In my opinion, nuclear reactors would be plentiful and electricity would be surprisingly cheap, were it not
for the environmentalists' lawsuits, the wasted time and effort due to the labor unions, and the government's
stringent regulations. Countries such as France and Japan seem to have no problem generating
electricity this way. Chernobyl was a problem because the Russians tried to cut costs (using
a graphite core — how primitive!) and didn't have adequate safety features in place.
On another nearby page, I've pointed out that environmentalists
oppose every practical source of energy, including nuclear energy of course, but also including oil,
coal, and natural gas. Radical left-wing environmentalists — many of whom are literally
earth-worshipping hippies — prefer to depend on windmills and solar cells; but unfortunately, the wind
doesn't always blow at 20 mph and quite often the sun doesn't shine when it's really needed.
President Obama is playing along with the country's most rabid
environmentalists, because he abhors capitalism as much as they do, and capitalism
depends upon abundant energy supplies.
needs to keep the Diablo Canyon nuclear plant open to meet its climate goals. The Diablo Canyon nuclear power
plant is scheduled to close when its federal 40-year license expires in 2025 — marking the end of nuclear power
generation in California. This schedule was set in a complex multi-stakeholder process approved by state regulators in
2018, and modifying it would be at least as complex. However, much has changed in the last few years, underscoring the
need to revisit this decision — including rolling blackouts in California in 2020, global awareness of the need
for greater ambition in reducing greenhouse gas emissions and a better understanding of the limitations of existing
technology within a reliable and resilient system. Reconsidering the future of Diablo Canyon is now urgently needed in
advancing the public good.
Seeks Ideas for a Nuclear Reactor on the Moon. If anyone has a good idea on how to put a nuclear fission power
plant on the moon, the U.S. government wants to hear about it. NASA and the nation's top federal nuclear research lab
on Friday [11/19/2021] put out a request for proposals for a fission surface power system. NASA is collaborating with
the U.S. Department of Energy's Idaho National Laboratory to establish a sun-independent power source for missions to the
moon by the end of the decade. "Providing a reliable, high-power system on the moon is a vital next step in human space
exploration, and achieving it is within our grasp," Sebastian Corbisiero, the Fission Surface Power Project lead at the lab,
said in a statement.
The Editor says...
[#1] Who would benefit from this boondoggle, other than the contractors who put it together? [#2] The
moon is made of sterile dirt. There is no reason to go there, other than to impress other countries with our
rockets. In the Cold War, when rockets were relatively new, that was important. Today it is not.
[#3] The people making this proposal are the same people who oppose the construction of nuclear power plants in
the United States, and instead recommend the use of solar panels. With 100 percent sunny days, the moon is an
ideal place for solar panels.
May Be The Ticket To A Carbon-Free Future. Why Do Environmentalists Hate It? Expanding U.S. nuclear
power — an energy source that many environmentalists and lawmakers oppose — could be the most reliable
way to achieve a carbon-free electricity grid, according to experts. Nuclear energy is considered a renewable energy
source because it produces zero emissions through fission, the process of splitting uranium atoms, according to the
Department of Energy. Currently, nuclear accounts for about 9% of total U.S. energy consumption, slightly less than all
other renewable energy sources combined and coal, government data showed. "If there is meant to be a serious
conversation about changing the way we generate electricity in the United States, particularly with a focus on carbon
emissions, nuclear has to be a part of the conversation," American Institute for Economic Research senior faculty Ryan Yonk
told the Daily Caller News Foundation. "Absent that, I don't see a way that we change electrical generation," he
Casey on Why the Carbon Hysteria is a Huge Threat to Your Personal Freedom and Financial Wellbeing. [Scroll
down] To sum it up in one word, it's insane. In two words, it's criminally insane. Before the Industrial
Revolution, the overwhelmingly major fuel source was wood. After that, we went to coal, which was a big improvement in
density of energy and economics. Then, we went to oil, another huge improvement in energy density and economics.
These things happened not because of any government mandates but simply because they made both economic and technological
sense. If the market had been left alone, the world would undoubtedly be running on nuclear. Nuclear is
unquestionably the safest, cheapest, and cleanest type of mass power generation. This isn't the time to go into the
numerous reasons that's true. But if nuclear had been left unregulated, we'd already be using small, self-contained,
fifth-generation thorium reactors, generating power almost too cheap to meter. The world would already be running on
truly clean green electricity. Instead, time, capital, and brainpower have been massively diverted to so-called
"ecological" power sources — mainly wind and solar — strictly for ideological reasons. The powers
that be want to transition the whole world to phony green energy, like it or not.
Energy Could Bridge The Energy Transition Gap. Small scale nuclear companies are picking up pace, following the
example of bigger nuclear firms looking for their place in future of renewables, as nuclear power finally makes a comeback
following years of criticism and fear of power stations. Two companies in Poland, KGHM and Synthos, are looking to get
small-scale modular SMR nuclear reactors up and running in a bid to stake their claim to the future of Europe's nuclear
power. To date, over 70 companies around the world are involved in SMR nuclear reactor projects, with the popularity of
small-scale nuclear business quickly expanding.
questions for Arthur Turrell on fusion energy. Fusion energy has been the promise of physicists for decades,
but is it finally arriving? As we face a warming climate and increasing energy needs, fusion power may hold the
potential to deliver an abundant, clean energy future. On a recent episode of "Political Economy," Arthur Turrell
discussed whether nuclear fusion will be powering our homes any time soon, what government can do to push this technology
forward, and if renewables are making fusion obsolete before it can get off the ground. Arthur is Deputy Director at
the Data Science Campus of the Office for National Statistics in the UK and the author of The Star Builders: Nuclear
Fusion and the Race to Power the Planet.
Deep Optimism Manifesto. Nuclear power is future power. Nuclear is the dispatchable power the world
needs. If we work on it, nuclear power plants will be built in a factory and shipped to markets around the world, along
with enough fuel to power them for ten years. At the end of that time, send them back for refurbishing and refueling.
This can last indefinitely with minimal waste. Markets will naturally "transition" from today's power sources to nuclear
without any government mandates, carbon offsets, or subsidies. Cheap reliable power solves many, many problems.
incompetence and corruption, Illinois may lose two nuke reactors and their power grid. The state of Illinois is
facing a looming energy crisis almost entirely of its own making, but despite having options on the table to avert it, the
state appears ready to simply let the situation continue to implode. Thanks to state policies intended to end all
energy production using fossil fuels, energy producers are increasingly struggling to remain viable. This is
particularly true of the state's nuclear power plants, run by energy company Commonwealth Edison, a subsidiary of
Exelon. They have been unable to compete with the cheaper natural gas-fired plants in the state and are facing a
potential bankruptcy situation. Governor J.B. Pritzker has proposed a plan to have the state provide significant
subsidies to Exelon to keep the plants afloat, but the state legislature has remained focused on not passing any sort of
energy bill that isn't based almost entirely on carbon reduction and renewable energy.
World's First Small Nuclear Reactor Is Now Under Construction. China National Nuclear Corporation (CNNC)
launched on Tuesday [7/13/2021] the construction of the first onshore small nuclear reactor in the world, in its efforts to
gain a leading position in the modular reactors market. Construction began on the demonstration project at the
Changjiang Nuclear Power Plant in the Hainan province in southern China, local publication Global Times reports. The
start of the construction for the 'Linglong One' small nuclear reactor comes four years later than initially planned, due to
delays in regulatory clearances, Reuters notes. The small reactor was originally planned to see the start of the
construction phase in 2017. A year earlier, the Linglong One small reactor had become the first to pass a safety review
from the International Atomic Energy Agency (IAEA).
is the Time to Get Serious About Nuclear Energy. While no other "carbon free" method of producing electricity
comes even close to nuclear energy, climate change alarmists refuse to even consider the option. If you do an objective
benefit-cost analysis of nuclear energy compared to the so-called "green energies" of solar and wind you learn that green
energies have serious time and space limitations. For example, you learn that with solar and wind there is a disconnect
between when they're produced and when they're consumed. Nighttime and cloudy days happen, and the wind does not always
blow, but the need for electricity goes on. The only solution to those limitations is reliance on batteries.
Batteries, of course, have their own problems. It takes at least an hour and usually eight hours to charge an electric
vehicle's batteries. It takes only five minutes to fill your gas tank.
Nunes trying to rescue California from insanity. California is, as the old quip goes, "the land of fruits and
nuts." But with Gavin Newsom facing a recall election, the plan to shut down the nuclear power plant that provides almost
10% of the state's electric power is obvious madness. [...] Of course, Nunes's plan will go only as far as Nancy Pelosi
permits, and with her speakership hostage to the left-wing crazies of all stripes in the Democrat caucus, she will deep-six
it. The greenies don't seem to care if people in the Central Valley die of heat exposure with no air-conditioning.
They don't care if businesses shut down when electricity is not available. They are fanatics. They don't even care
that nuclear power emits no CO2. But I do wonder how long Californians will put up with blackouts and staggering
seeks to stop California from shuttering last nuclear plant amidst energy crisis. California's push for clean
energy has already created hardship for consumers, from a 40% decade-long climb in electricity costs to rolling blackouts
that loom as a threat every heat wave. Now the state is poised to exacerbate that crisis with plans to retire its last
remaining, zero-carbon emissions nuclear plant in 2025. The planned closure of Diablo Canyon, approved by the state in
2018, will take offline another 2200 megawatts of electricity production — nearly 10% of the state's
needs — with no ready replacement. As many as 3 million consumers could be impacted. Rep. Devin
Nunes (R-Calif.), one of the senior members of the state's congressional delegation, told Just the News he is moving to stop
If we want
to fight the climate crisis, we must embrace nuclear power. On 30 April, the Indian Point nuclear power plant
30 miles north of New York City was shut down. For decades the facility provided the overwhelming majority of the
city's carbon-free electricity as well as good union jobs for almost a thousand people. Federal regulators had deemed
the plant perfectly safe. New York's governor, Andrew Cuomo, a key figure behind the move, said that the shuttering of
Indian Point brought us "a big step closer to achieving our aggressive clean energy goals". It's hard to reconcile that
optimism with the data that's recently come out. The first full month without the plant has seen a 46% increase in the
average carbon intensity of statewide electric generation compared to when Indian Point was fully operational. New York replaced
clean energy from Indian Point with fossil fuel sources like natural gas. It's a nightmare we should have seen coming.
The Editor says...
[#1] Carbon dioxide is not carbon, nor is it a pollutant. [#2] There are very few ways of generating large quantities of
electricity on demand. The left-wing socialists oppose all of them.
Burning natural gas to make electricity is not a nightmare. If anything, it's a dream come true; and if the electricity stays
on 24 hours a day, it is a very pleasant dream.
Facility Leak in China, This Time with the Threat of Radiation. The Taishan Nuclear Power Plant in Guangdong
Province is right next to Macau, which is right across the Pearl River Delta from Hong Kong. The whole area is
effectively one sprawling mega-city that houses an astounding 65 million people, which makes it a particularly terrible place
to have any kind of nuclear accident or radiation leak. It will probably not surprise you to hear that the Chinese
government insists everything is fine. "China's nuclear power plants have maintained a good operating record and no
incidents affecting the environment or public health have occurred," Zhao Lijian, a spokesperson for the Ministry of Foreign
Affairs, said during a press briefing on Tuesday [6/15/2021]. Japanese nuclear authorities, who know a thing or two
about nuclear-power-plant accidents after Fukushima, are not quite so sanguine. "Under normal operating conditions it
is true some gases like krypton and xenon will escape and be detected but in this case the concentrations are much higher, so
something is happening," said Tatsujiro Suzuki, a former vice-chairman of the Japan Atomic Energy Commission.
