In the days following the
March 11, 2011 beginning of the Fukushima Nuclear Catastrophe, chief cabinet
secretary Yukio Edano repeatedly reassured the Japanese public, news media, and
world community that there was “no immediate health risk” from mounting radioactive
releases from the Fukushima Daiichi nuclear power plant. His choice of words
was very similar to the U.S. nuclear power establishment’s during the Three
Mile Island melt down of 1979, as captured by Rosalie Bertell’s classic
anti-nuclear primer No Immediate Danger? Prognosis for a Radioactive Earth.
However, as the New York
Times revealed Monday, Edano and his
colleagues at the highest levels of the Japanese federal government were
actually worried about a worst-case scenario, a “demonic chain reaction” of
atomic reactor meltdowns spreading catastrophic amounts of deadly radioactivity
from the three operating units at Fukushima Daiichi (as well as multiple
high-level radioactive waste storage pools there), to the four operating
reactors and pools at Fukushima Daini (just 7 miles south, which itself avoided
catastrophe thanks to a single surviving offsite power line; several offsite
power lines were lost to the earthquake, and all diesel generators were lost to
the tsunami), to the operating reactor and pool at Tokai (much closer to
Tokyo). Regarding such a nightmare scenario, eerily similar to what Japanese
filmmaker Akira Kurosawa depicted in Dreams, the New York
Times reported:
“We would lose Fukushima
Daini, then we would lose Tokai,” Mr. Edano is quoted as saying, naming two
other nuclear plants. “If that happened, it was only logical to conclude that
we would also lose Tokyo itself.”
On March 13, 2011, even
as Fukushima Daiichi’s reactors were melting down and exploding, and its
storage pools at risk of boiling or draining dry and the high-level radioactive
waste catching fire, the U.S. Nuclear Regulatory Commission (NRC) provided
false assurance to the U.S. public and news media, that no harmful levels of
radioactive fallout would reach U.S. territories.
However, at the very same
time, NRC was itself worried about potentially hazardous levels of radioactive
Iodine-131 reaching Alaska.
Just last week, NRC held
public meetings about its newly unveiled, so-called “State of the Art Reactor
Consequence Analysis” (SOARCA). One meeting took place near the Peach Bottom
nuclear power plant in Pennsylvania, not far from Philadelphia or Washington
D.C., where two General Electric Boiling Water Reactors of the Mark I design
(GE BWR Mark I) operate. Paul Gunter, Beyond Nuclear’s Reactor Oversight
Project Director, attended and testified.
SOARCA is meant to
replace a 1982 study, “Calculation of Reactor Accident Consequences” (CRAC-2).
CRAC-2 made shocking projections of casualties and property damage that would
result downwind of a catastrophic radioactivity release from an accident at
either Peach Bottom Unit 2 or 3: 72,000 “peak early fatalities”; 45,000 “peak
early injuries”; 37,000 “peak cancer deaths”; and $119 billion in property
damages.
But CRAC-2 was based on
1970 U.S. Census data. Populations have grown significantly in the past 42
years, so casualty figures would now be much worse. And when adjusted for
inflation, property damages would now top $265 billion, in 2010 dollars. Such
shocking figures may explain why NRC, which commissioned the study, tried to
conceal its results from the public. But U.S. Rep. Ed Markey (D-MA) made the
information public in congressional hearings.
Of course, as shown by
Fukushima Daiichi, a major accident at either Peach Bottom reactor could very
easily spread to the second reactor. And, as Yukio Edano ~ who now serves
as Japan’s Minister of Economy, Trade, and Industry (METI), with direct
oversight of the Nuclear and Industrial Safety Agency (NISA) ~ warned about
Fukushima Daini and Tokai, a catastrophic radioactivity release from Peach
Bottom could spread to other nearby nuclear power plants, such as Limerick
Units 1 and 2, Three Mile Island Unit 1, and Salem Units 1 and 2/Hope Creek,
forcing workers to evacuate and putting many additional reactors’ and
high-level radioactive waste storage pools’ safety at risk.
Despite all this, NRC’s
SOARCA ~ by assuming almost all radioactivity will be contained during an
accident, any releases will happen slowly and in a predictable fashion, that
emergency evacuation will come off without a hitch, etc. ~ claims that
casualties will be low, or even non-existent.
Such false
assurances fall flat on their face in light of the lessons learned from
the Fukushima Nuclear Catastrophe, including the new revelations described
above.
In fact, Peach Bottom
2 and 3 are bigger in size than Fukushima’s Units 1 to 4. Peach Bottom 2
and 3 are both 1,112 Megawatt-electric (MW-e) reactors, 2,224 MW-e
altogether. Fukushima Daiichi Unit 1 was 460 MW-e. Units 2 and 3 were each
784 MW-e.
Altogether, they were
“only” 2,028 MW-e, smaller in size than Peach Bottom 2 and 3. The same is true
regarding high-level radioactive wastes. The Fukushima Daiichi Units 1 to 4
storage pools contained a total of 354 tons of irradiated nuclear fuel.
Peach Bottom nuclear
power plant, however, stores well over 1,500 tons of irradiated nuclear fuel
on-site. Although Peach Bottom has installed dry cask storage, the
vast majority of irradiated fuel is still stored in the Mark I elevated, and
vulnerable, pools. Beyond Nuclear recently published a
backgrounder on the risk of Mark I high-level radioactive waste storage pools.
NRC should immediately
withdraw its absurd SOARCA report, and get about the business of protecting
public health, safety, and the environment ~ its mandate ~ rather than doing
the nuclear power industry’s bidding by downplaying risks as at Peach Bottom 2
and 3. A good place to start would be immediately and permanently shutting down
all 23 operating Mark Is in the U.S., including Peach Bottom 2 and 3, as Beyond
Nuclear’s “Freeze Our Fukushimas”
campaign calls for.
Related articles
- Nuclear Agency Squabbling Throws Smokescreen Over Safety Lapses (alethonews.wordpress.com)
- Japan may have no nuclear reactors by summer (mnn.com)
There is only one possible answer to Nuclear Fission in ANY form. Eliminate it altogether. (Especially weapons - Fission and Fusion and all other WMD, WMD are the Devil's plaything.)
ReplyDeleteFusion with no fission triggers at all is an acceptable power generator but costly and currently inefficient. Solar has low level ozone pollution problems, but they are relatively small. Wind is useable only where land and dependable atmospheric air flows are available. Natural gas is the best hydrocarbon option. Hydraulic electro-generating dams are excellent but are dependent on available water flow sources.
Magnetohydrodynamics is the very best option. This is a limited look at some examples related to that. Directory:Tidal Power - PESWiki