oct. 26, 20061 crisis communications lessons learned from tmi (and katrina) presentation to oak...
TRANSCRIPT
Oct. 26, 2006 1
Crisis CommunicationsCrisis Communications
Lessons Learned from TMI (and Katrina)
Presentation to Oak Ridge Regional Emergency Management Forum
Harold R. Denton
Oct. 26, 2006 2
Crisis Crisis CommunicationsCommunications
Purpose: Immediate protection of public health and safety
How: Provide accurate, complete and timely information to decision makers, media and public
Oct. 26, 2006 3
Unique Aspects Unique Aspects of TMI Accidentof TMI Accident
Small utility unable to handle managerial, technical, and public relations challenges
Magnitude of potential public health effects
Protracted time of crisis development
Media inexperience with nuclear energy
Oct. 26, 2006 4
Magnitude of Potential Magnitude of Potential Health EffectsHealth Effects Large-scale public
evacuation a real possibility
Considerable departure of general population
Continuing community stress and demoralization
Economic future of area threatened
Oct. 26, 2006 5
Protracted Time of Protracted Time of Crisis DevelopmentCrisis Development
Constantly changing story
Wide variety of sources sought
Conflicting messages led some to conclude media was problem
Oct. 26, 2006 6
Media Inexperience Media Inexperience in Nuclear Mattersin Nuclear Matters
300/400 reporters on scene Overall complexity of event Skepticism Demand for immediate news “What if” questions and
“maybe” answers Growing understanding was
often mistaken for cover-up
Oct. 26, 2006 7
Multiple Sources of Multiple Sources of InformationInformation
Utility Federal agencies State Individuals and interest
groups Best source of information
is at source/site
Oct. 26, 2006 8
Technical IssuesTechnical IssuesFrom Today’s PerspectiveFrom Today’s Perspective
Extensive core melting in the first few hours
Importance of a containment in mitigating accident consequences
Unnecessary hydrogen bubble scare
Significantly reduced risks of a future accident
Oct. 26, 2006 9
Likelihood of Hydrogen Likelihood of Hydrogen Bubble ExplosionBubble Explosion
Hydrogen produced by metal water reaction
Burned in Containment Large RCS bubble at
1000 psi / 280F Removed by steam
stripping and venting into containment
Little or no oxygen ever present
No explosive risk
Oct. 26, 2006 10
Actual Radiological Consequences
Noble gases released 2.5 MCi Radioiodines released 15 Ci
Max probable off site Dose 100 mrem Downtown Harrisburg dose rate 15 mrem/hr Airborne level over stack- 1200 mrem/hr Collective 50 mile dose – 2400 manrem Max Occupational Dose – 4 Rem
Oct. 26, 2006 11
What you need to What you need to learn from TMIlearn from TMI
Don’t become a complacent organization
Assure accurate, complete and timely information available
Elected Officials have ultimate responsibility
Put credible technical source on the firing line
Prepare systematic Public Information program
Oct. 26, 2006 12
SpokespersonGuidelines:
Be Candid
Admit uncertainties exist
Act on best estimate of situation
Be Non-Judgmental
Refrain from making “value judgments”
Don’t point fingers
Maintain Credibility
Don’t speculate
Be accurate, honest and reasonable
Oct. 26, 2006 13
Aegis of PresidentUnexpected but invaluable
President’s micro-management style bypassed hierarchy
Presidential involvement resulted in unparalleled Federal cooperation
Oct. 26, 2006 14
Obstacles to Obstacles to SuccessSuccess Decision making
may be more bureaucratic
Sheer numbers of reporters today
Media no better informed
Public more risk adverse
Less Presidential Involvement