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{{#Wiki_filter:Idaho State UNIVERSITY Office for Research and Economic Development 921 South 8th Avenue, Stop 8130 0 Pocatello, Idaho 83209-8130 September 19, 2013 NRC Document Control Desk U.S. Nuclear Regulatory Commission One White Flint North, MS OWEN-1 E13 11555 Rockville Pike Rockville, MD 20852-2738
{{#Wiki_filter:Idaho UNIVERSITY State Office for Research and Economic Development 921 South 8th Avenue, Stop 8130 0 Pocatello, Idaho 83209-8130 September 19, 2013 NRC Document Control Desk U.S. Nuclear Regulatory Commission One White Flint North, MS OWEN-1 E13 11555 Rockville Pike Rockville, MD 20852-2738


==SUBJECT:==
==SUBJECT:==
Transmittal of Annual Report and Minor Amendment
Transmittal of Annual Report and Minor Amendment (#8) to the Technical Specifications for NRC Reactor License R-110 The two copies of each enclosure are:
(#8) to the Technical Specifications for NRC Reactor License R-110 The two copies of each enclosure are: 1. The Annual Report for calendar year 2012 for the AGN-201 Reactor, NRC License R- 110.Docket #50-284.2. Amendment  
: 1. The Annual Report for calendar year 2012 for the AGN-201 Reactor, NRC License R- 110.
#8 for the Technical Specifications for the same reactor. This amendment is a minor change to the organization chart for the university.
Docket #50-284.
The name of the college where the reactor is located and administered has been changed from "College of Engineering" to "College of Science and Engineering".
: 2. Amendment #8 for the Technical Specifications for the same reactor. This amendment is a minor change to the organization chart for the university. The name of the college where the reactor is located and administered has been changed from "College of Engineering" to "College of Science and Engineering". Also, the reporting line for the Reactor Safety Committee is now shown specifically as being to the Reactor Administrator.
Also, the reporting line for the Reactor Safety Committee is now shown specifically as being to the Reactor Administrator.
Please transmit one copy of each of these documents to the license program manager.
Please transmit one copy of each of these documents to the license program manager.Mr, Duane A. Hardesty Research and Test Reactors Mail Stop: 0-12 D03 Phone: (301)415-3724 Sincerely, Howard Grimes Vice President for Research and Economic Development Encl: (4)ec: Dr. Jay Kunze, Reactor Administrator Phone: (208) 282-3134
Mr, Duane A. Hardesty Research and Test Reactors Mail Stop: 0-12 D03 Phone: (301)415-3724 Sincerely, Howard Grimes Vice President for Research and Economic Development Encl: (4) ec: Dr. Jay Kunze, Reactor Administrator Phone: (208) 282-3134
* Fax: (208) 282-4487 0 www.isu.edu/research ISU is an Equal Opportunity Employer University Officer and Dean of the College of Science and Engineering may be the same individual (2) The Reactor Administrator could be the Dean of Science and Engineering, or the Chair or a faculty member of the Department of Nuclear Engineering and Health Physics. However, regarding NRC licenses, the Reactor Administrator reports to the Dean of the College of Science and Engineering and not necessarily through the Department of Nuclear Engineering and Health Physics, which is a department in the College of Science and Engineering.
* Fax: (208) 282-4487 0 www.isu.edu/research ISU is an Equal Opportunity Employer
 
University Officer and Dean of the College of Science and Engineering may be the same individual (2)The Reactor Administrator could be the Dean of Science and Engineering, or the Chair or a faculty member of the Department of Nuclear Engineering and Health Physics. However, regarding NRC licenses, the Reactor Administrator reports to the Dean of the College of Science and Engineering and not necessarily through the Department of Nuclear Engineering and Health Physics, which is a department in the College of Science and Engineering.
(3) The Reactor Supervisor reports td the Reactor Administrator, and may not necessarily report through the Chair of the Nuclear Engineering and Health Phys8ics Department.
(3) The Reactor Supervisor reports td the Reactor Administrator, and may not necessarily report through the Chair of the Nuclear Engineering and Health Phys8ics Department.
(4) Requires a NRC Senior Reactor Operators (SRO) LicenseRequires a NRC Reactor Operators License (or an SRO license), except per 10 CFR 55.13 Figure 1. Administrative Organization of the ISU AGN-201 Reactor Facility, NRC License R- I10, chain of corrnmand in regard to nuclear operation and safety. Dotted lines represent communication channels.Persons holding positions on the Administrative organization shall meet or exceed the qualification requirements of ANSI/ANS-15.4-1988, "Selection and Training of Personnel for Research Reactors." 6.1.5 Reactor Operators Reactor Operators shall be responsible for the manipulation of the reactor controls, monitoring of instrumentation, operation of the reactor-related equipment, and maintenance of the complete and current records during operation of the facility.
(4) Requires a NRC Senior Reactor Operators (SRO) License
Reactor Operators shall hold a valid Reactor Operator's license issued by the U.S. Nuclear Regulatory Commission.
* Requires a NRC Reactor Operators License (or an SRO license), except per 10 CFR 55.13 Figure 1. Administrative Organization of the ISU AGN-201 Reactor Facility, NRC License R- I10, chain of corrnmand in regard to nuclear operation and safety. Dotted lines represent communication channels.
AGN-20 I -Technical Specifications, Amendment 48 Transmitted to NRC September 20, 2013: Page 21 of 31 Idaho State University AGN-201M Reactor Facility License R-1 10, Docket No. 50-284 Annual Operating Report for 2012 Calendar Year 1. Narrative Summary A. Changes in Facility Design, Performance Characteristics, and Operating Procedures:
Persons holding positions on the Administrative organization shall meet or exceed the qualification requirements of ANSI/ANS-15.4-1988, "Selection and Training of Personnel for Research Reactors."
There were no changes in facility design, performance characteristics, and operating procedures relating to reactor safety or operations during the reporting period.B. Results of Major Surveillance Tests and Inspections:
6.1.5   Reactor Operators Reactor Operators shall be responsible for the manipulation of the reactor controls, monitoring of instrumentation, operation of the reactor-related equipment, and maintenance of the complete and current records during operation of the facility. Reactor Operators shall hold a valid Reactor Operator's license issued by the U.S. Nuclear Regulatory Commission.
(1) Channel tests perfon'ned on all safety channels and scram interlocks were found to be satisfactory and within specifications.
AGN-20 I - Technical Specifications, Amendment 48 Transmitted to NRC September 20, 2013:                                                     Page 21 of 31
Channels 1, 2, & 3 were tested 8/10/2012, 5/2/2012, & 8/20/2012 respectively.
 
(2) Power level (4/2/2012) and period check (3/22/2012) experiments were performed with satisfactory results.(3) The shield water tank was inspected (6/11/2012) and no leaks or excessive corrosion were observed.
Idaho State University AGN-201M Reactor Facility License R-1 10, Docket No. 50-284 Annual Operating Report for 2012 Calendar Year
The water level interlock tested satisfactorily (6/11/2012).
: 1. Narrative Summary A. Changes in Facility Design, Performance Characteristics, and Operating Procedures:
(4) The seismic displacement  
There were no changes in facility design, performance characteristics, and operating procedures relating to reactor safety or operations during the reporting period.
& temperature interlocks were tested and found satisfactory (7/26/2012).
B. Results of Major Surveillance Tests and Inspections:
(5) (a) Control element capsules (cladding) were inspected (6/28/12) and found to be in good condition with no evidence of deterioration since the previous inspection.(b) The control rod drive mechanisms were inspected (6/28/12) and tested with satisfactory results.(c) Ejection times were measured for all SCRAM-able rods and found to be less than I seconds (d) The reactivity worth of all safety and control rods were measured, as well as the time required to drive each rod to its fully inserted position.
(1) Channel tests perfon'ned on all safety channels and scram interlocks were found to be satisfactory and within specifications. Channels 1, 2, & 3 were tested 8/10/2012, 5/2/2012, & 8/20/2012 respectively.
Reactivity insertion rates were determined to be less than 0.042%A1kk s-' ($0.058 s-') for all rods.(e) The shutdown margin was determined to be greater than 2.2%Ak/k ($3.0) with both the most reactive SCRAM-able rod and the fine control rod fully inserted.8/15/12.(f) All surveillances were within the appropriate Technical Specification requirements.
(2) Power level (4/2/2012) and period check (3/22/2012) experiments were performed with satisfactory results.
Idaho State University AGN-201M Reactor 2011 Annual Report Page 2 of 10? Operating History and Energy Output.The reactor was operated at power levels up to 4.9 watts for a total of 148 watt-hours of thermal energy during this reporting period. A summary of monthly operations for 2012 is given in Table I.Table 1. Summary of Monthly Reactor Operations (1 January 2012 through 31 December 2012)Month January February March April May June June August September October November December Total Energy (W-hr)0.0 9.9 11.9 17.9 8.6 8.3 6,2 14.6 31.3 15.8 17.1 6.5 148.0 The 0.148 kWh consumed 7.5 micrograms of U-235. During the calendar year, a number of students went through reactor operator training.
(3) The shield water tank was inspected (6/11/2012) and no leaks or excessive corrosion were observed. The water level interlock tested satisfactorily (6/11/2012).
During the calendar year, four students took NRC licensing exams. Two were awarded Reactor-Operator (RO) licenses and one was awarded a Senior Reactor-Operator (SRO) license. Two operator-licenses were terminated during the year because students left the university.
(4) The seismic displacement & temperature interlocks were tested and found satisfactory (7/26/2012).
: 3. A. Unscheduled Shutdowns and Corrective Actions Taken.None.B. Inadvertent Scrams and Action Taken.There were 159 inadvertent scrams during this reporting period. Table I1 summarizes the inadvertent scrams, known or suspected cause, and action taken.
(5) (a) Control element capsules (cladding) were inspected (6/28/12) and found to be in good condition with no evidence of deterioration since the previous inspection.
Idaho State University AGN-201 M Reactor 2011 Annual Report Page 3 of 10 Table II. Summary of Inadvertent Scrarns (1 January 2012 through 31 December 2012)Date FTime Scram Type Cause Action 2/1/12 15:43 Channel I Low Operator Error Restart 16:21 Channel I Low Operator Error Shutdown 2/2/12 14:13 Channel 1 High Range Change Error Restart 14:43 Not Indicated Suspected Electrical Transient*
(b) The control rod drive mechanisms were inspected (6/28/12) and tested with satisfactory results.
Shutdown 2/8/12 16:09 Channel 3 High Range Change Error Restart 16:19 Channel I High Range Change Error Restart 16:22 Period Operator Error Restart 2/9/12 13:51 Channel 3 High Signal Irregularity Restart 14:17 Period Operator Error Restart 15:03 Period Insertion of Source Restart 15:13 Channel I High Range Change Error Restart 2/13/12 23:36 Channel I Low Low Power Operation Restart 0:02 Channel 1 High Low Powver Operation Restart 2/16/12 13:35 Channel I Low Loss of Signal Restart 14:07 Channel I Low Loss of Signal Restart Magnet Over-2/22/12 13:50 Current Magnet Current SCRAM Set Too Low Restart 2/27/12 17:14 Channel 3 High Range Change Error Restart 18:04 Not Indicated Suspected Electrical Transient*
(c) Ejection times were measured for all SCRAM-able rods and found to be less than I seconds (d) The reactivity worth of all safety and control rods were measured, as well as the time required to drive each rod to its fully inserted position. Reactivity insertion rates were determined to be less than 0.042%A1kk s-' ($0.058 s-') for all rods.
Shutdown 3/21/12 15:56 Channel I Low Loss of Signal Shutdown 4/2/12 16:52 Channel I Low Loss of Signal Restart 4/4/12 11:11 Channel I Low Loss of Signal Restart Magnet Over-4/9/12 16:38 Current Magnet Current SCRAM Set Too Low Restart 5/9/12 16:48 Channel 3 High Signal Irregularity Restart 17:06 Channel 3 High Signal Irregularity Restart 5/15/12 16:40 Channel 3 High Signal Irregularity  
(e) The shutdown margin was determined to be greater than 2.2%Ak/k ($3.0) with both the most reactive SCRAM-able rod and the fine control rod fully inserted.
& Range Change Error Restart 19:43 Channel 3 High Over Estimation of Oscillator Reactivity Restart 5/18/12 11:37 Channel 3 High Range Change Error Restart 14:36 Not Indicated Range Change Error Restart Magnet Over-5/23/12 16:47 Current Suspected Electrical Transient*
8/15/12.
Restart Magnet Over- Suspected Signal Interference  
(f) All surveillances were       within the     appropriate Technical Specification requirements.
& Detector is 17:18 Current Insulated Restart Magnet Over-5/24/12 11:14 Current Suspected Electrical Transient*
 
Shutdown 6/5/12 16:27 Period Chanel #1 Raise Interference Restart 6/6/12 16:37 Channel I High Range Change Error Restart Idaho State University AGN-201M Reactor 2011 Annual Report Page 4 of 10 T T r 7/13/12 15:42 Channel 3 High Operator Error (Training)
Idaho State University AGN-201M Reactor 2011 Annual Report Page 2 of 10
Restart 15:50 Channel 3 High Operator En-or (Training)
      ? Operating History and Energy Output.
Restart 16:10 Channel 3 Low Signal u Teegularity Restart 8/7/12. 16:47 Channel 3 Low Suspected Electrical Transient*
The reactor was operated at power levels up to 4.9 watts for a total of 148 watt-hours of thermal energy during this reporting period. A summary of monthly operations for 2012 is given in Table I.
Restart 8/8/12 16:18 Channel 1 Low Removing the Start Up Source Restart 16:30 Channel I Low Signal Irregularity Restart 8/10/12 13:10 Channel I Low Suspected Signal Irregularity Restart Investigate 13:29 Channel I Low Detector Stuck When Raise Pressed & Restart 14:28 Channel I Low Suspected Signal Irregularity Restart 8/30/12 13:34 Channel I Supervisor Re-Set Time Constant During Operation Shutdown 8/31/12 10:39 Channel I Low Signal Irregularity Shutdown 14:59 Channel 3 High Range Change Error Restart 15:08 Channel I High Suspected Signal Irregularity Shutdown 9/5/12 20:24 Channel 3 High Range Change Error Restart 21:33 Channel 3 High Range Change Error Restart 9/6/12 11:26 Channel I Low Range Change Error Restart 11:35 Channel I Low Range Change Error Restart 9/6/12 17:35 Channel 3 High Occurred During Range Change Restart 17:41 Raise Button Raising Detector Caused Additional Signal Noise Restart 9/7/12 12:38 Channel 1 Low Suspected Signal Irregularity Restart 12:58 Channel I Low Suspected Signal Irregularity Restart 9/12/12 14:52 Channel 3 High Operator Error (Training)
Table 1. Summary of Monthly Reactor Operations (1 January 2012 through 31 December 2012)
Restart 9/13/12 9:11 Channel 3 High Operator Error Restart 9:33 Channel 3 High Erratic Response Changing to 3x10^(-9)
Month                               Energy (W-hr)
Range Restart 10:10 Channel 3 High Erratic Signal Restart 10:23 Channel 3 High Operator Error Restart 14:00 Not Indicated Occurred During Raising Ch #I Restart 14:38 Channel 3 High Signal Irregularity During Range Change Restart 9/14/12 12:59 Not Indicated Occurred During Raising Ch #1 Restart 14:07 Channel I Low Suspected Signal Irregularity Shutdown 9/15/12 11:28 Channel 3 High Range Change ErTor Restart 15:07 Channel 3 High Signal Irregularity During Range Change Restart 9/18/12 9:58 Channel 3 Low Accidently Hitting the Console Restart 9/19/12 19:40 Channel 3 High Range Change Error Restart 19:55 Channel I High Range Change Error Restart Adjust Cable 9/24/12 14:37 Period scram Raising Detector Caused Additional Signal Noise & Restart 20:01 Channel I Low Operator Error Restart Investigate 9/25/12 12:59 Channel 1 Low Suspected Electrical Transient*  
January                                     0.0 February                                    9.9 March                                    11.9 April                                    17.9 May                                      8.6 June                                      8.3 June                                      6,2 August                                    14.6 September                                  31.3 October                                    15.8 November                                    17.1 December                                    6.5 Total                                    148.0 The 0.148 kWh consumed 7.5 micrograms of U-235. During the calendar year, a number of students went through reactor operator training. During the calendar year, four students took NRC licensing exams. Two were awarded Reactor-Operator (RO) licenses and one was awarded a Senior Reactor-Operator (SRO) license. Two operator-licenses were terminated during the year because students left the university.
& Restart Idaho State University AGN-201M Reactor 201 1 Annual Report Page 5 of 10 14:09 Channel I Low Suspected Electrical Transient*
: 3. A. Unscheduled Shutdowns and Corrective Actions Taken.
Restart 9/27/12 11:42 Channel I Low Raising Detector Caused Additional Signal Noise Restart 14:39 Raise Button Raising Detector Caused Additional Signal Noise Restart 101112 20:29 Channel 3 High Signal Detegularity During Range Change Restart 10/5/12 10:34 Channel 3 High Range Change Error Restart 10/9/12 16:32 Channel 1 Low Suspected Signal Irregularity Restart 10/10/12 13:08 Channel 3 High Noise in Range 3x10A(-8)  
None.
& 10x10A(-9)
B. Inadvertent Scrams and Action Taken.
Restart 18:06 Channel 3 High Signal Inregularity Restart 10/11/12 10:41 Channel 1 High Range Change Error Restart 10:48 Period Removing the Start Up Source Restart 12:38 Channel I High Range Change Error Restart 13:50 ChI low Loss of Signal Restart 14:29 Period Raising Detector Caused Additional Signal Noise Restart 10/16/12 13:28 Loss of Power Building Loss Power Briefly Restart 10/17/12 12:06 Channel I Low Loss of Signal Restart 19:40 Period Bumping of the Console Restart 10/18/12 14:27 Channel 3 High Range Change Error Restart Channel 3 Low Range Change Error Restart 10/19/12 13:25 Channel 3 High Range Change Error Restart 16:35 Bumped Console Bumped Chair into Console Restart 10/23/12 9:53 Period Power Transient Restart 12:14 Period Signal Irregularity Restart 13:23 Channel 2 Low Suspected Signal Irregularity Restart 15:37 Period Electrical Transient* (Period within Range) Restart 17:58 Period Electrical Transient* (Period within Range) Restart 10/24/12 15:44 Channel 3 High Range Change Error Restart 10/29/12 19:50 Channel 3 High Range Change Error Restart 20:34 Channel 3 High Range Change Error Restart 20:36 Channel 3 High Range Change Error Restart 10/30/12 9:28 Channel I Low Loss of Signal Restart 10/31/12 9:43 Channel 3 High Range Change Error Restart 11/1/12 13:27 Not Indicated Activating Channel I Solenoid Restart 11/5/12 9:59 Channel I Low Suspected Electrical Transient*
There were 159 inadvertent scrams during this reporting period. Table I1 summarizes the inadvertent scrams, known or suspected cause, and action taken.
Restart 10:03 Period Suspected Electrical Transient*
 
