ML21291A202
| ML21291A202 | |
| Person / Time | |
|---|---|
| Site: | 07109387 |
| Issue date: | 10/19/2021 |
| From: | Clark G TN Americas LLC |
| To: | Office of Nuclear Material Safety and Safeguards |
| N DEVASER NRC/NMSS/DFM/STLB 3014155196 | |
| References | |
| 02008.01.0000.00 TR-3023626, Rev 0 | |
| Download: ML21291A202 (66) | |
Text
FS-EN-FRM-012 Rev. 05 (Effective January 7, 2019)
Refer to FS-EN-PRC-004 Orano Federal Services Test Report Document No.:
TR-3023626 Rev. No.
000 Page 1 of 66 (66 Total Pages)
Project No.:
02008.01.0000.00 Project Name:
INC OP-Raw Material Shipping Container
Title:
Test Report for the Industrial Nuclear Company Outer Package, Raw Material Shipping Container (OP-RMSC)
Summary:
This procedure documents the required free and puncture drop tests for qualifying the Industrial Nuclear Company (INC) OP-RMSC package to the requirements of Title 10, Code of Federal Regulations, Part 71 (10 CFR 71), Packaging and Transportation of Radioactive Material, as a radioactive material package. The results of these tests will be utilized as supporting documentation for INCs application to the US Nuclear Regulatory Commission to obtain a transportation license under Docket No. 71-9387.
Contains Unverified Input / Assumptions:
Yes:
No:
Printed Name Signature Date Preparer:
G. L. Clark Checker:
C. Backus ESH&Q M. Schuster Approver:
S. Klein
Page 2 of 66 Orano Federal Services
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Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container Revision History Rev.
Changes 0
Initial Issue
Page 3 of 66 Orano Federal Services
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Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container Table of Contents Page 1.0 SCOPE.......................................................................................................................................... 4 2.0 REFERENCED DOCUMENTS...................................................................................................... 6 3.0 PURPOSE..................................................................................................................................... 6 4.0 CONFIGURATION OF CERTIFICATION TEST UNITS................................................................ 9 5.0 TEST FACILITIES......................................................................................................................... 9 6.0 TEST SEQUENCE AND RESULTS............................................................................................ 10 6.1 Pre-Test Radiation Surveys of Test Units....................................................................................... 10 6.2 Pre-Test Weight of Test Units......................................................................................................... 10 6.3 NCT and HAC Free Drops.............................................................................................................. 11 6.3.1 NCT 4-Foot Top Down Free Drop (CTU-1, Test 1).......................................................... 11 6.3.2 HAC 30-Foot Top Down Free Drop (CTU-1, Test 2)........................................................ 11 6.3.3 HAC 30-Foot Side Free Drop (CTU-2, Test 3)................................................................. 12 6.3.4 HAC 30-Foot CG-Over-Top Corner Free Drop (CTU-2, Test 4)...................................... 12 6.4 HAC Puncture Drops....................................................................................................................... 12 6.4.1 HAC 40-Inch Top Down Puncture Drop (CTU-1, Test 5)................................................. 12 6.4.2 HAC 40-Inch Side Puncture Drop (CTU-2, Test 6)........................................................... 13 6.4.3 HAC 40-Inch CG-Over-Top Corner Puncture Drop (CTU-2, Test 7)................................ 13 6.5 Post-Test Weight of Test Units....................................................................................................... 14 6.6 Post-Test Disassembly of Test Units.............................................................................................. 14 6.7 Post-Test Radiation Surveys of Test Units..................................................................................... 14 6.8 Testing Conclusions........................................................................................................................ 15 APPENDIX A, TEST DATA SHEETS..................................................................................................... 16 APPENDIX B, OP-RMSC PACKAGE TEST UNIT PHOTOGRAPHS.................................................... 31
Page 4 of 66 Orano Federal Services
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Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container 1.0 SCOPE This report documents the results of a series of tests to demonstrate that the Industrial Nuclear Company (INC) Model: Outer Package, Raw Material Shipping Container (OP-RMSC) satisfies the performance requirements specified in 10 CFR 71 (Reference 2.1) during normal and hypothetical accident conditions of transport. The tests were one (1) 4-foot (1.2-meter) free drop and three (3) 30-foot (9-meter) free drops onto an unyielding surface, and three (3) 40-inch (1-meter) drops onto a six-inch diameter steel puncture bar.
