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| number = ML080990717
| number = ML080990717
| issue date = 04/09/2008
| issue date = 04/09/2008
| title = 04/09/2008 Fermi EOC Public Meeting Slides
| title = EOC Public Meeting Slides
| author name =  
| author name =  
| author affiliation = NRC/RGN-III
| author affiliation = NRC/RGN-III
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{{#Wiki_filter:Fermi 2 Annual Assessment MeetingCY2007Reactor Oversight Program Monroe, MI April 9, 2008 Purpose of Today's MeetingA public forum for discussion of the licensee's performanceNRC will discuss the licensee performance
{{#Wiki_filter:Fermi 2 Annual Assessment Meeting CY2007 Reactor Oversight Program Monroe, MI April 9, 2008


issues identified in the annual assessment letterLicensee will be given the opportunity to  
Purpose of Todays Meeting A public forum for discussion of the licensees performance NRC will discuss the licensee performance issues identified in the annual assessment letter Licensee will be given the opportunity to respond to the information in the letter and inform the NRC of new or existing programs to maintain or improve their performance


respond to the information in the letter and  
Agenda Introduction About the NRC Review of the Reactor Oversight Process National Summary of Plant Performance Discussion of Fermi 2 Plant Performance Licensee Response and Remarks NRC Closing Remarks Break NRC available to address public questions


inform the NRC of new or existing programs to
NRC Introduction The Atomic Energy Commission was established by Congress in 1946 to encourage the use of nuclear power and regulate its safety In 1974 Congress divided the AEC into two parts U.S. Nuclear Regulatory Commission Department of Energy The NRC is headed by a Chairman and four Commissioners, appointed by the President and confirmed by the Senate Vacant Commissioner        Commissioner      Chairman    Commissioner Kristine L. Svinicki Gregory B. Jaczko Dale E. Klein Peter B. Lyons


maintain or improve their performance AgendaIntroductionAbout the NRC  Review of the Reactor Oversight ProcessNational Summary of Plant PerformanceDiscussion of Fermi 2 Plant PerformanceLicensee Response and RemarksNRC Closing RemarksBreakNRC available to address public questions The Atomic Energy Commission was established by Congress in 1946 to encourage the use of nuclear power and regulate its safetyIn 1974 Congress divided the AEC into two partsU.S. Nuclear Regulatory CommissionDepartment of Energy The NRC is headed by a Chairman and four Commissioners, appointed by the President and confirmed by the Senate NRC IntroductionCommissionerPeter B. LyonsChairmanDale E. KleinCommissionerGregory B. JaczkoCommissionerKristine L. Svinicki Vacant James L. CaldwellRegional AdministratorMark A. SatoriusDeputy Regional AdministratorCynthia D. PedersonDirector, Division of Reactor ProjectsGary ShearDeputy DirectorK. Steven West Director, Division of Reactor SafetyAnne T. BolandDeputy DirectorChristine LipaBranch ChiefRegional SpecialistsFermi 2 Resident Inspection StaffMike Morris, Senior Resident InspectorTim Steadham, Resident InspectorMarty Kamprath, Office AssistantBranch StaffRobert Lerch, Project EngineerAlex Garmoe, Reactor EngineerAdam Wilson, Reactor EngineerFrank Tran, Reactor Engineer Region III Organization NRC RepresentativesChristine A. Lipa, Branch Chief(630) 829-9619R. Michael Morris, Senior Resident Inspector(734) 586-2798Timothy C. Steadham, Resident Inspector(734) 586-2798Margaret Chernoff, P roject Manager, NRR(301) 415-1457Alex Garmoe, Reactor Engineer(630) 829-9738 The NRC employs approximately 3,500 peopleNRC inspectors are assigned full-time to each nuclear power plant and fuel cycle facility Who We Are Who We AreThe NRC Mission:
Region III Organization James L. Caldwell Regional Administrator Mark A. Satorius Deputy Regional Administrator Cynthia D. Pederson                                        K. Steven West Director, Division of Reactor Projects                    Director, Division of Reactor Safety Gary Shear                                            Anne T. Boland Deputy Director                                          Deputy Director Christine Lipa Regional Specialists Branch Chief Branch Staff Fermi 2 Resident Inspection Staff Robert Lerch, Project Engineer Mike Morris, Senior Resident Inspector Alex Garmoe, Reactor Engineer Tim Steadham, Resident Inspector Adam Wilson, Reactor Engineer Marty Kamprath, Office Assistant Frank Tran, Reactor Engineer
To license and regulate the nation's civilian use of byproduct, source and special nuclear materials to ensure adequate protection of public health and safety, promote the common defense and security, and protect the environment.
104 nuclear plants at 65 sites produce roughly 20% of U.S. electricityNuclear electrical generation in 2006 totaled 787 billion