Restart 2.1:30 Channel 3 High Range Change Error Restart 21:49 Channel I Low Suspected Electrical Transient*
Idaho State University AGN-201 M Reactor 2011 Annual Report Page 3 of 10 Table II. Summary of Inadvertent Scrarns (1 January 2012 through 31 December 2012)
Restart 11/7/12 19:48 Channel I Low Loss of Siunal Restart 11/8/12 10:15 Channel 3 High Operator Error (Training)
Date 2/1/12 FTime 15:43 Scram Type Channel I Low       Operator Error Cause                  Action Restart 16:21 Channel I Low       Operator Error                               Shutdown 2/2/12   14:13 Channel 1 High       Range Change Error                           Restart 14:43 Not Indicated       Suspected Electrical Transient*             Shutdown 2/8/12   16:09 Channel 3 High       Range Change Error                           Restart 16:19 Channel I High       Range Change Error                           Restart 16:22 Period               Operator Error                               Restart 2/9/12   13:51 Channel 3 High       Signal Irregularity                         Restart 14:17 Period               Operator Error                               Restart 15:03 Period               Insertion of Source                         Restart 15:13 Channel I High       Range Change Error                           Restart 2/13/12   23:36 Channel I Low       Low Power Operation                         Restart 0:02 Channel 1 High       Low Powver Operation                         Restart 2/16/12   13:35 Channel I Low       Loss of Signal                               Restart 14:07 Channel I Low       Loss of Signal                               Restart Magnet Over-2/22/12   13:50 Current             Magnet Current SCRAM Set Too Low             Restart 2/27/12   17:14 Channel 3 High       Range Change Error                           Restart 18:04 Not Indicated       Suspected Electrical Transient*             Shutdown 3/21/12   15:56 Channel I Low       Loss of Signal                               Shutdown 4/2/12   16:52 Channel I Low       Loss of Signal                               Restart 4/4/12   11:11 Channel I Low       Loss of Signal                               Restart Magnet Over-4/9/12   16:38 Current             Magnet Current SCRAM Set Too Low             Restart 5/9/12   16:48 Channel 3 High       Signal Irregularity                         Restart 17:06 Channel 3 High       Signal Irregularity                         Restart 5/15/12   16:40 Channel 3 High       Signal Irregularity & Range Change Error   Restart 19:43 Channel 3 High       Over Estimation of Oscillator Reactivity   Restart 5/18/12   11:37 Channel 3 High       Range Change Error                         Restart 14:36 Not Indicated         Range Change Error                         Restart Magnet Over-5/23/12   16:47 Current             Suspected Electrical Transient*             Restart Magnet Over-         Suspected Signal Interference & Detector is 17:18 Current             Insulated                                   Restart Magnet Over-5/24/12   11:14 Current             Suspected Electrical Transient*             Shutdown 6/5/12   16:27 Period               Chanel #1 Raise Interference               Restart 6/6/12   16:37 Channel I High       Range Change Error                         Restart
Restart 11:14 Channel 3 Low Suspected Electrical Transient*
 
Shutdown 11/9/12 13:19 Channel 1 Low Under Estimation of Oscillator Reactivity Restart 16:46 Channel I Low Suspected Electrical Transient*
Idaho State University AGN-201M Reactor 2011 Annual Report Page 4 of 10 T               T                                                 r 7/13/12   15:42   Channel 3 High   Operator Error (Training)                         Restart 15:50   Channel 3 High   Operator En-or (Training)                         Restart 16:10   Channel 3 Low   Signal u     Teegularity                               Restart 8/7/12. 16:47   Channel 3 Low   Suspected Electrical Transient*                   Restart 8/8/12   16:18   Channel 1 Low   Removing the Start Up Source                       Restart 16:30   Channel I Low   Signal Irregularity                               Restart 8/10/12   13:10   Channel I Low   Suspected Signal Irregularity                     Restart Investigate 13:29   Channel I Low   Detector Stuck When Raise Pressed                 & Restart 14:28   Channel I Low   Suspected Signal Irregularity                     Restart 8/30/12   13:34   Channel I       Supervisor Re-Set Time Constant During Operation   Shutdown 8/31/12   10:39   Channel I Low   Signal Irregularity                               Shutdown 14:59   Channel 3 High   Range Change Error                                 Restart 15:08   Channel I High   Suspected Signal Irregularity                     Shutdown 9/5/12 20:24   Channel 3 High   Range Change Error                                 Restart 21:33   Channel 3 High   Range Change Error                                 Restart 9/6/12   11:26   Channel I Low   Range Change Error                                 Restart 11:35   Channel I Low   Range Change Error                                 Restart 9/6/12   17:35   Channel 3 High   Occurred During Range Change                       Restart 17:41   Raise Button     Raising Detector Caused Additional Signal Noise   Restart 9/7/12   12:38   Channel 1 Low   Suspected Signal Irregularity                     Restart 12:58   Channel I Low   Suspected Signal Irregularity                     Restart 9/12/12   14:52   Channel 3 High   Operator Error (Training)                         Restart 9/13/12   9:11   Channel 3 High   Operator Error                                     Restart 9:33   Channel 3 High   Erratic Response Changing to 3x10^(-9) Range       Restart 10:10   Channel 3 High   Erratic Signal                                     Restart 10:23   Channel 3 High   Operator Error                                     Restart 14:00   Not Indicated   Occurred During Raising Ch #I                     Restart 14:38   Channel 3 High   Signal Irregularity During Range Change           Restart 9/14/12   12:59   Not Indicated   Occurred During Raising Ch #1                     Restart 14:07   Channel I Low   Suspected Signal Irregularity                     Shutdown 9/15/12   11:28   Channel 3 High   Range Change ErTor                                 Restart 15:07   Channel 3 High   Signal Irregularity During Range Change           Restart 9/18/12   9:58   Channel 3 Low   Accidently Hitting the Console                     Restart 9/19/12   19:40   Channel 3 High   Range Change Error                                 Restart 19:55   Channel I High   Range Change Error                                 Restart Adjust Cable 9/24/12   14:37   Period scram     Raising Detector Caused Additional Signal Noise   & Restart 20:01   Channel I Low   Operator Error                                     Restart Investigate 9/25/12   12:59   Channel 1 Low   Suspected Electrical Transient*                     & Restart
Shutdown Idaho State University AGN-201 M Reactor 2011 Annual Report Page 6 of 10 11/13/12 12:58 1 Loss of Power Loss of Power to Circuit IShutdown 11/15/12 13:37 Period Raising Detector Caused Additional Signal Noise Restart 11/21/12 14:28 Channel 3. High Signal Irregularity During Range Change Restart 12/13/12 13:43 Channel 3 Low Range Change Error Restart 13:52 Period Inserted Poly Rod Too Quickly Restart 14:12 Period Raising Detector Caused Additional Signal Noise Restart 15:52 Channel 3 Low Signal Irregularity Restart 16:00 Period Raising Detector Caused Additional Signal Noise Restart 12/14/12 11:53 Channel 1 Low Operator Error Restart 12/20/12 12:59 Period Raising Detector Caused Additional Signal Noise Restart 12/21/12 12:43 Channel I Low Suspected Electrical Transient*
 
Restart 13:01 Channel I Low Suspected Electrical Transient*
Idaho State University AGN-201M Reactor 201 1 Annual Report Page 5 of 10 14:09 Channel I Low Suspected Electrical Transient*                 Restart 9/27/12   11:42 Channel I Low   Raising Detector Caused Additional Signal Noise Restart 14:39 Raise Button   Raising Detector Caused Additional Signal Noise Restart 101112   20:29 Channel 3 High   Signal Detegularity During Range Change         Restart 10/5/12   10:34 Channel 3 High Range Change Error                             Restart 10/9/12   16:32 Channel 1 Low   Suspected Signal Irregularity                   Restart 10/10/12   13:08 Channel 3 High Noise in Range 3x10A(-8) & 10x10A(-9)           Restart 18:06 Channel 3 High Signal Inregularity                             Restart 10/11/12   10:41 Channel 1 High Range Change Error                             Restart 10:48 Period         Removing the Start Up Source                   Restart 12:38 Channel I High Range Change Error                             Restart 13:50 ChI low         Loss of Signal                                 Restart 14:29 Period         Raising Detector Caused Additional Signal Noise Restart 10/16/12   13:28 Loss of Power   Building Loss Power Briefly                     Restart 10/17/12   12:06 Channel I Low   Loss of Signal                                 Restart 19:40 Period         Bumping of the Console                         Restart 10/18/12   14:27 Channel 3 High Range Change Error                             Restart Channel 3 Low Range Change Error                             Restart 10/19/12   13:25 Channel 3 High Range Change Error                             Restart 16:35 Bumped Console Bumped Chair into Console                       Restart 10/23/12   9:53 Period         Power Transient                                 Restart 12:14 Period         Signal Irregularity                             Restart 13:23 Channel 2 Low Suspected Signal Irregularity                   Restart 15:37 Period         Electrical Transient* (Period within Range)   Restart 17:58 Period         Electrical Transient* (Period within Range)   Restart 10/24/12 15:44 Channel 3 High Range Change Error                             Restart 10/29/12 19:50 Channel 3 High Range Change Error                             Restart 20:34 Channel 3 High Range Change Error                             Restart 20:36 Channel 3 High Range Change Error                             Restart 10/30/12   9:28 Channel I Low   Loss of Signal                                 Restart 10/31/12   9:43 Channel 3 High Range Change Error                             Restart 11/1/12 13:27 Not Indicated   Activating Channel I Solenoid                 Restart 11/5/12   9:59 Channel I Low   Suspected Electrical Transient*               Restart 10:03 Period         Suspected Electrical Transient*               Restart 2.1:30 Channel 3 High Range Change Error                             Restart 21:49 Channel I Low   Suspected Electrical Transient*                 Restart 11/7/12 19:48 Channel I Low   Loss of Siunal                                 Restart 11/8/12 10:15 Channel 3 High   Operator Error (Training)                       Restart 11:14 Channel 3 Low   Suspected Electrical Transient*               Shutdown 11/9/12 13:19 Channel 1 Low   Under Estimation of Oscillator Reactivity       Restart 16:46 Channel I Low   Suspected Electrical Transient*                 Shutdown
Restart 15:00 Channel 3 High Range Change Error Restart 12/27/12 14:06 Channel 1 Low Signal Irregularity During Range Change Restart 12/2S/12 16:15 Channel I Low Suspected Electrical Transient*
 
Restart 12/31/12 10:47 Channel 1 Low Suspected Signal Irregularity Restart 11:06 Channel 1 High Non-Reproducible Rate Meter Issue Restart* Electrical transients are signal & power irregularities associated with using older vacuum tube based analogue circuitry.
Idaho State University AGN-201 M Reactor 2011 Annual Report Page 6 of 10 11/13/12     12:58 1 Loss of Power           Loss of Power to Circuit                                 IShutdown 11/15/12     13:37 Period                     Raising Detector Caused Additional Signal Noise           Restart 11/21/12     14:28   Channel 3. High         Signal Irregularity During Range Change                   Restart 12/13/12     13:43   Channel 3 Low           Range Change Error                                       Restart 13:52   Period                 Inserted Poly Rod Too Quickly                             Restart 14:12   Period                 Raising Detector Caused Additional Signal Noise           Restart 15:52   Channel 3 Low           Signal Irregularity                                     Restart 16:00   Period                   Raising Detector Caused Additional Signal Noise         Restart 12/14/12     11:53   Channel 1 Low           Operator Error                                           Restart 12/20/12     12:59   Period                 Raising Detector Caused Additional Signal Noise           Restart 12/21/12     12:43   Channel I Low           Suspected Electrical Transient*                         Restart 13:01   Channel I Low           Suspected Electrical Transient*                         Restart 15:00   Channel 3 High           Range Change Error                                       Restart 12/27/12     14:06   Channel 1 Low           Signal Irregularity During Range Change                 Restart 12/2S/12     16:15   Channel I Low           Suspected Electrical Transient*                         Restart 12/31/12     10:47   Channel 1 Low           Suspected Signal Irregularity                           Restart 11:06   Channel 1 High           Non-Reproducible Rate Meter Issue                       Restart
* Electrical transients are signal & power irregularities associated with using older vacuum tube based analogue circuitry.
: 4. Safety-Related Corrective Maintenance:
: 4. Safety-Related Corrective Maintenance:
1/31/2012:
1/31/2012: Channel 3 detector changed its response output and was replaced with a comparable BF3 tube. In addition the SHV connector was replaced with one designed for RG-59 cable and recalibrated.
Channel 3 detector changed its response output and was replaced with a comparable BF3 tube. In addition the SHV connector was replaced with one designed for RG-59 cable and recalibrated.
3/6/2012: The down indicator switch on the FCR had been knocked out of place, causing the drive to continue to drive out despite being in the bottom position and the interlock OK light bulb failed. The switch was repositioned for proper operation and the light bulb replaced.
3/6/2012:
3/14/2013: A bad cable connection causing a short, preventing the magnet to energize, was located.
The down indicator switch on the FCR had been knocked out of place, causing the drive to continue to drive out despite being in the bottom position and the interlock OK light bulb failed. The switch was repositioned for proper operation and the light bulb replaced.3/14/2013:
A bypass cable fixed the problem and the main cable connection fixed to return normal functionality.
A bad cable connection causing a short, preventing the magnet to energize, was located.A bypass cable fixed the problem and the main cable connection fixed to return normal functionality.
3/21/2012: The Channel 3 detector lost signal, a connection problem was the likely cause. The detector chamber was removed and all connecting cables were replaced with new connections, returning functionality to the system.
3/21/2012:
5/25/2012:The rod drop box was rebuilt with new wiring after a significant amount of troubleshooting.
The Channel 3 detector lost signal, a connection problem was the likely cause. The detector chamber was removed and all connecting cables were replaced with new connections, returning functionality to the system.5/25/2012:The rod drop box was rebuilt with new wiring after a significant amount of troubleshooting.
5/30/2012: A power outage cause damage to Channel 2. Vacuum tubes V-12, V-14 & V-17, power line fuse, and the 1.5-volt battery were replaced.
5/30/2012:
 