The OP-RMSC is a welded and bolted assembly that consists of an outer 18-inch diameter, Schedule 10S stainless steel pipe and an inner 10-inch diameter, Schedule 10S stainless steel pipe, which forms the payload cavity. The annular space between the inner and outer pipes is filled with approximately 17 pounds of rigid polyurethane foam that protects the payload, which is a Raw Material Shipping Container (RMSC). A 3/8-inch thick, 133/4 inch diameter stainless steel plate, which is secured with eight (8) 1/2-inch hex bolts, encloses the payload cavity.
Above the inner lid, a 3/4-inch thick, 171/2 inch diameter stainless steel lid is secured to the outer 18-inch diameter stainless steel pipe with eight (8) 1/2-inch hex head bolts. The outer lid is slotted to dissipate decay heat from the payload cavity. The maximum tare and gross weights of the OP-RMSC is 269 pounds and 645 pounds, respectively.
The RMSC payload consists of a welded outer 8-inch diameter Schedule 10S stainless steel pipe that surrounds a tungsten shield that contains a 11/2 inch diameter x 3 inch high payload cavity. Above the payload cavity is a 4.2-inch diameter tungsten shield. The closure lid is secured to the body by six (6) hex bolts. The RMSC weighs approximately 376 pounds.
The testing of the OP-RMSC packaging was performed in accordance with the approved test procedure (Reference 2.2). The pre-tests, free drops, and post-tests were performed during the period of January 30, 2020 through July 22, 2020. As stated in the test procedure, two Certification Test Units (CTUs) were utilized in the testing. Figures 1-1 and 1-2 depict views of the OP-RMSC packaging and the RMSC payload, respectively.
Page 5 of 66 Orano Federal Services
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Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container BODY 12" CLOSURE LID BOLTS (8 PLACES)
CLOSURE LID FIGURE 1 INC Outer Package, Raw Material Shipping Container - Overall View
Page 6 of 66 Orano Federal Services
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02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE 1 INC RMSC Payload - Cross-Sectional View 2.0 REFERENCED DOCUMENTS
- 1.
Title 10, Code of Federal Regulations, Part 71 (10 CFR 71), Packaging and Transportation of Radioactive Material, 1-1-2020 Edition.
- 2.
Orano federal Services, Test Procedure for the Industrial Nuclear Company Outer Package, Raw Material Shipping Container (OP-RMSC), TPR-3023104, Rev. 0, January 22, 2020.
3.0 PURPOSE The purpose of the certification tests of the OP-RMSC package is to demonstrate that the shielding integrity of the RMSC payload is not affected by the normal conditions of transport (NCT) free drop tests per 10 CFR §71.71 or the subsequent hypothetical accident (HAC) condition free and puncture drop tests per 10 CFR §71.73. Integrity of the tungsten gamma shields was demonstrated via full-scale, NCT and HAC free drop testing. The test series also includes HAC puncture drop testing. Radiation surveys of each RMSC CTU were performed both prior to and following the specified test series in Reference 2.2. The test series is summarized in Table 3-1, and illustrated in Figures 3-1 and 3-2 for each CTU. A brief description of the test results is also provided in the table for each test.
Page 7 of 66 Orano Federal Services
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02008.01.0000.00 INC OP-Raw Material Shipping Container Table 3 Sequence of OP-RMSC Certification Testing Test No.
Test Description (Certification Test Unit No.)
Test Unit Angular Orientation Test Unit Temperature, °F (as measured)
Test Results Longitudinal Axis (0° = upright)
Circumferential Axis (0° = as marked) 1 4 foot, Top Down (CTU-1) 180° N/A
-22 No visible damage was observed.
