ML20135G134
| ML20135G134 | |
| Person / Time | |
|---|---|
| Site: | Grand Gulf  |
| Issue date: | 09/13/1985 |
| From: | MISSISSIPPI POWER & LIGHT CO. |
| To: | |
| Shared Package | |
| ML20135G123 | List: |
| References | |
| TAC-59680, TAC-59692, NUDOCS 8509180191 | |
| Download: ML20135G134 (24) | |
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. A N imr2 RoL.Scjis h-W/ Cees ADMINISTRATIVE CONTROLS INDEPENDENT SAFETY ENGINEERING GROUP (ISEG) (Continued) j RESPONSIBILITIES 6.2.3.3 The ISEG shall be responsible for maintaining surveillance of unit activities to provide independent verification
- that these activities are performed correctly and that human errors are reduced as much as practical.
AUTHORITY
! 6.2.3.4 The ISEG shall make detailed recommendations for revised procedures, equipment modifications, maintenance activities, operations activities or other means of improving unit safety to the Senior Vice President, Nuclear.
6.2.4 SHIFT TECHNICAL ADVISOR 6.2.4.1 The Shift Technical Advisor shall provide technical support to the Shift Superintendent in the areas of thermal hydraulics, reactor engineering and plant analysis with regard to safe operation of the unit.
6.3 UNIT STAFF QUALIFICATIONS 6.3.1 Each member of the unit staff shall meet or exceed the minimum qualifications of ANSI N18.1-1971 for comparable positions and the supplemental requirements specified in Section A and C of Enclosure 1 of the March 28, 1980
- NRC letter to all licensees, except for the Chemistry / Radiation Control Super-intendent who shall meet or exceed the qualifications of Regulatory Guide Og 1.8, September 19751 the Shift Technical Advisor who shall meet or exceed the qualifications referred to in Section 2.2.1.b of Enclosure I of the October 30, 1979 NRC letter to all operating nuclear power plants; and those members of the
- Independent Safety Engineering Group used for meeting the minimum complement i specified in Section 6.2.3.2, each of whom shall have a Bachelor of Science
- degree or be registered as a Professional Engineer and shall have at least two i years experience in their field, at least one year of which experience shall be in the nuclear field. ,
6.4 TRAINING 6.4.1 A retraining and replacement training program for the unit staff shall
' be maintained under the direction of the Training Superintendent, shall meet or exceed the requirements and recommendations of Section 5.5 of ANSI N18.1-1971 and Appendix "A" of 10 CFR Part 55 and the supplemental requirement specified a in Sections A and C of Enclosure 1 of the March 28, 1980 NRC lette o all %g licensees,andshallincludefamiliarizationwithrelevantindustryoperationall experience.
6.5 REVItW AND AUDIT 6.5.1 PLANT SAFETY REVIEW COpMITTEE (PSRC)
FUNCTION 6.5.1.1 The PSRC shall function to advise the GGNS General Manager on all matters related to nuclear safety.
m Not responsible for sign-off function.
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Attcchment 3 to AECM-85/0263 Page 1 of 22 l
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Mr. J. V. Parrish: GCNS Chemistry / Radiation Control Superintendent ;
Detailed Listing of Experience and MP&L Evaluation of Credit in Applied Radiation Protection Field i
August 1985 I
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Attcchment 3 to AECM-85/0263 Page 2 of 22 EXPERIENCE
SUMMARY
I TIME PERIOD MONTHS POSITION RADIOLOGICAL EXPERIENCE (MONTHS)
- 1. 8/64 - 10/64 2 SR 0
- 2. 11/64 - 9/65 9 SA/SN O
- 3. 9/65 - 2/66 6 ET3 0
- 4. 2/66 - 3/66 1 ET3 0
- 5. 3/66 - 9/66 6 ET3/R0 Student 2
- 6. 10/66 - 5/67 8 ET3 RO Student 3.5
- 7. 5/67 - 5/68 12 ET3 RO Staff 3
- 8. 5/68 - 7/73 61 NESEP Officer Candidate 0
- 9. 7/73 - 1/74 7 NNPS 2
- 10. 1/74 - 8/74 8 NPTU E00W 4.5
- 11. 8/74 - 5/77 34 Rad-Con Officer 20
- 12. 5/77 - 3/79 22 DCA/E00W/EDO 10 13, 3/79 - 5/82 38 PPEA/PE0 19
- 14. 5/82 - 3/83 11 Student 0
- 15. 4/83 - 1/85 22 Ops Nuclear Weapons Security Officer 2.0 66 J16ATTC85090902 - 2
Attrchment 3 to AECM-85/0263 i Page 3 of 22 l
- 1. Time Period: August '64 - Oct '64 (2 mos)
Lacation: Recruiting Training Command, Great Lakes IL Position
Title:
Seaman Recruit Radiological Responsibilities: None Non Radiological Concurrent Responsibilities: NA Comments: As part of recruit training received formal classroom training in Nuclear Biological and Chemical Warfare. Training included types and effects of radiation and shipboard radiation detection devices (dosimetry, survey instruments).