A power outage cause damage to Channel 2. Vacuum tubes V-12, V-14 & V-17, power line fuse, and the 1.5-volt battery were replaced.
Idaho State University AGN-201M Reactor 2011 Annual Report Page 7 of 10 6/5/2012:   Magnet current was found to be high (0.9 mA) and after replacing the V-7 vacuum tube the current returned to a normal 0.6 mA.
Idaho State University AGN-201M Reactor 2011 Annual Report Page 7 of 10 6/5/2012:
8/30/2012: Channel I was having signal problems due to improper cabling and connectors. The system was rebuilt in a way so that the detector's position does not stress the signal cable and removes the need to raise the detector.
Magnet current was found to be high (0.9 mA) and after replacing the V-7 vacuum tube the current returned to a normal 0.6 mA.8/30/2012:
10/4/12:   The analogue position display primary gear broke so that the tens digit wouldn't turn.
Channel I was having signal problems due to improper cabling and connectors.
The unit was replaced with a comparable spare.
The system was rebuilt in a way so that the detector's position does not stress the signal cable and removes the need to raise the detector.10/4/12: The analogue position display primary gear broke so that the tens digit wouldn't turn.The unit was replaced with a comparable spare.12/3/12: Channel 2 failed pre-start checks. The F-I (250V 3A) fuse, V-13 6Y6GA vacuum tube, V-12 6BW4 vacuum tube, and the V-I 6BW4 vacuum tube was replaced in Channel 2 to return functionality.
12/3/12:   Channel 2 failed pre-start checks. The F-I (250V 3A) fuse, V-13 6Y6GA vacuum tube, V-12 6BW4 vacuum tube, and the V-I 6BW4 vacuum tube was replaced in Channel 2 to return functionality.
12/12/12:
12/12/12: During operation the Safety Rod I dropped out properly, however the chassis jammed in position. It was found that the twin drive screws were uneven; they were greased and reset into position. In addition there was a problem with the "Lp" microswitch; the microswitch and the wiring were replaced.
During operation the Safety Rod I dropped out properly, however the chassis jammed in position.
: 5. Modifications.
It was found that the twin drive screws were uneven; they were greased and reset into position.
A. Changes in Facility Design.
In addition there was a problem with the "Lp" microswitch; the microswitch and the wiring were replaced.5. Modifications.
None.
A. Changes in Facility Design.None.B. Changes to Procedures.
B. Changes to Procedures.
None.C. Experiments.
None.
C. Experiments.
Experimental procedure 12 Oscillator Experiment was revised to have descriptions for both linear and rotary oscillators and guidelines for operating them simultaneously.
Experimental procedure 12 Oscillator Experiment was revised to have descriptions for both linear and rotary oscillators and guidelines for operating them simultaneously.
D. Reactor Safety Committee.
D. Reactor Safety Committee.
As of the end of the reporting period, membership of the Reactor Safety Committee (RSC)consisted of the following individuals:
As of the end of the reporting period, membership of the Reactor Safety Committee (RSC) consisted of the following individuals:
Frank H. Just -Chair (retired fromn FIN.)Jay F. Kunze -Reactor Administrator Adam L. Mallicoat  
Frank H. Just - Chair (retired fromn FIN.)
-Reactor Supervisor Richard R. Brey -Department Chair Peter Farina -Radiation Safety Officer Robert Boston. PE, CHP (DOE-ID)Kermit Bunde (DOE-ID)
Jay F. Kunze - Reactor Administrator Adam L. Mallicoat - Reactor Supervisor Richard R. Brey - Department Chair Peter Farina - Radiation Safety Officer Robert Boston. PE, CHP (DOE-ID)
Idaho State University AGN-201M Reactor 2011 Annual Report Page 8 of 10 Richard E. McCracken (retired from INL)6. Summary of Changes Reportable under 10 CFR 50.59.The paper chart recorder set up for the detector channels 2 & 3 were changed to utilize a digital chart recorder.
Kermit Bunde (DOE-ID)
The new recorder is capable recording data and displaying the response over time and cannot impact reactor operation as installed.
 
The data is stored on a removable flash drive for easy analysis and storage.7. Radioactive Effluents.
Idaho State University AGN-201M Reactor 2011 Annual Report Page 8 of 10 Richard E. McCracken (retired from INL)
A. Liquid Waste -Total Activity Released:
: 6. Summary of Changes Reportable under 10 CFR 50.59.
None.B. Gaseous Waste -Total Estimated Activity Released:
The paper chart recorder set up for the detector channels 2 & 3 were changed to utilize a digital chart recorder. The new recorder is capable recording data and displaying the response over time and cannot impact reactor operation as installed. The data is stored on a removable flash drive for easy analysis and storage.
14.4 ýtCi ofAr-41.The AGN-201 Reactor was operated for 148 watt-hours at power levels up to approximately 4.9 watts. At this power level Ar-41 production is negligible and substantially below the effluent concentration limit given in 10 CFR 20 Appendix B, Table 2. The total activity of Ar-41 released to the environment was conservatively estimated at 14.4 i.Ci. This activity corresponds to the total activity of all gaseous radioactive effluent from the facility.
: 7. Radioactive Effluents.
A monthly summary of calculated gaseous releases is given in Table IV.Table IV. Summary of Monthly Gaseous Radioactive Effluent Releases (1 January 2012 through 31 December 2012)Ar-41 Month (VCi)January 0.0 February 1.0 March 1.2 April 1.7 May 0.8 June 0.8 June 0.6 August 1.4 September 3.0 October 1.5 November 1.7 December 0.6 Total 14.4 C. Solid Waste -Total Activity:
A. Liquid Waste - Total Activity Released: None.
B. Gaseous Waste - Total Estimated Activity Released: 14.4 ýtCi ofAr-41.
The AGN-201 Reactor was operated for 148 watt-hours at power levels up to approximately 4.9 watts. At this power level Ar-41 production is negligible and substantially below the effluent concentration limit given in 10 CFR 20 Appendix B, Table
: 2. The total activity of Ar-41 released to the environment was conservatively estimated at 14.4 i.Ci. This activity corresponds to the total activity of all gaseous radioactive effluent from the facility. A monthly summary of calculated gaseous releases is given in Table IV.
Table IV. Summary of Monthly Gaseous Radioactive Effluent Releases (1 January 2012 through 31 December 2012)
Ar-41 Month         (VCi)
January         0.0 February         1.0 March           1.2 April         1.7 May           0.8 June           0.8 June           0.6 August         1.4 September         3.0 October         1.5 November         1.7 December         0.6 Total         14.4 C. Solid Waste - Total Activity: None.
 
Idaho State University AGN-201M Reactor 2012 Amiual Report Page 9 of 10 8, The latest environmental radiation surveys, performed at the facility boundary while the reactor was operating at 60% of full licensed power (3.0 watt), measured a maximum combined neutron and gamma dose equivalent rate of less than 2.0 mrem hr' at the outside walls of the building proximal to the reactor. The total equivalent dose rate at 100% power at these locations was less than 4 mrem hr".
9,  Radiation Exposures.
The Radiation Safety Officer reviews personnel radiation exposures quarterly. Annual reports of ionizing radiation doses are provided by the Radiation Safety Officer to all monitored personnel as required under the provisions of 10 CFR 19.
Personnel with duties in the reactor laboratory on either a regular or occasional basis have been issued radiation dosimeters by the Idaho State University Technical Safety Office.
The duty category and whole body exposure for the 2012 monitoring period of personnel are summarized in Table V:
Table V. Personnel Radiation Monitored for 1/1/2011-12/31/2011 Name                                  Exposure by Type (mrem)
Deep      Lens    Shallow Aryal, Harishchandra                  2          2            2 Baker, Ben                            50        49          46 Baral, Madhav                          2          2            1 Bishart, Bishara                      1          1            1 Bundy, Deric                          3          4          10 Burrows, Ian J                        7          6            6 Gorham, Mackenzie                    <1        <1          <1 Horkley, Matt                          2          2            1 Imel, George                          <1        <1          <1 Jash, Soumadipta                      <1        <1          <1 Kamerman, David                      <1        <1          <1 Krieger, Michael                      11        12          12 Kunze, Jay                            <1        <1          <1 Langbehn, Adam                        7          6            6 Loveland, Ryan                        14        13          12 Lum, Edward                            1          1            1 Mallicoat, Adam                        2          2            1 Misner, Jesse                          3          3            2 Nelson, Alan                          2          2            2 Nelson, Marcus                        <1        <1          <1 Nimmagadda, Jyothier Klumar          <1        <1          <1 Riley, Tony                            3          2            2 Steele, Dallin                        <1        <1          <1
 
Idaho State University AGN-201M Reactor 2012 Annual Report Page 10ofl0 Stewart, Trevor                        3        3            2 Tam, Austin                            1        1          <1 Tormohlen, Derick                    <1        <1.          <1 Wachs, Katelyn                        2        3            3 Chaczko, Malwina                      <1        <1          <1 isaacs, Daniel                        <1        <1          <1 McBeath, Scott                        <1        <1          <1 Nelson, Katherine                      3        2            2 Hart, Paul                            <1      <1            4 The 10 CFR 20.1201 occupational dose limits to adults are: total 5 rem, lens of eye 15 reni, shallow 50 rem, and deep 50 remn. The doses received for all reactor laboratory personnel during 2012 are well below the dose limits of 10 CFR 20.1201, and well below ISU ALARA limits (1 REM per year, 0.3 REM per quarter).
Anytime a member of the public visits the reactor pin dosimeters are issued for the extent of the tour. A minimum of I dosimeter to every 5 people is issued for a representative group dose. During the 2012 calendar year there were 476 recorded visitors to the facility.
A summary of the public dose exposure is presented in Table VI.
Table VI. Summary Whole-Body Exposures to the Public (I January 2012 through 31 December 2012)
Estimated whole-body                                      Number of individuals exposure range (mrem):                                        in each range:
No Observable Dose                                                  433 1.0 mrem*                                                            30 Greater than 1.0 but below 5.0 mrem                                  12 Greater than 5.0 but below 10.0 mrem                                  1 Total number of individuals reported                                476
        *Below 1.0 mrem is considered un-measureable None of the 476 visitors to the facility during 2012 received a measurable dose that would exceed the annual 0.5 remn dose limit of 10 CFR 20.1301. Note there was only one reading that was above 5 mrem, this is likely due to the shock of dropping the dosimeter.
Therefore, the average and maximum doses received by personnel and the public are well within NRC guidelines.
Report prepared by:    Adam Mallicoat, Reactor Manager-/Supervisor Augutst 30th, 2012
 
Dean, College of Science and Engineeringo",2
                  . University Officer and Dean of the College of Science and Engineering may be the same individual (21The Reactor Administrator could be the Dean of Science and Engineering, or the Chair or a faculty member of the Department of Nuclear Engineering and Health Physics. However.
regarding NRC licenses, the Reactor Administrator reports to the Dean of the College of Science and Engineering and not necessarily through the Department of Nuclear Engineering and Health Physics, which is a department in the College of Science and Engineering.
* The Reactor Supervisor reports to the Reactor Administrator, and may not necessarily report through the Chair of the Nuclear Engineering and Health PhysSics Department.
                    " Requires a NRC Senior Reactor Operators (SRO) License
                  '*t Requires a NRC Reactor Operators License (or an SRO license), except per 10 CFR 55.13 Figure 1. Administrative Organization of the ISU AGN-201 Reactor Facility, NRC License R- I10, chain of command in regard to nuclear operation and safety. Dotted lines represent communication channels.
Persons holding positions on the Administrative organization shall meet or- exceed the qualification requirements of ANSI/ANS- 15.4-1988, "Selection and Training of Personnel for Research Reactors."
6.1.5  Reactor Operators Reactor Operators shall be responsible for the manipulation of the reactor controls, monitoring of instrumentation, operation of the reactor-related equipment, and maintenance of the complete and current records during operation of the facility. Reactor Operators shall hold a valid Reactor Operator's license issuIed by the U.S. Nuclear Regulatory Commission.
AGN-20 I - Technical Specifications, Amendment #8 Transmitted to NRC September 20, 2013:                                                    Page 21 of 31
 
Idaho State University AGN-201M Reactor Facility License R-110, Docket No. 50-284 Annual Operating Report for 2012 Calendar Year
: 1. Nan-ative Summary A. Changes in Facility Design, Performance Characteristics, and Operating Procedures:
There were no changes in facility design, performance characteristics, and operating procedures relating to reactor safety or operations during the reporting period.
B. Results of Major Surveillance Tests and Inspections:
(1) Channel tests performed on all safety channels and scram interlocks were found to be satisfactory and within specifications.        Channels 1, 2, & 3 were tested 8/10/2012, 5/2/2012, & 8/20/2012 respectively.
(2) Power level (4/2/2012) and period check (3/22/2012) experiments were performed with satisfactory results.
(3) The shield water tank was inspected (6/11/2012) and no leaks or excessive corrosion were observed. The water level interlock tested satisfactorily (6/11/2012).
(4) The seismic displacement & temperature          interlocks were tested and found satisfactory (7/26/2012).
(5) (a) Control element capsules (cladding) were inspected (6/28/12) and found to be in good condition with no evidence of deterioration since the previous inspection.
(b) The control rod drive mechanisms were inspected (6/28/12) and tested with satisfactory results.
(c) Ejection times were measured for all SCRAM-able rods and found to be less than I seconds (d) The reactivity worth of all safety and control rods were measured, as well as the time required to drive each rod to its fully inserted position. Reactivity insertion rates were determined to be less than 0.042%Ak/k s-' ($0.058 s ') for all rods.
(e) The shutdown margin was determined to be greater than 2.2%Ak/k ($3.0) with both the most reactive SCRAM-able rod and the fine control rod fully inserted.
8/15/12.
(f) All surveillances      were  within  the  appropriate  Technical    Specification requirements.
 
Idaho State University AGN-201M Reactor 2011 Annual Report Page 2 of 10 Operating History and Energy Output.
The reactor was operated.at power levels up to 4.9 watts for a total of 148 watt-hours of thermal energy during this reporting period. A summary of monthly operations for 2012 is given in Table I.
Table I. Summary of Monthly Reactor Operations (1 January 2012 through 31 December 2012)
Month                              Energy (W-hr)
January                                    0.0 February                                    9.9 March                                    11.9 April                                  17.9 May                                      8.6 June                                      8.3 June                                    6.2 August                                    14.6 September                                  31.3 October                                    15.8 November                                    17.1 December                                    6.5 Total                                  148.0 The 0.148 kWh consumed 7.5 micrograms of U-235. During the calendar year, a number of students went through reactor operator training. During the calendar year, four students took NRC licensing exams. Two were awarded Reactor-Operator (RO) licenses and one was awarded a Senior Reactor-Operator (SRO) license. Two operator-licenses were terminated during the year because students left the university.
: 3. A. Unscheduled Shutdowns and Con-ective Actions Taken.
None.
None.
Idaho State University AGN-201M Reactor 2012 Amiual Report Page 9 of 10 8, The latest environmental radiation surveys, performed at the facility boundary while the reactor was operating at 60% of full licensed power (3.0 watt), measured a maximum combined neutron and gamma dose equivalent rate of less than 2.0 mrem hr' at the outside walls of the building proximal to the reactor. The total equivalent dose rate at 100% power at these locations was less than 4 mrem hr".9, Radiation Exposures.
B. Inadvertent Scrams and Action Taken.
The Radiation Safety Officer reviews personnel radiation exposures quarterly.
There were 159 inadvertent scrams during this reporting period. Table II summarizes the inadvertent scramns, known or suspected cause, and action taken.
Annual reports of ionizing radiation doses are provided by the Radiation Safety Officer to all monitored personnel as required under the provisions of 10 CFR 19.Personnel with duties in the reactor laboratory on either a regular or occasional basis have been issued radiation dosimeters by the Idaho State University Technical Safety Office.The duty category and whole body exposure for the 2012 monitoring period of personnel are summarized in Table V: Table V. Personnel Radiation Monitored for 1/1/2011-12/31/2011 Name Exposure by Type (mrem)Deep Lens Shallow Aryal, Harishchandra 2 2 2 Baker, Ben 50 49 46 Baral, Madhav 2 2 1 Bishart, Bishara 1 1 1 Bundy, Deric 3 4 10 Burrows, Ian J 7 6 6 Gorham, Mackenzie
 