Gates, Warren Buffett to Launch 'Game-Changing' Nuclear Power Plant in Wyoming. Wyoming Gov. Mark Gordon
on June 2 announced that a next-generation nuclear power plant will be built at a soon-to-be-retired coal-fired plant in
Wyoming in the next several years, with the project a joint initiative between Bill Gates's TerraPower and PacifiCorp, owned
by Warren Buffett's Berkshire Hathaway. "Today's announcement really, truly is game-changing and monumental for
Wyoming," Gordon said at a press conference at the state Capitol in Cheyenne. The project features a 345-megawatt
sodium-cooled fast reactor with a molten salt-based energy storage system, which would produce enough power for roughly
250,000 homes. The storage technology is also able to boost output to 500 megawatts of power for about five and a half
hours, which is equivalent to the energy needed to power around 400,000 homes, according to TerraPower.
The Editor says...
Oh, good. The plant can supply plenty of power, but only for 5½ hours. That's just what this country needs:
Another intermittent power source. What happens if they let it run for six hours? Does it melt down? How long
does it have to rest before it can put out another 5½ hour surge of power? A day? A week?
bet on small nuclear reactors could launch a new industry. If Bill Gates can successfully build an advanced
nuclear reactor at a retiring coal plant in Wyoming, it will validate how a new breed of carbon-free nuclear power can play a
meaningful role in the transition to cleaner energy. As developers of new reactors promise a smaller, cheaper, and
safer alternative to financially struggling large nuclear plants, skeptics have questioned whether they can be counted on to
fight a problem as urgent as climate change. The first of these reactors are not expected to be on the market until
late this decade. But proponents say a new partnership announced this week by Gates's TerraPower, utility PacifiCorp,
and Republican leaders in Wyoming shows that small nuclear reactors can serve a unique role by creating a credible
alternative for coal plants and their workers in a way that wind and solar can't.
Projectionists. I'm not the first person to note that whatever Democrats accuse their opponents of doing, it is
they, in fact, who are doing it. If you are puzzled why the Biden Administration scotched the Keystone Pipeline but
gave a thumbs up on the Russian Nord Stream 2 pipeline to Germany, perhaps this explanation will help. Under the banner
of "green energy" to control emissions. Germany began shutting down the cleanest emitting power stations: nuclear.
In 2000, nuclear had a 29.5 percent share of its power generation mix. In 2020 that share dropped to 11.4 percent
and next year every one of its nuclear plants is scheduled to be shut down. Where will the lost energy generation come
from? Russia. Do you think that this will place Germany increasingly at the mercy of Russia? I do, and it's
not just Germany.
Nuclear Power Excels Renewables. In Chernobyl, when a Soviet reactor built on the cheap and lacking any
built-in safety features melted down, just over fifty fatalities occurred. The Fukushima nuclear meltdown in Japan
caused a single fatality as a result of Acute Radiation Syndrome (ARS), which would be the demonstratable casualty indicator
in such a situation. On the other hand, the burning of coal causes 13,000 deaths a year in the United States and
approximately 3,000,000 worldwide due to its particulate pollution, according to various health experts. What about all
the resultant cancer fatalities due to those nuclear incidents? Those numbers are more difficult to ascertain, but
according to the World Health Organization, there appears to have been only a slight discernible increase from any of those
incidents. Other experts have suggested there might be as many as four thousand additional impending cancer deaths
resulting from the Chernobyl meltdown. Those actual deaths and people living with possible future cancer are not
insignificant, but the risks are far smaller than for those attendant upon coal. Statistics show that coal, not oil or
natural gas, is the fuel whose consumption is being most rapidly increased worldwide. It is no coincidence that these
facts are unknown by the general population.
ready for blackouts after Cuomo foolishly killed the Indian Point plant. Thanks to Gov. Andrew Cuomo's
anti-nuclear vendetta, Unit Three of the Indian Point Energy Center in Buchanan, NY, will permanently shut down this Friday,
one year after its sister unit was forced to close. The premature shutdown of the 2,069-megawatt nuclear plant
perfectly encapsulates the governor's green-energy madness. He has forced the closure of the highly reliable, low-cost
and emissions-free source of 10 percent of the Empire State's electricity — and 25 percent of Gotham's
power. In its place, he will — eventually — offer high-cost and intermittent offshore-wind power,
as well as solar. Why? Well, back in January 2017 the governor claimed that Indian Point was just too dangerous
to be allowed to operate. Then-Attorney General Eric Schneiderman also chimed in, claiming that "shutting down the
Indian Point power plant is a major victory for the health and safety of millions of New Yorkers and will help kick-start the
state's clean-energy future."
Point nuclear-reactor shutdown [is] a huge blow to New York's environment. By Tuesday, the pandemic had
infected 295,000 New Yorkers and killed more than 17,000. Amid the horrific toll, it's appropriate to mourn the passing of
one notable longtime New Yorker in particular: the Unit 2 reactor at the Indian Point Energy Center. The workhorse,
Westchester-based nuclear-power generator, which could have run for several more decades, is scheduled to be unplugged
Thursday. Cause of death: political expediency and exaggerated fears about accidents and radiation. Welcomed into
the world just 10 months after the Arab Oil Embargo of 1973, Unit 2 was an industry giant, churning out huge amounts of
reliable, carbon-free electricity from a tiny footprint. A modest sort, it rarely bragged, but the 1,028-megawatt
Westinghouse machine delivered about 8,000 gigawatt-hours of electricity a year from a site on the Hudson River that covers
less than a half square mile.
Green, Go Nuclear. This Thursday, Earth Day, politicians and activists will shout more about "the climate
crisis." I don't think it's a crisis. COVID-19, malaria, exploding debt, millions of poor children dying from
diarrhea — those are genuine crises. But global warming may become a real problem, so it's particularly
absurd that Earth Day's activists rarely mention the form of energy that could most quickly reduce greenhouse gases:
nuclear power. When France converted to nuclear, it created the world's fastest reduction in carbon emissions.
But in America, nuclear growth came to a near halt 40 years ago, after an accident at the Three Mile Island plant in
Pennsylvania. The partial meltdown killed no one. It would probably have been forgotten had Hollywood not
released a nuclear scare movie, "The China Syndrome," days before.
Decides to Dump One Million Tons of Radioactive Fukushima Water into the Pacific; IAEA Approves. We live in a
bizarre world: one where the the Keystone XL pipeline must be shut in case of a hypothetical (and extremely unlikely) leak,
but where Japan is allowed to dump over one million tons of radioactive water into the Pacific Ocean. Actually, it's
either bizarre or simply exposing just how profoundly hypocritical, self-serving and corrupt the ESG/Green/Greta Thunberg
theater truly is. Last week we wrote that ten years after the Fukushima disaster, Japan had finally come "clean", and
admitted that it is "unavoidable" that it would have to dump radioactive Fukushima water in the Pacific Ocean. Fast
forward to today when moments ago Kyodo confirmed what we already knew: the Japanese government decided to release treated
radioactive water accumulating at the crippled Fukushima Daiichi nuclear power plant into the sea, having determined "it
poses no safety concerns to humans or the environment" despite worries of local fishermen and neighboring countries.
Nuclear Reactor Just Made Fusion Viable by 2030. TAE Technologies, the world's largest private fusion company,
has announced it will have a commercially viable nuclear fusion power plant by 2030, which puts it years — or even
decades — ahead of other fusion technology companies. The California-based company has raised $880 million
in funding for its hydrogen-boron reactor. This reactor isn't a traditional tokamak or stellarator; instead, it uses a
confined particle acceleration mechanism that produces and confines plasma. All fusion technology has plasma, which
mimics the extreme reactions that power all the stars — it's what we're emulating when we make fusion energy
experiments. "Plasma is an oozy substance; the challenge of containing it is akin to holding Jell-O together using
rubber bands," TAE says on its website.
The real lessons of
Fukushima. A decade has passed since the Great East Japan Earthquake, and the name Fukushima is etched into
history. But few people know the truth of what happened. The phrase, "the lessons learned from Fukushima," is
well-known. But how do people implement them, if they don't know what happened, or what lessons they should actually
learn? It was after lunch on 11 March 2011 that a giant earthquake occurred 72 kilometers (45 miles) off
the Oshika Peninsula in Japan. It registered 9.0 on the Richter Scale, making it the largest 'quake ever recorded in Japan.
The undersea ground movement, over 30 km (18 miles) beneath the ocean's surface, lifted up a huge volume of water, like an
immense moving hill. Meanwhile, the ground shockwave travelled toward the land at high speed. It struck Japan and
shook the ground for six terrifying minutes.
Power Continues To Break Records In Safety And Generation. Energy Northwest in Richland, WA, which operates the
only nuclear power plant in the region, the Columbia Generating Station, has earned the American Public Power Association's
Safety Award of Excellence for safe operating practices in 2020. The agency earned first place in the category for
utilities with 1 million to 3.9 million worker-hours. It is always surprising to hear the public and anti-nuke
activists repeating the willfully ignorant ideology that nuclear is unsafe. It turns out to be the safest of all energy
sources by any measure and in any study. At the same time, nuclear has the highest rate of electricity generation of
any energy source, producing the amount of electricity it's suppose[d] to produce over 90% of the time even in years when
they have outages for fuel replacement. Energy Northwest is usually over 95% capacity factor (cf = power produced over
a year divided by the maximum power that could be produced). On the other hand, coal averages about 55%, natural gas
about 60%, hydro about 44%, wind 35% and solar 25%.
and why a nuclear reactor shut down in Texas cold snap when energy was needed most. The shutdown of a nuclear
reactor in Texas has contributed to the state's power shortage crisis caused by extreme cold weather. One of two
reactors shut down at the South Texas Nuclear Power Station an hour southwest of Houston, knocking out about half of its
2,700 megawatts of generating capacity. The plant, which is one of the newer ones in the country, normally provides
power to more than 2 million Texas homes. [...] Shutdowns related to weather are uncommon for nuclear plants, which are known
for their ability to provide carbon-free power around the clock. But like other power plants in Texas of differing fuel
types, the South Texas Nuclear Power Station was not built to protect against very cold weather.
successfully defuels second reactor on the Darlington Refurbishment. In 2016, after years of detailed planning
and preparation, Ontario Power Generation's team of project partners, industry experts, energy professionals, and skilled
tradespeople successfully shut down the first of four Darlington reactors scheduled for refurbishment over the next 10
years. Explore how this ambitious initiative took place, and how the Darlington Refurbishment Project continues to
progress on time and on budget.
TerraPower gets $80 million federal grant to develop next-generation nuclear power plant. Bellevue-based
TerraPower, chaired by Bill Gates, has received a $80 million federal Energy Department grant, the first installment of
what is intended to be a seven-year effort to test, license and build its first advanced nuclear-reactor plant.