Professional Radiation Protection Experience Credit: 0 T
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Attcchment 3 to AECM-85/0263 Page 4 of 22
- 2. Time Period: Nov '64 - Sep '65 (9 mos.)
Location: Electronics Class "A" School Creat Lakes. IL 1
Position
Title:
Seaman Apprentice. Seaman, Electronics Technician Seaman Radiological Responsibilities: None Non Radiological Concurrent Responsibilities: NA Comments: Received training in handling radioactive vacuum tubes including proper cleanup and disposal if broken.
Professional Radiation Protection Experience Credit: 0 i
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'* '* Attechnent 3 to AECM-85/0263 Page 5 of 22
- 3. Time Period: Sep '65 - Feb '66 (6 mos.)
Location: USS Randolph CVS-15. Homeport, Norfolk, VA Position
Title:
Electronics Technician Seaman, Electronics Technician Petty Officer Third Class Radiological Responsibilities: None Non Radiological Concurrent Responsibilities: NA Comments: During this period ship was underway approximately 40%. During this period NBC drills were conducted requiring radiation and contamination surveys. In Electronics Repair 8 conducted surveys inside and outside the ship skin.
Professional Radiation Protection Experience Credit: 0 J16ATTC85090902 - 5
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Attcchment 3 to AECM-85/0263 Page 6 of 22
- 4. Time Period: Feb '66 - Mar '66 (1 mo.)
Location: USS Independence CVA 62, Homeport, Portsmouth, VA Position
Title:
Electronics Technician Petty Officer Third Class Radiological Responsibilities: None Non Radiological Concurrent Responsibilities: NA i
Comments: None l Professional Radiation Protection Experience Credit: 0 i
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AECM-85/0263 Page 7 of 22
- 5. Time Period: Mar '66 - Sep '66 (6 mos.)
Location: Enlisted Naval Nuclear Power Schoc', Bainbridge, MD Position
Title:
Electronics Technician Petty Officer Third Class -
Reactor Operator Student (Under Instruction)
Radiological Responsibilities: Satisfactorily completed NAVSHIP 389-0153 " Radiological Controls" classroom and practical training including the following topics.
o Units of Radioactivity and Radiation, o Types of Radiation and Shielding.
o Radiation Detection / Radiological Controls Equipment.
- o Biological Effects of Radiation and Radioactivity.
o Source of Radiation and Radioactivity.
o Counting Statistics.
o Radiation Surveys and Equipment.
o Airborne Radiation Surveys and Equipment.
o Contamination Surveys and Equipment.
o Anticontamination Clothing, o Contamination Control.
o Decontamination.
o Transfer and Receipt of Radioactive Material.
o Exposure Control, o Radioactive Waste Disposal.
o Environmental Monitoring.
o Radiological Casualty Control / Radiological Accident.
o Radiological Work Practices.
Non Radiological Concurrent Responsibilities: Satisfactorily completed the remaining courses of study (Reactor Theory, Reactor Principles.