<1 <1 <1 Horkley, Matt 2 2 1 Imel, George <1 <1 <1 Jash, Soumadipta
Idaho State University AGN-201M Reactor 2011 Annual Report Page 3 of 10 Table 11. Summary of Inadvertent Scrams (1 January 2012 through 31 December 20. 2)
<1 <1 <1 Kamerman, David <1 <1 <1 Krieger, Michael 11 12 12 Kunze, Jay <1 <1 <1 Langbehn, Adam 7 6 6 Loveland, Ryan 14 13 12 Lum, Edward 1 1 1 Mallicoat, Adam 2 2 1 Misner, Jesse 3 3 2 Nelson, Alan 2 2 2 Nelson, Marcus <1 <1 <1 Nimmagadda, Jyothier Klumar <1 <1 <1 Riley, Tony 3 2 2 Steele, Dallin <1 <1 <1 Idaho State University AGN-201M Reactor 2012 Annual Report Page 10ofl0 Stewart, Trevor 3 3 2 Tam, Austin 1 1 <1 Tormohlen, Derick <1 <1. <1 Wachs, Katelyn 2 3 3 Chaczko, Malwina <1 <1 <1 isaacs, Daniel <1 <1 <1 McBeath, Scott <1 <1 <1 Nelson, Katherine 3 2 2 Hart, Paul <1 <1 4 The 10 CFR 20.1201 occupational dose limits to adults are: total 5 rem, lens of eye 15 reni, shallow 50 rem, and deep 50 remn. The doses received for all reactor laboratory personnel during 2012 are well below the dose limits of 10 CFR 20.1201, and well below ISU ALARA limits (1 REM per year, 0.3 REM per quarter).Anytime a member of the public visits the reactor pin dosimeters are issued for the extent of the tour. A minimum of I dosimeter to every 5 people is issued for a representative group dose. During the 2012 calendar year there were 476 recorded visitors to the facility.A summary of the public dose exposure is presented in Table VI.Table VI. Summary Whole-Body Exposures to the Public (I January 2012 through 31 December 2012)Estimated whole-body exposure range (mrem): Number of individuals in each range: No Observable Dose 433 1.0 mrem* 30 Greater than 1.0 but below 5.0 mrem 12 Greater than 5.0 but below 10.0 mrem 1 Total number of individuals reported 476*Below 1.0 mrem is considered un-measureable None of the 476 visitors to the facility during 2012 received a measurable dose that would exceed the annual 0.5 remn dose limit of 10 CFR 20.1301. Note there was only one reading that was above 5 mrem, this is likely due to the shock of dropping the dosimeter.
Date    Time [    Scram Type                              Cause                  Action 2/1/12    15:43 Channel i Low        Operator Error                              Restart 16:21 Channel I Low        Operator Error                              Shutdown 2/2/12    14:13 Channel 1 High      Range Change Error                          Restart 14:43 Not Indicated        Suspected Electrical Transient*              Shutdown 2/8/12    16:09 Channel 3 High      Range Change Error                          Restart 16:19 Channel 1 High      Range Change Error                          Restart 16:22 Period              Operator Error                              Restart 2/9/12   13:51 Channel 3 High      Signal Irregularity                          Restart 14:17 Period                Operator Error                              Restart 15:03 Period                Insertion of Source                        Restart 15:13 Channel 1 High        Range Change Error                          Restart 2/13/12  23:36 Channel I Low        Low Power Operation                        Restart 0:02  Channel I High        Low Power Operation                        Restart 2/16/12  13:35 Channel 1 Low        Loss of Signal                              Restart 14:07 Channel 1 Low        Loss of Signal                              Restart Magnet Over-2/22/12  13:50 CmTent                Magnet Current SCRAM Set Too Low            Restart 2/27/12  17:14 Channel 3 High        Range Change Enror                          Restart 18:04 Not Indicated        Suspected Electrical Transient*            Shutdown 3/21/12  15:56 Channel I Low        Loss of Signal                              Shutdown 4/2/12  16:52 Channel I Low        Loss of Signal                              Restart 4/4/12  11:11 Channel 1 Low        Loss of Signal                              Restart Magnet Over-4/9/12  16:38 Current              Magnet Current SCRAM Set Too Low            Restart 5/9/12  16:48 Channel 3 High        Signal Irregularity                        Restart 17:06 Channel 3 High        Signal Irregularity                        Restart 5/15/12   16:40 Channel 3 High        Signal Irregularity & Range Change Enror    Restart 19:43 Channel 3 High        Over Estimation of Oscillator Reactivity    Restart 5/18/12  11:37 Channel 3 High        Range Change Error                          Restart 14:36 Not Indicated        Range Change Enror                          Restart Magnet Over-5/23/12  16:47 Current              Suspected Electrical Transient*            Restart Magnet Over-        Suspected Signal Interference & Detector is 17:18 Current              Insulated                                  Restart Magnet Over-5/24/12  11:14 Current              Suspected Electrical Transient*            Shutdown 6/5/12  16:27 Period                Chanel #1 Raise Interference                Restart 6/6/12  16:37 Channel I High        Range Change Error                          Restart
Therefore, the average and maximum doses received by personnel and the public are well within NRC guidelines.
 
Report prepared by: Adam Mallicoat, Reactor Manager-/Supervisor Augutst 30th, 2012 Dean, College of Science and Engineeringo",2
Idaho State University AGN-201 M Reactor 201 1 Annual Report Page 4 of 10 7/13/12  15:42  Channel 3 Hi-gh  Operator Error (Training)                        Restart 15:50  Channel 3 High  Operator Error (Training)                        Restart 16:10  Channel  3 Low  Signal Irregularity                              Restart 8/7/12  16:47  Channel  I Low  *SuspectedElectrical Transient*                  Restart 8/8/12  16:18  Channel  I Low  Removing the Start Up Source                    Restart 16:30  Channel  I Low  Signal Irregularity                              Restart 8/10/12  13:10 Channel  I Low  Suspected Signal Irregularity                    Restart Investigate 13:29 Channel I Low    Detector Stuck When Raise Pressed                & Restart 14:28 Channel I Low    Suspected Signal Irregularity                    Restart 8/30/12  13:34 Channel I        Supervisor Re-Set Time Constant During Operation Shutdown 8/31/12  10:39 Channel I Low    Signal Irregularity                              Shutdown 14:59 Channel 3 High  Range Change Error                              Restart 15:08 Channel I High  Suspected Signal Irregularity                    Shutdown 9/5/12  20:24  Channel 3 High  Range Change Error                              Restart 21:33  Channel 3 High  Range Change Error                              Restart 9/6/12  11:26 Channel I Low    Range Change Error                              Restart 11:35 Channel I Low    Range Change Error                              Restart 9/6/12  17:35 Channel 3 High  Occurred During Range Change                    Restart 17:41 Raise Button    Raising Detector Caused Additional Signal Noise  Restart 9/7/12  12:38 Channel I Low    Suspected Signal Irregularity                  Restart 12:58 Channel I Low    Suspected Signal Irregularity                  Restart 9/12/12   14:52 Channel 3 High  Operator Error (Training)                       Restart 9/13/12   9:11  Channel 3 High  Operator Error                                    Restart 9:33  Channel 3 High    Erratic Response Changing to 3x10"(-9) Range    Restart 10:10 Channel 3 High    Erratic Signal                                  Restart 10:23 Channel 3 High    Operator Error                                  Restart 14:00 Not Indicated    Occurred During Raising Ch #1                    Restart 14:38 Channel 3 High    Signal Irregularity During Range Change          Restart 9/14/12  12:59 Not Indicated    Occurred During Raising Ch #1                    Restart 14:07 Channel I Low    Suspected Signal Irregularity                    Shutdown 9/15/12  11:28 Channel 3 High    Range Change Error                              Restart 15:07 Channel 3 High    Signal Irregularity During Range Change          Restart 9/18/12  9:58  Channel 3 Low    Accidently Hitting the Console                  Restart 9/19/12  19:40 Channel 3 High    Range Change Error                              Restart 19:55 Channel I High    Range Change Error                              Restart Adjust Cable 9/24/12  14:37 Period scram      Raising Detector Caused Additional Signal Noise  & Restart 20:01  Channel I Low    Operator Error                                  Restart Investigate 9/25/12  12:59 Channel I Low    Suspected Electrical Transient*                  & Restart
.University Officer and Dean of the College of Science and Engineering may be the same individual (21 The Reactor Administrator could be the Dean of Science and Engineering, or the Chair or a faculty member of the Department of Nuclear Engineering and Health Physics. However.regarding NRC licenses, the Reactor Administrator reports to the Dean of the College of Science and Engineering and not necessarily through the Department of Nuclear Engineering and Health Physics, which is a department in the College of Science and Engineering.The Reactor Supervisor reports to the Reactor Administrator, and may not necessarily report through the Chair of the Nuclear Engineering and Health PhysSics Department." Requires a NRC Senior Reactor Operators (SRO) LicenseRequires a NRC Reactor Operators License (or an SRO license), except per 10 CFR 55.13 Figure 1. Administrative Organization of the ISU AGN-201 Reactor Facility, NRC License R- I10, chain of command in regard to nuclear operation and safety. Dotted lines represent communication channels.Persons holding positions on the Administrative organization shall meet or- exceed the qualification requirements of ANSI/ANS-15.4-1988, "Selection and Training of Personnel for Research Reactors." 6.1.5 Reactor Operators Reactor Operators shall be responsible for the manipulation of the reactor controls, monitoring of instrumentation, operation of the reactor-related equipment, and maintenance of the complete and current records during operation of the facility.
 
Reactor Operators shall hold a valid Reactor Operator's license issuIed by the U.S. Nuclear Regulatory Commission.
Idaho State University AGN-201M Reactor 2011 Annual Report Page 5 of 10 14:09 Channel 1 Low    Suspected Electrical Transient*                Restart 9/27/12  11:42 Channel I Low    Raising Detector Caused Additional Signal Noise Restart 14:39 Raise Button    Raising Detector Caused Additional Signal Noise Restart 10/1/12  20:29  Channel  3 High  Signal Irregularity During Range Change        Restart 10/5/12  10:34 Channel  3 High  Range Change ErTor                              Restart 10/9/12   16:32 Channel I Low   Suspected Signal Irregularity                  Restart 10/10/12   13:08 Channel 3 High Noise in Range 3x10^(-S) & 10xl0"(-9)          Restart 18:06 Channel 3 High Signal Irregularity                            Restart 10/11/12  10:41 Channel I High Range Change ErTor                              Restart 10:48 Period           Removing the Start Up Source                    Restart 12:38 Channel I High   Range Change Error                              Restart 13:50 Chl low          Loss of Signal                                 Restart 14:29 Period           Raising Detector Caused Additional Signal Noise Restart 10/16/12  13:28 Loss of Power    Building Loss Power Briefly                    Restart 10/17/12   12:06 Channel I Low   Loss of Signal                                  Restart 19:40 Period          Bumping of the Console                          Restart 10/18/12   14:27 Channel 3 High  Range Change Error                              Restart Channel 3 Low   Range Change Error                              Restart 10/19/12   13:25 Channel  3 High  Range Change Error                              Restart 16:35 Bumped  Console Bumped Chair into Console                      Restart 10/23/12   9:53  Period          Power Transient                                Restart 12:14 Period          Signal Irregularity                            Restart 13:23 Channel 2 Low  Suspected Signal Irregularity                  Restart 15:37 Period          Electrical Transient* (Period within Range)    Restart 17:58 Period          Electrical Transient* (Period within Range)    Restart 10/24/12   15:44 Channel 3 High  Range Change Error                              Restart 10/29/12   19:50 Channel 3 High  Range Change Error                              Restart 20:34 Channel 3 High  Range Change Error                              Restart 20:36 Channel 3 High  Range Change Error                              Restart 10/30/12  9:28  Channel 1 Low    Loss of Signal                                 Restart 10/31/12   9:43 Channel 3 High  Range Change Error                              Restart 11/1/12   13:27 Not Indicated    Activating Channel I Solenoid                  Restart 11/5/12   9:59 Channel I Low    Suspected Electrical Transient*                Restart 10:03 Period          Suspected Electrical Transient*                Restart 21:30 Channel 3 High   Range Change Error                             Restart 21:49 Channel I Low    Suspected Electrical Transient*                Restart 11/7/12   19:48 Channel I Low    Loss of Signal                                 Restart 11/8/12   10:15 Channel 3 High  Operator Error (Training)                      Restart 11:14 Channel 3 Low    Suspected Electrical Transient*                 Shutdown 11/9/12   13:19 Channel I Low    Under Estimation ofOscillator Reactivity        Restart 16:46 Channel I Low    Suspected Electrical Transient*                Shutdown
AGN-20 I -Technical Specifications, Amendment
 