Possible U.S. locations for the plant include a site near Richland, where Energy Northwest, which is collaborating with
TerraPower, operates Washington's only commercial nuclear power plant, according to Energy Northwest officials. The
TerraPower design calls for a 350-megawatt nuclear unit to be coupled with a molten salt energy storage system.
that will end the turgid climate debate. In a year that has brought us a pandemic, a steep economic recession,
and widespread urban rioting, there hasn't been much to celebrate. But little noticed in the maelstrom of news events
has been a technological development that could render the debate over global warming moot once and for all. Scientists
have long sought a way to replicate the energy production process of the sun to generate power. The goal has remained
elusive and was widely thought to be decades away. But scientists have published several research papers indicating
that the creation of a functioning nuclear fusion reactor might just be feasible with current technology. [...] A nuclear
fusion breakthrough would drive emissions much lower still, almost immediately, and could eventually bring man-made carbon
[dioxide] emissions to zero.
The Editor says...
And then, when global warming and cooling continues, everyone will have to admit that we're all at the mercy of the sun.
But it will be decades before fusion power is universally adopted, because poorer countries will continue to
use coal, because the price of coal will drop, due to reduced demand.
America's Return To Nuclear Power Kill The Dems' Green New Deal? Let's Hope So. While the media focus on
the chaos in American cities and the COVID-19 shutdowns, you might have missed this good news on the energy front: The
federal government just approved a new, smaller, safer nuclear power plant design, putting nuclear back on the nation's menu
of energy choices. [...] As recently as the 1990s, we had 116 nuclear plants. Utilities, tired of the non-stop
trouble of justifying a perpetual source of clean, CO2-free energy to radical green groups and burdened by enormous
regulatory costs, have been decommissioning older plants.
nuclear power may become a reality for cities in Utah [and] 5 other states. Nuclear power providing energy for
some cities in Utah and five other states in the West is inching closer to reality after federal regulators endorsed the
design of a planned small modular reactor plant at Idaho National Laboratory. The U.S. Nuclear Regulatory Commission
issued what is called a "Final Safety Evaluation Report," which means the technical review of the NuScale Power plant design
is complete, and potential customers can now move ahead with the development of plants knowing that the safety aspects have
to Replace Wind and Solar. In the words of James Hansen, the scientist most responsible for promoting global
warming, wind and solar are "grotesque" solutions for reducing CO2 emissions. Michael Shellenberger, a prominent
activist, has the same opinion. Hansen and Shellenberger, as well as many other global warming activists, have come to
the conclusion that nuclear energy is the only viable method of reducing CO2 emissions from the generation of
electricity. Nuclear reactors don't emit CO2. Coal and natural gas do. Hydroelectric electricity does not emit
CO2 either, but opportunities for expansion are limited. In the United States most of the good sites have already been
Why is today's
Left so anti-science? [Scroll down] Then there's nuclear power. In France, 75% of the country's
electricity is nuclear generated. Scientists agree that nuclear power is safer than coal, natural gas, wind or
solar. And it generates zero greenhouse gas. But the left hates it. Because hating it apparently makes them
feel good. Which brings me back to the question posed at the outset. I think the reason so many on the left are
anti-science is because they don't look for solutions that work. They look for solutions that feel good to them.
Nuclear 'Power Balls' May
Make Meltdowns a Thing of the Past. The basic idea behind all nuclear power plants is the same: Convert
the heat created by nuclear fission into electricity. There are several ways to do this, but in each case it involves a
delicate balancing act between safety and efficiency. A nuclear reactor works best when the core is really hot, but if
it gets too hot it will cause a meltdown and the environment will get poisoned and people may die and it will take billions
of dollars to clean up the mess. [...] But a new generation of reactors coming online in the next few years aims to make
these kinds of disasters a thing of the past. Not only will these reactors be smaller and more efficient than current
nuclear power plants, but their designers claim they'll be virtually meltdown-proof. Their secret? Millions of
submillimeter-size grains of uranium individually wrapped in protective shells.
radiation safety. The adoption of the so-called 'linear no-threshold assumption' (hereafter LNT), which is used
to estimate cancer risks in the low-dose zone, was due to a series of difficult-to-comprehend errors, deceptions and
purposeful scientific misconduct by a relatively small group of strategically placed scientific elites in the United
States. These individuals included Nobel Prizewinners and other high achievers in the field of radiation genetics, who
not only thought they were saving humanity from the harmful consequences of all things nuclear, but were equally concerned
with ensuring that grant funding to support their research would never end. While their duplicitous actions have been
hidden from view for 70 years, their story has unravelled in recent years in a series of painstaking investigations of
newly uncovered scientific reports, personal letters, internal memos and other materials.
policy change could be game changer for small nuclear reactors. A new Trump administration policy enabling U.S.
government financing for nuclear energy projects abroad could help accelerate the use of smaller reactors, a budding
technology that supporters see as a lifeline for the struggling industry. "The U.S. will have a whole suite of
technologies in different sizes available in the next couple of years, and that really changes the game in terms of this
modernization of policy," said Rich Powell, executive director of ClearPath, a conservative clean energy group. The
U.S. International Development Finance Corporation proposed this week to reverse an Obama-era ban that prevents it from
funding civil nuclear projects overseas, a development first reported by the Washington Examiner.
Big Boy Fusion Reactor Takes a Big Boy Step. Engineers have installed the first and largest piece of the
International Thermonuclear Experimental Reactor (ITER) fusion project in France. The gigantic assembly begins with
this piece, the steel base, which weighs more than 1,200 tons. ITER has been in the works for 30 years. The
experimental tokamak fusion reactor — a nuclear fusion plasma reactor where extremely hot, charged plasma spins
and generates virtually limitless energy — is one of a handful of extremely costly "miniature suns" around the
world. The tokamak is on track to switch on in 2025, and then the reactor will begin to heat up to temperatures
hot enough to induce nuclear fusion. That will take years. So ... baby steps. Making this single part,
which is 30 meters high and 30 meters wide, has taken 10 full years by itself. It's the base of the cryostat, which is
the supercooling chamber that enables the rest of the reactor to function.
fusion could be a dream come true. In principle, the fusion reaction between nuclei of hydrogen and boron could
provide a highly efficient, radioactivity-free form of nuclear energy with practically unlimited fuel reserves. The
reaction produces no dangerous penetrating radiation and no radioactive waste, but only stable alpha particles, whose
electrical charge even permits a direct conversion of fusion energy into electricity. These advantages have long been
known, but until recently the physical conditions thought necessary for a hydrogen-boron reactor — including
temperatures of billions of degrees Celsius — seemed far beyond anything one might expect to achieve in the
Nuclear Waste Will Power a New Reactor. Idaho National Laboratory sprawls across nearly 900 square miles in the
southeastern corner of its namesake state. Home to America's first nuclear power plant, INL has served as the proving
grounds for the future of nuclear energy technology for decades. Along the way, the lab has generated hundreds of tons
of uranium waste that is no longer efficient at producing electricity. The spent fuel resides in temporary storage
facilities while politicians duke it out over where to bury it. Most of this spent fuel will probably end up
underground, although where and when are open questions. As it turns out, a lot of people aren't thrilled by the idea
of having nuclear waste buried in their backyards. But at least some of the spent fuel may have a second chance at life
feeding advanced nuclear reactors that will be smaller and safer than their predecessors. For the past year, scientists
at INL have started recycling spent uranium to meet the fuel needs of a new generation of small commercial reactors.
reactor leapfrogs current nuclear fusion tech. "We are sidestepping all of the scientific challenges that have
held fusion energy back for more than half a century," says the director of an Australian company that claims its
hydrogen-boron fusion technology is already working a billion times better than expected. HB11 Energy is a spin-out
company that originated at the University of New South Wales, and it announced today a swag of patents through Japan, China
and the USA protecting its unique approach to fusion energy generation. Fusion, of course, is the long-awaited clean,
safe theoretical solution to humanity's energy needs. It's how the Sun itself makes the vast amounts of energy that
have powered life on our planet up until now. Where nuclear fission — the splitting of atoms to release
energy — has proven incredibly powerful but insanely destructive when things go wrong, fusion promises reliable,
safe, low cost, green energy generation with no chance of radioactive meltdown.
a Devastating, Little-Known Story About Bernie Sanders. Why Haven't His Rivals Exploited It? As someone
who follows politics quite closely, I'm often fascinated when a potent piece of opposition research against a major candidate
for office percolates below the radar for years, yet never quite breaks through. Have you ever heard of 'Sierra Blanca,'
as it relates to Bernie Sanders? Neither had I. Neither had hardly any voters, I'd wager. [...] Bernie
drew up an environmentally-controversial proposal to dump nuclear waste in a Latino community, then refused to meet with the
people it impacted. Oh, and he managed to secure a little sweetheart deal to enrich his wife in the process.
Funneling public and campaign money to his spouse (no stranger to financial scandal) has been something of a pastime for this
socialist, who was a jobless deadbeat before becoming a career politician who is now a millionaire with three homes.
This episode is problematic for Bernie on the subjects ranging from environment, to race, to his "man of the people" persona,
You Should Know
About This Chernobyl Fungus That Eats Radiation. Scientists have discovered that a longtime fungal resident of
the Chernobyl complex could actually "eat" radiation. In an upcoming paper, scientists will share the results of
growing the fungus on the International Space Station. Scientists have known about this fungus, and similar
extremophile organisms that can thrive on radiation, since at least 2007.
like CO2? Advanced nuclear power is the answer. So you don't like CO2? What you need to know, then, is that
there's no alternative to advanced nuclear power. Concern about the climate effects of man-caused CO2 emissions has
prompted gigantic investments into so-called renewable energy sources: wind, solar, hydropower and biofuels. Meanwhile,
in a huge mistake, nuclear energy — a reliable CO2-free power source producing 14% of the world's electricity —
has been left far behind. Germany provides a bizarre example, albeit not the only one. Here the government's commitment
to its so-called climate goals has been combined, paradoxically, with the decision to shut down the country's remaining nuclear
power plants by 2022.
About Cutting CO2 Emissions? Then Nuclear is the Only Solution. Anyone gifted with our good friends logic
and reason knows chaotically intermittent wind and solar can never work. Sunset and calm weather are both real
things. Sensible Australians, facing a renewable energy inflicted power pricing and supply calamity have forced
politicians to at least begin using the dreaded 'N' word in public: nuclear power generation is banned in
Australia. That's right. 20 years ago, the country with the largest uranium reserves in the world placed
a ban on nuclear power stations; unlike the 30 Countries around the Globe currently running 450 nuclear plants, Australia has
never had the benefit of nuclear power, despite its abundant resources. The only G20 nation not to use nuclear power,
it's not just an outlier, it's a joke.
the Coronavirus Outbreak China's Chernobyl? To refresh our memories, it was in 1986 when the No. 4 nuclear
reactor in the Chernobyl Nuclear Power Plant exploded and was burning as the solid fuel rods of Uranium melted down.
The smoke and steam from the fire and firefighting spread across Northern Europe and the Russian steppes. The number of
deaths attributed to this disaster could be as high as 100,000 but accepted estimates are closer to 27,000. It was the
failure of the Soviet system in dealing with a coordinated response that shook the faith of the people. They began to
question whether the Soviet government had abandoned the interests of the people in favor of propaganda. The conclusion
was that it certainly was not the health and welfare of the people which was first and foremost in Soviet governmental policy.
