![]() |
Concord Spent Fuel ShipmentsFebruary 18, 1998 Oakland -- To reduce the threat of nuclear terrorism, the United States is recovering spent nuclear fuel rods from foreign research reactors to ensure that the material will not be used to make nuclear weapons. Approximately 20 metric tons of material containing uranium enriched in the United States and provided as part of the Atoms for Peace program is being returned. The rods are to be temporarily stored at the Department of Energy's facilities in South Carolina and Idaho; the Savannah River Site and the Idaho National Engineering and Environmental Laboratory. The program is a joint effort of the Department of State and Department of Energy and has the support of the Nuclear Control Institute and the Natural Resources Defense Council. The spent fuel rods are shipped in containers, or casks, that are designed and independently tested to withstand catastrophic incidents including derailments. These types of casks have been dropped from a height of 2,000 feet onto a hard desert surface, dropped onto a steel spike, subjected to a head-on collision with a diesel locomotive traveling at 80 miles per hour, crashed into concrete walls at greater than 80 miles per hour, and subjected to a 1,475 degree Fahrenheit fire for 90 minutes and tested to a water depth of 660 feet, all without breaching the casks. In more than 2,400 shipments of spent nuclear fuel over the last 40 years, there has never been an accident that resulted in the release of radionuclides. Based upon past experience and a detailed environmental review of these shipments, the general public will not receive any exposure to radiation above natural background levels. In the planning and execution of spent fuel shipments, the Department of Energy, working with the states, Tribes and localities, takes extraordinary precautions to protect the health and safety of the public and the environment. After an exhaustive analysis that included extensive public involvement of 161 potential ports of entry, the Department selected the Charleston Naval Weapons Station, South Carolina and the Concord Naval Weapons Station, California as the preferred ports of entry for the shipment of the fuel rods. Both facilities have large buffer zones around their piers, provide 24 hours security and have a long history of safely handling hazardous materials. In recent months, four shipments from Europe and South America have passed, without incident, through Charleston Naval Weapons Station and have arrived at Department of Energy's Savannah River Site near Aiken, South Carolina. No more than five shipments will transit through the Concord Naval Weapons Station over the next eleven years. By 2009, all shipments which would pass through California will have been completed and shipments will stop. The first West Coast shipment will not occur before June 1998. In preparation for the shipment, the Department of Energy is working with the states of California, Nevada, Utah and Idaho and affected Tribes to make sure that personnel are appropriately trained to respond to a radiological emergency and have the necessary equipment to monitor the local situation. The training is on schedule and will be completed prior to the first shipment. The Department of Energy will provide resources to state and local jurisdictions for the training and equipment they need to support these shipments. The Department of Energy's shipment procedures and safeguards exceed those required by the International Atomic Energy Agency, the Department of Transportation, and the Nuclear Regulatory Commission. Ships and casks are inspected before they leave the port of origin, tracked constantly by the Department of Energy, and are again inspected before the material is transferred onto railcars in the United States. The Department of Energy and the U.S. Department of Transportation plan to jointly implement the following safeguards:
The training and equipment provided by the Department of Energy will mean that state, tribal and local jurisdictions will be better prepared to respond to radiological material incidents.
|
|
|
|
|