kilowatt-hoursWorld-wide, there are 439 nucle ar plants in 31 countries (as of 2006)
NRC Representatives Christine A. Lipa, Branch Chief (630) 829-9619 R. Michael Morris, Senior Resident Inspector (734) 586-2798 Timothy C. Steadham, Resident Inspector (734) 586-2798 Margaret Chernoff, Project Manager, NRR (301) 415-1457 Alex Garmoe, Reactor Engineer (630) 829-9738
Nuclear Power Facts Nuclear materials are used in medicine for cancer treatment and diagnosisNuclear materials are widely used in industry, such as in density gauges, flow measurement devices, radiography devices and irradiatorsApproximately 22,000 licenses are currently issued for academic, industrial, medical, and other uses of nuclear material Nuclear Materials Facts Establish Rules and RegulationsEvaluate license applications and issue licenses if appropriateProvide oversight through inspection of facilities, enforcement of regulatory violations, and evaluation of industry operational experienceConduct research to provide technical support for regulatory decisionsRespond to events and emergencies at licensed facilities NRC Primary Functions NRC Regulatory Functions What We RegulateNuclear ReactorsCommercial power, research, test, and new reactor designsNuclear MaterialReactor fuel, radioactive


material for medical, industrial, and academic usesNuclear WasteTransportation, storage, disposal, and facility decommissioningNuclear SecurityFacility physical security What We DON'T RegulateNuclear WeaponsMilitary ReactorsSpace Vehicle ReactorsNaturally Occurring Radon or X-raysThese are regulated                by other federal agencies Oversight and InspectionFull-time Resident Inspectors at each nuclear plant and fuel facilityRegional inspection specialistsAssessmentInspection results are assessed to provide a comprehensive picture of facility performanceNRC adjusts inspection effortEnforcementNRC Issues Findings and ViolationsInvestigation of allegations of wrong-doingEmergency ResponseNRC Inspectors are on-call 24/7 to respond to events at any nuclear plant and fuel facility How NRC Regulates NRC Performance Goals Safety Ensure adequate protection of public health and safety and the environment Security Ensure adequate protection in the secure use and management of radioactive materials Defense-in-DepthSafety systems must be fully independent and redundantMultiple physical barriersRoutine testing of Emergency PlansEnsure Compliance with Regulations and LicenseNRC inspectors perform daily on-site inspectionsReporting requirements for certain plant issues and safety dataLong-Term MaintenanceEquipment reliability, unavailability, and failures are tracked and verifiedContinuing TrainingNuclear plant operators are required to undergo continuing training to retain their operating license Ensuring Nuclear Safety NRC Security Requirements:Well-armed and well-trained security forcesSurveillance and perimeter patrolsState-of-the-art site access equipment and controlsPhysical barriers and detection zonesIntrusion detection systems and alarm stations Ensuring Nuclear Security Reactor Oversight Process3 Strategic Performance Areas are divided into 7 Cornerstones of SafetyInspection Findings and Performance Indicators are assigned to a CornerstoneInspection Findings can be assigned a cross-cutting
Who We Are The NRC employs approximately 3,500 people NRC inspectors are assigned full-time to each nuclear power plant and fuel cycle facility