Electricity, Chemistry, Calculus Nuclear Physics Fluid Flow and Heat Transfer). ,
Comments: Although not included in the NAVSHIPS 389-0153 items above, the courses in Chemistry and Nuclear Physics were directly related to the Radiological aspects of reactor operation - specifically radioactive corrosion products production and deposition, principles of radioactive decay and radiation generation in the reactor core.
Professional Radiation Experience Credit: 2.0 months (1.5 389-0153, 0.5 Nuclear Physics Chemistry)
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Attcchm3nt 3 to I' AECM-85/0263 Page 8 of 22 ;
, 6. Time Period: Oct '66 - May '67 (8 mos.)
r Location: Nuclear Power Training Unit SIC Nuclear Plant Prototype, i Windsor CT i !
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Title:
Electronic Technician Petty Officer Third Class / Student Reactor Operator i
i Radiological Responsibilities: Satisfactorily completed classroom and
- practical training in accordance with NAVSHIPS 389-0153 " Radiological ,
j Controls." Training included topics in the radiation protection !
l area similar to those listed in the previous time period (Nuclear l Power School, Bainbridge NTC) i Non Radiological Concurrent Responsibilities: Satisfactorily completed the remaining areas of study (plant design and operation nuclear core
! design, operation and shielding).
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e Comments: Class arrived during nuclear refueling. Trained and
- participated as Radiological Control Point Access Watches and
, decontamination / clean up team member. Participated in extensive 1 reactor compartment decontamination. There were 4 operating ;
j crews with one always on site. Performed initial frisking of
- material as it left the reactor compartment. Class was extended 2 months past the normal 6 months because of plant startup.
I Used almost exclusively as a member of cleanup / recovery labor j force. Received a majcr portion of lifetime exposure (3.079 '
! Rem) during this period.
Professional Radiation Experience Credit: 3.5 months l I
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Attachment 3 to AECM-85/0263 Page 9 of 22
- 7. Time Period: May '67 - May '68 (12 mos.)
location: Naval Nuclear Power Training Unit, SIC Nuclear Plant Prototype, Windsor, CT Position
Title:
Electronics Technician Petty Officer Third Class /Second Class Crew C Staff Reactor Operator / Instructor Radiological Responsibilities: Radiological Worker / Monitor. Responsible for trainees assigned on shift for proper radiological practices during training and maintenance (pressurizer heater repair, loop thermocouple replacement, reactor coolant pump speed sensor repair).
Non Radiological Concurrent Responsibilities: Stood RO watch, conducted oral and written exams, instructed trainees in all areas of plant operations, conducted all maintenance associated with reactor I control and instruments, control rod drives and nuclear instruments.
Comments: None ,
i Professional Radiation Experience Credit: 3 months 4
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Attcchment 3 to AECM-85/0263 Page 10 of 22
- 8. Time Period: May '68 - July '73 (61 mos.)
Location: University of Kansas, Lawrence, KS; NESEP Prep School, Bainbridge, MD Fosition
Title:
NESEP Officer Candidate (Electronics Technician Petty
- Officer First Class)
Radiological Responsibilities: See comments Non Radiological Concurrent Responsibilities: Complete degree programs i Comments: During the period May 71 to July 73, Participated as National
- Science Foundation Undergraduate and completed Masters thesis.
I Laboratory was located in the University of Kansas Nuclear Reactor Center. During this time was monitored for external exposure and was qualified to operate all portable monitoring instruments. Assisted the resident operator in some work items
, in handling activated materials.
l Professional Radiation Experience Credit: O months 1
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Attcchment 3 to AECM-85/0263 Page 11 of 22
- 9. Time Period: July '73 - Jan '74 (7 mos.)
Location: Officer Naval Nuclear Power School, Bainbridge, MD Position
Title:
Nuclear Power Officer Student Radiological Responsibilities: Again satisfactorily completed NAVSHIPS 389-0153. Training included topics in the radiation protection similar to those listed in the Number 6 Time Period (Nuclear Power School Bainbridge NTC) .
