Commentaries, Global Warming, Opinions   Cover   •   Commentary   •   Books & Reviews   •   Climate Change   •   Site Links   •   Feedback
"And ye shall know the truth, and the truth shall make you free." - John 8:32
WEBCommentary Contributor
Author:  Jim Kouri
Bio: Jim Kouri
Date:  February 27, 2008
Print article - Printer friendly version

Email article link to friend(s) - Email a link to this article to friends

Facebook - Facebook

Topic category:  Other/General

Terrorism: Action Needed to Protect Research Nuclear Reactors

by Jim Kouri, CPP

There are 37 research reactors in the United States, mostly located on college campuses. Of these, 33 reactors are licensed and regulated by the Nuclear Regulatory Commission.

Four are operated by the Department of Energy and are located at three national laboratories. Although less powerful than commercial nuclear power reactors, research reactors may still be attractive targets for terrorists.

The US House of Representatives requested the Government Accountability Office to examine the basis on which DOE and NRC established the security and emergency response requirements for DOE and NRC-licensed research reactors, and to examine the progress that the National Nuclear Security Administration (NNSA) has made in converting US research reactors that use highly enriched uranium to low enriched uranium fuel.

The DOE developed the security and emergency response requirements for its research reactors using its Design Basis Threat -- a process that establishes a baseline threat for which minimum security measures should be developed. These research reactors benefit from the greater security required for the national laboratories where they are located, which store weapons-usable nuclear materials.

The DOE also has concluded that the consequences of an attack at some of its research reactors could be severe, causing radioactivity to be dispersed over many square miles and requiring the evacuation of nearby areas. As a result, all facilities where DOE reactors are located have extensive plans and procedures for responding to security incidents.

NRC based its security and emergency response requirements largely on the regulations it had in place before September 2001. NRC decided that the security assessment it conducted between 2003 and 2006 showed that these requirements were sufficient. While it was conducting this assessment, NRC worked with licensees to improve security when weaknesses were detected.

However, GAO found that NRC's assessment contains questionable assumptions that create uncertainty about whether the assessment reflects the full range of security risks and potential consequences of attacks on research reactors. For example, Sandia National Laboratories (SNL) -- a contractor NRC used to assist in performing its assessment -- found that some NRC-licensed research reactors may not be prepared for certain types of attacks.

However, NRC disagreed with SNL's finding. In 2006, NRC concluded that the consequences of attacks would result in minimal radiological exposure to the public. In addition, NRC assumed that terrorists would use certain tactics in attacking a reactor but did not fully consider alternative attack scenarios that could be more damaging.

The NRC assumed that a small part of a reactor could be damaged in an attack, resulting in the release of only a small amount of radioactivity. However, according to experts at Idaho National Laboratories and the Department of Homeland Security, it is possible that a larger part of a reactor could be damaged, which could result in the release of larger amounts of radioactivity.

The NNSA has made progress in changing from HEU to LEU fuel in U.S. research reactors but may face difficulty in converting some of the remaining research reactors. Since 1978, NNSA has converted eight currently operating U.S. research reactors, including two in 2006.

Also, the NNSA plans to convert 10 more U.S. research reactors by September 2014 -- five of which are scheduled for conversion by 2009. However, NNSA faces difficulties in converting the remaining five reactors because these reactors cannot operate with the currently available LEU fuel. NNSA is now developing a new LEU fuel that will allow the remaining five reactors to operate.

But, according to NNSA, developing this fuel has been problematic, as early efforts experienced failures during testing. NNSA officials acknowledged that further setbacks are likely to delay plans to convert these research reactors.

Jim Kouri
Chief of Police Magazine (Contributing Editor)

Send email feedback to Jim Kouri

Biography - Jim Kouri

Jim Kouri, CPP is currently fifth vice-president of the National Association of Chiefs of Police. He's former chief at a New York City housing project in Washington Heights nicknamed "Crack City" by reporters covering the drug war in the 1980s. In addition, he served as director of public safety at a New Jersey university and director of security for a number of organizations. He's also served on the National Drug Task Force and trained police and security officers throughout the country. He writes for many police and crime magazines including Chief of Police, Police Times, The Narc Officer, Campus Law Enforcement Journal, and others. He's appeared as on-air commentator for over 100 TV and radio news and talk shows including Oprah, McLaughlin Report, CNN Headline News, MTV, Fox News, etc. His book Assume The Position is available at Amazon.Com,, and can be ordered at local bookstores. Kouri holds a bachelor of science in criminal justice and master of arts in public administration and he's a board certified protection professional.

Read other commentaries by Jim Kouri.

Visit Jim Kouri's website at Chief of Police Magazine

Copyright 2008 by Jim Kouri
All Rights Reserved.

[ Back ]

© 2004-2020 by WEBCommentary(tm), All Rights Reserved