aspect (a causal factor for the performance deficiency)Human PerformanceProblem Identification and ResolutionSafety Conscious Work EnvironmentNumerous findings with a common cross-cutting aspect results in a "Substantiv e Cross-Cutting Issue" Strategic Performance Areas                                    Safety Cornerstones Inspection ResultsPerformance Indicator ResultsSignificance EvaluationSignificance EvaluationAction MatrixRegulatory Response Reactor Oversight Process Inspection Examples Examples of Routine Inspections Conducted at Every PlantPost Maintenance Testing~80 hrs annual Equipment Alignment    ~80 hrs annual Operator Response    ~125 hrs annualEmergency Preparedness  ~80 hrs annualOccupational Radiation Protection ~90 hrs annualCorrective Action Reviews~60 hrs annualCorrective Action Program Review~250 hrs biennialRadiation Release Controls~110 hrs biennialFire Protection~200 hrs triennialDesign Basis Inspections~400 hrs triennial Performance Indicators Green Implement Baseline Inspection program WhiteYellowYellow Red Inspection Findings Green: Very Low safety significance White: Low to Moderate sa fety significanceYellowYellow: Substantial safety significance Red: High safety significance Significance Threshold Increasingly intrusive inspections to ensure causes are determined and corrected Action MatrixIncreased safety significance of findings and performance indicators result s in movement to the rightMovement to the right results in:NRC supplemental inspectionsIncreased management involvementIncreased regulatory actionsLicensee ResponseRegulatory ResponseDegraded CornerstoneMultiple / Repetitive Degraded CornerstoneUnacceptable Performance Action Matrix Status at End of CY 2007 104 TOTAL 0 Unacceptable Performance 1 Multiple/Repetitive Degraded Cornerstone 8 Degraded Cornerstone 8 Regulatory Response 87 Licensee Response National Plant Performance National Plant Performance Performance Indicator Results (End of CY 2007)
Who We Are The NRC Mission:
Green: 1942 White: 8YellowYellow: 1 Red: 0 Total Inspection Fi ndings (CY 2007)
To license and regulate the nations civilian use of byproduct, source and special nuclear materials to ensure adequate protection of public health and safety, promote the common defense and security, and protect the environment.
Green: 759 White: 9YellowYellow: 2 Red: 0 January 1 -December 31, 2007Refueling Outage, September 29 -November 14NRC Special Inspection, October 15-19 (IR 2007-010)Initiated in response to the identification of a drilled hole and other indentations in Safety Relief Valve discharge piping Component Design Basis Inspection, June 25 -Sep 6 (IR 2007-003)Triennial inspection with 7 inspectors3 Green findings with associated non-cited violationsProblem Identification and Resolu tion Inspection,      Aug 27 -Sep 14 (IR 2007-007)Biennial inspection with 4 inspectors1 Green Finding Fermi Assessment Activities Plant performance for all four quarters of the assessment period was within the Licensee Response Column (Column I) of the Action MatrixOpened a Substantive Cross-Cutt ing Issue in the area of Human PerformanceInadequate Procedures, Work Packages or other documentationProcedural Compliance IssuesCY 2007 Regulatory Actions:18 Green Non-Cited Violations (NCV)7 additional Inspection Findings with no associated violationLicensee ResponseLicensee ResponseLicenseeResponseLicensee Response4th Quarter3rd Quarter2nd Quarter1st Quarter Fermi Assessment Results Annual Assessment SummaryJanuary 1 -December 31, 2007Detroit Edison operated Fermi 2 in a manner that preserved public health and safety All cornerstone objectives were met with no greater than Green findings or performance


indicators identified during the assessment periodOpened a Substantive Cross-Cutting Issue in the area of Human PerformanceNRC plans baseline inspections at Fermi 2 for the CY2008 assessment periodTriennial Fire Protection: April 21 -May 9Emergency Preparedness Exercise: May 19 -23 For general information or questions:www.nrc.govSelect "About NRC" then "Locations" to contact Region IIITo report a safety concern:   (800) 695-7403 Allegation@nrc.govTo report an emergency:(301) 816-5100 (collect calls accepted)
Nuclear Power Facts 104 nuclear plants at 65 sites produce roughly 20% of U.S. electricity Nuclear electrical generation in 2006 totaled 787 billion kilowatt-hours World-wide, there are 439 nuclear plants in 31 countries (as of 2006)
Contacting the NRC Reference SourcesReactor Oversight ProcessSelect "Nuclear Reac tors" then "Operating Reactors" from NRC website menuPublic Electronic Reading RoomLink on the left menu of NRC homepagePublic Document Room1-800-397-4209 (Toll Free)Region III Public AffairsViktoriaMitlyng(630) 829-9662PremaChandrathil(630) 829-9663 Licensee Remarks Detroit Edison Representatives Fermi 2 Annual Assessment MeetingCY2007Reactor Oversight ProgramQuestions and Comments from members of the publicInformation on the NRC and our assessment processes is availableat this meeting. We encourage you to take copies of this information home with you.}}
 
