,000 2,570 13,592 - - - 0.014
EP ROLB-I02 M", 3" 4" Pipe TBD 06-004 Group 4.2 St IC, Co4Oactivity Co4OrtMy Cs-137 activity Eu-162 actMty Eu-I54 adivity Nb-84 actMy Ag-10hactMly gcpm ncpm Unny e3 (totaid,) (dpm/Wcm2) (dpm1100an?) (dpm1100cm2) (dpnJIOOcm2) (dWIWcn9) (dpnJlOOcm2)
H274 10 10 19,231 1,977 10,455 - - 0.011 275 17 17 32,692 3,360 17,774 - - 0.019 276 14 14 26,923 2,767 14,637 - 0.015 277 13 13 25,000 2,570 13,592 - - 0.014 278 11 11 21,154 2,174 11,501 - 0.012 279 21 21 40,385 4,151 21,956 - - - 0.023 280 18 18 34,615 3,558 18,820 - - 0.020 281 18 18 34,615 3,558 18,820 - 0.020 282 10 10 19,231 1,977 10,455 - - - 0.011 283 16 16 30,769 3,163 16,728 - - - 0.018 284 9 9 17,308 1,779 9,410 - - - 0.010 285 13 13 2,570 13,592 - - - 0.044 286 13 13.
25100 25,000 2,570 13,592 - 0.014 287 16 16 30,769 3,163 16,728 - - - 0.018 288 17 17 32,692 3,360 17,774 - - 0.019 289 4 4 20,000 2,056 10,874 - - - 0.011 290 5 5 25,000 2,570 13,592 - 0.014 291 7 7 35,000 3,598 19,029 - 0.020 292 7 7 35,000 3,598 19,029 - - 0.020 293 6 6 30,000 3,084 16,310 - - 0.017 294 3 3 15,000 1,542 8,155 - 0.009 295 5 5 25,000 2,570 13,592 - 0.014 296 5 5 25,000 2,570 13,592 - - 0.014 297 4 4 20,000 2,056 10,874 - - - 0.011' 298 2 2 10,000 1,028 5,437 - - 0.006
EP ROLB-102 1.5"' 3" 4" Pipe TBD 06-004 Group 4.2 E
E gcpm CdiO adivity Co-80 activity Cs-137 activity Eu-I52 activity Eu-154 activity Nb-W actlvity Ag-108m activity Unity e!
3 ncpm I d ) (dpm1100cm2) (dpn1100cm2) (dpn1160cm2) (dpmlf O h 2 ) (dpmll0Bem2) (dpm1100cm2) 0 I
305 4 4 20,000 2,056 10,874 - - 0.011 ,
306 10 10 50,000 5,139 27,184 - 0.029 307 5 5 25,000 2,570 13,592 - 0.014 308 4 4 20,000 2,056 10,874 - 0.011 309 9 9 45,000 4,625 24,465 0.026 310 11 11 55,000 5,653 29,902 - - 0.031 311 4 4 20,000 2,056 10,874 - - - 0.011 312 8 8 40,000 4,112 21,747 0.023 313 6 6 30,000 3,084 16,310 - - 0.017 314 8 8 40,000 4,112 21,747 - 0.023 325 11 11 55,000 5,653 29,902 - 0.031 316 11 11 55,000 5,653 29,902 - 0.031 317 12 12 60,000 6,167 32,621 - 0.034 318 10 10 50,000 5,139 27,184 - - 0.029 319 8 8 40,000 4,112 21,747 - 0.023 320 12 12 60,000 6,167 32,621 - - - 0.034 321 8 8 40,000 4,112 21,747 - - 0.023 322 8 8 40,000 4,112 21,747 - 0.023 323 16 16 80,000 8,223 43,494 - - 0.048 324 10 10 50,000 5,139 