#8 Transmitted to NRC September 20, 2013: Page 21 of 31 Idaho State University AGN-201M Reactor Facility License R-110, Docket No. 50-284 Annual Operating Report for 2012 Calendar Year 1. Nan-ative Summary A. Changes in Facility Design, Performance Characteristics, and Operating Procedures:
Idaho State University AGN-201M Reactor 2011 Annual Report Page 6 of 10 1 1/13/12   12:58    Loss of Power          Loss of Power to Circuit                                Shutdown 11/15/12    13:37    Period                  Raising Detector Caused Additional Signal Noise          Restart 11/21/12    14:28    Channel 3 High         Signal Irregularity During Range Change                  Restart 12/13/12     13:43    Channel 3 Low           RangeChange Error                                        Restart 13:52    Period                  Inserted Poly Rod Too Quickly                            Restart 14:12   Period                  Raising Detector Caused Additional Signal Noise          Restart 15:52    Channel 3 Low           Signal Irregularity                                      Restart 16:00    Period                  Raising Detector Caused Additional Signal Noise          Restart 12/14/12     11:53    Channel 1 Low           Operator Error                                          Restart 12/20/12    12:59    Period                  Raising Detector Caused Additional Signal Noise          Restart 12/21/12    12:43    Channel I Low           Suspected Electrical Transient*                          Restart 13:01    Channel I Low           Suspected Electrical Transient*                          Restart 15:00    Channel 3 High         Range Change Error                                       Restart 12/27/12- 14:06      Channel I Low          Signal Irregularity During Range Change                  Restart 12/28/12 16:15        Channel I Low          Suspected Electrical Transient*                          Restart 12/31/12 10:47        Channel I Low           Suspected Signal Irregularity                            Restart
There were no changes in facility design, performance characteristics, and operating procedures relating to reactor safety or operations during the reporting period.B. Results of Major Surveillance Tests and Inspections:
          . 11:06    Channel I High         Non-Reproducible Rate Meter Issue                        Restart
(1) Channel tests performed on all safety channels and scram interlocks were found to be satisfactory and within specifications.
* Electrical transients are signal & power irregularities associated with using older vacuum robe based analogue circuitry.
Channels 1, 2, & 3 were tested 8/10/2012, 5/2/2012, & 8/20/2012 respectively.
(2) Power level (4/2/2012) and period check (3/22/2012) experiments were performed with satisfactory results.(3) The shield water tank was inspected (6/11/2012) and no leaks or excessive corrosion were observed.
The water level interlock tested satisfactorily (6/11/2012).
(4) The seismic displacement
& temperature interlocks were tested and found satisfactory (7/26/2012).
(5) (a) Control element capsules (cladding) were inspected (6/28/12) and found to be in good condition with no evidence of deterioration since the previous inspection.(b) The control rod drive mechanisms were inspected (6/28/12) and tested with satisfactory results.(c) Ejection times were measured for all SCRAM-able rods and found to be less than I seconds (d) The reactivity worth of all safety and control rods were measured, as well as the time required to drive each rod to its fully inserted position.
Reactivity insertion rates were determined to be less than 0.042%Ak/k s-' ($0.058 s ') for all rods.(e) The shutdown margin was determined to be greater than 2.2%Ak/k ($3.0) with both the most reactive SCRAM-able rod and the fine control rod fully inserted.8/15/12.(f) All surveillances were within the appropriate Technical Specification requirements.
Idaho State University AGN-201M Reactor 2011 Annual Report Page 2 of 10 Operating History and Energy Output.The reactor was operated.at power levels up to 4.9 watts for a total of 148 watt-hours of thermal energy during this reporting period. A summary of monthly operations for 2012 is given in Table I.Table I. Summary of Monthly Reactor Operations (1 January 2012 through 31 December 2012)Month January February March April May June June August September October November December Total Energy (W-hr)0.0 9.9 11.9 17.9 8.6 8.3 6.2 14.6 31.3 15.8 17.1 6.5 148.0 The 0.148 kWh consumed 7.5 micrograms of U-235. During the calendar year, a number of students went through reactor operator training.
During the calendar year, four students took NRC licensing exams. Two were awarded Reactor-Operator (RO) licenses and one was awarded a Senior Reactor-Operator (SRO) license. Two operator-licenses were terminated during the year because students left the university.
: 3. A. Unscheduled Shutdowns and Con-ective Actions Taken.None.B. Inadvertent Scrams and Action Taken.There were 159 inadvertent scrams during this reporting period. Table II summarizes the inadvertent scramns, known or suspected cause, and action taken.
Idaho State University AGN-201M Reactor 2011 Annual Report Page 3 of 10 Table 11. Summary of Inadvertent Scrams (1 January 2012 through 31 December 20. 2)Date Time [ Scram Type Cause Action 2/1/12 15:43 Channel i Low Operator Error Restart 16:21 Channel I Low Operator Error Shutdown 2/2/12 14:13 Channel 1 High Range Change Error Restart 14:43 Not Indicated Suspected Electrical Transient*
Shutdown 2/8/12 16:09 Channel 3 High Range Change Error Restart 16:19 Channel 1 High Range Change Error Restart 16:22 Period Operator Error Restart 2/9/12 13:51 Channel 3 High Signal Irregularity Restart 14:17 Period Operator Error Restart 15:03 Period Insertion of Source Restart 15:13 Channel 1 High Range Change Error Restart 2/13/12 23:36 Channel I Low Low Power Operation Restart 0:02 Channel I High Low Power Operation Restart 2/16/12 13:35 Channel 1 Low Loss of Signal Restart 14:07 Channel 1 Low Loss of Signal Restart Magnet Over-2/22/12 13:50 CmTent Magnet Current SCRAM Set Too Low Restart 2/27/12 17:14 Channel 3 High Range Change Enror Restart 18:04 Not Indicated Suspected Electrical Transient*
Shutdown 3/21/12 15:56 Channel I Low Loss of Signal Shutdown 4/2/12 16:52 Channel I Low Loss of Signal Restart 4/4/12 11:11 Channel 1 Low Loss of Signal Restart Magnet Over-4/9/12 16:38 Current Magnet Current SCRAM Set Too Low Restart 5/9/12 16:48 Channel 3 High Signal Irregularity Restart 17:06 Channel 3 High Signal Irregularity Restart 5/15/12 16:40 Channel 3 High Signal Irregularity
& Range Change Enror Restart 19:43 Channel 3 High Over Estimation of Oscillator Reactivity Restart 5/18/12 11:37 Channel 3 High Range Change Error Restart 14:36 Not Indicated Range Change Enror Restart Magnet Over-5/23/12 16:47 Current Suspected Electrical Transient*
Restart Magnet Over- Suspected Signal Interference
& Detector is 17:18 Current Insulated Restart Magnet Over-5/24/12 11:14 Current Suspected Electrical Transient*
Shutdown 6/5/12 16:27 Period Chanel #1 Raise Interference Restart 6/6/12 16:37 Channel I High Range Change Error Restart Idaho State University AGN-201 M Reactor 201 1 Annual Report Page 4 of 10 7/13/12 15:42 Channel 3 Hi-gh Operator Error (Training)
Restart 15:50 Channel 3 High Operator Error (Training)
Restart 16:10 Channel 3 Low Signal Irregularity Restart 8/7/12 16:47 Channel I Low *Suspected Electrical Transient*
Restart 8/8/12 16:18 Channel I Low Removing the Start Up Source Restart 16:30 Channel I Low Signal Irregularity Restart 8/10/12 13:10 Channel I Low Suspected Signal Irregularity Restart Investigate 13:29 Channel I Low Detector Stuck When Raise Pressed & Restart 14:28 Channel I Low Suspected Signal Irregularity Restart 8/30/12 13:34 Channel I Supervisor Re-Set Time Constant During Operation Shutdown 8/31/12 10:39 Channel I Low Signal Irregularity Shutdown 14:59 Channel 3 High Range Change Error Restart 15:08 Channel I High Suspected Signal Irregularity Shutdown 9/5/12 20:24 Channel 3 High Range Change Error Restart 21:33 Channel 3 High Range Change Error Restart 9/6/12 11:26 Channel I Low Range Change Error Restart 11:35 Channel I Low Range Change Error Restart 9/6/12 17:35 Channel 3 High Occurred During Range Change Restart 17:41 Raise Button Raising Detector Caused Additional Signal Noise Restart 9/7/12 12:38 Channel I Low Suspected Signal Irregularity Restart 12:58 Channel I Low Suspected Signal Irregularity Restart 9/12/12 14:52 Channel 3 High Operator Error (Training)
Restart 9/13/12 9:11 Channel 3 High Operator Error Restart 9:33 Channel 3 High Erratic Response Changing to 3x10"(-9)
Range Restart 10:10 Channel 3 High Erratic Signal Restart 10:23 Channel 3 High Operator Error Restart 14:00 Not Indicated Occurred During Raising Ch #1 Restart 14:38 Channel 3 High Signal Irregularity During Range Change Restart 9/14/12 12:59 Not Indicated Occurred During Raising Ch #1 Restart 14:07 Channel I Low Suspected Signal Irregularity Shutdown 9/15/12 11:28 Channel 3 High Range Change Error Restart 15:07 Channel 3 High Signal Irregularity During Range Change Restart 9/18/12 9:58 Channel 3 Low Accidently Hitting the Console Restart 9/19/12 19:40 Channel 3 High Range Change Error Restart 19:55 Channel I High Range Change Error Restart Adjust Cable 9/24/12 14:37 Period scram Raising Detector Caused Additional Signal Noise & Restart 20:01 Channel I Low Operator Error Restart Investigate 9/25/12 12:59 Channel I Low Suspected Electrical Transient*
& Restart Idaho State University AGN-201M Reactor 2011 Annual Report Page 5 of 10 14:09 Channel 1 Low Suspected Electrical Transient*
Restart 9/27/12 11:42 Channel I Low Raising Detector Caused Additional Signal Noise Restart 14:39 Raise Button Raising Detector Caused Additional Signal Noise Restart 10/1/12 20:29 Channel 3 High Signal Irregularity During Range Change Restart 10/5/12 10:34 Channel 3 High Range Change ErTor Restart 10/9/12 16:32 Channel I Low Suspected Signal Irregularity Restart 10/10/12 13:08 Channel 3 High Noise in Range 3x10^(-S)
& 10xl0"(-9)
Restart 18:06 Channel 3 High Signal Irregularity Restart 10/11/12 10:41 Channel I High Range Change ErTor Restart 10:48 Period Removing the Start Up Source Restart 12:38 Channel I High Range Change Error Restart 13:50 Chl low Loss of Signal Restart 14:29 Period Raising Detector Caused Additional Signal Noise Restart 10/16/12 13:28 Loss of Power Building Loss Power Briefly Restart 10/17/12 12:06 Channel I Low Loss of Signal Restart 19:40 Period Bumping of the Console Restart 10/18/12 14:27 Channel 3 High Range Change Error Restart Channel 3 Low Range Change Error Restart 10/19/12 13:25 Channel 3 High Range Change Error Restart 16:35 Bumped Console Bumped Chair into Console Restart 10/23/12 9:53 Period Power Transient Restart 12:14 Period Signal Irregularity Restart 13:23 Channel 2 Low Suspected Signal Irregularity Restart 15:37 Period Electrical Transient* (Period within Range) Restart 17:58 Period Electrical Transient* (Period within Range) Restart 10/24/12 15:44 Channel 3 High Range Change Error Restart 10/29/12 19:50 Channel 3 High Range Change Error Restart 20:34 Channel 3 High Range Change Error Restart 20:36 Channel 3 High Range Change Error Restart 10/30/12 9:28 Channel 1 Low Loss of Signal Restart 10/31/12 9:43 Channel 3 High Range Change Error Restart 11/1/12 13:27 Not Indicated Activating Channel I Solenoid Restart 11/5/12 9:59 Channel I Low Suspected Electrical Transient*
Restart 10:03 Period Suspected Electrical Transient*
Restart 21:30 Channel 3 High Range Change Error Restart 21:49 Channel I Low Suspected Electrical Transient*
Restart 11/7/12 19:48 Channel I Low Loss of Signal Restart 11/8/12 10:15 Channel 3 High Operator Error (Training)
Restart 11:14 Channel 3 Low Suspected Electrical Transient*
Shutdown 11/9/12 13:19 Channel I Low Under Estimation ofOscillator Reactivity Restart 16:46 Channel I Low Suspected Electrical Transient*
Shutdown Idaho State University AGN-201M Reactor 2011 Annual Report Page 6 of 10 1 1/13/12 12:58 Loss of Power Loss of Power to Circuit Shutdown 11/15/12 13:37 Period Raising Detector Caused Additional Signal Noise Restart 11/21/12 14:28 Channel 3 High Signal Irregularity During Range Change Restart 12/13/12 13:43 Channel 3 Low RangeChange Error Restart 13:52 Period Inserted Poly Rod Too Quickly Restart 14:12 Period Raising Detector Caused Additional Signal Noise Restart 15:52 Channel 3 Low Signal Irregularity Restart 16:00 Period Raising Detector Caused Additional Signal Noise Restart 12/14/12 11:53 Channel 1 Low Operator Error Restart 12/20/12 12:59 Period Raising Detector Caused Additional Signal Noise Restart 12/21/12 12:43 Channel I Low Suspected Electrical Transient*
Restart 13:01 Channel I Low Suspected Electrical Transient*
Restart 15:00 Channel 3 High Range Change Error Restart 12/27/12-14:06 Channel I Low Signal Irregularity During Range Change Restart 12/28/12 16:15 Channel I Low Suspected Electrical Transient*
Restart 12/31/12 10:47 Channel I Low Suspected Signal Irregularity Restart.11:06 Channel I High Non-Reproducible Rate Meter Issue Restart* Electrical transients are signal & power irregularities associated with using older vacuum robe based analogue circuitry.
: 4. Safety-Related Corrective Maintenance:
: 4. Safety-Related Corrective Maintenance:
1/31/2012:
1/31/2012: Channel 3 detector changed its response output and was replaced with a comparable BF3 tube. In addition the SHV connector was replaced with one designed for RG-59 cable and recalibrated.
Channel 3 detector changed its response output and was replaced with a comparable BF3 tube. In addition the SHV connector was replaced with one designed for RG-59 cable and recalibrated.
3/6/2012: The down indicator switch on the FCR had been knocked out of place, causing the drive to continue to drive out despite being in the bottom position and the interlock OK light bulb failed. The switch was repositioned for proper operation and the light bulb replaced.
3/6/2012:
3/14/2013: A bad cable connection causing a short, preventing the magnet to energize, was located.
The down indicator switch on the FCR had been knocked out of place, causing the drive to continue to drive out despite being in the bottom position and the interlock OK light bulb failed. The switch was repositioned for proper operation and the light bulb replaced.3/14/2013:
A bypass cable fixed the problem and the main cable connection fixed to return normal functionality.
A bad cable connection causing a short, preventing the magnet to energize, was located.A bypass cable fixed the problem and the main cable connection fixed to return normal functionality.
3/21/2012: The Channel 3 detector lost signal, a connection problem was the likely cause. The detector chamber was removed and all connecting cables were replaced with new connections, returning functionality to the system.
3/21/2012:
5/25/2012:The rod drop box was rebuilt with new wiring after a significant amount of troubleshooting.
The Channel 3 detector lost signal, a connection problem was the likely cause. The detector chamber was removed and all connecting cables were replaced with new connections, returning functionality to the system.5/25/2012:The rod drop box was rebuilt with new wiring after a significant amount of troubleshooting.
5/30/2012: A power outage cause damage to Channel 2. Vacuum tubes V-12, V-14 & V-17. power line fuse, and the 1.5-volt battery were replaced.
5/30/2012:
 
A power outage cause damage to Channel 2. Vacuum tubes V-12, V-14 & V-17. power line fuse, and the 1.5-volt battery were replaced.
Idaho State University AGN-201M Reactor 2011 Annual Report Page 7 of 10 6/5/2012:   Magnet current was found to be high (0.9 mA) and after replacing the V-7 vacuum tube the current returned to a normal 0.6 mA.
Idaho State University AGN-201M Reactor 2011 Annual Report Page 7 of 10 6/5/2012:
8/30/2012: Channel I was having signal problems due to improper cabling and connectors. The system was rebuilt in a way so that the detector's position does not stress the signal cable and removes the need to raise the detector.
Magnet current was found to be high (0.9 mA) and after replacing the V-7 vacuum tube the current returned to a normal 0.6 mA.8/30/2012:
10/4/12:   The analogue position display primary gear broke so that the tens digit wouldn't turn.
Channel I was having signal problems due to improper cabling and connectors.
The unit was replaced with a comparable spare.
The system was rebuilt in a way so that the detector's position does not stress the signal cable and removes the need to raise the detector.10/4/12: The analogue position display primary gear broke so that the tens digit wouldn't turn.The unit was replaced with a comparable spare.12/3/12: Channel 2 failed pre-start checks. The F-I (250V 3A) fuse, V-13 6Y6GA vacuum tube, V-12 6BW4 vacuum tube, and the V-I 6BW4 vacuum tube was replaced in Channel 2 to return functionality.
12/3/12:   Channel 2 failed pre-start checks. The F-I (250V 3A) fuse, V-13 6Y6GA vacuum tube, V-12 6BW4 vacuum tube, and the V-I 6BW4 vacuum tube was replaced in Channel 2 to return functionality.
12/12/12:
12/12/12: During operation the Safety Rod I dropped out properly, however the chassis jammed in position. It was found that the twin drive screws were uneven; they were greased and reset into position. In addition there was a problem with the "up" microswitch; the microswitch and the wiring were replaced.
During operation the Safety Rod I dropped out properly, however the chassis jammed in position.
: 5. Modifications.
It was found that the twin drive screws were uneven; they were greased and reset into position.
A. Changes in Facility Design.
In addition there was a problem with the "up" microswitch; the microswitch and the wiring were replaced.5. Modifications.
None.
A. Changes in Facility Design.None.B. Changes to Procedures.
B. Changes to Procedures.
None.C. Experiments.
None.
C. Experiments.
Experimental procedure 12 Oscillator Experiment was revised to have descriptions for both linear and rotary oscillators and guidelines for operating them simultaneously.
Experimental procedure 12 Oscillator Experiment was revised to have descriptions for both linear and rotary oscillators and guidelines for operating them simultaneously.
D. Reactor Safety Committee.
D. Reactor Safety Committee.
As of the end of the reporting period, membership of the Reactor Safety Committee (RSC)consisted of the following individuals:
As of the end of the reporting period, membership of the Reactor Safety Committee (RSC) consisted of the following individuals:
Frank Fl. Just -Chair (retired from INL)Jay F. Kunze -Reactor Administrator Adam L. Mallicoat  
Frank Fl. Just - Chair (retired from INL)
-Reactor Supervisor Richard R. Brey -Department Chair Peter Farina -Radiation Safety Officer Robert Boston, PE, CHP (DOE-ID)Kermit Bunde (DOE-ID)
Jay F. Kunze - Reactor Administrator Adam L. Mallicoat - Reactor Supervisor Richard R. Brey - Department Chair Peter Farina - Radiation Safety Officer Robert Boston, PE, CHP (DOE-ID)
Idaho State University AGN-201M Reactor 2011 Annual Report Page 8 of 10 Richard E. McCracken (retired from INL)6. Summary of Changes Reportable under 10 CFR 50.59.The paper chart recorder set up for the detector channels 2 & 3 were changed to utilize a digital chart recorder.
Kermit Bunde (DOE-ID)
The new recorder is capable recording data and displaying the response over time and cannot impact reactor operation as installed.
 
The data is stored on a removable flash drive for easy analysis and storage.7. Radioactive Effluents.
Idaho State University AGN-201M Reactor 2011 Annual Report Page 8 of 10 Richard E. McCracken (retired from INL)
A. Liquid Waste -Total Activity Released:
: 6. Summary of Changes Reportable under 10 CFR 50.59.
None.B. Gaseous Waste -Total Estimated Activity Released:
The paper chart recorder set up for the detector channels 2 & 3 were changed to utilize a digital chart recorder. The new recorder is capable recording data and displaying the response over time and cannot impact reactor operation as installed. The data is stored on a removable flash drive for easy analysis and storage.
14.4 1.tCi of Ar-41.The AGN-201 Reactor was operated for 148 watt-hours at power levels up to approximately 4.9 watts. At this power level Ar-41 production is negligible and substantially below the effluent concentration limit given in 10 CFR 20 Appendix B, Table 2. The total activity of Ar-41 released to the environment was conservatively estimated at 14.4 [tCi. This activity corresponds to the total activity of all gaseous radioactive effluent from the facility.
: 7. Radioactive Effluents.
A monthly summary of calculated gaseous releases is given in Table IV.Table IV. Summary of Monthly Gaseous Radioactive Effluent Releases (1 January 2012 through 31 December 2012)Ar-41 Month (vCi)January 0.0 February 1.0 March 1.2 April 1.7 May 0.8 June 0.8 June 0.6 August 1.4 September 3.0 October 1.5 November 1.7 December 0.6 Total 14.4 C. Solid Waste -Total Activity:
A. Liquid Waste - Total Activity Released: None.
None.
B. Gaseous Waste -Total Estimated Activity Released: 14.4 1.tCi of Ar-41.
Idaho State University AGN-201M Reactor 2012 Annual Report Page 9 of 10 8. The latest environmental radiation surveys, performed at the facility boundary while the reactor was operating at 60% of full licensed power (3.0 watt), measured a maximum combined neutron and gamma dose equivalent rate of less than 2.0 mrem hr-' at the outside walls of the building proximal to the reactor. The total equivalent dose rate at 100% power at these locations was less than 4 mrrem hr 1.9. Radiation Exposures.
The AGN-201 Reactor was operated for 148 watt-hours at power levels up to approximately 4.9 watts. At this power level Ar-41 production is negligible and substantially below the effluent concentration limit given in 10 CFR 20 Appendix B, Table
The Radiation Safety Officer reviews personnel radiation exposures quarterly.
: 2. The total activity of Ar-41 released to the environment was conservatively estimated at 14.4 [tCi. This activity corresponds to the total activity of all gaseous radioactive effluent from the facility. A monthly summary of calculated gaseous releases is given in Table IV.
Annual reports of ionizing radiation doses are provided by the Radiation Safety Officer to all monitored personnel as required under the provisions of 10 CFR 19.Personnel with duties in the reactor laboratory on either a regular or occasional basis have been issued radiation dosimeters by the Idaho State University Technical Safety Office.The duty category and whole body exposure for the 2012 monitoring period of personnel are summarized in Table V:.Table V. Personnel Radiation Monitored for 1/1/2011-12/31/2011 Name Exposure by Type (mrem)Deep Lens Shallow Aryal, Harishchandra 2 2 2 Baker, Ben so 49 46 Baral, Madhav 2 2 1 Bishart, Bishara 1 1 1 Bundy, Deric 3 4 10 Burrows, Ian J 7 6 6 Gorham, Mackenzie  
Table IV. Summary of Monthly Gaseous Radioactive Effluent Releases (1 January 2012 through 31 December 2012)
<1 <1 <1 Horkley, Matt 2 2 1 Imel, George <1 <1 <1 Jash, Soumadipta  
Ar-41 Month         (vCi)
<1 <1 <1 Kamerman, David <1 <1 <1 Krieger, Michael 11 12 12 Kunze, Jay <1 <1 <1 Langbehn, Adam 7 6 6 Loveland, Ryan 14 13 12 Lum, Edward 1 1 1 Mallicoat, Adam 2 2 1 Misner, Jesse 3 3 2 Nelson, Alan 2 2 2 Nelson, Marcus <1 <1 <1 Nimmagadda, Jyothier Kumar <1 <1 <1 Riley, Tony 3 2 2 Steele, Dallin <1 <1 <1 Idaho State University AGN-201M Reactor 2012 Almual Report Page 10 of 10 Stewart, Trevor 3 3 2 Tam, Austin 1 1 <1 Tormohlen, Derick. <1 <1 <1 Wachs, Katelyn 2 3 3 Chaczko, Malwina <1 <1 <1 Isaacs, Daniel <1 <1 <1 McBeath, Scott <1 <1 <1 Nelson, Katherine 3 2 2 Hart, Paul <1 <1 4 The 10 CFR 20.1201 occupational dose limits to adults are: total 5 rem, lens of eye 15 rem, shallow 50 rem, and deep 50 rem. The doses received for all reactor laboratory personnel during 2012 are well below the dose limits of 10 CFR 20.1201, and well below ISU ALARA limits (I REM per year, 0.3 REM per quarter).Anytime a member of the public visits the reactor pin dosimeters are issued for the extent of the tour. A minimum of I dosimeter to every 5 people is issued for a representative group dose. During the 2012 calendar year there were 476 recorded visitors to the facility.A summary of the public dose exposure is presented in Table VI.Table VI. Summary Whole-Body Exposures to the Public (1 January 2012 through 31 December 2012)Estimated whole-body exposure range (mrem): Number of individuals in each range: No Observable Dose 433 1.0 mrem* 30 Greater than 1.0 but below 5.0 mrem 12 Greater than 5.0 but below 10.0 mrem 1 Total number of individuals reported 476*Below 1.0 mrem is considered un-measureable None of the 476 visitors to the facility during 2012 received a measurable dose that would exceed the annual 0.5 rem dose limit of 10 CFR 20.1301. Note there was only one reading that was above 5 n-rem, this is likely due to the shock of dropping the dosimeter.
January         0.0 February         1.0 March         1.2 April         1.7 May           0.8 June         0.8 June         0.6 August         1.4 September         3.0 October         1.5 November         1.7 December         0.6 Total         14.4 C. Solid Waste - Total Activity: None.
 