Nuclear Materials Facts Nuclear materials are used in medicine for cancer treatment and diagnosis Nuclear materials are widely used in industry, such as in density gauges, flow measurement devices, radiography devices and irradiators Approximately 22,000 licenses are currently issued for academic, industrial, medical, and other uses of nuclear material
 
NRC Primary Functions Establish Rules and Regulations Evaluate license applications and issue licenses if appropriate Provide oversight through inspection of facilities, enforcement of regulatory violations, and evaluation of industry operational experience Conduct research to provide technical support for regulatory decisions Respond to events and emergencies at licensed facilities
 
NRC Regulatory Functions What We Regulate                  What We DONT Regulate Nuclear Reactors                      Nuclear Weapons Commercial power, research,        Military Reactors test, and new reactor designs Space Vehicle Reactors Nuclear Material                      Naturally Occurring Radon or X-Reactor fuel, radioactive          rays material for medical, industrial, and academic uses                          These are regulated by other federal agencies Nuclear Waste Transportation, storage, disposal, and facility decommissioning Nuclear Security Facility physical security
 
How NRC Regulates Oversight and Inspection Full-time Resident Inspectors at each nuclear plant and fuel facility Regional inspection specialists Assessment Inspection results are assessed to provide a comprehensive picture of facility performance NRC adjusts inspection effort Enforcement NRC Issues Findings and Violations Investigation of allegations of wrong-doing Emergency Response NRC Inspectors are on-call 24/7 to respond to events at any nuclear plant and fuel facility
 
NRC Performance Goals Safety Ensure adequate protection of public health and safety and the environment Security Ensure adequate protection in the secure use and management of radioactive materials
 
Ensuring Nuclear Safety Defense-in-Depth Safety systems must be fully independent and redundant Multiple physical barriers Routine testing of Emergency Plans Ensure Compliance with Regulations and License NRC inspectors perform daily on-site inspections Reporting requirements for certain plant issues and safety data Long-Term Maintenance Equipment reliability, unavailability, and failures are tracked and verified Continuing Training Nuclear plant operators are required to undergo continuing training to retain their operating license
 
Ensuring Nuclear Security NRC Security Requirements:
Well-armed and well-trained security forces Surveillance and perimeter patrols State-of-the-art site access equipment and controls Physical barriers and detection zones Intrusion detection systems and alarm stations
 
Reactor Oversight Process 3 Strategic Performance Areas are divided into 7 Cornerstones of Safety Inspection Findings and Performance Indicators are assigned to a Cornerstone Inspection Findings can be assigned a cross-cutting aspect (a causal factor for the performance deficiency)
Human Performance Problem Identification and Resolution Safety Conscious Work Environment Numerous findings with a common cross-cutting aspect results in a Substantive Cross-Cutting Issue
 
Reactor Oversight Process Strategic Performance Areas Safety Cornerstones Inspection            Performance Indicator Results                    Results Significance                Significance Evaluation                  Evaluation Action Matrix Regulatory
 
===Response===
 
Inspection Examples Examples of Routine Inspections Conducted at Every Plant Post Maintenance Testing          ~80 hrs annual Equipment Alignment                ~80 hrs annual Operator Response                  ~125 hrs annual Emergency Preparedness            ~80 hrs annual Occupational Radiation Protection  ~90 hrs annual Corrective Action Reviews          ~60 hrs annual Corrective Action Program Review  ~250 hrs biennial Radiation Release Controls        ~110 hrs biennial Fire Protection                    ~200 hrs triennial Design Basis Inspections          ~400 hrs triennial
 
Significance Threshold Performance Indicators Green    Implement Baseline Inspection program White        Increasingly intrusive inspections Yellow        to ensure causes are determined Red                    and corrected Inspection Findings Green:  Very Low safety significance White:  Low to Moderate safety significance Yellow:
Yellow  Substantial safety significance Red:    High safety significance
 
Action Matrix Multiple /
Licensee    Regulatory    Degraded    Repetitive Unacceptable Response    Response      Cornerstone  Degraded  Performance Cornerstone Increased safety significance of findings and performance indicators results in movement to the right Movement to the right results in:
NRC supplemental inspections Increased management involvement Increased regulatory actions
 