27,184 - 0.029 325 12 12 60,000 6,167 32,621 - - - 0.034 326 5 5 25,000 2,570 13,592 - 0.014 327 10 10 50,000 5,139 27,184 - - - 0.029 328 8 8 40,000 4,112 21,747 - - 0.023 329 12 12 60,000 6,167 32,621 0.034 330 10 10 50,000 5,139 27,184 0.028 331 8 8 40,000 4,112 21,747 - - 0.023 332 9 9 45,000 4,625 24,465 - - 0.026 333 13 13 65,000 6,681 35,339 - - 0.037 334 11 11 55,000 5,653 29,902 0.031 335 11 11 55,000 5,653 29,902 - 0.031
EP ROLB-102 I.5", 3" 4" Pipe TBD 06-004 Group 4.2 E
! gcpm ncpm Co40 activity CoSO activity Cs-137 activity Eu-162 activity Eu-I64 activity Nb-84 activity Ag-108m activity 3 (totaldpm) (dpm1100d) (dpnJIOOcm2) (dpm1100cm2) (dpmMOOcm2) (dpmllOOcm2) (dpmlIOOcm2)
D Z
336 10 10 50,000 5,139 27,184 - 0.029 337 10 10 50,000 5,139 27,184 0.029 338 11 11 55,000 5,653 29,902 0.031 339 8 8 40,000 4,112 21,747 - 0.023 340 4 4 20,000 2,056 10,874 - - - 0.011 34 1 8 8 40,000 4,112 21,747 - 0.023 342 3 3 15,000 1,542 8,155 - 0.009 343 11 11 55,000 5,653 29,902 - - 0.031
- - - - ~ - -- - - - - -
MEAN 0.020 MEDIAN 0.019 STD DEV 0.008 MAX 0.046 MIN 0.003
Detector Info Attachment Pipe Area Field Incorporated by Survey Instrument Background Field MDCR Nominal MDC Pipe Diameter Detector Efficiency Survey Date Time(s) Detector ID# ISled ID# (in cm2)
(2350 ID#) (CPM) (CPM) (dpd100 cmA2) (inches) Efficiency 8/25/2006 8:14 44-159 #238369 1 no sled 41.5 25.2 4947 1.5 365 0.00026 3121/2006 8:OO Bicron 1MG1 LVS-1 Ino sled 20.0 18.4 2399 3 730 0.00045 3/28/2006 10:15113:35 44-159 #238369 1 121 10.3 14.0 4900 3 730 0.0003 08:00/08:401 12.6 15.2 4900 3 730 0.0003 10:40 13:15 44-159 #238369 1101 9.9 13.8 4049 4 973 0.0002 12:50 44-159 #238369 / 101 12.9 15.3 4049 4 973 0.0002 10:20 Bicron 1MG1 LVS-1 1101 20.0 18.4 1557 4 973 0.00052 11:oo 44-159 #238369 / 101 20.0 18.4 4049 4 973 0.0002 12:40 44-159 #238369 / 101 10.3 14.0 4049 4 973 0.0002
SECTION 7 ATTACHMENT 2 39 PAGE(S)
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Revision 4 Pipe Interior Radiological Survey Form ate: %/2 </o6 Time: OW[+
Y I Pipe ID#: ']tor. - 02 Pipe ~iameter: 1-5 &- Access Point Area: /2&. [3 15 Building: R d ~ 3 Elevation: -/SL System: . D~fi1.d Type of Survey Investigation Characterization Final Survey' ~ M h r rV Gross C06O ' . Cs W .
! i - . .