Idaho State University AGN-201M Reactor 2012 Annual Report Page 9 of 10
: 8. The latest environmental radiation surveys, performed at the facility boundary while the reactor was operating at 60% of full licensed power (3.0 watt), measured a maximum combined neutron and gamma dose equivalent rate of less than 2.0 mrem hr-' at the outside walls of the building proximal to the reactor. The total equivalent dose rate at 100% power at these locations was less than 4 mrrem hr 1 .
: 9. Radiation Exposures.
The Radiation Safety Officer reviews personnel radiation exposures quarterly. Annual reports of ionizing radiation doses are provided by the Radiation Safety Officer to all monitored personnel as required under the provisions of 10 CFR 19.
Personnel with duties in the reactor laboratory on either a regular or occasional basis have been issued radiation dosimeters by the Idaho State University Technical Safety Office.
The duty category and whole body exposure for the 2012 monitoring period of personnel are summarized in Table V:
                . Table V. Personnel Radiation Monitored for 1/1/2011-12/31/2011 Name                                   Exposure by Type (mrem)
Deep       Lens   Shallow Aryal, Harishchandra                   2         2           2 Baker, Ben                           so         49         46 Baral, Madhav                         2         2           1 Bishart, Bishara                       1         1           1 Bundy, Deric                           3         4           10 Burrows, Ian J                         7         6           6 Gorham, Mackenzie                     <1         <1           <1 Horkley, Matt                         2         2           1 Imel, George                         <1         <1           <1 Jash, Soumadipta                     <1         <1           <1 Kamerman, David                       <1         <1           <1 Krieger, Michael                     11         12           12 Kunze, Jay                           <1         <1           <1 Langbehn, Adam                         7         6           6 Loveland, Ryan                       14         13           12 Lum, Edward                           1         1           1 Mallicoat, Adam                       2         2           1 Misner, Jesse                         3         3           2 Nelson, Alan                           2         2           2 Nelson, Marcus                       <1         <1           <1 Nimmagadda, Jyothier Kumar           <1         <1           <1 Riley, Tony                           3         2           2 Steele, Dallin                       <1         <1           <1
 
Idaho State University AGN-201M Reactor 2012 Almual Report Page 10 of 10 Stewart, Trevor                           3       3           2 Tam, Austin                               1       1           <1 Tormohlen, Derick.                       <1       <1           <1 Wachs, Katelyn                           2       3           3 Chaczko, Malwina                         <1       <1           <1 Isaacs, Daniel                           <1       <1           <1 McBeath, Scott                           <1       <1           <1 Nelson, Katherine                         3       2           2 Hart, Paul                               <1       <1           4 The 10 CFR 20.1201 occupational dose limits to adults are: total 5 rem, lens of eye 15 rem, shallow 50 rem, and deep 50 rem. The doses received for all reactor laboratory personnel during 2012 are well below the dose limits of 10 CFR 20.1201, and well below ISU ALARA limits (I REM per year, 0.3 REM per quarter).
Anytime a member of the public visits the reactor pin dosimeters are issued for the extent of the tour. A minimum of I dosimeter to every 5 people is issued for a representative group dose. During the 2012 calendar year there were 476 recorded visitors to the facility.
A summary of the public dose exposure is presented in Table VI.
Table VI. Summary Whole-Body Exposures to the Public (1 January 2012 through 31 December 2012)
Estimated whole-body                                         Number of individuals exposure range (mrem):                                         in each range:
No Observable Dose                                                   433 1.0 mrem*                                                             30 Greater than 1.0 but below 5.0 mrem                                   12 Greater than 5.0 but below 10.0 mrem                                   1 Total number of individuals reported                                 476
      *Below 1.0 mrem is considered un-measureable None of the 476 visitors to the facility during 2012 received a measurable dose that would exceed the annual 0.5 rem dose limit of 10 CFR 20.1301. Note there was only one reading that was above 5 n-rem, this is likely due to the shock of dropping the dosimeter.
Therefore, the average and maximum doses received by personnel and the public are well within NRC guidelines.
Therefore, the average and maximum doses received by personnel and the public are well within NRC guidelines.
Report prepared by: Adam nIMallicoat, Reactor Manager/Supervisor August 30th, 2012}}
Report prepared by:   AdamnIMallicoat, Reactor Manager/Supervisor August 30th, 2012}}

Latest revision as of 14:10, 4 November 2019

Transmittal of Annual Report and Minor Amendment (#8) to the Technical Specifications for NRC Reactor License R-110
ML13268A448
Person / Time
Site: Idaho State University
Issue date: 09/19/2013
From: Grimes H
Idaho State University
To:
Document Control Desk, Office of Nuclear Reactor Regulation
References
Download: ML13268A448 (23)
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Text

Idaho UNIVERSITY State Office for Research and Economic Development 921 South 8th Avenue, Stop 8130 0 Pocatello, Idaho 83209-8130 September 19, 2013 NRC Document Control Desk U.S. Nuclear Regulatory Commission One White Flint North, MS OWEN-1 E13 11555 Rockville Pike Rockville, MD 20852-2738

SUBJECT:

Transmittal of Annual Report and Minor Amendment (#8) to the Technical Specifications for NRC Reactor License R-110 The two copies of each enclosure are:

1. The Annual Report for calendar year 2012 for the AGN-201 Reactor, NRC License R- 110.

Docket #50-284.

2. Amendment #8 for the Technical Specifications for the same reactor. This amendment is a minor change to the organization chart for the university. The name of the college where the reactor is located and administered has been changed from "College of Engineering" to "College of Science and Engineering". Also, the reporting line for the Reactor Safety Committee is now shown specifically as being to the Reactor Administrator.

Please transmit one copy of each of these documents to the license program manager.

Mr, Duane A. Hardesty Research and Test Reactors Mail Stop: 0-12 D03 Phone: (301)415-3724 Sincerely, Howard Grimes Vice President for Research and Economic Development Encl: (4) ec: Dr. Jay Kunze, Reactor Administrator Phone: (208) 282-3134

  • Fax: (208) 282-4487 0 www.isu.edu/research ISU is an Equal Opportunity Employer

University Officer and Dean of the College of Science and Engineering may be the same individual (2)The Reactor Administrator could be the Dean of Science and Engineering, or the Chair or a faculty member of the Department of Nuclear Engineering and Health Physics. However, regarding NRC licenses, the Reactor Administrator reports to the Dean of the College of Science and Engineering and not necessarily through the Department of Nuclear Engineering and Health Physics, which is a department in the College of Science and Engineering.

(3) The Reactor Supervisor reports td the Reactor Administrator, and may not necessarily report through the Chair of the Nuclear Engineering and Health Phys8ics Department.

(4) Requires a NRC Senior Reactor Operators (SRO) License

  • Requires a NRC Reactor Operators License (or an SRO license), except per 10 CFR 55.13 Figure 1. Administrative Organization of the ISU AGN-201 Reactor Facility, NRC License R- I10, chain of corrnmand in regard to nuclear operation and safety. Dotted lines represent communication channels.

Persons holding positions on the Administrative organization shall meet or exceed the qualification requirements of ANSI/ANS-15.4-1988, "Selection and Training of Personnel for Research Reactors."

6.1.5 Reactor Operators Reactor Operators shall be responsible for the manipulation of the reactor controls, monitoring of instrumentation, operation of the reactor-related equipment, and maintenance of the complete and current records during operation of the facility. Reactor Operators shall hold a valid Reactor Operator's license issued by the U.S. Nuclear Regulatory Commission.

AGN-20 I - Technical Specifications, Amendment 48 Transmitted to NRC September 20, 2013: Page 21 of 31

Idaho State University AGN-201M Reactor Facility License R-1 10, Docket No. 50-284 Annual Operating Report for 2012 Calendar Year

1. Narrative Summary A. Changes in Facility Design, Performance Characteristics, and Operating Procedures:

There were no changes in facility design, performance characteristics, and operating procedures relating to reactor safety or operations during the reporting period.

B. Results of Major Surveillance Tests and Inspections:

(1) Channel tests perfon'ned on all safety channels and scram interlocks were found to be satisfactory and within specifications. Channels 1, 2, & 3 were tested 8/10/2012, 5/2/2012, & 8/20/2012 respectively.

(2) Power level (4/2/2012) and period check (3/22/2012) experiments were performed with satisfactory results.

(3) The shield water tank was inspected (6/11/2012) and no leaks or excessive corrosion were observed. The water level interlock tested satisfactorily (6/11/2012).

(4) The seismic displacement & temperature interlocks were tested and found satisfactory (7/26/2012).

(5) (a) Control element capsules (cladding) were inspected (6/28/12) and found to be in good condition with no evidence of deterioration since the previous inspection.

(b) The control rod drive mechanisms were inspected (6/28/12) and tested with satisfactory results.

(c) Ejection times were measured for all SCRAM-able rods and found to be less than I seconds (d) The reactivity worth of all safety and control rods were measured, as well as the time required to drive each rod to its fully inserted position. Reactivity insertion rates were determined to be less than 0.042%A1kk s-' ($0.058 s-') for all rods.

(e) The shutdown margin was determined to be greater than 2.2%Ak/k ($3.0) with both the most reactive SCRAM-able rod and the fine control rod fully inserted.

8/15/12.

(f) All surveillances were within the appropriate Technical Specification requirements.

Idaho State University AGN-201M Reactor 2011 Annual Report Page 2 of 10

? Operating History and Energy Output.

The reactor was operated at power levels up to 4.9 watts for a total of 148 watt-hours of thermal energy during this reporting period. A summary of monthly operations for 2012 is given in Table I.

Table 1. Summary of Monthly Reactor Operations (1 January 2012 through 31 December 2012)

Month Energy (W-hr)

January 0.0 February 9.9 March 11.9 April 17.9 May 8.6 June 8.3 June 6,2 August 14.6 September 31.3 October 15.8 November 17.1 December 6.5 Total 148.0 The 0.148 kWh consumed 7.5 micrograms of U-235. During the calendar year, a number of students went through reactor operator training. During the calendar year, four students took NRC licensing exams. Two were awarded Reactor-Operator (RO) licenses and one was awarded a Senior Reactor-Operator (SRO) license. Two operator-licenses were terminated during the year because students left the university.

3. A. Unscheduled Shutdowns and Corrective Actions Taken.

None.

B. Inadvertent Scrams and Action Taken.

There were 159 inadvertent scrams during this reporting period. Table I1 summarizes the inadvertent scrams, known or suspected cause, and action taken.

Idaho State University AGN-201 M Reactor 2011 Annual Report Page 3 of 10 Table II. Summary of Inadvertent Scrarns (1 January 2012 through 31 December 2012)

Date 2/1/12 FTime 15:43 Scram Type Channel I Low Operator Error Cause Action Restart 16:21 Channel I Low Operator Error Shutdown 2/2/12 14:13 Channel 1 High Range Change Error Restart 14:43 Not Indicated Suspected Electrical Transient* Shutdown 2/8/12 16:09 Channel 3 High Range Change Error Restart 16:19 Channel I High Range Change Error Restart 16:22 Period Operator Error Restart 2/9/12 13:51 Channel 3 High Signal Irregularity Restart 14:17 Period Operator Error Restart 15:03 Period Insertion of Source Restart 15:13 Channel I High Range Change Error Restart 2/13/12 23:36 Channel I Low Low Power Operation Restart 0:02 Channel 1 High Low Powver Operation Restart 2/16/12 13:35 Channel I Low Loss of Signal Restart 14:07 Channel I Low Loss of Signal Restart Magnet Over-2/22/12 13:50 Current Magnet Current SCRAM Set Too Low Restart 2/27/12 17:14 Channel 3 High Range Change Error Restart 18:04 Not Indicated Suspected Electrical Transient* Shutdown 3/21/12 15:56 Channel I Low Loss of Signal Shutdown 4/2/12 16:52 Channel I Low Loss of Signal Restart 4/4/12 11:11 Channel I Low Loss of Signal Restart Magnet Over-4/9/12 16:38 Current Magnet Current SCRAM Set Too Low Restart 5/9/12 16:48 Channel 3 High Signal Irregularity Restart 17:06 Channel 3 High Signal Irregularity Restart 5/15/12 16:40 Channel 3 High Signal Irregularity & Range Change Error Restart 19:43 Channel 3 High Over Estimation of Oscillator Reactivity Restart 5/18/12 11:37 Channel 3 High Range Change Error Restart 14:36 Not Indicated Range Change Error Restart Magnet Over-5/23/12 16:47 Current Suspected Electrical Transient* Restart Magnet Over- Suspected Signal Interference & Detector is 17:18 Current Insulated Restart Magnet Over-5/24/12 11:14 Current Suspected Electrical Transient* Shutdown 6/5/12 16:27 Period Chanel #1 Raise Interference Restart 6/6/12 16:37 Channel I High Range Change Error Restart

Idaho State University AGN-201M Reactor 2011 Annual Report Page 4 of 10 T T r 7/13/12 15:42 Channel 3 High Operator Error (Training) Restart 15:50 Channel 3 High Operator En-or (Training) Restart 16:10 Channel 3 Low Signal u Teegularity Restart 8/7/12. 16:47 Channel 3 Low Suspected Electrical Transient* Restart 8/8/12 16:18 Channel 1 Low Removing the Start Up Source Restart 16:30 Channel I Low Signal Irregularity Restart 8/10/12 13:10 Channel I Low Suspected Signal Irregularity Restart Investigate 13:29 Channel I Low Detector Stuck When Raise Pressed & Restart 14:28 Channel I Low Suspected Signal Irregularity Restart 8/30/12 13:34 Channel I Supervisor Re-Set Time Constant During Operation Shutdown 8/31/12 10:39 Channel I Low Signal Irregularity Shutdown 14:59 Channel 3 High Range Change Error Restart 15:08 Channel I High Suspected Signal Irregularity Shutdown 9/5/12 20:24 Channel 3 High Range Change Error Restart 21:33 Channel 3 High Range Change Error Restart 9/6/12 11:26 Channel I Low Range Change Error Restart 11:35 Channel I Low Range Change Error Restart 9/6/12 17:35 Channel 3 High Occurred During Range Change Restart 17:41 Raise Button Raising Detector Caused Additional Signal Noise Restart 9/7/12 12:38 Channel 1 Low Suspected Signal Irregularity Restart 12:58 Channel I Low Suspected Signal Irregularity Restart 9/12/12 14:52 Channel 3 High Operator Error (Training) Restart 9/13/12 9:11 Channel 3 High Operator Error Restart 9:33 Channel 3 High Erratic Response Changing to 3x10^(-9) Range Restart 10:10 Channel 3 High Erratic Signal Restart 10:23 Channel 3 High Operator Error Restart 14:00 Not Indicated Occurred During Raising Ch #I Restart 14:38 Channel 3 High Signal Irregularity During Range Change Restart 9/14/12 12:59 Not Indicated Occurred During Raising Ch #1 Restart 14:07 Channel I Low Suspected Signal Irregularity Shutdown 9/15/12 11:28 Channel 3 High Range Change ErTor Restart 15:07 Channel 3 High Signal Irregularity During Range Change Restart 9/18/12 9:58 Channel 3 Low Accidently Hitting the Console Restart 9/19/12 19:40 Channel 3 High Range Change Error Restart 19:55 Channel I High Range Change Error Restart Adjust Cable 9/24/12 14:37 Period scram Raising Detector Caused Additional Signal Noise & Restart 20:01 Channel I Low Operator Error Restart Investigate 9/25/12 12:59 Channel 1 Low Suspected Electrical Transient* & Restart