Non Radiological Concurrent Responsibilities: Satisfactorily completed the remaining areas of study including Reactor Theory, Reactor Principles, Electricity, Chemistry, Calculus. Nuclear Physics Fluid Flow and Heat Transfer).
Comments: Similar to enlisted Nuclear Power School, the Nuclear Physics
. and Chemistry were heavily oriented toward nuclear heat and radiation generation and chemistry controls to reduce activation products.
Professional Radiation Experience Credit: 2.0 mos. (1.5 NAVSHIPS 389-0153; 0.5 Nuclear Physics / Chemistry).
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Attcchment 3 to AECM-85/0263 Page 12 of 22
- 10. Time Period: Jan '74 - Aug '74 (8 mos.)
Location: Naval Nuclear Power Training Unit, DIG Nuclear Power Prototype, West Milton, NY Position
Title:
Engineering Officer of the Watch In Training Engineering Officer of the Watch (EOOW)
Radiological Responsibilities: Satisfactorily completed classroom and practical training in accordance with NAVSHIPS 389-0153 " Radiological Controls" as referenced in Time Periods 6, 7 and 9.
All officer students had to perform all items (chemistry and radiological controls) required of ELTs including practical factors and laboratories.
Actually performed all surveys and documented results. Was required to evaluate each survey for radiological consequences.
Non Radiological Concurrent Responsibilities: Satisfactorily completed the remaining areas of study (including plant design, operation, casualty controls, nuclear core design and administration).
Comments: After qualification ($1 in class) was required to stand E00W watch every other day for 2 months (when on shift). In this capacity, approved and directed all plant activities including radiation and contamination surveys. Was responsible for the watch section response to radiological emergencies (spills, high rad, airborne) and drills which were conducted each watch.
In addition to watch responsibility was assigned responsibility of the clean up and rehabilitation of the DIG propulsion plant. Responsible for supervision of newly qualified enlisted operators during their clean up efforts, both radiological and nonradiological (i.e., bilges at reactor coolant charging station).
Promoted to Lieutenant Junior Grade Professional Radiation Experience Credit: 4.5 months l
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. '.. Attcchment 3 to AECM-85/0263 Page 13 of 22 "
- 11. Time Period: Aug '74 - May '77 (34 mos.)
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Location: USS Truxtun CCN 35' Position
Title:
RADCON-Chemistry / Radiological Controls Officer '
Electrical Officer / Assistant Engineer Officer E00W (T agineer Officer of 'the Watch)
- EDO (Engineering Duty Officer)
USS Truxtun is a dual reactor nuclear powered guided missile cruiser.
The propulsion plant consisted of 2 D2G reactors and associated ,
! engineer rooms.
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! Radiological Responsibilities: Reported to Truxtun during nuclear ;
- refueling overhaul prior to fuel load. Was initially assigned to Training Division to complete qualification as E00W and EDO.
As the Senior Officer in Training Division was responsible for 4 i qualified training petty officera.and.30 enlisted trainees. Was also tasked with scheduling recurring training for the 4 shift crews.
Specific radiological responsibilities included:
i o Completion of NAVSHIP 389-0153 " Radiological Controls" qualification. ,
i o Scheduling and conducting the Radiological Controls training for
! division. , t o Scheduling, coordinating, conducting and evaluating Radiological Control drills for the shift crews. This was done on a daily basis (one radiological drill / day). ;
o Scheduling and conducting Radiological Controls seminars on topics including surface and airborne contamination, internal and external exposure, fuel element failures, resin spills and liquid spills.
It should be noted that duties such as E00W, EDO, CDO and other
{ collaterial duties are required of each officer to support the ships operation. These duties are above and beyond the principal duty j assignment. During tour on Truxtun both the-inport and underway i watch sections were 1-in-3. This means that underway an officer stood 4 hours4.62963e-5 days <br />0.00111 hours <br />6.613757e-6 weeks <br />1.522e-6 months <br /> on watch.then had 8 hours9.259259e-5 days <br />0.00222 hours <br />1.322751e-5 weeks <br />3.044e-6 months <br /> off.- He was required to complete all of his principle duty assignment and other collaterial !
duties during his off watch hours. It was a procedural violation to }
do any work on watch that detracted from the ability to monitor the 4 plant.