National Plant Performance Action Matrix Status at End of CY 2007 Licensee Response                          87 Regulatory Response                          8 Degraded Cornerstone                        8 Multiple/Repetitive Degraded Cornerstone    1 Unacceptable Performance                    0 TOTAL                                      104
 
National Plant Performance Performance Indicator Results (End of CY 2007)
Green:      1942 White:      8 Yellow:
Yellow      1 Red:        0 Total Inspection Findings (CY 2007)
Green:      759 White:      9 Yellow:
Yellow      2 Red:        0
 
Fermi Assessment Activities January 1 - December 31, 2007 Refueling Outage, September 29 - November 14 NRC Special Inspection, October 15-19 (IR 2007-010)
Initiated in response to the identification of a drilled hole and other indentations in Safety Relief Valve discharge piping Component Design Basis Inspection, June 25 - Sep 6 (IR 2007-003)
Triennial inspection with 7 inspectors 3 Green findings with associated non-cited violations Problem Identification and Resolution Inspection, Aug 27 - Sep 14 (IR 2007-007)
Biennial inspection with 4 inspectors 1 Green Finding
 
Fermi Assessment Results 1st Quarter  2nd Quarter  3rd Quarter 4th Quarter Licensee    Licensee    Licensee    Licensee Response      Response    Response  Response Plant performance for all four quarters of the assessment period was within the Licensee Response Column (Column I) of the Action Matrix Opened a Substantive Cross-Cutting Issue in the area of Human Performance Inadequate Procedures, Work Packages or other documentation Procedural Compliance Issues CY 2007 Regulatory Actions:
18 Green Non-Cited Violations (NCV) 7 additional Inspection Findings with no associated violation
 
Annual Assessment Summary January 1 - December 31, 2007 Detroit Edison operated Fermi 2 in a manner that preserved public health and safety All cornerstone objectives were met with no greater than Green findings or performance indicators identified during the assessment period Opened a Substantive Cross-Cutting Issue in the area of Human Performance NRC plans baseline inspections at Fermi 2 for the CY2008 assessment period Triennial Fire Protection: April 21 - May 9 Emergency Preparedness Exercise: May 19 - 23
 
Contacting the NRC For general information or questions:
www.nrc.gov Select About NRC then Locations to contact Region III To report a safety concern:
(800) 695-7403 Allegation@nrc.gov To report an emergency:
(301) 816-5100 (collect calls accepted)
 
Reference Sources Reactor Oversight Process Select Nuclear Reactors then Operating Reactors from NRC website menu Public Electronic Reading Room Link on the left menu of NRC homepage Public Document Room 1-800-397-4209 (Toll Free)
Region III Public Affairs Viktoria Mitlyng (630) 829-9662 Prema Chandrathil (630) 829-9663
 
Licensee Remarks Detroit Edison Representatives
 
Fermi 2 Annual Assessment Meeting CY2007 Reactor Oversight Program Questions and Comments from members of the public Information on the NRC and our assessment processes is available at this meeting. We encourage you to take copies of this information home with you.}}

Latest revision as of 08:29, 7 December 2019

EOC Public Meeting Slides
ML080990717
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Text

Fermi 2 Annual Assessment Meeting CY2007 Reactor Oversight Program Monroe, MI April 9, 2008

Purpose of Todays Meeting A public forum for discussion of the licensees performance NRC will discuss the licensee performance issues identified in the annual assessment letter Licensee will be given the opportunity to respond to the information in the letter and inform the NRC of new or existing programs to maintain or improve their performance

Agenda Introduction About the NRC Review of the Reactor Oversight Process National Summary of Plant Performance Discussion of Fermi 2 Plant Performance Licensee Response and Remarks NRC Closing Remarks Break NRC available to address public questions

NRC Introduction The Atomic Energy Commission was established by Congress in 1946 to encourage the use of nuclear power and regulate its safety In 1974 Congress divided the AEC into two parts U.S. Nuclear Regulatory Commission Department of Energy The NRC is headed by a Chairman and four Commissioners, appointed by the President and confirmed by the Senate Vacant Commissioner Commissioner Chairman Commissioner Kristine L. Svinicki Gregory B. Jaczko Dale E. Klein Peter B. Lyons