New Floating Nuclear Power Plant Begins Delivering Electricity To The Arctic. On September 14, we reported that
the world's first ever floating nuclear power plant, the Akademik Lomonosov, reached the port city of Pevek in Russia's Chukotka
after covering a distance of more than 4,700km from Murmansk. [...] And now, as The Barents Observer reports that at 11 am
Moscow [Time] on December 19th, the "Akademik Lomonosov" delivered its first electricity to the grid in Pevek, Arctic Russia.
The U.S. Navy Remains The Masters Of Modular Nuclear Reactors. You might be aware of the 98 or so commercial
nuclear power reactors that produce about 20% of our electricity. But there are another hundred nuclear reactors that
power 86 submarines and aircraft carriers, producing electricity, heat and propulsion. [...] America's Nuclear Navy is one of
the oldest and largest nuclear organizations in the world, and has the world's best safety record of any industry of any
kind. In terms of work hazards apart from combat, it is safer to work on a U.S. nuclear submarine or aircraft carrier
than it is to sit at a desk trading stocks. Thousands upon thousands of people, 22,000 people at any one time, have
lived, worked, eaten and slept within a stone's throw of these nuclear reactors for 60 years with no adverse effects
from radiation at all.
Cold Stops Coal, While Nuclear Power Excels. [Scroll down] Through thick and thin, extreme hot or extreme
cold, the nuclear plant never seems to stop producing over 9 billion kWhs of energy every year, enough to power
Seattle. The same with all other nuclear plants in America. Whether it's coal, gas or renewables, cold weather
seems to hurt them like grandpa with a bum knee. And it doesn't help that our aging energy infrastructure keeps getting
a D+ from the American Society of Civil Engineers. Most generation systems suffer outages during extreme weather, but
most of those involved fossil fuel systems. Coal stacks are frozen and diesel generators simply can't function in such low
temperatures. Gas chokes up — its pipelines can't keep up with demand — and prices skyrocket.
bizarre nuclear bailout brawl might be just getting started. Xenophobia. Harassment. Arrests.
Lawsuits. The fight over nuclear bailouts has become the strangest and nastiest campaign in recent Ohio
history — and it hasn't even made the 2020 ballot yet. Monday [10/21/2019] is the deadline for Ohioans
Against Corporate Bailouts to submit 265,774 valid signatures from at least 44 counties to block a $1 billion bailout of
two nuclear plants in northern Ohio. FirstEnergy Solutions, the bankrupt company that owns the two plants outside Cleveland
and Toledo, and its allies have fought the referendum at every turn.
beginner's guide to the debate over nuclear power and climate change. "What's the deal with nuclear power?" is
consistently the most common question I receive. So, for those joining this conversation concerned about climate change
but uncertain of the correct take on nuclear, this post is an introduction. One thing I hope to convey is that
"pro-nuclear" and "anti-nuclear" are not considered policy positions. They are identities, ways of signaling membership
in a tribe. You sign up for one team and then scold the other team on social media (you will have lots of company).
If you approach nuclear power as a policy question, on the merits, you will find that, like most things, it's complicated;
there are multiple, overlapping issues involved, and the answers cannot be captured in a single binary.
Keywords: fairy dust, moonbeams, snowflakes. Marianne
Williamson On Nuclear Energy: Don't Use 'Hard Data,' Think 'With Your Hearts'. Democrat presidential
candidate Marianne Williamson came out against using nuclear energy, which experts say should be used to combat climate
change, on Thursday during a climate change town hall on MSNBC, urging students to not use "hard data" when thinking about
nuclear energy. Williamson made the remarks while answering a question from a college student who wanted to know why
she thought that nuclear energy was problematic.
Brouillette: 'Impossible' to Reduce 'Carbon Emissions' Without 'Nuclear Energy'. A national energy strategy to reduce
carbon dioxide emissions yielded from the burning of fossil fuels requires the use of nuclear energy, determined Deputy Secretary of
Energy Dan Brouillette, offering his analysis in a Tuesday [9/17/2019] interview on SiriusXM [...] Those opposing the use of nuclear
energy — or neglecting to highlight its value within a national energy policy — cannot be "serious" or
"sincere" in their stated concerns to address carbon dioxide emissions, stated Brouillette.
experts want more nuclear power. Sanders and Warren pledged to eliminate it. I'm grateful that others had
the time and patience to sort through that seven-hour "climate crisis" ratings debacle on CNN this week, because I certainly
couldn't sit through it. One of the key moments, at least in terms of the nation's future energy policy, came from
Elizabeth Warren when she decided to weigh in on America's nuclear energy capabilities. The consensus among virtually
every expert in this field, including scientists who are concerned about carbon emissions and climate change, is that we need
more nuclear power (actually, a lot more) not less. And yet there was Warren, vowing to shut down every
reactor in the country as quickly as possible.
Warren comes out against nuclear power. Elizabeth Warren said Wednesday [9/4/2019] she would oppose the
building of new nuclear plants in America and work to phase out existing nuclear power from the energy mix. "In my
administration, we won't be building new nuclear plants," Warren said at CNN's climate change town hall. "We will start
weaning ourselves off nuclear and replace it with renewables," she added, saying that she would aim to do so by 2035.
From Darkness: Britain's Mass Blackout Drives Push For Ever-Reliable Nuclear Power. Wind and solar
obsessed South Australians set the benchmark for blackouts and mass load shedding. Now the UK and had its first taste
of the kind of grid chaos inevitably delivered when you pin your hopes on the weather. The idea that a modern economy
can power itself on sunshine and breezes is nonsense. Not so with ever-reliable nuclear power. There are around
450 nuclear reactors operating in 30 countries around the world, 15 countries are currently building another 60 reactors and
their combined output accounts for over 11% of global electricity production — compared with total global output
from wind which, to the nearest decimal point, is zero. And all without so much as a hiccup.
Energy Hits the Wall. If the official definitions of renewable energy were logical, renewable energy would be
defined as energy that does not emit CO2 and that is not using a resource in danger of running out anytime soon. But
the definitions written into the laws of many states are not logical. Hydroelectric energy is mostly banned because the
environmental movement hates dams. Nuclear is banned because a hysterical fear of nuclear energy was created by environmental
groups. Both nuclear and hydro don't emit CO2. Hydro doesn't need fuel. Nuclear fuel is cheap and plentiful.
Is There a
Future for Nuclear Power in the United States? Some environmentalists consider nuclear power to be crucial to
reducing carbon emissions; others continue to vehemently oppose nuclear power and believe that our energy must come solely
from renewable sources. Asked whether they favor or oppose nuclear power, the public is split. Meanwhile, the
nuclear power industry itself is in a parlous state for a variety of reasons. [...] Nevertheless, nuclear power provides
valuable benefits. It is highly reliable and emissions-free. It provides generation diversity, which can reduce
the adverse impacts of fuel price shocks. It does not require backup and storage, unlike wind and solar power
generation. New designs for nuclear plants promise lower costs and improved safety.
Energy Solution That Should Make Everyone Happy. Nuclear radiation has been the target of a long running scare
story. Yes, a big dose will make you sick or kill you. But the evidence is that small doses are harmless or
beneficial. This is important because society will not accept nuclear power if it is terrified of nuclear radiation,
even though the radiation emitted by nuclear power plants is microscopic. The argument for the danger of low-level
radiation is demolished easily. You only need to observe that elephants are not suffering greatly from cancer, even
though they have vastly more cells that are suspectable to radiation damage. There are scientific studies that
back up the elephant story completely.
must be exposed. Paul Driessen wrote about Calabrese's work in November 2018 in his article "Fraudulent
science behind radiation regulation." Now, further investigation has led to an even clearer trail of fraud behind
the 1946 Nobel Prize for Physiology or Medicine. It was awarded to American geneticist Dr. Herman Muller for his
claimed discovery that the smallest element of radiation could lead to the formation of cancer, allowing for no safe
threshold of radiation. As a result, radiation medicine has been held back ever since. It has also contributed to
unwarranted fear of nuclear energy.
Shouldn't Be Surprised Renewables Make Energy Expensive Since That's Always Been The Greens' Goal. Nuclear
plants used to operate for just 50% of the year. Now, thanks to greater experience in operations and maintenance, they
operate 93% of the year. Nuclear plants were expected to run for 40 years, but thanks to greater experience, they're
expected to run for 80. And simple changes to equipment allowed the amount of power produced by existing nuclear plants in
the US to increase the equivalent of adding eight full-sized reactors. By contrast, the output of solar panels declines
one percent every year, for inherently physical reasons, and they as well as wind turbines are replaced roughly every two decades.
Separates Chernobyl from Three Mile Island and Fukushima. The partial meltdown and radiation leak at Three Mile
Island in 1979 was serious — but the public was informed quickly, if not terribly clearly. Three Mile Island
forever tainted the image of nuclear power in the United States; no new plants were opened for 30 years after the
accident. The effects of the radiation leak were, thankfully, mild. [...] No one died at the plant or in the
surrounding area from the radiation leak during the incident; for many years conservatives offered the dark joke, "more
people died because of Ted Kennedy's car than because of Three Mile Island." But that is probably understating the
effect of the disaster.
Devastating Indictment of Socialism, Not Trumpism. I can scarcely praise Chernobyl enough. Creator
Craig Mazin's five-part miniseries, which just wrapped Monday night [6/3/2019], is a masterful suspense tale directed with
nerve-shredding gusto by Johan Renck: a whodunnit looking backward in time as the characters try to figure out the cause of
the 1986 catastrophe but also a mystery moving forward, as the specialists try to figure out how to save millions from
dying. It's a terrifically stimulating lesson on the details of nuclear energy that artfully weaves in reams of
expository and technical dialogue without ever disrupting the drama.
moral case for zero emission electricity for all. New energy pundits and soap box orators would have you
believe, would shout at the top of their lungs, how dangerous nuclear reactors, nuclear fallout and the number of nuclear
power plant accident caused deaths are. It's enough to scare anyone away from the mere thought of accepting nuclear
energy as a way to help electricity deficient nations move up the economic ladder. I applaud their efforts.
However, the opposite is actually true.
Failure on the Road to a Renewable Future. The vision of the fantastic new world of the future was born eight
years ago, on March 11, 2011, the day an earthquake-triggered tsunami damaged the nuclear power plant in Fukushima,
Japan. The disaster led Chancellor Angela Merkel and her cabinet to resolve to phase out nuclear power in Germany.
It was an historic event and an historic decision. But the sweeping idea has become bogged down in the details of German
reality. The so-called Energiewende, the shift away from nuclear in favor of renewables, the greatest political
project undertaken here since Germany's reunification, is facing failure. In the eight years since Fukushima, none of
Germany's leaders in Berlin have fully thrown themselves into the project, not least the chancellor. Lawmakers have
introduced laws, decrees and guidelines, but there is nobody to coordinate the Energiewende, much less speed it up.
And all of them are terrified of resistance from the voters, whenever a wind turbine needs to be erected or a new
high-voltage transmission line needs to be laid out.
The Editor says...
The lesson here is clear: Don't make rash and sweeping changes to an entire country based on an unpredictable accident
in another country 5,000 miles away.
Liberals Can Beat Climate Change by Stopping Illegal Immigration. In the last 50 years, there have been three
major nuclear disasters worldwide: Three Mile Island in Pennsylvania (0 dead), Chernobyl in the Union of Soviet
Socialist Republics (49 dead), and Fukushima in Japan (1 dead). In the case of Fukushima, a 9.1-magnitude
earthquake and tsunami killed 15,897 people. Only one person directly died as a result of reactor meltdown caused by a
tsunami from the earthquake hitting the plant. The safety results of the nuclear industry, when looked at objectively,
have been strong.