Detector ID# / Sled ID# d+-./S4 23K364 I . .N b S&iZi)
' Detector Cal Date: Detector Cal Due Date:
Instrument: 2 3 >S3-.! Instrument ID #: / %0/07'<
Instrument Cal Date: 3 / / T/O L Instrument Cal Due Date: 3 / 1 ~ / 0 7 From the Daily Pipe Survey Detector Control Form for the Selected Detector Background Value ' 41. cpm <
MDCKtatic 25.,?. cpm Efficiency Factor for Pipe Diameter 0.00 00 (firom detector efficiency determination)
MDCstatic L ) ~ G ? dpm/ \vD cm2 ,
Is the MDCsbticacceptable? NO (if no, adjust sample count time and recalculate MDCRswic)
Technician Signature Pipe Interior Radiological Survey
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,PackagePage 1 of REFERENCE COPY Astachment 3, Page 1
. - lpd,- BSYLVSPipeCrawler-002 '--""I Revision 4 Pipe Interior Radiological Survey Form BFc 6 Date: 3dz/"D& Time:
Pipe ID#: 'x@c;8 /d Z Pipe Diameter: 3" Access Point Area: bPo& /p;-p~A F Building: FbJ~l3 Elevation: -/f System: --IS I DRA , d s Type of Survey Investigation Characterization Final Survey )( Other J Gross C06O J Cs Detector ID# / Sled ID# 21C - ~ P/ iVf &/
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Detector Cal Date: ZU - h i - r 3 Detector Cal Due Date: z,&- D-ZL--~ Q Instrument: 933P - / Instrument ID #: ad34 P'P Instrument Cal Date: / 3 d ~ b &' u 5 Instnunent Cal Due Date: tqc N O U -06 From the Daily Pipe Survey Detector Control Fonn for the Selected Detector
~
Background Value
' cpm MDCRstatic cpm Efficiency Factor for Pipe Diameter 0 000& (fiom detector efficiency determination)
MDCstatic -t349 d~m/ I g~;> cm2 Is the MDCstaticacceptable? No (if no, adjust sample count time and recalculate MDCQhkj Comments: I > a d r u k .J r j Technician Signature Pipe Interior Radiological Survey Package Page 1 of 2 1 REFERENCE COPY I Attachment 3, Page I
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Revision 4 Pipe Interior ~ a d i o l o ~ i cSurvey al Form (Continuation Form)
Date: JPRf3us bmf'9 -
Pipe ID#: Pipe Diameter: Access Point Area: s r ~ &P Building: Elevation: System: - i f FL SnfiruJ Package Page -of - 3
...,--. Attachment 3, Page 2
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Revision 4 Pipe Interior Radiological Survey Form Date: , 3 -2r.-,6 Time: / B 15-Pipe ID#:$ 0 101.
~ H S / &/PipeDiameter: /' Access Point Area: - &S-/+'
' Building: xub& Elevation: - / 5 System: -&-b k & , i l Type of Survey Investigation Characterization Final Survey 2( o ~ e r Gross C06O 4 Cs Detector ID# / Sled ID# v-/* 253 3 b q i /2/
Detector Cal Date: 6 - f l M - P1* Detector Cal Due Date: O-fl&e-b7 Instrument: 3g50- / .Instrument ID #: 2d3,V 8-T .
Instrument Cal Date: / - Instrument Cal Due Date: / T - N&CJ-c)&
From the Daily Pipe Survey Detector Control Form for the Selected Detector Background Value 1 .3 cpm MDCRstatic /4 c ~ m Efficiency Factor for Pipe Diameter 0.Q O (fiom
~ detector efficiency determination)
MDCstafic 1 l / q b ~ dpd 1O-W cm2 Is the'MDCSuticacbeptable? NO (ifno, adjust sample count time Ad recalculate MDCKhtiC)
Comments: C!fl/rc3a~12rc- ? & ~ ' l e ~
w Technician Signature Pipe Interior Radiological Survey Package Page 1 of 3 Attachment 3, Page 1
SIIL-VSPipeGrawler-002;kw I ....
. -9 Revision 4 Pipe Interior Radiological Survey Form (Continuation Form)
Date: 34 9 6 2 ~ '8 Pipe ID#: -)$Pipe Diameter: 3 Access Point Area: '15 JJS -/L/
Building: jG! L3 Elevation: - System: . 4%- b&e,>i package Page of 3 Attachment 3, Page 2
---BSWSPipZGraWleTOO2-- A.-
Revision 4 Pipe Interior Radiological Survey Form Date: 3 06 Time: /32 s -
/I Pipe ID#: RPL-5/P? N,f-/G Pipe Diameter: Access Point Area: -1 5 )# S-/ la Building: RdtA Elevation: - i '-C System:
I ht3ro+.+-~&a;,
~ y p of e Survey Investigation Characterization Final~urve~X other V Gross ' C06O ./ Cs Detector ID# I Sled ID# c/J ..1 ~ ? 2/J883Lf' / or/ b'.