2 30 foot, Top Down (CTU-1) 180° N/A
-22 Inner lid bolts failed, resulting in lid contacting the closure lid. RMSC remained within the OP-RMSC. No other damaged observed.
3 30 foot, Side (CTU-2) 90° 0°
>169 Impact created ~4 inch wide flat along the side. One closure lid bolt failed. No other damaged observed.
4 30 foot, CG-over-Top Corner (CTU-2) 132° 180°
>171 Impact resulted in a ~1/2-inch fold on other shell. Five (5) of the closure lid bolts were sheared, with two (2) bolts remaining on opposite side. Closure lid remain attached.
5 Puncture drop, Top Down (CTU-1) 180° N/A 92 - 94 Puncture bar impacted center of closure lid with no observed additional damage.
6 Puncture drop, Side (CTU-2) 90° 0° 84 Puncture bar struck side of package, resulting in small deformation of outer shell. No other damaged observed.
7 Puncture drop, CG-over-Top Corner (CTU-2) 138° 180° 100 - 103 Puncture bar struck outer shell/closure lid interface, resulting in a small half-moon deformed area. No other damaged observed.
Page 8 of 66 Orano Federal Services
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02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE 3 Schematic Summary of CTU-1 Testing
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02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE 3 Schematic Summary of CTU-2 Testing 4.0 CONFIGURATION OF CERTIFICATION TEST UNITS The OP-RMSC CTUs were assembled with a RMSC payload in accordance with the approved INC packaging drawings. Dummy raw material source capsules and a holder were installed in each RMSC payload cavity.
5.0 TEST FACILITIES The free drop testing was performed utilizing a horizontal concrete slab, which is approximately 9-12 inches thick x 10 feet x 15 feet. The concrete slab is setting on a parking lot concrete slab that has an approximate thickness of 91/2 inches. A 2 inch x 48 inch x 48 inch steel plate was placed on top of the concrete slab, grouted, and secured to the concrete slab by four (4) 5/8-inch anchor bolts. To increase the effective mass of the impact surface, a 5 inch thick steel plate was placed on top of the 2 inch thick plate and welded to the grouted plate. Considering only the
Page 10 of 66 Orano Federal Services
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02008.01.0000.00 INC OP-Raw Material Shipping Container concrete directly underneath the steel plates as being effective with a total thickness of 181/2 inches for the concrete slabs, the mass of the drop pad (concrete and steel plates) is conservatively estimated to be 8,100 lbm, which is more than 10 times the mass of the OP-RMSC CTUs. Based on these characteristics, the drop pad satisfied the requirement of 10 CFR §§71.71 and 71.73 for an essentially unyielding, horizontal surface.
The puncture bar assembly was a 6-inch x 251/2 inch long solid steel bar that was vertically oriented and welded to a steel base plate with dimensions of 3/4-inch thick x 12 inch x 12 inch.
The top circumferential edge of the bar had a radius of not more than 1/4 inch. The 24-inch minimum free length of the bar ensures an adequate length to potentially cause maximum damage to the CTU as required by 10 CFR §71.73(c)(3). Following the completion of the 30-foot free drop tests, the 3/4-inch base plate of the puncture bar assembly was welded to the 5-inch thick steel plate on the drop pad to ensure that the puncture bar was restrained for the puncture drop tests.
6.0 TEST SEQUENCE AND RESULTS The following sections discuss and summarize the test sequence and results of the OP-RMSC certification test units as subjected to the test specified in the test procedure (Reference 2.2).
6.1 Pre-Test Radiation Surveys of Test Units Prior to the free and puncture drop testing, each RMSC CTU was surveyed utilizing Ir-192 active radioactive sources in accordance with the test procedure. The strength of the sources on the day of the surveys was 5,714 Curies (Ci) [211 TBq]. Since the RMSC is designed for a maximum of 16,000 Ci [592 TBq] of Ir-192 isotope, the measured values were adjusted upward by the ratio of 16,000/5,714 or 2.80 to determine the dose rate for the maximum strength for each of the four (4) raw material capsules. Note that the INC radiation monitor utilized for performing the radiation surveys is calibrated to the surface of the monitor. Therefore, no correction of the measured dose is required to compensate for a gap between the monitor surface and the actual surface of the radiation detector (i.e., detector volume error). The results of the surveys for the maximum payload of 16,000 Ci [592 TBq] are presented in Table 6-1.
