Posted: 26th May 2020
By Paul Gunter
Two dam failures and major flooding in central Michigan, which also prompted a low-level emergency notification(scroll to NCR event #54719) at a nearby nuclear research reactor in Midland, have exposed the almost impossible challenge of evacuating people to safety during simultaneous catastrophic events.
The sudden need to evacuate large numbers of people from severe flooding — also threatening to compromise a Dow chemical facility that uses a research reactor — during a time of national lockdown due to the Covid-19 pandemic, raises serious questions and concerns about the emergency response readiness and the viability of evacuation that might simultaneously include a radiological accident.
Michigan authorities were forced to face a “no-win compromise” between protecting the public from exposure to Covid-19 while at the same time moving people out of harm’s way after heavy rains caused failures at the Edenville and Sanford dams, leading to devastating floods.
The Dow plant insists there have been no chemical or radiological releases, but the situation will be evaluated once floodwaters recede. Fortunately, no full-scale commercial nuclear power plant was in the path of the Michigan floods.
Operating nuclear power stations are required by federal and state laws to maintain radiological emergency preparedness to protect populations within a ten-mile radius from the release of radioactivity following a serious nuclear accident. These measures include mass evacuations.
The prospect of evacuating during a triple-threat nuclear emergency, natural disaster and pandemic, raises serious concerns about practicability. (Photo: Adam Melancon/Creative Commons)
However, many communities around the nation’s 95 commercial reactors are presently sheltering-in-place at home as a protective action during the Covid-19 pandemic.
The Michigan flooding has forced the relocation of thousands of citizens from their stay-at-home lockdown into the social distancing challenges of mass shelters. Evacuating tens of thousands from a likely more far-reaching radioactive cloud to mass shelters, as is presently planned during a nuclear emergency, raises difficult if not impossible choices under pandemic conditions.
In fact, a Memorandum of Understanding (MOU) (Sect.03.02 p.2) between the U.S. Nuclear Regulatory Commission (NRC) and the Federal Emergency Management Agency (FEMA) already obligates the federal government to re-exam radiological emergency plans around nuclear facilities specifically in response to a pandemic, and to identify any shortcomings, deficiencies and enhancements that might be needed under such conditions.
But to date, neither agency has taken the initiative to do so. In fact, the NRC actions are focused on relaxing safety measures required by operating licenses, resulting in extended work hours for reactor operators and security guards, and deferred safety inspections and repairs for as much as another 18 months. This makes an accident more likely.
Given what we are now seeing in Michigan, the NRC and FEMA should lose no time in reviewing their MOU and the viability of their radiological emergency plans, and take action to make any necessary enhancements or shut these nuclear facilities down.
Beyond Nuclear has identified two such actions under the MOU as vital to public health:
KI, if taken promptly in advance or shortly after exposure to radioactive iodine, is recognized by the US Food and Drug administration as a safe, inexpensive and effective prophylactic prevention for thyroid cancer and other developmental disorders caused by exposure to highly mobile iodine-131. Radioactive iodine is a gas released early in a serious nuclear accident.
A sample of KI packaging. (Beyond Nuclear does not endorse any one brand.) (Photo: Walt Hayes/WIkimedia Commons)
KI is particularly important for the protection of infants, young children and pregnant women and should be readily on hand, according to the ATA and the American Academy of Pediatrics.
The ATA further recommends stockpiling KI tablets in schools, hospitals, police and fire stations from 10 miles out to 50 miles from every nuclear power plant. These institutions could then serve to pre-distribute KI free through the mail upon request to every home and business within 50 miles of an operating nuclear plant.
KI is commonly used to iodize table salt in concentrations. When taken in tablet form, it saturates the thyroid with stable iodine and blocks the absorption of radioactive iodine into the thyroid gland.
KI only protects the thyroid. It does not protect other parts of the body, or prevent damage from other radioactive isotopes released during a nuclear power plant accident, such as cesium-137 or krypton or xenon gases. Ideally, it is used to provide protection to the thyroid — because iodine-131 can be the large and early radioactive exposure first to arrive — while people are still evacuating out of the oncoming radioactive fallout pathway.
KI is a critical adjunct to evacuation, but it should not replace evacuation from a nuclear accident, even during a viral pandemic. If faced with an immediate threat to life, perhaps even a triple threat such as an extreme flood, a nuclear accident and Covid-19 exposure, evacuation must be the immediate decision.
However, at least having KI tablets on hand provides for a reasonable protection from the radioactive iodine, a fundamental human right while seeking to shelter farther away from a nuclear accident.
The prospect of a nuclear disaster prompting a mass evacuation during a viral pandemic reinforces the need for an energy policy focused on safe, clean and affordable renewable energy. It’s time to remove the added and unnecessary danger presented by the 95 nuclear reactors still operating in the US today and transition to a rapid phaseout before a nuclear emergency during a pandemic becomes a nightmarish reality.
Headline photo by Kletr/Shutterstock