NUCLEAR SAFETY ISSUES

A primary focus of the Samuel Lawrence Foundation is the environmental threat arising from nuclear waste.

RISKS OF SAN ONOFRE NUCLEAR WASTE DUMP ARE REAL

Time is not on our side

  • Low-quality canisters are only designed for decades

  • Radioactive waste expected to remain on the coastline for centuries

  • Radioactive waste remains deadly for more than 200,000 years

People have lost trust in Edison’s management

  • Consistent pattern of risk denial and lack of transparency

  • Violations and cover-ups occurred and exposed by whistleblowers

  • Received most severe citation from regulators for any safety violation

Worst possible storage location

  • Stored 100 feet from ocean and just 18 inches above ground water

  • Thin-walled canisters are susceptible to corrosion cracking from salty air

  • Risks of sea level rise, earthquakes, landslides, tsunamis, and terrorist attacks

Potential for radiation exposure

  • Storage canisters can fail from aging, natural disasters and human-caused means

  • Damaged canisters can release dangerous radiation into the air, land, and ocean

  • 5/8 inch, thin-walled canisters are scratched and gouged when lowered into storage

  • Canisters cannot be adequately monitored, inspected, repaired, or replaced

  • No emergency plans in place to protect public in event of radiation release

THE SOLUTIONS ARE STRAIGHTFORWARD

Install most sensitive radiation and leak detection technology

Construct on-site handling facility to contain, repair, and replace canisters

Replace thin-walled canisters with safer 10- to 19-inch thick-walled, transportable casks

Admiral Hering discloses NRC and Edison’s Mismanagement

Containment Challenges

The Guardian: ‘A combination of failures:’ why 3.6m pounds of nuclear waste is buried on a popular California beach

Failures at San Onofre circulated on the streets of London and across the internet with the publication of an article in The Guardian newspaper. The venerable English daily launched in 1812 and today its online edition reaches readers worldwide.
 

In the article, reporter Kate Mishkin picks apart San Onofre’s political and regulatory gridlock and history of close calls. You would be hard pressed to find a better summary of the dangerous decisions that led to the current crisis at San Onofre, an environmental disaster waiting to happen.

Potential Impact: A Waste Storage Accident Could Cost $13.4 Trillion

In early 2019 SLF released two expert reports on the potential economic impacts and the technical problems of the San Onofre nuclear waste storage. A collaboration of physicists, former military personnel, and engineers with considerable nuclear experience issued the reports.

 

A potential impact of a nuclear waste accident at San Onofre could exceed $13.4 trillion.

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2020 S.O.N.G.S. Task Force Report

The San Onofre Nuclear Generating Task Force Report was released this week after 18 months of fact-finding. SLF is proud to have joined scientists, policy makers and community leaders in preparing the document. Thanks so much to Rep. Mike Levin for bringing us together.

 

We will continue to appreciate his leadership as he advances eight key policy recommendations contained in the report.

We encourage you to review the report and share it widely:

SAN ONOFRE NUCLEAR WASTE PROBLEMS

Authors: T. Enlgish, PhD, S. Chakraborty, PhD,
Len Hering Sr. RADM USN

Most serious of the issues facing the interim storage of nuclear waste at S.O.N.G.S. include the gouging damage to fully-loaded steel canisters upon downloading into the storage vault. These 54-ton thin-walled steel canisters are loaded with nuclear wsaste in wet storage – spent fuel pools – and are transported to the on-site concrete storage vault, adjacent to the reactor domes.

With the Birnell hardness scale calculations our team demonstrates the depth and width of cansiter gouges upon downloading into the storage system. The current downloading procedure and on-site storage configuration provides the factors necessary to create gouges in the external steel walls of the canisters: operators have no visibility of the canister during downloading and precise adjustments to canister orientation cannot be made.

These gouges remain undetected and unrepaired due to the lack of thorough inspection and monitoring at the San Onofre Independent Spent Fuel Storage Installations (ISFSIs). The preliminary findings are found in this report.