Table 6 Pre-Test Radiation Surveys of RMSC CTUs Test Unit Number (Serial Number)
Maximum Dose Rate [Top/Bottom/Side] (mrem/hr)
Surface 1-meter 2-meters CTU-1 (1) 11 11 112 0
0 0
0 0
0 CTU-2 (1) 14 11 115 0
0 3
0 0
0 6.2 Pre-Test Weight of Test Units Prior to performing the free drop testing, each OP-RMSC CTU assembly was weighed. The recorded weights are listed in Table 6-2.
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02008.01.0000.00 INC OP-Raw Material Shipping Container Table 6 OP-RMSC CTU Pre-Test Weight Test Unit Number Serial Number Weight (lb)
CTU-1 1
646 CTU-2 1
647 6.3 NCT and HAC Free Drops With the exception of Test No. 1, which was a 4-foot (1.2-meter) drop, all free drops were HAC 30-foot (9-meter) free drops. Orientations for each test unit are schematically illustrated in Figures 3-1 (CTU-1) and 3-2 (CTU-2). The completed data sheet for each free drop test is provided in Appendix A.
6.3.1 NCT 4-Foot Top Down Free Drop (CTU-1, Test 1)
As shown in Figure 3-1 for Test Number 1, the CTU was oriented vertically with the top down with respect to the impact pad. The following list summarizes the test parameters:
verified longitudinal angle as 180° +/-1° verified drop height as 4 feet (1.2 meter), +2/-0 inches measured surface temperature of inner shell wall as -22 °F at time of test conducted test at 6:37 p.m. on Tuesday, 7/7/2020 The package rebounded (bounced) upon impact off the drop pad, and remained upright. No external damage was noted. Figures B.1.1-X photo-documents Test Number 1 for CTU-1.
6.3.2 HAC 30-Foot Top Down Free Drop (CTU-1, Test 2)
As shown in Figure 3-1 for Test Number 2, the CTU was oriented vertically with the top down with respect to the impact pad. The following list summarizes the test parameters:
verified longitudinal angle as 180° +/-1° verified drop height as 30 feet (9 meter), +3/-0 inches measured surface temperature of inner shell wall as -22 °F at time of test conducted test at 6:48 p.m. on Tuesday, 7/7/2020 The package impacted the drop pad and did not rebound (bounce). The package remained upright on drop pad. No external damage was noted. All of the bolts securing the inner lid failed, allowing the inner lid to separate from the body and contact the closure lid. The RMSC payload remained within the OP-RMSC. Figures B.1.2-X photo-documents Test Number 2 for CTU-1.
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02008.01.0000.00 INC OP-Raw Material Shipping Container 6.3.3 HAC 30-Foot Side Free Drop (CTU-2, Test 3)
As shown in Figure 3-2 for Test Number 3, the CTU was oriented parallel to the horizontal impact surface (longitudinal angle 90º, circumferential angle 0°). The following list summarizes the test parameters:
verified longitudinal angle as 90° +/-1° verified circumferential angle as 0° +/-2° verified drop height as 30 feet (9 meter), +3/-0 inches measured surface temperature of inner shell wall greater than 169 °F at time of test conducted test at 11:01 a.m. on Tuesday, 7/7/2020 The package rebounded (bounced) upon impact off the drop pad, and fell to its side. Impact created a ~4 inch wide flat along the side of the outer shell. One closure lid bolt on the impact side failed. No other external damage was noted. Figures B.1.3-X photo-documents Test Number 2 for CTU-2.