Region III Organization James L. Caldwell Regional Administrator Mark A. Satorius Deputy Regional Administrator Cynthia D. Pederson K. Steven West Director, Division of Reactor Projects Director, Division of Reactor Safety Gary Shear Anne T. Boland Deputy Director Deputy Director Christine Lipa Regional Specialists Branch Chief Branch Staff Fermi 2 Resident Inspection Staff Robert Lerch, Project Engineer Mike Morris, Senior Resident Inspector Alex Garmoe, Reactor Engineer Tim Steadham, Resident Inspector Adam Wilson, Reactor Engineer Marty Kamprath, Office Assistant Frank Tran, Reactor Engineer

NRC Representatives Christine A. Lipa, Branch Chief (630) 829-9619 R. Michael Morris, Senior Resident Inspector (734) 586-2798 Timothy C. Steadham, Resident Inspector (734) 586-2798 Margaret Chernoff, Project Manager, NRR (301) 415-1457 Alex Garmoe, Reactor Engineer (630) 829-9738

Who We Are The NRC employs approximately 3,500 people NRC inspectors are assigned full-time to each nuclear power plant and fuel cycle facility

Who We Are The NRC Mission:

To license and regulate the nations civilian use of byproduct, source and special nuclear materials to ensure adequate protection of public health and safety, promote the common defense and security, and protect the environment.

Nuclear Power Facts 104 nuclear plants at 65 sites produce roughly 20% of U.S. electricity Nuclear electrical generation in 2006 totaled 787 billion kilowatt-hours World-wide, there are 439 nuclear plants in 31 countries (as of 2006)

Nuclear Materials Facts Nuclear materials are used in medicine for cancer treatment and diagnosis Nuclear materials are widely used in industry, such as in density gauges, flow measurement devices, radiography devices and irradiators Approximately 22,000 licenses are currently issued for academic, industrial, medical, and other uses of nuclear material

NRC Primary Functions Establish Rules and Regulations Evaluate license applications and issue licenses if appropriate Provide oversight through inspection of facilities, enforcement of regulatory violations, and evaluation of industry operational experience Conduct research to provide technical support for regulatory decisions Respond to events and emergencies at licensed facilities

NRC Regulatory Functions What We Regulate What We DONT Regulate Nuclear Reactors Nuclear Weapons Commercial power, research, Military Reactors test, and new reactor designs Space Vehicle Reactors Nuclear Material Naturally Occurring Radon or X-Reactor fuel, radioactive rays material for medical, industrial, and academic uses These are regulated by other federal agencies Nuclear Waste Transportation, storage, disposal, and facility decommissioning Nuclear Security Facility physical security

How NRC Regulates Oversight and Inspection Full-time Resident Inspectors at each nuclear plant and fuel facility Regional inspection specialists Assessment Inspection results are assessed to provide a comprehensive picture of facility performance NRC adjusts inspection effort Enforcement NRC Issues Findings and Violations Investigation of allegations of wrong-doing Emergency Response NRC Inspectors are on-call 24/7 to respond to events at any nuclear plant and fuel facility

NRC Performance Goals Safety Ensure adequate protection of public health and safety and the environment Security Ensure adequate protection in the secure use and management of radioactive materials

Ensuring Nuclear Safety Defense-in-Depth Safety systems must be fully independent and redundant Multiple physical barriers Routine testing of Emergency Plans Ensure Compliance with Regulations and License NRC inspectors perform daily on-site inspections Reporting requirements for certain plant issues and safety data Long-Term Maintenance Equipment reliability, unavailability, and failures are tracked and verified Continuing Training Nuclear plant operators are required to undergo continuing training to retain their operating license

Ensuring Nuclear Security NRC Security Requirements:

Well-armed and well-trained security forces Surveillance and perimeter patrols State-of-the-art site access equipment and controls Physical barriers and detection zones Intrusion detection systems and alarm stations

Reactor Oversight Process 3 Strategic Performance Areas are divided into 7 Cornerstones of Safety Inspection Findings and Performance Indicators are assigned to a Cornerstone Inspection Findings can be assigned a cross-cutting aspect (a causal factor for the performance deficiency)

Human Performance Problem Identification and Resolution Safety Conscious Work Environment Numerous findings with a common cross-cutting aspect results in a Substantive Cross-Cutting Issue