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Att:chment 3 to AECM-85/0263 Page 14 of 22 While in Training Division was assigned as Assistant Engineering Duty Officer until EDO qualification was completed. Stood 1-in-3 inport duty (24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> straight every third day). As AEDO Radiological responsibilities included:
o checking radiological posting and boundaries o reviewing radiological survey logs" o conducting scheduled radiological casualty o supervise radiological work in progress o inspecting the reactor compartments for leaks or spills o coordinating radiography of inplant components o directing on crew ELTs in the performance of their radiological duties Upon completion of E00W qualification was assigned as RADCON -
Chemistry and Radiological Controls Officer. Reported directly to the Engineer Officer in all matters and supervised a 24 man ELT Division in their radiological control duties. On Truxtun the ELT division was not divided into Chemistry and Radcon groups. All ELTs did both and were required to maintain proficiency in both areas.
Specific radiological control duties included:
o Prepare radiological work procedures performed by ships force.
o Review and approve complete work packages.
o Man rem reduction program manager.
o Dosimetry program manager. Certified qualification of dosimetry specialist. Conducted Quality Control checks on program.
o Member on ELT and E00W qualification boards to questions in radiological controls.
o Schedule all preventive maintenance on radiation detection instruments and dosimetry equipment.
o Review and approve all radiological controls survey maps.
o Conduct radiological seminars for officers /ELTs.
o Approve all ELT exams and answer keys.
o Conduct and evaluate radiological drills on watch sections.
o Waste reduction and shipment.
o Radioactive source accountability and control, o Certify ELT continuing radiological training. Maintain record files to document lectures and seminars.
o Prepared quarterly report to Naval Reactors.
o Prepared performance appraisals on all Engineering Laboratory personnel.
Final assignments on Truxtun were as Electrical Officer / Assistant Engineer. Completed qualification as Nuclear Engineer Officer during this period. This was accomplished through written and oral examination administered by the Director, Division of Naval Reactors, US Department of Energy. Both the oral and written examinations required an indepth knowledge of radiological controls.
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Attcchment 3 to AECM-85/0263 t Page 15 of 22 As an underway E00W and in-port CD0/EDO radiological duties include o ensure required radiological surveys were completed.
o verify radiological postings.
o conduct scheduled radiological drills, o act as On-Scene-Leader for actual radiological casualties, o ensure proper operation of sampling and radiation detection equipment.
o supervise any radiological work in progress.
One additional area of radiological responsibility was in the nuclear weapons accident / incident response. Was responsible for the team training and served as the recovery team leader for nuclear weapons casualties and associated radiation hazards, mainly internal alpha and tritium.
Non Radiological Concurrent Responsibilities: The three remaining areas in Training Division (Mechanical. Electrical and Reactor Control) during qualification. Officer of the Deck underway and in port. Stood no 00D in port. The only remaining duty was Top Secret Control Officer which required 10 hours1.157407e-4 days <br />0.00278 hours <br />1.653439e-5 weeks <br />3.805e-6 months <br /> / month.
Comments: None Professional Radiation Experience Credit - 20 months 1
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- Attechneet 3 to AECM-85/0263
- Page 16 of 22
- 12. Time Period: May '77 - Mar '79 (22 mos.)
. Location: USS Mississippi CGN 40, Norfolk, VA j Position
Title:
Damage Control Assistant Senior Supervisor Watch l
Engineering Officer of Watch ,
Engineering Duty Officer l Command Duty Officer ,
USS Mississippi is a dual reactor nuclear powered guided missile cruiser. The propulsion plant consisted of 2 D2G reactors and associated engineer rooms.