6.3.4 HAC 30-Foot CG-Over-Top Corner Free Drop (CTU-2, Test 4)
As shown in Figure 3-2 for Test Number 3, the CTU was oriented 48º with respect to the horizontal impact surface (longitudinal angle 132º, circumferential angle 180°). The following list summarizes the test parameters:
verified longitudinal angle as 132° +/-1° verified circumferential angle as 180° +/-2° verified drop height as 30 feet (9 meter), +3/-0 inches measured surface temperature of inner shell wall greater than 171 °F at time of test conducted test at 11:25 a.m. on Tuesday, 7/7/2020 The package rebounded (bounced) upon impact off the drop pad, and fell to its side. The impact produced a ~1/2 inch buckle/fold on the outer shell. Five (5) of the remaining seven (7) closure lid bolts failed. However, the closure lid did not separate from the body. No other damage was visible or noted. Figures B.1.4-X photo-documents Test Number 2 for CTU-2.
6.4 HAC Puncture Drops All puncture drops were HAC 40-inch (1-meter) drops. Orientations for each test unit are schematically illustrated in Figures 3-1 (CTU-1) and 3-2 (CTU-2). The completed data sheet for each puncture drop test is provided in Appendix A.
6.4.1 HAC 40-Inch Top Down Puncture Drop (CTU-1, Test 5)
As shown in Figure 3-1 for Test Number 5, the CTU was oriented vertically with the top down with respect to the impact pad. The following list summarizes the test parameters:
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02008.01.0000.00 INC OP-Raw Material Shipping Container verified longitudinal angle as 180° +/-1° verified drop height as 40 inch (1 meter), +2/-0 inches measured surface temperature of outer shell of OP-RMSC as 92 - 94 °F at time of test conducted test at 10:55 a.m. on Wednesday, 7/8/2020 The package rebounded (bounced) upon impact off the drop pad, and fell to its side. No damage was observed from the impact. Figures B.1.5-X photo-documents Test Number 5 for CTU-1.
6.4.2 HAC 40-Inch Side Puncture Drop (CTU-2, Test 6)
As shown in Figure 3-2 for Test Number 6, the CTU was oriented parallel to the horizontal impact surface (longitudinal angle 90º, circumferential angle 0°). The following list summarizes the test parameters:
verified longitudinal angle as 90° +/-1° verified circumferential angle as 0° +/-2° verified drop height as 40 inch (1 meter), +2/-0 inches measured surface temperature of outer shell of OP-RMSC as 84 °F at time of test conducted test at 11:30 a.m. on Wednesday, 7/8/2020 The package rebounded (bounced) off the puncture bar immediately following impact. The impact struck the previous damage from the 30-foot free drop, resulting in a small deformed area of the outer shell. No other external damage was noted. Figures B.1.6-X photo-documents Test Number 6 for CTU-2.
6.4.3 HAC 40-Inch CG-Over-Top Corner Puncture Drop (CTU-2, Test 7)
As shown in Figure 3-2 for Test Number 7, the CTU was oriented 42º with respect to the horizontal impact surface (longitudinal angle 138º, circumferential angle 180°). The following list summarizes the test parameters:
verified longitudinal angle as 138° +/-2° verified circumferential angle as 180° +/-1° verified drop height as 40 inch (1 meter), +2/-0 inches measured surface temperature of outer shell of OP-RMSC as 100 - 103 °F at time of test conducted test at 11:58 a.m. on Wednesday, 7/8/2020 The package rebounded (bounced) off the puncture bar immediately following impact. The impact struck the previous damage from the 30-foot free drop with no measureable deformation. No other external damage was noted. Figures B.1.7-X photo-documents Test Number 7 for CTU-2.
Page 14 of 66 Orano Federal Services
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02008.01.0000.00 INC OP-Raw Material Shipping Container 6.5 Post-Test Weight of Test Units Subsequent to the free and puncture drop testing, each OP-RMSC CTU assembly was weighed prior opening/disassembly. The recorded weights are listed in Table 6-3.