Technology Needed? The idea that batteries will somehow make intermittent energy sources like wind and solar
reliable is fanciful. There is, however, a newish technology close at hand that could solve any problems relating to
power generation without — unlike wind and solar — emitting CO2, if you think that is important.
That technology is nuclear energy.
fracking and nuclear power can save planet Earth. When Rep. Alexandria Ocasio-Cortez, D-N.Y., rolled out
her plans for her Green New Deal, there were several chuckle-worthy elements to it. Conservatives had quite a bit of
fun with her "farting cows," her proposed abolition of air travel, and her guaranteed incomes for those "unwilling to work,"
among other things. But if you're not convinced by those gaffes that the proposal wasn't serious, there was a much more
convincing proof buried in the text. For in the process of making all U.S. electrical generation carbon-neutral, the
Green New Deal not only ruled out the creation of new nuclear generation capacity, but also called for dismantling the
nuclear capacity that exists.
Cory Booker goes nuclear.
In a break with his Democratic opponents and the leftists dominating the debate in the House, Sen. Cory Booker of New
Jersey is an unapologetic supporter of using nuclear energy to displace carbon fuels. [...] His pro-nuclear power stance runs
contrary to other 2020 Democratic presidential candidates who are skeptical of nuclear energy.
AOC Isn't Even a Good Environmentalist.
The data from countries that have embraced nuclear power, such as France, compared to countries that have embraced the
Greens' preferred alternative energy sources — wind and solar — indicate that the renewable sources are
a non-starter. Fact is, neither wind nor solar power, regardless of taxpayer investment, will ever be able to meet
America's energy needs or be completely environmentally safe. Nuclear energy, however, does help the environment and
allow for Mankind to continue meeting its energy needs. Germany, for instance, has been championed by Greens around the
world as the example par excellence for having become almost totally dependent on wind and solar energy. Yet, Germany's
renewable-produced electricity is 12 times more carbon-heavy than France's, which relies on nuclear power.
Become a Nuclear Safety
Expert! You too can become a nuclear safety expert, and it should take you less than an hour. Becoming a
nuclear safety expert does not require an advanced college degree. Further, you may learn aspects of nuclear safety
that many, even some in the nuclear energy field, are unaware of. All you need to do is read the first three pages of
Sources of Individual
Radiation Exposure Source: Channels of Communication, January-February 1984, Page 2 (Click to enlarge.)
of US nuclear generation at ten-year low. Average total generating costs for nuclear energy in 2017 in the USA
were at their lowest since 2008, according to a study released by the Nuclear Energy Institute (NEI). The report,
Nuclear Costs in Context, found that in 2017 the average total generating cost — which includes capital,
fuel and operating costs — for nuclear energy was $33.50 per megawatt-hour (MWh). This is 3.3% lower than in
2016 and more than 19% below 2012's peak.
settles $2 billion lawsuit over VC Summer project's failure. SCANA Corp. has agreed to a $2 billion settlement
with the S.C. customers it charged high electric rates for a failed nuclear plant construction project. And, in a new
twist, the legal agreement turns over to SCE&G customers the $115 million golden parachutes that had been set aside for
soon-to-be-ousted SCANA executives.
Solar Power Too Cheap to Meter? Another
Green Dream. [Scroll down] The nuclear industry has been plagued by its own "too cheap to meter" trope
ever since 1954 when Lewis Strauss, the first chairman of the Atomic Energy Commission, originated that phrase in a lecture
extolling the unbounded potential of fission energy. Nuclear did proceed to grow from under 1% of U.S. electricity in
1968 to 20% by 1988, where it's remained ever since. For all its manifold advantages, the inherently high capital costs
of that technology remain the obvious challenge.
Solar Are a Distraction. Let's Go Full Steam Ahead on Nuclear Power. It's repeated so often, that it's
become conventional wisdom. To sustainably meet our energy needs, the world requires a balanced "energy mix" or an
"all-of-the-above" strategy: a little solar power here, a little wind power there, and toss in some hydrothermal, geothermal,
and natural gas for good measure. That's nonsense, argues a new paper in the journal Sustainability. Instead
of treating our energy policy like salad toppings at a buffet, let's just go full steam ahead on the one thing that could meet
all of the world's energy needs right now: Nuclear power. The lead author, Barry Brook, is a nuclear power advocate
and makes a compelling case centered around three major arguments.
Martin Now Has a Patent For Its Potentially World Changing Fusion Reactor. Lockheed Martin has quietly obtained
a patent associated with its design for a potentially revolutionary compact fusion reactor, or CFR. If this project has been
progressing on schedule, the company could debut a prototype system that size of shipping container, but capable of powering
a Nimitz-class aircraft carrier or 80,000 homes, sometime in the next year or so. The patent, for a portion of the
confinement system, or embodiment, is dated Feb. 15, 2018.
the Environmental Left Is Secretly Petrified by Truly Renewable Energy. On March 9, a team from MIT and Commonwealth Fusion
Systems announced in the academic journal Nature that they are closer than ever to making nuclear fusion a reality. If successful,
nuclear fusion would provide incredibly cheap, environmentally friendly energy to the world — and the researchers believe that the technology
could be ready for a commercial rollout in as few as fifteen years. [...] If nuclear fusion is achieved, it will in relatively short order render
much of the existing energy market useless. Many traditional power plants would close. Carbon dioxide emissions would be cut
dramatically in countries with enough wealth to build nuclear fusion plants. Billions of people would have access to affordable energy
that they never had before. This scenario might sound as though it's every environmentalist's paradise, but there's more to leftist
environmentalism than obsessing about global warming.
Why Is Asia Returning
to Coal? Just a few short years ago, few would have dared to predict that coal could have a future in the
energy policies of emerging and developed countries alike. Yet the fossil fuel is undergoing an unexpected renaissance
in Asia, buoyed by technical breakthroughs and looming questions about squaring development with energy security. For
Japan, coal has emerged as the best alternative to replacing its 54 nuclear reactors, which are deeply unpopular with the
population and seen as symbols of devastation after the Fukushima Daiichi nuclear disaster six years ago. Mindful of
the public mood, the government of Shinzo Abe has completely given up on the country's dream of nuclear self-sufficiency, and pulled
the plug in December on the $8.5 billion experimental reactor project at Monju. On February 1, the government pledged
to decommission all reactors and replace them with 45 new coal-fired power plants equipped with the latest clean coal technology.
face heckling, lose millions in savings after nuclear project fails. In the four months since SCE&G's
announcement, the utility's linemen have been heckled from passing cars and seen plenty of middle fingers. The
company's customer service specialists have fielded calls from customers asking about refunds for the $27 a month they are
being billed for the unfinished reactors. [...] And if public scorn wasn't enough, the utility's plummeting stock price has
cost its employees hundreds of millions of dollars, collectively.
turning on the lights costs more in New Hampshire. Our state's Renewable Portfolio Standards (RPS) offers a
case study in bad energy policies. [...] It's worth noting that nuclear power, which has zero carbon dioxide emissions once a
plant is constructed, is not included in the list of acceptable alternative electricity sources. If the ultimate objective
of RPS is to reduce harmful emissions, this makes no sense. The Seabrook Nuclear Power Plant accounted for 56 percent
of our state's electricity generation last year. It can produce enough power to supply 1.2 million households; there
are only 1.3 million people living in New Hampshire. Excluding nuclear energy takes an affordable, reliable source
off the table.
Five Myths About Nuclear Power.
Popular discussions about nuclear power eventually get around to at least one of five objections: It's not safe; no one
knows what to do about waste; it's too expensive; it leads to nuclear weapons proliferation; or there isn't enough
uranium. All of these objections are baseless.
Announce Nuclear Fusion Breakthrough. For years nuclear fusion was the stuff of sci-fi books and movies, but
technology has brought it, like so many other things, closer to reality. So close, in fact, that there are plans to
build the first nuclear fusion reactor by 2025 — a reactor that could yield a lot more energy than is fed into it
and provide vast amounts of clean, sustainable energy.
Thorium-Salt Reactor Has Fired Up for the First Time in Four Decades. The road to cleaner, meltdown-proof
nuclear power has taken a big step forward. Researchers at NRG, a Dutch nuclear materials firm, have begun the first
tests of nuclear fission using thorium salts since experiments ended at Oak Ridge National Laboratory in the early
1970s. Thorium has several advantages over uranium, the fuel that powers most nuclear reactors in service today.
First, it's much harder to weaponize. Second, as we pointed out last year in a long read on thorium-salt reactors,
designs that call for using it in a liquid form are, essentially, self-regulating and fail-safe.
the Greens Hate Nuclear Power. Let's stretch our imaginations for a moment and assume that the left is right
that global warming will bring apocalyptic warming by the end of the century and that the only way to save the planet from
extinction is to stop using fossil fuels right now. That will be a spectacular disruption to world economic prosperity,
because cheap fossil fuels account for about two-thirds of all electric power generation and at least 80 percent of
transportation fuel. But if we did stop using fossil fuels, what would make the most sense as a mass-scale substitute
to coal, natural gas and oil? What could reduce carbon emissions while also keeping energy affordable and reliable?
If you answered "wind and solar power," you flunk.
coal and nuclear power on the grid should be a priority. Nearly 100 people are back to work in Pennsylvania,
where the newly opened Corsa Coal Corporation's Acosta Mine in Somerset County, Pa. will produce 400,000 tons of coal annually
for 15 years. President Trump vowed to end the war on coal and prioritize job growth, this mine opening shows he is
already on his way to making this dream a reality. Trump praised the mine's opening in the Rose Garden while he announced
the United States withdrawal from the Paris Climate Accord, the gesture was meant to highlight Trump's focus on returning jobs
and stable energy to the nation over environmental policy. President Trump could not have selected a more pressing time
to make this announcement, as weakening infrastructure in our nations power grid has halted economic growth and placed our
entire country at greater risk for rolling blackouts.
Wind and Solar Against Nuclear Power. Nuclear power isn't just the third-largest source of electricity in the
US; it is by far our largest producer of zero-emission power: 3.5 times the output of wind in 2016 and 22 times
solar. A large drop in nuclear power is simply not compatible with the desire to continue cutting US emissions.
Environmental groups like EDF are reaching similar conclusions. Nuclear's scale is even more of a factor when it comes
to considering what could replace it. For example, it takes the output of about 2,000 wind turbines of 2 megawatts (MW)
each — roughly half of the 8,203 MW of new US wind installations last year — to equal the annual energy
production of a single typical nuclear reactor.
The War on Affordable Electricity.
Safe, reliable, and affordable power is a crucial partof a strong and growing economy. The dependability and general
affordability of electricity here in U.S. is a significant component of our historically robust economy. But recently,
a vocal and active few here in New Mexico are part of a coordinated, nationwide effort to severely restrict our ability
produce economical and reliable power.
new twist on fusion power could help bring limitless clean energy. In a world struggling to kick its addiction
to fossil fuels and feed its growing appetite for energy, there's one technology in development that almost sounds too good
to be true: nuclear fusion. If it works, fusion power offers vast amounts of clean energy with a near limitless fuel
source and virtually zero carbon emissions. That's if it works. But there are teams of researchers around the
world and billions of dollars being spent on making sure it does.