Reactor Oversight Process Strategic Performance Areas Safety Cornerstones Inspection Performance Indicator Results Results Significance Significance Evaluation Evaluation Action Matrix Regulatory

Response

Inspection Examples Examples of Routine Inspections Conducted at Every Plant Post Maintenance Testing ~80 hrs annual Equipment Alignment ~80 hrs annual Operator Response ~125 hrs annual Emergency Preparedness ~80 hrs annual Occupational Radiation Protection ~90 hrs annual Corrective Action Reviews ~60 hrs annual Corrective Action Program Review ~250 hrs biennial Radiation Release Controls ~110 hrs biennial Fire Protection ~200 hrs triennial Design Basis Inspections ~400 hrs triennial

Significance Threshold Performance Indicators Green Implement Baseline Inspection program White Increasingly intrusive inspections Yellow to ensure causes are determined Red and corrected Inspection Findings Green: Very Low safety significance White: Low to Moderate safety significance Yellow:

Yellow Substantial safety significance Red: High safety significance

Action Matrix Multiple /

Licensee Regulatory Degraded Repetitive Unacceptable Response Response Cornerstone Degraded Performance Cornerstone Increased safety significance of findings and performance indicators results in movement to the right Movement to the right results in:

NRC supplemental inspections Increased management involvement Increased regulatory actions

National Plant Performance Action Matrix Status at End of CY 2007 Licensee Response 87 Regulatory Response 8 Degraded Cornerstone 8 Multiple/Repetitive Degraded Cornerstone 1 Unacceptable Performance 0 TOTAL 104

National Plant Performance Performance Indicator Results (End of CY 2007)

Green: 1942 White: 8 Yellow:

Yellow 1 Red: 0 Total Inspection Findings (CY 2007)

Green: 759 White: 9 Yellow:

Yellow 2 Red: 0

Fermi Assessment Activities January 1 - December 31, 2007 Refueling Outage, September 29 - November 14 NRC Special Inspection, October 15-19 (IR 2007-010)

Initiated in response to the identification of a drilled hole and other indentations in Safety Relief Valve discharge piping Component Design Basis Inspection, June 25 - Sep 6 (IR 2007-003)

Triennial inspection with 7 inspectors 3 Green findings with associated non-cited violations Problem Identification and Resolution Inspection, Aug 27 - Sep 14 (IR 2007-007)

Biennial inspection with 4 inspectors 1 Green Finding

Fermi Assessment Results 1st Quarter 2nd Quarter 3rd Quarter 4th Quarter Licensee Licensee Licensee Licensee Response Response Response Response Plant performance for all four quarters of the assessment period was within the Licensee Response Column (Column I) of the Action Matrix Opened a Substantive Cross-Cutting Issue in the area of Human Performance Inadequate Procedures, Work Packages or other documentation Procedural Compliance Issues CY 2007 Regulatory Actions:

18 Green Non-Cited Violations (NCV) 7 additional Inspection Findings with no associated violation

Annual Assessment Summary January 1 - December 31, 2007 Detroit Edison operated Fermi 2 in a manner that preserved public health and safety All cornerstone objectives were met with no greater than Green findings or performance indicators identified during the assessment period Opened a Substantive Cross-Cutting Issue in the area of Human Performance NRC plans baseline inspections at Fermi 2 for the CY2008 assessment period Triennial Fire Protection: April 21 - May 9 Emergency Preparedness Exercise: May 19 - 23

Contacting the NRC For general information or questions:

www.nrc.gov Select About NRC then Locations to contact Region III To report a safety concern:

(800) 695-7403 Allegation@nrc.gov To report an emergency:

(301) 816-5100 (collect calls accepted)

Reference Sources Reactor Oversight Process Select Nuclear Reactors then Operating Reactors from NRC website menu Public Electronic Reading Room Link on the left menu of NRC homepage Public Document Room 1-800-397-4209 (Toll Free)

Region III Public Affairs Viktoria Mitlyng (630) 829-9662 Prema Chandrathil (630) 829-9663

Licensee Remarks Detroit Edison Representatives

Fermi 2 Annual Assessment Meeting CY2007 Reactor Oversight Program Questions and Comments from members of the public Information on the NRC and our assessment processes is available at this meeting. We encourage you to take copies of this information home with you.