Table 6 OP-RMSC CTU Post-Test Weight Test Unit Number Serial Number Weight (lb)
CTU-1 1
645 CTU-2 1
645 6.6 Post-Test Disassembly of Test Units Both OP-RMSC CTUs were disassembled to access and remove the RMSC payloads. For CTU-1, the center of the inner lid was deformed from the 30-foot top down free drop by the alloy hoist ring on the RMSC payload lid. Similarly, the same deformation of the inner lid of CTU-2 was observed from the 30-foot CG-over-top corner free drop. The alloy hoist ring bolt was also sheared from the RMSC payload lid due to the impact. For the 30-foot side free drop, the inner shell of CTU-2 was deformed by the RMSC payload, which shifted the RMSC payload off center in the cavity. After removal from the OP-RMSC body, no exterior damage was observed for either RMSC payload. Additionally, there was no damage to the four (4) dummy special form capsules or the capsule holder after the removal of the RMSC lid.
Figures B.2-X photo-documents the post-test disassembly of the OP-RMSC CTUs.
6.7 Post-Test Radiation Surveys of Test Units Subsequent to the free and puncture drop testing, each RMSC CTU was surveyed utilizing Ir-192 active radioactive sources in accordance with the test procedure. The strength of the sources on the day of the surveys was 4,297 Curies (Ci) [159 TBq]. Since the RMSC payload is designed for a maximum of 16,000 Ci [592 TBq] of Ir-192 isotope, the measured values were adjusted upward by the ratio of 16,000/4,297 or 3.724 to determine the total dose rate for the maximum strength for each of the four (4) raw material capsules. As with the pre-test measurements, there were no corrections for the INC radiation monitor utilized for performing the radiation surveys as it was calibrated to the surface of the monitor. The results of the surveys for the maximum payload of 16,000 Ci [592 TBq] are presented in Table 6-2.
Table 6 Post-Test Radiation Surveys of RMSC CTUs Test Unit Number (Serial Number)
Maximum Dose Rate [Top/Bottom/Side] (mrem/hr)
Surface 1-meter 2-meters CTU-1 (1) 15 19 123 4
0 4
0 0
0 CTU-2 (1) 11 15 123 4
4 4
0 0
0
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02008.01.0000.00 INC OP-Raw Material Shipping Container 6.8 Testing Conclusions Based on the tests performed, the OP-RMSC packaging design satisfied the requirements of 10 CFR §§71.71, Normal Conditions of Transport, and §§71.73, Hypothetical Accident Conditions. This conclusion is based on the following facts:
the RMSC payload was fully retained with in the OP-RMSC packaging during all of the NCT and HAC drop tests there was no loss of shielding effectiveness in either of the test units there was no damage to the radioactive special form capsules or capsule holder there were no failures of any of the structural welds
Page 16 of 66 Orano Federal Services
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02008.01.0000.00 INC OP-Raw Material Shipping Container APPENDIX A TEST DATA SHEETS
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02008.01.0000.00 INC OP-Raw Material Shipping Container APPENDIX B OP-RMSC PACKAGE TEST UNIT PHOTOGRAPHS The following section provides photo-documentation of the OP-RMSC package certification test units during free and puncture drop test, and post-test disassembly. Photographs are found utilizing the following figure-number nomenclature, where X is a unique figure number starting with number 1:
Figures B.1.Y-X - Drop Tests Figures B.1.1-X - NCT 4-Foot Top Down Free Drop Test (Test 1)
Figures B.1.2-X - HAC 30-Foot Top Down Free Drop Test (Test 2)
Figures B.1.3-X - HAC 30-Foot Side Free Drop Test (Test 3)
Figures B.1.4-X - HAC 30-Foot CG-Over-Top Corner Free Drop Test (Test 4)
Figures B.1.5-X - HAC 40-Inch Top Down Puncture Test (Test 5)
Figures B.1.6-X - HAC 40-Inch Side Puncture Drop Test (Test 6)
Figures B.1.7-X - HAC 40-Inch CG-Over-Top Corner Puncture Drop Test (Test 7)
Figures B.2-X - Post-Test Disassembly of Test Units
Page 32 of 66 Orano Federal Services
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02008.01.0000.00 INC OP-Raw Material Shipping Container Figures B.1.1 NCT 4-Foot Top Down Free Drop (Test No. 1)
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02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.1.1 Test Unit Immediately Prior to NCT 4-Foot Top Down Drop
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02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.1.1 Test Unit at Impact, NCT 4-Foot Top Down Drop
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02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.1.1 Close-up View of Top/Side Following NCT 4-Foot Top Down Drop