New York's Indian Point nuclear plant to
close by 2021. The aging Indian Point nuclear power plant just north of New York City will close within about
four years under a deal with Gov. Andrew Cuomo, who has long argued it should be shuttered to protect the millions of
people living nearby.
York will pay big for Cuomo's Indian Point shutdown. Gov. Cuomo just struck a deal to shutter the nuclear
reactors at the Indian Point Energy Center by 2021. Cuomo has been agitating to close the plant for years. But his win
is a loss for New Yorkers who need reliable and affordable electricity. The shutdown also contradicts Cuomo's push to cut
the state's greenhouse-gas emissions. Other than that, it's a great deal.
Needs More Nuclear Power, Not Less. Since 2012, 13 nuclear plants have been shuttered or will be retired
prematurely — and their energy production replaced almost entirely with fossil fuels. Natural gas is now
fueling more than half of the electricity production in a number of big states, including California, Florida, Massachusetts
and Texas. An unintended result is that we are becoming increasingly reliant on a single fuel that is a major source of
carbon dioxide and methane emissions that pollute the atmosphere. As a result, greenhouse-gas emissions from
electricity production are likely to increase in the years ahead, millions of households and businesses are paying more for
electricity, and in some parts of the country electricity reliability is in jeopardy. In California, where two reactors
have been shuttered and another two are scheduled to be shut down prematurely, people are being urged to use less electricity
and to expect possible power shortages this summer.
War Over Climate Change. If you're concerned about climate change, it would be perverse to fight a technology
that can supply copious quantities of no-carbon energy 24 hours a day — right? Well, when it comes to
nuclear power, lots of leading environmental activists are indulging in just such perversion. [...] Existing nuclear power
plants are extraordinarily efficient, producing electricity at an average cost of $35.50 per megawatt-hour. (The average
U.S. household consumes about 11 megawatt-hours in a year.) Due to low natural gas prices, wholesale electricity prices
in the Northeast fell below $20 per megawatt-hour during some months in 2015. In addition, nuclear power generators must
compete with electricity produced by highly subsidized renewable energy sources.
Renewables are useless: The Evidence is
Overwhelming. There is no evidence that renewables in their current form are a viable replacement for fossil fuels. But there
is plenty of evidence that nuclear power delivers results. Nuclear power, the zero emission alternative to renewables, has been economically
supplying 75% of France's power since the 1970s. Nuclear power works, and works well. France demonstrated by doing, that mass production
and economies of scale makes nuclear power affordable. If the whole world copied what France did in the 1970s, by 2030 the world could cut
billions of tons of CO2 emissions, without destroying the global economy.
York Nuclear Plant Restarts, Environmentalists Object. On June 16, 2016, the Indian Point Unit 2 nuclear
reactor restarted, despite objections from environmentalists, after a routine planned maintenance shutdown. During the
maintenance, inspectors had found a small number of bolts had degraded that fasten plates that direct cooling water.
Two bolts had failed entirely. Degradation of these particular bolts was not unexpected; it's a well-known and
well-studied issue that was first identified in European reactors. Indian Point replaced the bolts after finding no
additional damage. [...] Anti-nuclear-energy groups had used the planned shutdown and the degraded bolts found during Indian
Point's inspection to petition the Nuclear Regulatory Commission (NRC) to prevent Indian Point from restarting. NRC
Low Energy. [Scroll down] That's the irony of
the green energy movement. Even if the significant scientific hurdles can be overcome for things like solar and wind,
the greens will scuttle the projects anyway. The same people banging their tom-toms over coal and oil are out blocking
the so-called green alternatives. Nuclear, which has the most promise in terms of "clean" energy, has been stalled for
generations now. Gen-IV reactors are extremely safe and productive. If not for the greens, we could have all our
electric from nuclear, but that will never happen. No one reading this will live to see the day when America is getting
the bulk of its electric from nuclear. Your children and grandchildren will not live to see it. The most
optimistic estimate puts the window for the change to nuclear well past mid-century.
Solar and Wind, We Still Need Nuclear Power. If you are concerned about climate change, then you should take
note of this: Over the last eight months, utilities from New York to Nebraska have announced plans to shutter six
nuclear reactors by 2019. These closures will come on the heels of earlier ones — five reactors have been
shuttered in the last three years alone. The latest closure announcement came earlier this month when Exelon Corp., the
country's largest nuclear-energy producer, said it would close three reactors at two sites in Illinois by 2018. The six
targeted reactors have been safely producing about 40 terawatt-hours of zero-carbon-emissions electricity per year (one
terawatt-hour equals 1 billion kilowatt-hours). These reactors' output exceeds the amount of zero-carbon electricity produced
annually by every solar energy installation in the nation. (Last year, American solar output totaled 38.6 terawatt-hours.)
Even with solar installations growing at a rapid rate, we won't add enough solar capacity anytime soon to make up for the
clean nuclear energy we are about to lose.
Shows Why U.S. Nuclear Power Costs Are High: Standardized Design Is Key. [Scroll down] Jessica Lovering, director of energy at
The Breakthrough Institute and one of the authors of the report, says one of the things other countries do differently than the United States is use
a standardized design, which is important because producing large numbers of identical units is cheaper than producing one-off nuclear plants, each
with individualized designs. "The French fleet of 58 reactors falls into four major designs, whereas the U.S. fleet of 100 reactors falls into
50-plus designs," Lovering said. "Regulatory designs spurred by the Three Mile Island accident caused delays and cost overruns, as new safety
features were retrofitted into under-construction plants. [The] lack of standard designs exacerbated this problem; every plant had to meet the
new safety regulations in a different way, as they were all different designs." The study's authors say other countries also build multiple
reactors at a single site, spreading the overhead costs, such as costs for a control room, security, transmission, and emergency planning, across
multiple power-generating units. "Many sites in the United States only have one reactor," Lovering said. "By contrast, Korea and China
are building six to eight at each site. "Building the same reactor [repeatedly], in close pairs or quadruplets, also helps to keep costs down,
as the workforce gains experience with the same design and benefits from using the same equipment."
In Nuclear Power. American nuclear energy plants contribute $60 billion annually to
the U.S. gross domestic product, according to the Brattle report. Even while operating in a
constrained regulatory environment for decades, the U.S. nuclear industry accounts for nearly
475,000 full-time jobs, and nuclear energy provides almost 20 percent of the nation's electricity.
In addition, energy generated from nuclear plants "prevents 573 million tons of carbon dioxide
emissions," the Brattle economists state. The report also notes nuclear power has a very small
carbon footprint, a favorite metric touted by the Obama administration. For those concerned about
carbon emissions, the generation of carbon-free electricity from nuclear power plants should be a high
priority today, the authors say.
For Sustainable Energy,
Choose Nuclear. Energy based on nuclear fission has many of the same advantages and none of the disadvantages of
solar and wind: it emits no carbon dioxide (CO2) and is practically inexhaustible. Nuclear does have special problems;
but these are mostly based on irrational fears. A major problem for solar/wind is intermittency — while nuclear
reactors operate best supplying reliable, steady base-load power. Intermittency can be partially overcome by providing costly
"stand-by" power, at least partly from fossil fuels. But nuclear also has special problems (like the care and disposal of spent
fuel) that raise its cost — and inevitably lead to more emission of CO2. Such special problems make any cost
comparison with solar/wind rather difficult and also somewhat arbitrary.
Or, What Happens When You Dump Nuclear Power. The greens have been aflutter for years about Germany's
energiewende, or "energy revolution," partly because it involves a lot of their sacred windmills and solar panels and partly
because it's a revolution man, so dig it! Better put the patchouli-infused hemp robes away for the moment,
because Germany is backpedalling fast.
You Fight Green Dogma? A week ago we came across the welcome news that some "blue chip" environmental groups
were reportedly rethinking their staunch and increasingly irrational opposition to nuclear power. According to a
Wall Street Journal article published last week, the Sierra Club and the Environmental Defense Fund were both
undergoing internal debates about the eco-merits of nuclear power. But the Sierra Club's executive director, Michael
Brune, wrote in to the WSJ to flatly deny that any such sober reflection was ongoing.
evidence that renewables alone don't cut it. If there was any rational scientific, engineering and economic
logic underpinning Australia, it would be building best-of-breed nuclear power stations. It's tectonically stable, has
huge amounts of uninhabited space to store waste and vast reserves of resources that it almost always ships offshore for
other to do the value adding that comes from refining ores.
Ways Small Modular Reactors (SMRs) Overcome Existing Barriers to Nuclear. Last week, the Tennessee Valley
Authority (TVA) submitted the first-ever permit application to the U.S. Nuclear Regulatory Commission (NRC) for a small
modular nuclear reactor. The TVA's application comes as a huge milestone in the pathway of small modular reactors
(often abbreviated SMRs) from the laboratory to the marketplace, and brings a glimmer of hope to the future of nuclear power
in the United States.
spars with Belgium over ageing nuclear plants. Belgium on Wednesday [4/20/2016] rejected a request by Germany
to shutter two ageing nuclear plants near their shared border, arguing the facilities met with the strictest safety standards.
German Environment Minister Barbara Hendricks earlier on Wednesday requested that the 40-year-old Tihange 2 and Doel 3
reactors be turned off "until the resolution of outstanding security issues". In response, Belgium's official nuclear safety
agency (AFCN) said the two plants "respond to the strictest possible safety requirements."
Again Threatens to Close Nuclear Plant, Unless Taxpayers Subsidize Operations. Having failed to get
cash-strapped Illinois to provide new state subsidies for three nuclear plants it claimed are losing money in 2015, Exelon, a
utility with the largest fleet of nuclear plants in the United States, is once again seeking expanded taxpayer support from
state legislators. Crain's Chicago Business news reports Exelon has informed Illinois Gov. Bruce Rauner
(R) and Republican leaders in both chambers of Illinois' legislature it will close its Southern Illinois Clinton nuclear
plant if it does not receive new financial support from the state in 2016.
renewable energy is a worse option than nuclear. There is a strange belief in the new green religion that "renewable"
always means "good". It doesn't. Slave labour is a form of renewable energy but is far from good. Wood is renewable
but the burning of trees for firewood is causing environmental calamity in Africa. Solar and wind energy are both excellent for
many applications such as solar water-heating, windmills on Karoo farms and the provision of small amounts of electricity in remote
households, clinics and schools. But they are bad for generating grid electricity — bad for the environment and bad
for the economy. The Western Cape provides a good demonstration of energy realities. About 30km north of Cape Town is
Koeberg Nuclear Power Station; a further 30 km north is the Darling Wind Farm. A comparison of the two is instructive.
Control of Nuclear Waste Hamstrings Industry. The nuclear power industry in the United States has been held
back by a dysfunctional, federally controlled, centrally planned system of nuclear waste management, say the authors of a new
study by The Heritage Foundation. The report says the bipartisan Senate bill aimed at reforming nuclear waste management,
The Nuclear Waste Administration Act, fails to address core issues plaguing the treatment of spent nuclear fuel. The
Heritage Foundation study, titled "Fooled Again: The Nuclear Waste Administration Act Preserves Futile Status Quo," notes
commercial nuclear plants provide 19 percent of the nation's electrical power without emitting any carbon dioxide.