Detector Cal Date: &- /l?r4/L-d/, Detector Cal Due Date: pllWfl 0 7 Insbxnent : 2 350 .- / Instrument ID #:' 2 ~ 3 s4 ~
. Instrument Cal Date: /? d/0dJ/t3 5 Instrument Cal Due Date: / 7 - Mod- 8 6 From the ~ a i l ~ Survey
' ~ i ~Detector e Control Form for the Selected Detector Background Value 3 ' cpm MDC%ktic / C P ~
Efficiency Factor for Pipe Diameter 0,0003 (fiom detector efficiency determination) 4qt70- dpml '100 cm2 mcstatic Is the MDCshticacceptable?
comments: /dm-+
a --
Y &'TI No
'oh-'
(if no, adjust sample count time and recalculate MDCkktic)
Technician Signature Pipe Interior Radiological Survey Package Page 1 of 3 Attachment 3, Page 1
_------ -.-- - - ---- - -- BSULVSPipeGkawler-002-
-7' Revision 4 Pipe Interior Radiological Survey Form (Continuation Form)
Date: 3-aB-0 G Pipe ID#:3dbfi t 0 2 &' i b Pipe Diameter: 3 3
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'Pipe Interior Radiological Survey Form Date: 3-27,'o 4 Time: O&='O0
//.-/I, /jS- /rt, & - I 3 Pipe Dl#: xrt~6I Pz- Pipe Diameter: 1(
Access Point Area: m-/?
Builhng : ' 7 2 0 ~ 3 Elevation: - System: 3~
,+$-/>5 4%. I h ~ t - h l Type of Survey Investigation Characterization Final Survey )( 0th;: I Gross C06O Cs Detector ID# I Sled ID# d+-/r4 / 2 ~ 8 3 & 9 1 l zf Detector Cal Date: 4' P ~ , + L / & Detector Cal Due Date: & - m e , 07 Instrument: 233% .--I' Instrument ID #: *a+ f f Instrument Cal Date: / 7- *(- LJ 5 Instrument Cal Due Date: /7.-de+ 0 6 -
From the Daily Pipe Survey Detector Control Form for the Selected Detector Background Value /a 46 cpm MDCKtatic /5: C;; cpm a Efficiency Factor for Pipe Diameter 0 0003 (fiom detector efficiency determination)
MDC,tatic 4 990 dpd LOP cm2 Is the MDCShti,acceptable? @ No , (if no, adjust sample count time and recalculate. MDCK.3 Comments:
Technician Signature -
Pipe Interior Radiological Survey 3
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PipeD#: ~ 9 a1 1 0 . 2 Pipe Diameter: 3" Access Point Area:
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Revision 4 d p e Interior Radiological Survey Form Date: 3 .24-a@ Time: &R" Pipe ID#: goa 109- HS-1.I Pipe Diameter:
9-I Access Point Area: flJ (
Building: Rod3 Elevation: i.T System: 80& / PZ f t . 3b+1;3 Type of Survey Investigation Characterization Final Survey Other /
Gross C06O -J cs Detector ID# / Sled ID# qeb-4 / $38 $6 1 ' . IF/
Detector Cal Date: fl ' @& Detector Cal Due Date: /D r, 87 Instrument: 2 3 % -( Instrument ID #: ,2634 f'tY Instrument Cal Date: / 7 /N@drP.5' Instnunent Cal Due Date: /7 -p-JodHO G From the Daily Pipe Survey Detector Control Form for the Selected Detector Background Value 12 L cpm MDCRstatic / s ' J CPm Efficiency Factor for Pipe Diameter 0.0003 (from detector efficiency determination)
Is the MDCskk acceptable?