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02008.01.0000.00 INC OP-Raw Material Shipping Container Figures B.1.2 HAC 30-Foot Top Down Free Drop (Test No. 2)
Page 37 of 66 Orano Federal Services
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02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.1.2 Test Unit Immediately Prior to HAC 30-Foot Top Down Drop
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02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.1.2 Test Unit at Impact, HAC 30-Foot Top Down Drop
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02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.1.2 Close-up View of Failed Inner Lid Bolt, HAC 30-Foot Top Down Drop
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02008.01.0000.00 INC OP-Raw Material Shipping Container Figures B.1.3 HAC 30-Foot Side Free Drop (Test No. 3)
Page 41 of 66 Orano Federal Services
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Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.1.3 Test Unit Immediately Prior to HAC 30-Foot Side Drop
Page 42 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.1.3 Test Unit Immediately After HAC 30-Foot Side Drop
Page 43 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.1.3 Close-up View of Deformed Side Flat (~4 inch Width),
Failed Closure Lid Bolt, HAC 30-Foot Side Drop
Page 44 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container Figures B.1.4 HAC 30-Foot CG-Over-Top Corner Free Drop (Test No. 4)
Page 45 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.1.4 Test Unit Immediately Prior to HAC 30-Foot CG-Over-Top Corner Drop
Page 46 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.1.4 Test Unit After HAC 30-Foot CG-Over-Top Corner Drop
Page 47 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.1.4-3 -View of Failed Closure Lid Bolts, Deformed Shell/Lid Interface, HAC 30-Foot CG-Over-Top Corner Drop
Page 48 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container Figures B.1.5 HAC Puncture on Top Down (Test No. 5)
Page 49 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.1.5 Test Unit Prior to HAC Puncture Drop on Top
Page 50 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.1.5 Close-up View of Closure Lid After Puncture Drop
Page 51 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container Figures B.1.6 HAC Puncture on Side (Test No. 6)
Page 52 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.1.6 Test Unit Prior to HAC Puncture Drop on Side
Page 53 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.1.6 Close-up View of Side After Puncture Drop
Page 54 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container Figures B.1.7 HAC Puncture on CG-Over Top Corner (Test No. 7)
Page 55 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.1.7 Test Unit Prior to HAC Puncture Drop on CG-Over-Top Corner
Page 56 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.1.7 Close-up View of Top Corner After Puncture Drop
Page 57 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container Figures B.2 Post-Test Disassembly of Test Units
Page 58 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.2 CTU-1 Post-Test Disassembly: View of Inner Lid w/ Failed Hex Bolts
Page 59 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.2 CTU-1 Post-Test Disassembly: View of RMSC Payload in Cavity
Page 60 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.2 CTU-1 Post-Test Disassembly: View of OP-RMSC Payload Cavity
Page 61 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.2 CTU-1 Post-Test Disassembly: Overall View of RMSC Payload
Page 62 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.2 CTU-1 Post-Test Disassembly: View of Dummy Sources in RMSC Payload
Page 63 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.2 CTU-2 Post-Test Disassembly: View of OP-RMSC Closure Lid w/ CG-Over-Top Corner Impact Damage
Page 64 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.2 CTU-2 Post-Test Disassembly: View of RMSC Payload w/ Sheared Hoist Ring Hex Bolt and CG-Over-Top Corner Impact Damage to Lid
Page 65 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.2 CTU-2 Post-Test Disassembly: Overall View of RMSC Payload
Page 66 of 66 Orano Federal Services
Title:
Test Report for the INC OP-RMSC Package Doc./Rev.: TR-3023626-000 Project:
02008.01.0000.00 INC OP-Raw Material Shipping Container FIGURE B.2 CTU-2 Post-Test Disassembly: View of OP-RMSC Cavity w/ Side Impact Damage to Inner Wall (Left Side)