McKibben and Nuclear Power Bill McKibben, a writer for The New Yorker, has emerged as the leader of the popular movement to get us
to give up fossil fuels. He is the founder of 350.org, which is intent on returning the amount of carbon dioxide in the atmosphere to
350 parts per million (it just passed 400). [...] After McKibben gave his rousing speech to an enthusiastic audience, I was able to grab him
for a moment in back of the little makeshift stage. I asked him about nuclear power. He admitted that nuclear was going to be necessary
if we were ever to reduce the amount of carbon in the atmosphere. "Why don't you come out favorably in public for nuclear power, then?" I
asked. He surveyed the hillside, almost half the people crusading against Vermont Yankee. "If I came out in favor of nuclear," he said,
"it would split this movement in half."
Errors In The NAACP's $5 Billion Demand For 'Climate Justice'. [#2] Nuclear reactors "spew" radiation. The radiation risks of
nuclear power are massively overestimated, recent studies show. Nuclear reactors are remarkably safe, even in a worst case scenario.
Worries about radiation from nuclear power plants have no "scientifically valid support," Carol S. Marcus, a professor of nuclear medicine at
UCLA, told The Wall Street Journal. Other scientists have shown that radiation is far less dangerous than current regulations assume.
nuclear reactors face uncertain future. The issues in play at Diablo Canyon range from a long-running debate
over the ability of structures to withstand earthquakes — one fault runs 650 yards from the reactors —
to the possibility PG&E might be ordered by state regulators to spend billions to modify or replace the plant's cooling system,
which sucks up 2.5 billions of gallons of ocean water a day and has been blamed for killing fish and other marine life.
Costs of the Failure to Go Nuclear — Part
1. There is no such thing as an infinitely sustainable steady state for an economic process. To exist an economy
must continually generate and implement scientific and technological progress. Without this progress an economy will become
entropic, drawing down resource supplies and requiring an increasing physical cost to society to produce and provide the capital
goods needed by society. Perhaps one of the clearest examples is the failure of the US economy to fully embrace the
revolutionary transition to nuclear power.
from New Wind is Four Times More Costly than Existing Nuclear. Today [6/30/2015], the Institute
for Energy Research released a first-of-its-kind study calculating the levelized cost of electricity from
existing generation sources. Our study shows that on average, electricity from new wind resources is
nearly four times more expensive than from existing nuclear and nearly three times more expensive than from
existing coal. These are dramatic increases in the cost of generating electricity. This means that
the premature closures of existing plants will unavoidably increase electricity rates for American families.
Largest Nuclear Power Plant Operator Seeks State Subsidies. The nation's largest
nuclear power plant operator, Exelon Corp., is strong-arming state legislators in its home state of
Illinois. The utility is unreasonably demanding "taxpayer bailouts," state subsidies, and new
regulatory restrictions on its lower-cost electricity generating competitors. If these shrill
ultimatums are not met, Exelon threatens to shutter three of its six nuclear power plants in Illinois
Energy vs. Wind and Solar. If you think you can run the country on wind and solar,
more power to you. It's an attractive idea, but before you become married to it, you should
cuddle up with a calculator and figure out exactly what the long-term relationship entails.
Open Letter to Environmentalists on Nuclear Energy. Although renewable energy sources like wind and
solar will likely make increasing contributions to future energy production, these technology options face
real-world problems of scalability, cost, material and land use, meaning that it is too risky to rely on them as
the only alternatives to fossil fuels. Nuclear power — being by far the most compact
and energy-dense of sources — could also make a major, and perhaps leading, contribution.
should be in the energy mix for biodiversity. Leading conservation scientists from
around the world have called for a substantial role for nuclear power in future energy-generating
scenarios in order to mitigate climate change and protect biodiversity. In an open letter to
environmentalists with more than 60 signatories, the scientists ask the environmental community to
"weigh up the pros and cons of different energy sources using objective evidence and pragmatic
trade-offs, rather than simply relying on idealistic perceptions of what is 'green' ".
Dems Pushing Through Nuclear
Commission Nominee Who Recently Visited His First Nuke Energy Plant. Republicans on
the Senate Environment and Public Works Committee remain annoyed that Democrats are pressing ahead
with the appointment of Jeff Baran to the Nuclear Regulatory Commission without a confirmation
hearing before the full panel. The nomination made it through the committee on Dec. 2.
The 10 affirmative votes in Baran's favor came from Democrats. Republicans did not attend the
session — all voted no by proxy.
Energy Will Never Work, But Can Nuclear? Via the indispensable Watts Up With That?
come two of the most interesting articles I have read in a very long time. The first is by two
Google engineers who were charged with thinking creatively about how to replace fossil fuels with
renewables. After four years, Google shut down the project. The engineers concluded that it simply
couldn't be done: [...] Note that these engineers are not climate skeptics; they assume that the global warming
theory is true. On that assumption, renewable energy simply can't make a significant difference.
Energy: The Once and Future Power Source. To say the nuclear industry has had highs
and lows in the last 35 years is an understatement. The "atoms for peace" that were intended to wean
Planet Earth off fossil fuels, make Western nations energy independent, and provide a clean environment all but
screeched to a halt after the disasters at Three Mile Island in 1979 and Chernobyl in 1986. [...] In the United
States, nearly all of the currently active nuclear power plants were built 40 years ago or more. We'd
gone almost 30 years without seeing any new ones built. Now, five reactors are under construction,
with one close to coming online, and many more are receiving licenses to operate for another 20 years.
After four plant closures since 2013, the United States has 100 working reactors with clear support from the
revolution in nuclear power could slash costs below coal. Scientists in Britain,
France, Canada, the US, China and Japan have already designed better reactors based on molten salt
technology that promise to slash costs by half or more, and may even undercut coal. They are much
safer, and consume nuclear waste rather than creating more. What stands in the way is a fortress of
vested interests. The World Nuclear Industry Status Report for 2014 found that 49 of the 66 reactors
under construction — mostly in Asia — are plagued with delays, and are blowing through
To Retreat On Radiation Limits. [Jon] Utley documented how the Fukushima, Japan
earthquake, tsunami, and subsequent nuclear power plant meltdown illustrated through adversity how
safe nuclear power is. Unjustified radiation fears proved deadly in the aftermath of the 2011
earthquake and tsunami that shut down the Fukushima nuclear power facility. The earthquake and
tsunami killed more than 15,000 people, but the nuclear power plant meltdown killed no one and did
not cause a single serious illness. Tragically, however, 1,600 people died during a chaotic
and unnecessary evacuation of the region in response to overhyped fears of nuclear radiation.
Greens are the enemies of energy.
Events such as the 1979 partial meltdown at Three Mile Island and the 1986 Chernobyl disaster raised
understandable fears. The Greens began opposing nuclear energy claiming that radiation would kill
millions in the event of a meltdown. This simply is not true. Unlike France that reprocesses spent
nuclear fuel, President Carter's decision to not allow reprocessing proved to be very detrimental,
requiring repositories for large quantities. To this day, one of the largest, Yucca Mountain
Repository, authorized in 1987, is opposed by Greens. Even so, it was approved in 2002 by Congress,
but the funding for its development was terminated by the Obama administration in 2011. Today there
are only four new nuclear power plants under construction and, in time, all one hundred existing
plants will likely be retired starting in the mid-2030s.
Sources, Costs and Global Warming. Last month the Wall Street Journal (8/18/12) published a
breakdown of federal subsidies for electric power production, citing the U.S. Dept. of Energy and the
Institute for Energy Research as sources. Here is the comparison of subsidy costs per megawatt hour:
Fuel Type $ Subsidy per megawatt hour
Oil and Gas $0.64
Solar and wind are horrendously more expensive, but they are the fuels favored by the Obama
administration. The fossil fuels (oil, gas and coal) are by far the most economic.
Nuclear power is the next most efficient power source, but no new nuclear power plants have been
[built] in the U.S. for thirty years. Obama says nuclear power has a place in his energy
program, but he has effectively eliminated it.
'has become a religion' says Gaia Theory's Godfather of Green. Environmentalism has become
a "religion" — and "religions don't worry too much about facts" says scientist James Lovelock,
father of the modern green movement. Interviewed in the Guardian on the day of the IPCC's
latest report, Lovelock also praises nuclear power as "an extraordinary gift to humans" and dismisses
criticisms of it as "propaganda".
Balance Energy Demand, We Need Nuclear Power. Nationally, since 1995, the United States has built 342,000 megawatts of gas-fired
power capacity, approximately 75% of all capacity additions. But coal and nuclear power account for only 6% of the total. Looking
forward, at least 50,000 megawatts of gas capacity is expected to be added by 2020. But less than 10,000 megawatts of new coal and nuclear
capacity is expected to be added by 2020, a negligible amount, because approximately 100,000 megawatts of generating capacity — much of it
coal — will be retired this decade. Long-term energy fundamentals support continued reliance on and expansion of nuclear power.
'Mini-nukes' beat monster wind farms on
every count. As the shambles of Britain's energy policy and soaring bills continues to make shock headlines, many in the south-west of England are
staring in angry amazement at plans by foreign-owned firms to build two of the largest offshore wind farms in the world just off their coastlines. The
German power company RWE hopes to spend £4 billion on its "Atlantic Array", covering 125 square miles of sea between Devon and South Wales
with 240 vast 5 MW turbines, more than 600 ft high.
No two nuclear power plants are alike. Why nuclear power costs so much.
[N]uclear power in the west has been on a journey of relentless cost inflation for several decades. As the late great nuclear physicist
Bernard Cohen explained in a book in 1990, the reason the west stopped building nuclear plants in the 1980s was not the fear of accidents,
leaks or the proliferation of waste; it was the escalation of costs driven by regulation. Labour costs shot up as more and more
professionals had to be employed signing off paperwork; and according to one study, during the 1970s alone new regulatory requirements
increased the quantity of steel per megawatt by 41%, concrete by 27%, piping by 50% and electrical cable by 36%. As the regulation
ratchet tightened, builders added features to anticipate rule changes that sometimes did not happen. Tight regulations forced them
to lose the habit of on-the-spot innovation to solve unanticipated problems, which further drove up costs and delays.
power vs wind farms: the infographic the Government doesn't want you to see. Hat-tip to our Energy Correspondent Emily Gosden for this Department
of Energy & Climate Change infographic. It was deleted from Gov.uk this week "because of sensitivities", according to a DECC press officer. [...] It turns
out that the Renewable Energy Association called it "unhelpful" in a press release, pleading that "as Ed Davey stressed... it is not an either/or choice".
I'll Take Sweden. [Scroll down] Sweden does indeed have the
lowest rate of carbon emissions in Europe, 5.3 metric tons per capita as opposed to 6.1 in France, 8.1 in Austria, 10.5 in Norway
and 17.2 in the United States. Why? Because Sweden gets 42 percent of its electricity from nuclear power. In Europe,
this is second only to France's 75 percent. In a county the size of California and with a population smaller than North Carolina, Sweden has
10 operating reactors and two more held in reserve. Illinois, our most intensely nuclear state, has only 11 reactors with a 25 percent
Entergy to Close Vermont's
Only Nuclear Power Plant. Entergy Corp. (ETR) will permanently shut its Vermont Yankee nuclear power plant in 2014 after battling
for years with state officials to keep the 41-year-old reactor in service. The decision to shut Vermont's only operating reactor was based on
natural gas prices, the high cost of running the single-unit plant and "artificially low" power prices in the region, New Orleans-based Entergy
said in a statement today.
The Editor says...
Energy prices are not "artificially low" if they are determined by the laws of supply and demand.