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Radiological Responsibilities: As Damage Control Assistant radiological-responsibilities included:
) i o Training of repair party leaders and teams in nuclear reactor and f' nuclear weapons accident / incident response including radiological 4
hazards, detection instruments, posting requirements and decontamin- ,
ation and clean up. i j o Scheduling, planning, conducting and evaluating nuclear weapons ,
- accident / incident drills. '
I o Purchase, maintenance and calibration of radiation detection and personnel dosimetry equipment in repair team lockers. '
i o Train repair personnel in use of all radiological accident response equipment.
o Complete NAVSHIPS 389-0153 " Radiological Controls" Training.
! Reported to USS Mississippi as Damage Control Assistant. The
! position required a Nuclear Engineer qualified officer since one of l the responsibilities would be as a Senior Supervisor Watch during !
- construction. As has been true'in the past a complete training /
i qualification program was required and once again completed the l necessary NAVSHIPS 389-0153 training and E00W qualification.
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Attcchment 3 to AECM-85/0263 Page 17 of 22 As senior supervisor Watch radiological responsibilities (during fuel load and after) were:
o ensure proper radiological procedures were followed during fuel load, vessel fill, initial criticality, source range and power range testing.
o ensure proper radiological controls were established and maintained as required during the test program, o perform routine radiological monitoring inspections in the reactor compartment and auxiliary areas.
o coordinate radiography as required.
After the USS Mississippi completed its startup test program and was commissioned to operational status my radiological responsibilities as E00W/ED0/CDO were:
o ensure required radiological surveys were completed.
o verify radiological postings.
o conducting scheduled radiological drills.
o act as On-Scene-Leader for actual radiological casualties.
o ensure proper operation of sampling and radiation detection equipment, o supervise / monitor any radiological work in progress.
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Auxiliary Systems including refrigeration and air conditioning.
Comme:.ts : Was required to act as Engineer Officer, responsible for the i
Engineering Department during the initial criticality and power range testing of the reactors when the incumbent Engineer was hospitalized due to a ruptured appendix. This was for a period of 7 weeks.
Professional Radiation Experience Credit: 10 months i
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Attc.chment 3 to AECM-85/0263 Page 18 of 22
- 13. Time Period: Mar '79 - May '82 (38 mos.)
Location: Naval Reactors Facility Idaho Position
Title:
AIW Plant Evaluation Officer /Flant Performance Evaluation Activity Radiological Responsibilities: As the AlW Plant Evaluation Officer, was one of three senior naval officers reporting directly to the Naval Reactors Facility (NRF) Site Manager, the senior civilian contractor representative responsible for the three NRF Nuclear propulsion prototype plants.
To perform primary functions as the Plant Performance Evaluation Activity was required by procedure to conduct annual Crew Operational Reactor Safeguards Examinations on each of the operating crews at each prototype (SIC, AlW and SSG). Twelve examinations per year were conducted with each being a week in duration. Area of responsibility in the inspections was Chemistry and Radiation Control. A typical inspection included:
o Radiological control drills including liquid spills, radioactive fires, high radiation casualties, najor fuel element failures, contaminated injured personnel.
o Radiological evolutions and maintenance including primary valve repairs, differential pressure cell calibration, routine and casualty radiological survey.
o Individual oral interviews of crew supervisors (Shif t Supervisors, E00Ws, EWSs and ELTs) in Radiological Controls.
o Group Radiological Controls Seminars with Shift Supervisors, E00Ws, EWSs and ELTs. Seminar topics included man-rem reduction in job planning, major fuel failures, major spills of liquids and resins, high airborne and surface contaminations, o Onsite inspections and walk downs of plant space for radiological deficiencies.
o Review of all radiological logs and records.
o Review of all radiological incident reports.
o Review of all qualification records of personnel, o Review of plant radiation exposure history, o Source accountability.
o Decontamination procedures.
o Radiation detection instrument operation and calibration.
o Proper wearing of dosimetry.
o Review previous deficiencies to ensure correction.
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Attcchm;nt 3 to AECM-85/0263 Page 19 of 22 Overall grades were assigned to each crew. These results were reported to the Director, Division of Naval Reactors. All below average and unsatisfactory grades were reinspected after corrective action'was taken. PPEA participated in corrective actions and reported completion.
