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1. Nuclear Security Communicating Effectively in a Post September 11 World Ray GoldenManager, Nuclear CommunicationsSouthern California Edison
3. San Onofre Nuclear Generating Station (SONGS) 257 Acres leased from Camp Pendleton (Plant-side 80 acres)
60 Miles North of San Diego
70 Miles South of LA
Generates electricity for
2.3 million homes and
businesses
4. San Onofre Nuclear Generating Station (SONGS) Unit 1
Began Operation in 1968
450 MW
Retired November 1992
Decommissioning began June 1999
Completion 2008
Cost: $650 million
5. San Onofre Nuclear Generating Station (SONGS) Units 2 and 3
Began operation in 1983 and 1984 respectively
1150 MW Each
Licensed to 2022
Provide approximately 20% of Southern California’s power generation
6. Pre-9/11 Communications Focus
Production and Plant Operations (“Nuke Plant Is and Isn’t”)
Environmental Benefits and Impacts
Safe Decommissioning of Unit 1
Excellence in Safety and Compliance
7. Post-9/11 Communication Strategies Change communications focus to emphasize security & why & how plant is safe
Talk openly about security
Build Communications Partnerships with Elected Officials and Opinion Leaders (Done way before 9/11)
Continue building working relationships with local media (Likewise, done before 9/11)
8. Post-9/11 Communication Strategies Build Public Trust and Confidence
- Responsive to all questions and requests
for information
- Kept on-site visitor center open
(no in- plant tours)
9. Post-9/11 Communication Strategies Provide details on plant defense-in-depth design
Educate public on security plan
Educate public and stakeholders on security features and improvements pre and post September 11
10. Post-9/11 Communications Strategies NRC security orders
(More than 30 Advisories or Orders received-to-date)
Design Basis Threat
Training and Work Hours
Equipment Upgrades
11. Post 9-11Communications Strategies
12. SONGS Containment Building
13. Containment at top 3’9” of reinforced steel - concrete
Ľ” steel liner on the inside of the containment dome
Secondary wall 3’ of reinforced steel - concrete
Missile shield 3’ of reinforced steel - concrete
Primary reactor shield is 7’ of reinforced steel - concrete
Reactor is 8” of Carbon Steel Multi-Layers of Protection
14. Spent Fuel Pool 5 foot thick steel-reinforced concrete walls
Location inaccessible below ground level
Analysis demonstrates it would survive commercial air crash without loss of integrity
15. Each circle becomes harder to access with tighter security
17. Security Officer Training
18. Build Communications Partnerships with Elected Officials Plant Tours (Still done and recruit for opportunities)
Direct Access
Information Resource
Educate on value of proposed legislation
19. External Security Support
20. Continue Building Working Relationships with Local Media Single Spokesman
Plant tours and one-on-one, face-to-face interviews (Access up to a point)
Balanced coverage
Commitment to communicate in a “safety conscious” manner
21. Build Public Trust and Confidence Presentations to Civic Organizations
Security Fact Sheet
Dispel myths and rumors
Explain concept of “Hard” & “Hardened” Facilities
22. OCA Controlled Area Gates
23. OCA Access and Barricaded Gates
24. 1. Search Train Process
26. Video
27. Summary