Idaho State University AGN-201M Reactor 201 1 Annual Report Page 5 of 10 14:09 Channel I Low Suspected Electrical Transient* Restart 9/27/12 11:42 Channel I Low Raising Detector Caused Additional Signal Noise Restart 14:39 Raise Button Raising Detector Caused Additional Signal Noise Restart 101112 20:29 Channel 3 High Signal Detegularity During Range Change Restart 10/5/12 10:34 Channel 3 High Range Change Error Restart 10/9/12 16:32 Channel 1 Low Suspected Signal Irregularity Restart 10/10/12 13:08 Channel 3 High Noise in Range 3x10A(-8) & 10x10A(-9) Restart 18:06 Channel 3 High Signal Inregularity Restart 10/11/12 10:41 Channel 1 High Range Change Error Restart 10:48 Period Removing the Start Up Source Restart 12:38 Channel I High Range Change Error Restart 13:50 ChI low Loss of Signal Restart 14:29 Period Raising Detector Caused Additional Signal Noise Restart 10/16/12 13:28 Loss of Power Building Loss Power Briefly Restart 10/17/12 12:06 Channel I Low Loss of Signal Restart 19:40 Period Bumping of the Console Restart 10/18/12 14:27 Channel 3 High Range Change Error Restart Channel 3 Low Range Change Error Restart 10/19/12 13:25 Channel 3 High Range Change Error Restart 16:35 Bumped Console Bumped Chair into Console Restart 10/23/12 9:53 Period Power Transient Restart 12:14 Period Signal Irregularity Restart 13:23 Channel 2 Low Suspected Signal Irregularity Restart 15:37 Period Electrical Transient* (Period within Range) Restart 17:58 Period Electrical Transient* (Period within Range) Restart 10/24/12 15:44 Channel 3 High Range Change Error Restart 10/29/12 19:50 Channel 3 High Range Change Error Restart 20:34 Channel 3 High Range Change Error Restart 20:36 Channel 3 High Range Change Error Restart 10/30/12 9:28 Channel I Low Loss of Signal Restart 10/31/12 9:43 Channel 3 High Range Change Error Restart 11/1/12 13:27 Not Indicated Activating Channel I Solenoid Restart 11/5/12 9:59 Channel I Low Suspected Electrical Transient* Restart 10:03 Period Suspected Electrical Transient* Restart 2.1:30 Channel 3 High Range Change Error Restart 21:49 Channel I Low Suspected Electrical Transient* Restart 11/7/12 19:48 Channel I Low Loss of Siunal Restart 11/8/12 10:15 Channel 3 High Operator Error (Training) Restart 11:14 Channel 3 Low Suspected Electrical Transient* Shutdown 11/9/12 13:19 Channel 1 Low Under Estimation of Oscillator Reactivity Restart 16:46 Channel I Low Suspected Electrical Transient* Shutdown

Idaho State University AGN-201 M Reactor 2011 Annual Report Page 6 of 10 11/13/12 12:58 1 Loss of Power Loss of Power to Circuit IShutdown 11/15/12 13:37 Period Raising Detector Caused Additional Signal Noise Restart 11/21/12 14:28 Channel 3. High Signal Irregularity During Range Change Restart 12/13/12 13:43 Channel 3 Low Range Change Error Restart 13:52 Period Inserted Poly Rod Too Quickly Restart 14:12 Period Raising Detector Caused Additional Signal Noise Restart 15:52 Channel 3 Low Signal Irregularity Restart 16:00 Period Raising Detector Caused Additional Signal Noise Restart 12/14/12 11:53 Channel 1 Low Operator Error Restart 12/20/12 12:59 Period Raising Detector Caused Additional Signal Noise Restart 12/21/12 12:43 Channel I Low Suspected Electrical Transient* Restart 13:01 Channel I Low Suspected Electrical Transient* Restart 15:00 Channel 3 High Range Change Error Restart 12/27/12 14:06 Channel 1 Low Signal Irregularity During Range Change Restart 12/2S/12 16:15 Channel I Low Suspected Electrical Transient* Restart 12/31/12 10:47 Channel 1 Low Suspected Signal Irregularity Restart 11:06 Channel 1 High Non-Reproducible Rate Meter Issue Restart

  • Electrical transients are signal & power irregularities associated with using older vacuum tube based analogue circuitry.
4. Safety-Related Corrective Maintenance:

1/31/2012: Channel 3 detector changed its response output and was replaced with a comparable BF3 tube. In addition the SHV connector was replaced with one designed for RG-59 cable and recalibrated.

3/6/2012: The down indicator switch on the FCR had been knocked out of place, causing the drive to continue to drive out despite being in the bottom position and the interlock OK light bulb failed. The switch was repositioned for proper operation and the light bulb replaced.

3/14/2013: A bad cable connection causing a short, preventing the magnet to energize, was located.

A bypass cable fixed the problem and the main cable connection fixed to return normal functionality.

3/21/2012: The Channel 3 detector lost signal, a connection problem was the likely cause. The detector chamber was removed and all connecting cables were replaced with new connections, returning functionality to the system.

5/25/2012:The rod drop box was rebuilt with new wiring after a significant amount of troubleshooting.

5/30/2012: A power outage cause damage to Channel 2. Vacuum tubes V-12, V-14 & V-17, power line fuse, and the 1.5-volt battery were replaced.

Idaho State University AGN-201M Reactor 2011 Annual Report Page 7 of 10 6/5/2012: Magnet current was found to be high (0.9 mA) and after replacing the V-7 vacuum tube the current returned to a normal 0.6 mA.

8/30/2012: Channel I was having signal problems due to improper cabling and connectors. The system was rebuilt in a way so that the detector's position does not stress the signal cable and removes the need to raise the detector.

10/4/12: The analogue position display primary gear broke so that the tens digit wouldn't turn.

The unit was replaced with a comparable spare.

12/3/12: Channel 2 failed pre-start checks. The F-I (250V 3A) fuse, V-13 6Y6GA vacuum tube, V-12 6BW4 vacuum tube, and the V-I 6BW4 vacuum tube was replaced in Channel 2 to return functionality.

12/12/12: During operation the Safety Rod I dropped out properly, however the chassis jammed in position. It was found that the twin drive screws were uneven; they were greased and reset into position. In addition there was a problem with the "Lp" microswitch; the microswitch and the wiring were replaced.

5. Modifications.

A. Changes in Facility Design.

None.

B. Changes to Procedures.

None.

C. Experiments.

Experimental procedure 12 Oscillator Experiment was revised to have descriptions for both linear and rotary oscillators and guidelines for operating them simultaneously.

D. Reactor Safety Committee.

As of the end of the reporting period, membership of the Reactor Safety Committee (RSC) consisted of the following individuals:

Frank H. Just - Chair (retired fromn FIN.)

Jay F. Kunze - Reactor Administrator Adam L. Mallicoat - Reactor Supervisor Richard R. Brey - Department Chair Peter Farina - Radiation Safety Officer Robert Boston. PE, CHP (DOE-ID)

Kermit Bunde (DOE-ID)

Idaho State University AGN-201M Reactor 2011 Annual Report Page 8 of 10 Richard E. McCracken (retired from INL)

6. Summary of Changes Reportable under 10 CFR 50.59.

The paper chart recorder set up for the detector channels 2 & 3 were changed to utilize a digital chart recorder. The new recorder is capable recording data and displaying the response over time and cannot impact reactor operation as installed. The data is stored on a removable flash drive for easy analysis and storage.

7. Radioactive Effluents.

A. Liquid Waste - Total Activity Released: None.

B. Gaseous Waste - Total Estimated Activity Released: 14.4 ýtCi ofAr-41.

The AGN-201 Reactor was operated for 148 watt-hours at power levels up to approximately 4.9 watts. At this power level Ar-41 production is negligible and substantially below the effluent concentration limit given in 10 CFR 20 Appendix B, Table

2. The total activity of Ar-41 released to the environment was conservatively estimated at 14.4 i.Ci. This activity corresponds to the total activity of all gaseous radioactive effluent from the facility. A monthly summary of calculated gaseous releases is given in Table IV.

Table IV. Summary of Monthly Gaseous Radioactive Effluent Releases (1 January 2012 through 31 December 2012)

Ar-41 Month (VCi)

January 0.0 February 1.0 March 1.2 April 1.7 May 0.8 June 0.8 June 0.6 August 1.4 September 3.0 October 1.5 November 1.7 December 0.6 Total 14.4 C. Solid Waste - Total Activity: None.

Idaho State University AGN-201M Reactor 2012 Amiual Report Page 9 of 10 8, The latest environmental radiation surveys, performed at the facility boundary while the reactor was operating at 60% of full licensed power (3.0 watt), measured a maximum combined neutron and gamma dose equivalent rate of less than 2.0 mrem hr' at the outside walls of the building proximal to the reactor. The total equivalent dose rate at 100% power at these locations was less than 4 mrem hr".

9, Radiation Exposures.

The Radiation Safety Officer reviews personnel radiation exposures quarterly. Annual reports of ionizing radiation doses are provided by the Radiation Safety Officer to all monitored personnel as required under the provisions of 10 CFR 19.

Personnel with duties in the reactor laboratory on either a regular or occasional basis have been issued radiation dosimeters by the Idaho State University Technical Safety Office.

The duty category and whole body exposure for the 2012 monitoring period of personnel are summarized in Table V:

Table V. Personnel Radiation Monitored for 1/1/2011-12/31/2011 Name Exposure by Type (mrem)

Deep Lens Shallow Aryal, Harishchandra 2 2 2 Baker, Ben 50 49 46 Baral, Madhav 2 2 1 Bishart, Bishara 1 1 1 Bundy, Deric 3 4 10 Burrows, Ian J 7 6 6 Gorham, Mackenzie <1 <1 <1 Horkley, Matt 2 2 1 Imel, George <1 <1 <1 Jash, Soumadipta <1 <1 <1 Kamerman, David <1 <1 <1 Krieger, Michael 11 12 12 Kunze, Jay <1 <1 <1 Langbehn, Adam 7 6 6 Loveland, Ryan 14 13 12 Lum, Edward 1 1 1 Mallicoat, Adam 2 2 1 Misner, Jesse 3 3 2 Nelson, Alan 2 2 2 Nelson, Marcus <1 <1 <1 Nimmagadda, Jyothier Klumar <1 <1 <1 Riley, Tony 3 2 2 Steele, Dallin <1 <1 <1

Idaho State University AGN-201M Reactor 2012 Annual Report Page 10ofl0 Stewart, Trevor 3 3 2 Tam, Austin 1 1 <1 Tormohlen, Derick <1 <1. <1 Wachs, Katelyn 2 3 3 Chaczko, Malwina <1 <1 <1 isaacs, Daniel <1 <1 <1 McBeath, Scott <1 <1 <1 Nelson, Katherine 3 2 2 Hart, Paul <1 <1 4 The 10 CFR 20.1201 occupational dose limits to adults are: total 5 rem, lens of eye 15 reni, shallow 50 rem, and deep 50 remn. The doses received for all reactor laboratory personnel during 2012 are well below the dose limits of 10 CFR 20.1201, and well below ISU ALARA limits (1 REM per year, 0.3 REM per quarter).

Anytime a member of the public visits the reactor pin dosimeters are issued for the extent of the tour. A minimum of I dosimeter to every 5 people is issued for a representative group dose. During the 2012 calendar year there were 476 recorded visitors to the facility.

A summary of the public dose exposure is presented in Table VI.

Table VI. Summary Whole-Body Exposures to the Public (I January 2012 through 31 December 2012)

Estimated whole-body Number of individuals exposure range (mrem): in each range:

No Observable Dose 433 1.0 mrem* 30 Greater than 1.0 but below 5.0 mrem 12 Greater than 5.0 but below 10.0 mrem 1 Total number of individuals reported 476

  • Below 1.0 mrem is considered un-measureable None of the 476 visitors to the facility during 2012 received a measurable dose that would exceed the annual 0.5 remn dose limit of 10 CFR 20.1301. Note there was only one reading that was above 5 mrem, this is likely due to the shock of dropping the dosimeter.

Therefore, the average and maximum doses received by personnel and the public are well within NRC guidelines.

Report prepared by: Adam Mallicoat, Reactor Manager-/Supervisor Augutst 30th, 2012

Dean, College of Science and Engineeringo",2

. University Officer and Dean of the College of Science and Engineering may be the same individual (21The Reactor Administrator could be the Dean of Science and Engineering, or the Chair or a faculty member of the Department of Nuclear Engineering and Health Physics. However.

regarding NRC licenses, the Reactor Administrator reports to the Dean of the College of Science and Engineering and not necessarily through the Department of Nuclear Engineering and Health Physics, which is a department in the College of Science and Engineering.

  • The Reactor Supervisor reports to the Reactor Administrator, and may not necessarily report through the Chair of the Nuclear Engineering and Health PhysSics Department.

" Requires a NRC Senior Reactor Operators (SRO) License

'*t Requires a NRC Reactor Operators License (or an SRO license), except per 10 CFR 55.13 Figure 1. Administrative Organization of the ISU AGN-201 Reactor Facility, NRC License R- I10, chain of command in regard to nuclear operation and safety. Dotted lines represent communication channels.

Persons holding positions on the Administrative organization shall meet or- exceed the qualification requirements of ANSI/ANS- 15.4-1988, "Selection and Training of Personnel for Research Reactors."

6.1.5 Reactor Operators Reactor Operators shall be responsible for the manipulation of the reactor controls, monitoring of instrumentation, operation of the reactor-related equipment, and maintenance of the complete and current records during operation of the facility. Reactor Operators shall hold a valid Reactor Operator's license issuIed by the U.S. Nuclear Regulatory Commission.

AGN-20 I - Technical Specifications, Amendment #8 Transmitted to NRC September 20, 2013: Page 21 of 31

Idaho State University AGN-201M Reactor Facility License R-110, Docket No. 50-284 Annual Operating Report for 2012 Calendar Year

1. Nan-ative Summary A. Changes in Facility Design, Performance Characteristics, and Operating Procedures:

There were no changes in facility design, performance characteristics, and operating procedures relating to reactor safety or operations during the reporting period.

B. Results of Major Surveillance Tests and Inspections:

(1) Channel tests performed on all safety channels and scram interlocks were found to be satisfactory and within specifications. Channels 1, 2, & 3 were tested 8/10/2012, 5/2/2012, & 8/20/2012 respectively.

(2) Power level (4/2/2012) and period check (3/22/2012) experiments were performed with satisfactory results.

(3) The shield water tank was inspected (6/11/2012) and no leaks or excessive corrosion were observed. The water level interlock tested satisfactorily (6/11/2012).

(4) The seismic displacement & temperature interlocks were tested and found satisfactory (7/26/2012).

(5) (a) Control element capsules (cladding) were inspected (6/28/12) and found to be in good condition with no evidence of deterioration since the previous inspection.

(b) The control rod drive mechanisms were inspected (6/28/12) and tested with satisfactory results.

(c) Ejection times were measured for all SCRAM-able rods and found to be less than I seconds (d) The reactivity worth of all safety and control rods were measured, as well as the time required to drive each rod to its fully inserted position. Reactivity insertion rates were determined to be less than 0.042%Ak/k s-' ($0.058 s ') for all rods.

(e) The shutdown margin was determined to be greater than 2.2%Ak/k ($3.0) with both the most reactive SCRAM-able rod and the fine control rod fully inserted.

8/15/12.

(f) All surveillances were within the appropriate Technical Specification requirements.

Idaho State University AGN-201M Reactor 2011 Annual Report Page 2 of 10 Operating History and Energy Output.

The reactor was operated.at power levels up to 4.9 watts for a total of 148 watt-hours of thermal energy during this reporting period. A summary of monthly operations for 2012 is given in Table I.

Table I. Summary of Monthly Reactor Operations (1 January 2012 through 31 December 2012)

Month Energy (W-hr)

January 0.0 February 9.9 March 11.9 April 17.9 May 8.6 June 8.3 June 6.2 August 14.6 September 31.3 October 15.8 November 17.1 December 6.5 Total 148.0 The 0.148 kWh consumed 7.5 micrograms of U-235. During the calendar year, a number of students went through reactor operator training. During the calendar year, four students took NRC licensing exams. Two were awarded Reactor-Operator (RO) licenses and one was awarded a Senior Reactor-Operator (SRO) license. Two operator-licenses were terminated during the year because students left the university.

3. A. Unscheduled Shutdowns and Con-ective Actions Taken.

None.

B. Inadvertent Scrams and Action Taken.

There were 159 inadvertent scrams during this reporting period. Table II summarizes the inadvertent scramns, known or suspected cause, and action taken.