Additional areas inspected included:
o Review of all exposure records for assigned personnel at NRF.
o Monitoring the operation of the NRF Dosimetry Department. This included TLD Reader Operation and Calibration. Verification of Procedure.
o Verification of medical qualification of naval personnel at NRF.
A complete review of each new student medical record was performed to certify his medical qualification as Radiation Worker, o Monitorire, NRF Chemistry and Radiological Controls Training.
Specitic Radiological Controls responsibilities as the AlW Plant Evaluation Officer included:
o Evaluate quality and implementation of the AIW Radiological Controls Program and direct corrective action as required.
o Conduct and evaluate radiological casualty drills.
o Monitor ELT performance in radiological control and direct corrective action as required.
o Verify compliance with existing plant procedure regarding radiological controls.
o Conduct radiological controls walkdowns and inspections.
o Verify that radiation detection instruments were properly calibrated, source checked and operated, o Verify proper posting of contamination and radiation .treas in plant.
o Inspect and correct deficiencies in handling of radwaste by plant ELTs.
o Conduct source inventories, o Monitor training and sit as voting member on ELT qualification boards.
o Monitor in hull radiological work to ensure standards are maintained.
o Direct corrective actions as required.
During the tour the AlW 3A reactor was defueled, refueled and started up.
The A1W 3B reactor remained operational and was used to train students. l During this refueling performed the following radiological duties l directed by the NRF Manager.
o Monitor on shift radiological work, corrected deficiencies and reported action to the A1W Plant Manager, o Inspect posted radiological areas, verify adequate surveys were (
performed and documented. ;
o Inspect and correct control point access deficiencies.
o Perform radiological controls walkdowns and inspections. Correct deficiencies as identified.
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Attcchment 3 to AECH-85/0263 Page 20 of 22 Non Radiological Concurrent Responsibilities: As assigned by the NRF Manager which included reactor controls maintenance and records, ELT check chemistry pro 8 ram, preventive maintenance and planning, training and procedural compliance.
Comments: At all times while on site was expected to identify and correct any radiological controls deficiency observed. Was specifically instructed in this area as is indicated in the last paragraph of weekly report letters to the Director, Division of Naval Reactors.
Additionally, as AlW PE0 was the Head of Department for the 7 naval officers who directed all plant operations and training. These officers supervised the crew ELTs on their shift. Personally wrote the performance appraisals of these officers and graded their performance in all areas including Radiological Controls.
Professional Radiation Experience Credit: 19 months J16ATTC85090902 - 20
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- 14. Time Period: May '82 - Apr '83 (11 mos.)
Location: Surface Warfare School, Newport, RI Position
Title:
Student Radiological Responsibilities: None Non Radiological Concurrent Responsibilities:
Comments: Had physics and mathematics; I day lecture on effects of nuclear weapons.
Professional Radiation Experience Credit: 0 J16ATTC85090902 - 21 L A
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. 15. Time Period: Apr '83 - Jan '85 (22 mos.)
Location: USS Arthur W. Radford DD 968 Position
Title:
Operations Officer Nuclear Weapons Security Officer Top Secret Control Officer OPSEC TICON kadiological Responsibilities: As Nuclear Weapons Security Officer, had the following radiological responsibilities:
o Evaluate nuclear weapon accident casualty response team performance including control of radioactive fire, surface contamination and internal contamination. Evaluated and corrected deficiencies in radiological procedures including decontamination, use of respirators, use of radiation monitoring equipment.
o Certified by medical record review that each weapons technician was qualified as radiation worker. Coordinated with medical department the issuance of dosimetry.
o Conducted all crew training on radiological hazards associated with nuclear weapons.
Non Radiological Concurrent Responsibilities: Operations officer was primary job. Was assigned other collateral duties as TSCO, OPSEC and TICON.
Had an assistant in each area and averaged less than 3 hours3.472222e-5 days <br />8.333333e-4 hours <br />4.960317e-6 weeks <br />1.1415e-6 months <br /> / month to verify accuracy.
1 Comments:
Professional Radiation Experience Credit: 2.0 mos.
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