Comments:
a fi~~&n'M Ici)
NO (if no, adjust sample count time and recalculate MDC&,atic) 5 &A- u I)/
Technician Signature Pipe Interior Radiological Survey cIz!l REFERENCECOPY Package Page 1 of 3 Attachment 3, Page 1
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Date:
Pipe ID#: ~ c c e s Point s Area: 'k~ 1 Building: System:-/~,??m& / B z f~. ~ I * ~
Package Page 2of 0REFERENCECOPY Attachent 3, Page 2
SI/LVSpipe&awl~~oo2 --z" Revision 4 Pipe Interior Radiological Survey Form Date: &JpO b Time: d r%
Pipe ID#: xBa o ) r h'S-dd Pipe Diameter: 3" Access Point Area: JfS4=
Building: POt f i Elevation: . ' System: -Is& @lo?4%.DkA,'d Type of Survey Investigation Char cterization Final Survey [x Other J
Gxiss C06O J" Cs Detector ID# '/ Sled ID# c/y- 1.9/23b3&4 1 13 /
Detector Cal Date: . 6 #@ B t - Detector Cal Due Date:
6,.MA+t.67 Instrument: $320 I Instrument ID #: 903cl69' Instrument Cal Date: f 7 - fib Instrument Cal Due ~ i t e : , 7 - f l d d i . d ~
. .. + 0, From the Daily Pipe Survey Detector Control Form for the Selected Detector Background Value /a
- 6 cpm
?/IDC&tatiC fi7 3 cpm Efficiency Factor for Pipe Diameter o 0-3 (fiom detector efficiency determination) mcstatic 4q a0 cm2
'Is the MDCstaticacceptable? (if no, adjust sample count time arid recalculate MDC&,&)
Comments:
Techcian Signature Pipe Interior Radiological Survey Package Page 1 of A REFERENCECOP Attachment 3, Page 1
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' .?..m Pipe Interior Radiological Survey Form (Continuation Form)
Date: 3029)~h Pipe ID#: BOM~ C P?-s-Z-0 Pipe Diameter,: 3 Access Point Area: fjs., 2, Building: %a& Elevation: --IF System: -15 f ~ 3~+,jl Package Page & off Attachment 3, Page 2
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Pipe ID#:170Ld 10 2 tk rz/~ipeDiameter: 3" Access point Area: ' h%.' 2-1 System: j b c ~1 sz, TL.
C Building: X d c b Elevation: G~ I 5
- A'-, 4 Type of Survey Investigation Characterization Final Survey Other J Gross C06O ,/ , Cs Detector Cal Date: J fl& Ub Detector Cal Due Date: d . f ~ ~ / a a 7 Instrument: ,933 / . Instrument ID #: ,303yrK InstrumentCalDate: I
/7 r ) 3 4 d i d j Instrument Cal Due Date: ,7 .. W O V
- er C From t h & ~ a i l ~ , p iSurvey p e Detector Control Form for the Selected Detector Background Value /2 6 Y cpm MDcKtatic /s- 9- cpm Efficiency Factor for Pipe Diameter 0 o0 03 (from detector efficiency determination) mcstatic 440~ d~m/ L OW cm2 Is the MDCshticacceptable? 0 NO (if no, adjust sample count time and recalculate MDCKtatic)
Comments: &~'ni#~c#7-/&n/ 5 q k - de!9
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Date: 9@2--9bht ;I 3 1' Pipe ID#: %~43 1 6 % ipe Diameter: Access Point Area: Hp- 2(
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Bidding: RDLB Elevation: - 1s System: x d L - / 3 f b .
fl Type of Survey Investigation Characterization Final Survey )( Other J Gross C06O ,--' Cs Detector ID# 1 Sled ID# - 1J? 3 / /o/
Detector Cal Date: ' &c - Q 6 Detector Cal Due Date: 6 - fl& - ~ 7 Instrument: 2,3.Co r - Instrument ID #-: $034 f g Instrument Cal Date: - k e<
Instrument Cal Due ate: ' 1 7 -- p 0 d - b (,
From the Daily Pipe Survey Detector Control Fonn for the Selected Detector Background Value cpm MDCKtatic 3 cpm Efficiency Factor for Pipe Diameter 0.o oo z (fiom detector efficiency determination)
MDCstatic . 4 0 4 4 . dpnnj Is the MDCSktiC Comments:
acceptable?
a
.tnect/
NO LO* CITS~ .