Idaho State University AGN-201M Reactor 2011 Annual Report Page 3 of 10 Table 11. Summary of Inadvertent Scrams (1 January 2012 through 31 December 20. 2)

Date Time [ Scram Type Cause Action 2/1/12 15:43 Channel i Low Operator Error Restart 16:21 Channel I Low Operator Error Shutdown 2/2/12 14:13 Channel 1 High Range Change Error Restart 14:43 Not Indicated Suspected Electrical Transient* Shutdown 2/8/12 16:09 Channel 3 High Range Change Error Restart 16:19 Channel 1 High Range Change Error Restart 16:22 Period Operator Error Restart 2/9/12 13:51 Channel 3 High Signal Irregularity Restart 14:17 Period Operator Error Restart 15:03 Period Insertion of Source Restart 15:13 Channel 1 High Range Change Error Restart 2/13/12 23:36 Channel I Low Low Power Operation Restart 0:02 Channel I High Low Power Operation Restart 2/16/12 13:35 Channel 1 Low Loss of Signal Restart 14:07 Channel 1 Low Loss of Signal Restart Magnet Over-2/22/12 13:50 CmTent Magnet Current SCRAM Set Too Low Restart 2/27/12 17:14 Channel 3 High Range Change Enror Restart 18:04 Not Indicated Suspected Electrical Transient* Shutdown 3/21/12 15:56 Channel I Low Loss of Signal Shutdown 4/2/12 16:52 Channel I Low Loss of Signal Restart 4/4/12 11:11 Channel 1 Low Loss of Signal Restart Magnet Over-4/9/12 16:38 Current Magnet Current SCRAM Set Too Low Restart 5/9/12 16:48 Channel 3 High Signal Irregularity Restart 17:06 Channel 3 High Signal Irregularity Restart 5/15/12 16:40 Channel 3 High Signal Irregularity & Range Change Enror Restart 19:43 Channel 3 High Over Estimation of Oscillator Reactivity Restart 5/18/12 11:37 Channel 3 High Range Change Error Restart 14:36 Not Indicated Range Change Enror Restart Magnet Over-5/23/12 16:47 Current Suspected Electrical Transient* Restart Magnet Over- Suspected Signal Interference & Detector is 17:18 Current Insulated Restart Magnet Over-5/24/12 11:14 Current Suspected Electrical Transient* Shutdown 6/5/12 16:27 Period Chanel #1 Raise Interference Restart 6/6/12 16:37 Channel I High Range Change Error Restart

Idaho State University AGN-201 M Reactor 201 1 Annual Report Page 4 of 10 7/13/12 15:42 Channel 3 Hi-gh Operator Error (Training) Restart 15:50 Channel 3 High Operator Error (Training) Restart 16:10 Channel 3 Low Signal Irregularity Restart 8/7/12 16:47 Channel I Low *SuspectedElectrical Transient* Restart 8/8/12 16:18 Channel I Low Removing the Start Up Source Restart 16:30 Channel I Low Signal Irregularity Restart 8/10/12 13:10 Channel I Low Suspected Signal Irregularity Restart Investigate 13:29 Channel I Low Detector Stuck When Raise Pressed & Restart 14:28 Channel I Low Suspected Signal Irregularity Restart 8/30/12 13:34 Channel I Supervisor Re-Set Time Constant During Operation Shutdown 8/31/12 10:39 Channel I Low Signal Irregularity Shutdown 14:59 Channel 3 High Range Change Error Restart 15:08 Channel I High Suspected Signal Irregularity Shutdown 9/5/12 20:24 Channel 3 High Range Change Error Restart 21:33 Channel 3 High Range Change Error Restart 9/6/12 11:26 Channel I Low Range Change Error Restart 11:35 Channel I Low Range Change Error Restart 9/6/12 17:35 Channel 3 High Occurred During Range Change Restart 17:41 Raise Button Raising Detector Caused Additional Signal Noise Restart 9/7/12 12:38 Channel I Low Suspected Signal Irregularity Restart 12:58 Channel I Low Suspected Signal Irregularity Restart 9/12/12 14:52 Channel 3 High Operator Error (Training) Restart 9/13/12 9:11 Channel 3 High Operator Error Restart 9:33 Channel 3 High Erratic Response Changing to 3x10"(-9) Range Restart 10:10 Channel 3 High Erratic Signal Restart 10:23 Channel 3 High Operator Error Restart 14:00 Not Indicated Occurred During Raising Ch #1 Restart 14:38 Channel 3 High Signal Irregularity During Range Change Restart 9/14/12 12:59 Not Indicated Occurred During Raising Ch #1 Restart 14:07 Channel I Low Suspected Signal Irregularity Shutdown 9/15/12 11:28 Channel 3 High Range Change Error Restart 15:07 Channel 3 High Signal Irregularity During Range Change Restart 9/18/12 9:58 Channel 3 Low Accidently Hitting the Console Restart 9/19/12 19:40 Channel 3 High Range Change Error Restart 19:55 Channel I High Range Change Error Restart Adjust Cable 9/24/12 14:37 Period scram Raising Detector Caused Additional Signal Noise & Restart 20:01 Channel I Low Operator Error Restart Investigate 9/25/12 12:59 Channel I Low Suspected Electrical Transient* & Restart

Idaho State University AGN-201M Reactor 2011 Annual Report Page 5 of 10 14:09 Channel 1 Low Suspected Electrical Transient* Restart 9/27/12 11:42 Channel I Low Raising Detector Caused Additional Signal Noise Restart 14:39 Raise Button Raising Detector Caused Additional Signal Noise Restart 10/1/12 20:29 Channel 3 High Signal Irregularity During Range Change Restart 10/5/12 10:34 Channel 3 High Range Change ErTor Restart 10/9/12 16:32 Channel I Low Suspected Signal Irregularity Restart 10/10/12 13:08 Channel 3 High Noise in Range 3x10^(-S) & 10xl0"(-9) Restart 18:06 Channel 3 High Signal Irregularity Restart 10/11/12 10:41 Channel I High Range Change ErTor Restart 10:48 Period Removing the Start Up Source Restart 12:38 Channel I High Range Change Error Restart 13:50 Chl low Loss of Signal Restart 14:29 Period Raising Detector Caused Additional Signal Noise Restart 10/16/12 13:28 Loss of Power Building Loss Power Briefly Restart 10/17/12 12:06 Channel I Low Loss of Signal Restart 19:40 Period Bumping of the Console Restart 10/18/12 14:27 Channel 3 High Range Change Error Restart Channel 3 Low Range Change Error Restart 10/19/12 13:25 Channel 3 High Range Change Error Restart 16:35 Bumped Console Bumped Chair into Console Restart 10/23/12 9:53 Period Power Transient Restart 12:14 Period Signal Irregularity Restart 13:23 Channel 2 Low Suspected Signal Irregularity Restart 15:37 Period Electrical Transient* (Period within Range) Restart 17:58 Period Electrical Transient* (Period within Range) Restart 10/24/12 15:44 Channel 3 High Range Change Error Restart 10/29/12 19:50 Channel 3 High Range Change Error Restart 20:34 Channel 3 High Range Change Error Restart 20:36 Channel 3 High Range Change Error Restart 10/30/12 9:28 Channel 1 Low Loss of Signal Restart 10/31/12 9:43 Channel 3 High Range Change Error Restart 11/1/12 13:27 Not Indicated Activating Channel I Solenoid Restart 11/5/12 9:59 Channel I Low Suspected Electrical Transient* Restart 10:03 Period Suspected Electrical Transient* Restart 21:30 Channel 3 High Range Change Error Restart 21:49 Channel I Low Suspected Electrical Transient* Restart 11/7/12 19:48 Channel I Low Loss of Signal Restart 11/8/12 10:15 Channel 3 High Operator Error (Training) Restart 11:14 Channel 3 Low Suspected Electrical Transient* Shutdown 11/9/12 13:19 Channel I Low Under Estimation ofOscillator Reactivity Restart 16:46 Channel I Low Suspected Electrical Transient* Shutdown

Idaho State University AGN-201M Reactor 2011 Annual Report Page 6 of 10 1 1/13/12 12:58 Loss of Power Loss of Power to Circuit Shutdown 11/15/12 13:37 Period Raising Detector Caused Additional Signal Noise Restart 11/21/12 14:28 Channel 3 High Signal Irregularity During Range Change Restart 12/13/12 13:43 Channel 3 Low RangeChange Error Restart 13:52 Period Inserted Poly Rod Too Quickly Restart 14:12 Period Raising Detector Caused Additional Signal Noise Restart 15:52 Channel 3 Low Signal Irregularity Restart 16:00 Period Raising Detector Caused Additional Signal Noise Restart 12/14/12 11:53 Channel 1 Low Operator Error Restart 12/20/12 12:59 Period Raising Detector Caused Additional Signal Noise Restart 12/21/12 12:43 Channel I Low Suspected Electrical Transient* Restart 13:01 Channel I Low Suspected Electrical Transient* Restart 15:00 Channel 3 High Range Change Error Restart 12/27/12- 14:06 Channel I Low Signal Irregularity During Range Change Restart 12/28/12 16:15 Channel I Low Suspected Electrical Transient* Restart 12/31/12 10:47 Channel I Low Suspected Signal Irregularity Restart

. 11:06 Channel I High Non-Reproducible Rate Meter Issue Restart

  • Electrical transients are signal & power irregularities associated with using older vacuum robe based analogue circuitry.
4. Safety-Related Corrective Maintenance:

1/31/2012: Channel 3 detector changed its response output and was replaced with a comparable BF3 tube. In addition the SHV connector was replaced with one designed for RG-59 cable and recalibrated.

3/6/2012: The down indicator switch on the FCR had been knocked out of place, causing the drive to continue to drive out despite being in the bottom position and the interlock OK light bulb failed. The switch was repositioned for proper operation and the light bulb replaced.

3/14/2013: A bad cable connection causing a short, preventing the magnet to energize, was located.

A bypass cable fixed the problem and the main cable connection fixed to return normal functionality.

3/21/2012: The Channel 3 detector lost signal, a connection problem was the likely cause. The detector chamber was removed and all connecting cables were replaced with new connections, returning functionality to the system.

5/25/2012:The rod drop box was rebuilt with new wiring after a significant amount of troubleshooting.

5/30/2012: A power outage cause damage to Channel 2. Vacuum tubes V-12, V-14 & V-17. power line fuse, and the 1.5-volt battery were replaced.

Idaho State University AGN-201M Reactor 2011 Annual Report Page 7 of 10 6/5/2012: Magnet current was found to be high (0.9 mA) and after replacing the V-7 vacuum tube the current returned to a normal 0.6 mA.

8/30/2012: Channel I was having signal problems due to improper cabling and connectors. The system was rebuilt in a way so that the detector's position does not stress the signal cable and removes the need to raise the detector.

10/4/12: The analogue position display primary gear broke so that the tens digit wouldn't turn.

The unit was replaced with a comparable spare.

12/3/12: Channel 2 failed pre-start checks. The F-I (250V 3A) fuse, V-13 6Y6GA vacuum tube, V-12 6BW4 vacuum tube, and the V-I 6BW4 vacuum tube was replaced in Channel 2 to return functionality.

12/12/12: During operation the Safety Rod I dropped out properly, however the chassis jammed in position. It was found that the twin drive screws were uneven; they were greased and reset into position. In addition there was a problem with the "up" microswitch; the microswitch and the wiring were replaced.

5. Modifications.

A. Changes in Facility Design.

None.

B. Changes to Procedures.

None.

C. Experiments.

Experimental procedure 12 Oscillator Experiment was revised to have descriptions for both linear and rotary oscillators and guidelines for operating them simultaneously.

D. Reactor Safety Committee.

As of the end of the reporting period, membership of the Reactor Safety Committee (RSC) consisted of the following individuals:

Frank Fl. Just - Chair (retired from INL)

Jay F. Kunze - Reactor Administrator Adam L. Mallicoat - Reactor Supervisor Richard R. Brey - Department Chair Peter Farina - Radiation Safety Officer Robert Boston, PE, CHP (DOE-ID)

Kermit Bunde (DOE-ID)

Idaho State University AGN-201M Reactor 2011 Annual Report Page 8 of 10 Richard E. McCracken (retired from INL)

6. Summary of Changes Reportable under 10 CFR 50.59.

The paper chart recorder set up for the detector channels 2 & 3 were changed to utilize a digital chart recorder. The new recorder is capable recording data and displaying the response over time and cannot impact reactor operation as installed. The data is stored on a removable flash drive for easy analysis and storage.

7. Radioactive Effluents.

A. Liquid Waste - Total Activity Released: None.

B. Gaseous Waste -Total Estimated Activity Released: 14.4 1.tCi of Ar-41.

The AGN-201 Reactor was operated for 148 watt-hours at power levels up to approximately 4.9 watts. At this power level Ar-41 production is negligible and substantially below the effluent concentration limit given in 10 CFR 20 Appendix B, Table

2. The total activity of Ar-41 released to the environment was conservatively estimated at 14.4 [tCi. This activity corresponds to the total activity of all gaseous radioactive effluent from the facility. A monthly summary of calculated gaseous releases is given in Table IV.

Table IV. Summary of Monthly Gaseous Radioactive Effluent Releases (1 January 2012 through 31 December 2012)

Ar-41 Month (vCi)

January 0.0 February 1.0 March 1.2 April 1.7 May 0.8 June 0.8 June 0.6 August 1.4 September 3.0 October 1.5 November 1.7 December 0.6 Total 14.4 C. Solid Waste - Total Activity: None.

Idaho State University AGN-201M Reactor 2012 Annual Report Page 9 of 10

8. The latest environmental radiation surveys, performed at the facility boundary while the reactor was operating at 60% of full licensed power (3.0 watt), measured a maximum combined neutron and gamma dose equivalent rate of less than 2.0 mrem hr-' at the outside walls of the building proximal to the reactor. The total equivalent dose rate at 100% power at these locations was less than 4 mrrem hr 1 .
9. Radiation Exposures.

The Radiation Safety Officer reviews personnel radiation exposures quarterly. Annual reports of ionizing radiation doses are provided by the Radiation Safety Officer to all monitored personnel as required under the provisions of 10 CFR 19.

Personnel with duties in the reactor laboratory on either a regular or occasional basis have been issued radiation dosimeters by the Idaho State University Technical Safety Office.

The duty category and whole body exposure for the 2012 monitoring period of personnel are summarized in Table V:

. Table V. Personnel Radiation Monitored for 1/1/2011-12/31/2011 Name Exposure by Type (mrem)

Deep Lens Shallow Aryal, Harishchandra 2 2 2 Baker, Ben so 49 46 Baral, Madhav 2 2 1 Bishart, Bishara 1 1 1 Bundy, Deric 3 4 10 Burrows, Ian J 7 6 6 Gorham, Mackenzie <1 <1 <1 Horkley, Matt 2 2 1 Imel, George <1 <1 <1 Jash, Soumadipta <1 <1 <1 Kamerman, David <1 <1 <1 Krieger, Michael 11 12 12 Kunze, Jay <1 <1 <1 Langbehn, Adam 7 6 6 Loveland, Ryan 14 13 12 Lum, Edward 1 1 1 Mallicoat, Adam 2 2 1 Misner, Jesse 3 3 2 Nelson, Alan 2 2 2 Nelson, Marcus <1 <1 <1 Nimmagadda, Jyothier Kumar <1 <1 <1 Riley, Tony 3 2 2 Steele, Dallin <1 <1 <1

Idaho State University AGN-201M Reactor 2012 Almual Report Page 10 of 10 Stewart, Trevor 3 3 2 Tam, Austin 1 1 <1 Tormohlen, Derick. <1 <1 <1 Wachs, Katelyn 2 3 3 Chaczko, Malwina <1 <1 <1 Isaacs, Daniel <1 <1 <1 McBeath, Scott <1 <1 <1 Nelson, Katherine 3 2 2 Hart, Paul <1 <1 4 The 10 CFR 20.1201 occupational dose limits to adults are: total 5 rem, lens of eye 15 rem, shallow 50 rem, and deep 50 rem. The doses received for all reactor laboratory personnel during 2012 are well below the dose limits of 10 CFR 20.1201, and well below ISU ALARA limits (I REM per year, 0.3 REM per quarter).

Anytime a member of the public visits the reactor pin dosimeters are issued for the extent of the tour. A minimum of I dosimeter to every 5 people is issued for a representative group dose. During the 2012 calendar year there were 476 recorded visitors to the facility.

A summary of the public dose exposure is presented in Table VI.

Table VI. Summary Whole-Body Exposures to the Public (1 January 2012 through 31 December 2012)

Estimated whole-body Number of individuals exposure range (mrem): in each range:

No Observable Dose 433 1.0 mrem* 30 Greater than 1.0 but below 5.0 mrem 12 Greater than 5.0 but below 10.0 mrem 1 Total number of individuals reported 476

  • Below 1.0 mrem is considered un-measureable None of the 476 visitors to the facility during 2012 received a measurable dose that would exceed the annual 0.5 rem dose limit of 10 CFR 20.1301. Note there was only one reading that was above 5 n-rem, this is likely due to the shock of dropping the dosimeter.

Therefore, the average and maximum doses received by personnel and the public are well within NRC guidelines.

Report prepared by: AdamnIMallicoat, Reactor Manager/Supervisor August 30th, 2012

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