(if no, adjust sample count time and recalculate MDCKutic)
Pipe Interior Radiological Survey I
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Date: 3 ,/& -* 06 Pipe ID#: Pipe Diameter:. q.1' Access Point Area: --/>-Po LS D a ; j -4'-
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Revision 4 Pipe Interior Radiological Survey Form Date: ' ~ c J !6 '6~ c Time: / t.ro Rm r / b c . & ~jpy Pipe ID#: fa2 Pipe Diameter: ,f/ I Access Point Area: " 6J d f l ~
Building: 20 L& Elevation: //5- System: zdq, /S - fG. ad+
Type of Survey Investigation Characterization Final Survey ?( Other Gross C06O 4' Cs Detector ID#/ Sled ID# 4q-IJ-'7 / d 3 ~ 3 b 91 r ?/
Detector Cal Date: @ +flqnrB6 ( Detector Cal Due Date: &-me- '7 Instrument: 3 3 j-B Instrument ID #: 2 d 3 W f Instrument Cal Date: 1.7- - 6 5 InstrurnentCalDueDate: /q*dbu-d&
From the Daily Pipe Survey Detector Control Form for the Selected Detector Background Value id cpm ~4 MDCRstatic 3 cpm Efficiency Factor for Pipe Diameter 6 . V 00 Z (from detector efficiency determination)
MDCstatic 4 0 4 'i d ~ d 1 O* cm2 Is the MDCshticacceptable? (if no, adjust sample count time and recalculate
@ NO SkE- M & p Technician Signature Pipe Interior Radiological Survey age Page 1 o f 2 tachment 3,-Page 1
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Revision 4 Pipe Interior Radiological Survey Form Date: 2 . 1-06 Time: /02.0 Pipe ID#: dL 02 Pipe Diameter: f(
Access Point Area: N s -. i o Building: , Q0 ~ (-,a Elevation: - / -1 System: )- FL D I Q A ~ ~
Type of Survey Gross Investigation Co60 characterization I/'.
Final Suivey cs 7- Other J" Detector ID# / Sled ID# 1 1/5-/
Detector Cal Date: / ? - 2 0 03- - Detector Cal Due Date: I'L-LC?' 0 6 Instrument: 2.3m.-.f Instrument ID .#: /03Yd&
Instrument Cal Date: / - i 7 .-0 4' , InstnunentCalDueDate: /I-( 7-86 From the Daily Pipe Survey Detector Control F o m for the Selected Detector Background Value - 8 cpm rnC&htiC /8= cj cpm Efficiency Factor for Pipe Diameter Q .o o o 5 2 (fiom detector efficiency determination)
MDCstatic 1657 ' dpml 1m cm2 Is the MDCsbticacceptable? @ No (if no, adjust sample count time and recalculate hlDC%ticj Comments: f d J v : f f p t t f i ' lJ~ ~J d / t/~ ic/
/
Techcian Signature Pipe Interior Radiological Survey Package Page 1 of 3 REFERENCECOPY Attachment 3; Page 1
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Revision 4 Pipe Interior ~ a d i o l o ~ i cSurvey al Form Date: 3 ,&/, &,/j . The: // 3 Pipe ID#: z d & /8 Pipe Diameter:
f Access Point Area: ,&@c.j3. g,+25 Building: z a c/g Elevation: >/f System: -A4 3 ~
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Type of Survey Investigation Characterization Final survey Other , J Gross C06O 4 Cs Detector ID# 1 Sled ID# /z3r~ri41 . ./Dl Detector Cal Date: k C M W - L joJ Detector C d Due Date: ,& ,pYtA'R- 0 7 Instrument: ,pJCO -1 Instrument ID #: 903r/ f'y Instrument Cal Date: 1 7 - p o d - 0 ,< InstrumentCalDueDate: / 7 r F 0 u - d L From the Daily'Pipe Survey Detector Control Form for the Selected Detector Background Value 2 6 cpm MDCRstatic l f i cpm-Efficiency Factor for Pipe Diameter 6 . QOQ 1 (fiom detector efficiency determination)
MDCstatic 4 0.49 d ~ d n o cm2 Is the MDCSkticacceptable? @ , N: (if no, adjust sample count time and recalculate MDCl&ic)
Comments: &8/,>um>*/ s ~ v r c /
I Pipe Interior Radiological Survey Package Page 1 of 2
.Attachment 3, Page 1
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Access Point Area: ' Dh,.+:#%
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- 3. L 3 Time: /,&yo Pipe ID#: 3~ - Access Point Area: ' /I d5- 7 Building: T ov B Elevation: -/ 5- System: ';i7d~nf~ .. &,4-,Cd Type of Survey Investigation Characterization Final Survey 7( Other J Gross C06O Cs
'Detector ID# 1 Sled ID# 44- IS?/,?3~3'&4 1 .. /Df Detector. Cal Date: 4 - r / l ~ LoCb - Detector Cal Due Date: & v . f l e - 0 7 Instrument: 23S0, / Instrument ID #: >3$FY Instrument Cal Date: . /7 /~24 - dJ Instrument Cal Due Date: 17 - ,dud From the Daily Pipe Survey Detector Control Form for the Selected Detector
.BackgroundValue /A? cpm t i c /J cpm Efficiency Factor for ~ i i Diameter e , e, .oo0 Z (from detector efficiency determination)
MD Cstatic 404 'I dpml 1u-0 cm2 ISthe MDCsbticacceptable? @ - NO (if no, adjust sample count time &d recalculate M D C L C )
Comments: 2 t.ib~iakJ-sW RJ~9 I
Technician signature Pipe Interior ,RadiologicalSurvey V
Package Page 1 of Attachment 3, Page 1
- BSYLVSPipeCrawler-002 Revision 4 Pipe Interior Radiological Survey Porm (Continuation Form)
Date: 3-$ 2 7 ~b ~
Pipe ID#: 3c . --HS
~ - 9 Pipe Diameter: q' Access Point Area: -jj- H5 $ -
Building: K&tG Elevation: - (5 System: Rou3 6221 Dk&.u Package Page of &
Attachment 3, Page 2
SECTION 7 ATTACHMENT 3 I PAGE(S)
DQA Check Sheet Design # EP ROLB-111 Revision # Original Survey Unit # EP ROLB-111 Preliminary Data Review' Answers to the following questions should be fully documented in the Survey Unit Yes No N/A Release Record
- 1. Have surveys been petformed in accordancewith survey instructions in the Survey Design? X
- 2. Is the instrumentation MDC for structure static measurements below the DCGLw for Class 1 and 2 X
survey units, or below 0.5 DCGLw for Class 3 survey units?
- 3. Is the instrumentation MDC for ernbeddedlburied piping static measurements below the DCGLw ? X
- 4. Was the instrumentation MDC for structure scan measurements, soil scan measurements, and embeddedlburied piping scan measurements below the DCGLw,or, if not, was the need for additional X static measurements or soil samples addressed in the survey design?
- 5. Was the instrumentation MDC for volumetric measurements and smear analysis < 10% DCGLw ? X
- 6. Were the MDCs and assumptions used to develop them appropriate for the instruments and techniques used to perform the survey3
- 7. Were the survey methods used to collect data proper for the types of radiation involved and for the X
media being surveyed?
- 8. Were "Special Methodsmfor data collection properly applied for the survey unit under review? X
- 9. Is the data set comprised of qualified measurement results collected in accordancewith the survey X
design, which accurately reflects the radiological status of the facility?
Graphical Data Review
- 1. Has a posting plot been created? X
- 2. Has a histogram (or other frequency plot) been created? X
- 3. Have other graphical data tools been created to assist in analyzing the data? X Data Analysis
- 1. Are all sample measurements below the DCGLw (Class 1 8 2), or 0.5 DCGLw (Class 3)? X
- 2. Is the mean of the sample data < DCGLw? X
- 3. If elevated areas have been identified by scans andlor sampling, is the average activity in each X
elevated area < DCGLEMC (Class I), < DCGLw (Class 2), or ~ 0 . 5 DCGLw (Class 3)?
- 4. Is the result of the Elevated MeasurementsTest < 1.0? X
- 5. Is the result of the statistical test (S+ for Sign Test or Wr for WRS Test) 2 the critical value? X Comments:
Page 1 of 1
SECTION 7 ATTACHMENT 4 1 DISC