Nuclear Power's New Friends? Watch Al Gore's
movie An Inconvenient Truth, and you'll hear not a word about nuclear, pro or con... but you will see a nuclear weapon being detonated
in glorious color. The disdain is not at all subtle. But suddenly, some environmentalists are publicly embracing nuclear power.
A new movie is out, Pandora's Promise, featuring five prominent people from the movement telling their stories about how they came to embrace
nuclear power because it remains a workable alternative to fossil fuel use, at least for electric generation.
close San Onofre nuclear plant. Southern California Edison announced Friday it would shut down the troubled San Onofre
nuclear power plant. The move comes 17 months after the San Onofre plant was closed because of problems in steam generator
systems. The plant powered about 1.4 million households in Southern California before the outage.
Navajo Plans to Block Access for Uranium
Transport. A uranium mining company seeking a mineral lease on state land in northwestern Arizona could have a hard time transporting
the ore off-site because of the Navajo Nation's objections to an industry that left a legacy of death and disease among tribal members.
BLS Green Jobs Report: Less
Than Meets the Eye. [Scroll down] Since nuclear power generation emits no particulates or oxides of sulfur or nitrogen
(or carbon dioxide) it should be considered a green energy source. However, no new plants have been both licensed and built in the
past 30 years. Though two construction operations licenses have recently been issued, the green jobs noted above are associated
with current power generation, so those jobs are clearly not the result of any green energy or green jobs programs. Plus, the Obama
Administration has stalled and nearly killed Yucca Mountain without offering an alternative for nuclear waste disposal.
Is it safe? Radioactive Japanese wave nears
US. In the wake of the deadly tsunami that hit Japan in 2011 and severely damaged a nuclear reactor, Japanese officials say the levels of
radiation are safe for everyone outside the reactor area itself. [...] "There should be no concern among Americans, of any age or location," Gilbert Ross,
executive director of the American Council on Science and Health, told FoxNews.com. "If you want to list health concerns that Americans should worry
about, start with the real killers — drunk driving and smoking," Ross said.
Proves Less Deadly Than Feared. Since the earthquake, a powerful movement gained momentum to halt Japan's use of nuclear
energy, which provided 30 percent of the country's electricity. The last of 54 nuclear reactors was shut down in May
2012. Two facilities were restarted in June 2012; 52 remain shut. Japan has therefore had to increase its imports of natural
gas, low-sulfur crude oil and fuel oil at a substantial economic and environmental cost. Seventy-five percent of the country's
electricity now comes from fossil fuels. Accustomed to large trade surpluses, Japan, in 2012, had a record $78 billion trade
deficit, thanks to increased energy imports and a drop in exports as Japanese goods became more expensive to produce.
Navy sailors seek £600m damages from owners of Fukushima nuclear power plant. Dozens of American sailors who assisted Japan during
the 2011 nuclear disaster are suing the operators of Fukushima power plant for more than £612 million (US$1bn) in damages, claiming that
they have become sick from radiation exposure. The sailors were on board the USS Ronald Reagan super-carrier when it was diverted to northeast
Japan following the devastation of the March 11, 2011 earthquake which triggered a tsunami and subsequent nuclear disaster. As they helped
rescue victims and evacuate disaster zones, the claimants allege that they drank, bathed and waded through water contaminated with radiation from the
damaged nuclear power plant and were reportedly exposed to radioactive plumes.
Navy Lieutenant: Power Plant Mission
Ruined My Health. A historic earthquake and tsunami struck Japan, causing a nuclear power meltdown. The U.S. Navy rushed in to
help, but are those sailors now paying the price? Nearly 100 believe that mission ruined their health. Vic Carter reports a Navy
lieutenant from Maryland who can no longer walk is demanding someone take responsibility for what's happened.
The Future Of Energy Is Nuclear.
[Scroll down] Then there's Leslie Dewan and Mark Massie, MIT Phd candidates and co-founders of TransAtomic Power, have a plan for a reactor design that if
rolled out nationwide could have the potential to power the entire country for 100 years and run on our existing mountain of nuclear waste. [...] In
fact those old fuel rods still contain 95% of their radioactive energy, meaning that by Dewan's calculations America's stockpile of nuke "waste"
could power the whole country for 100 years.
The Obama administration supports nuclear power — in India. GE plans to make nuclear reactor parts in China. Secretary of State Hillary Clinton is
supporting a bid by General Electric to export jobs and nuclear technology to China by seeking assurances from Beijing that it will not steal or transfer
valuable reactor technology, the Free Beacon has learned. Clinton's support for a future deal with GE-Hitachi Nuclear Energy, a Wilmington, N.C.,
company, to make reactor vessels in China for a nuclear plant it hopes to build in India was disclosed in a cable sent Nov. 21 to the United States
Embassy in Beijing.
Obama's War on Nuclear Power.
The Obama administration has shown, through words and deeds, a well-publicized antipathy toward domestic energy production from coal, oil, and
natural gas. What has received lesser public awareness is the administration's concurrent war on nuclear power. No matter
Obama's 2008 campaign's lukewarm endorsement of nuclear power, the administration's actions since 2009 have been anything but helpful to the
production of nuclear power in this country.
Manufactured Doubt: The Campaign Against Nuclear
Energy. Nuclear electricity is a CO2 free technology with a proven track record of deployment. For example, France generates 78% of
its electrical power with nuclear plants. France has the lowest pre-tax cost of electricity in Europe at 4.75 eurocents per KWH and France is
the world's largest exporter of electricity. There are large world reserves of uranium sufficient for hundreds of years, even without breeder
technology. Additionally, thorium, another radioactive mineral is in even more plentiful supply.
The Power Of Thorium. One of the
best kept secrets regarding alternative energy sources is based on an element most people have never heard of — thorium.
Nuclear's Dilemma: Few Jobs, Just Energy.
Nuclear energy has one great weakness. It doesn't create many jobs. All it creates is lots of energy. And in the contest
for which form of energy can employ the most people, that doesn't seem to count for much at all.
Judge Scraps License for
Colorado Uranium Mill. A state judge has struck down a license for a uranium mill issued by the Colorado Department of
Public Health and Environment. In his much-anticipated ruling, Denver District Judge John McMullen said CDPHE did not allow
adequate public comment before issuing a license to Energy Fuels, Inc. to operate the mill in rural Paradox Valley to process uranium
for use in nuclear power plants.
Rare Earth and Uranium Mining Potential in the States.
Rare earth and uranium are crucial to modern life in the United States. Rare earths are necessary for a wide array of products from
iPhones to advanced medical support to defense equipment. Uranium fuels 20 percent of our electricity. Fortunately, the
United States has the capacity to expand domestic production of both rare earths and uranium, which could reinvigorate our economy, add
jobs and increase revenues to suffering state budgets.
A Tsunami of Exaggeration.
One of the current obsessions is how much debris from the tsunami in Japan last year — some of it possibly
radioactive!!! — will be washing ashore in North America. Usha Lee McFarling writes in the Los Angeles
Times that we should all calm down.
Recycling Nuclear Fuel 101. While a handful
of American politicians are going around telling everyone that nuclear fuel recycling is a science that "isn't proven," the French, Japanese and
British have been recycling for decades.
Welcome to the Renewable Energy
Future: A Lesson From Germany. Blogger P. Gosselin credits this transformation of "Germany's once impeccably stable world-class power
grid" with its "reckless and uncontrolled rush to renewable energies, wind and sun, all spurred on by a blind environmental movement and hysteria with
respect to nuclear power."
renaissance? More like nuclear standstill. Modern nuclear power designs are safer, but that isn't
enough to rekindle the long-sought nuclear renaissance. One year after the Fukushima nuclear disaster,
nuclear power is either slogging ahead or at the end of the road, depending on which country you live in.
How nuclear grows in the years ahead largely depends on whether new designs can demonstrate better safety and,
more importantly, compete on price.
Inhofe: Obama Trying to Take Credit for 5,800 Nuclear Jobs
While Having Covert Anti-Nuclear Agenda. Senator James Inhofe (R-Okla.), Ranking Member of the Senate Committee
on Environment and Public Works, said that by sending Energy Secretary Steven Chu to Georgia today [2/15/2012] to tout the
construction of two new nuclear reactors, President Obama is trying to take credit for 5,800 nuclear jobs, even though his
Administration has a record of actively opposing nuclear power, and his own Nuclear Regulatory Commission (NRC) Chairman,
Greg Jaczko, opposed the license for these reactors.
Nuclear Energy: Here, Now. In his recent State of the Union address, President Obama declared:
"I will not walk away from clean energy[.] ... After all, innovation is what America has always been about[.] ... This
country needs an all-out, all-of-the-above strategy that develops every available source of American energy — a
strategy that's cleaner, cheaper, and full of new jobs." President Obama may not walk away from clean energy,
but he has turned his back on an innovative American-made nuclear technology meeting all the above criteria
and much more.
The Simple Physics of Nuclear
Safety: To create heat in a nuclear reactor, a U235 nucleus must absorb a slow neutron in order to
split and give off heat. To make neutrons more effective for splitting the uranium nuclei, they must be
slowed down from the high velocities with which they are emitted. This is done by a material we call a
moderator, which will not absorb the neutrons but instead simply bumps them back into the uranium. It turns
out that the hydrogen in water is a near-perfect moderator. Therefore, surrounding the fuel rods with water
aids the reaction while simultaneously acting as a receiving reservoir for the heat, which will eventually create
steam and turn a turbine to generate electricity.
Nuclear Power Plants Withstand
Virginia Earthquake. All 13 nuclear power plants in locations near the epicenter of the August 23
central Virginia earthquake safely withstood the strong tremors. Operators temporarily shut down only one
plant in response to the 5.8 magnitude earthquake. Dominion Power shut down its North Anna reactors,
located approximately 11 miles from the epicenter of the quake, for precautionary reasons in response to
local power failures. There was no damage to the safety systems at the North Anna site or any other
nuclear power plant sites, according to the Nuclear Regulatory Commission.
uranium put off-limits. Interior Secretary Kenneth L. Salazar placed a 20-year moratorium
Monday [1/9/2012] on new uranium mining claims in the Grand Canyon region over the objections of Western
Republicans, who insisted the ban would deliver an unnecessary blow to the Northern Arizona economy. ... Arizona
Gov. Jan Brewer and other Republicans immediately denounced the order, saying that it would cripple economic activity
and energy production despite evidence that yellowcake uranium had been mined safely in the region for years.
Arizona Congressmen Fight Uranium
Mining Ban. Members of Congress from Arizona are squaring off with the Obama administration over
uranium mining near the Grand Canyon. Interior Secretary Ken Salazar has said he would like to impose a
20-year moratorium on new mining claims in 1.1 million acres of public forest land surrounding the Grand
Nuclear Agency Chief
Slammed In Report. A report by a Republican lawmaker portrays a climate of fear and intimidation
at the Nuclear Regulatory Commission, with staff and commissioners saying they are routinely rebuffed by a chairman
who shuns debate and dissenting views. The imperial style of Gregory Jaczko has complicated policy-making,
according to the report released Tuesday [12/13/2011], including efforts to improve U.S. nuclear safety in the
wake of Japan's nuclear accident at Fukushima in March.
To Be Carbon-Free? Bring On The Nukes. A new study provides a road map to a carbon-free future.
Just one problem: Something has to produce the juice for all those electric cars, and it can't be just the
sun and the wind.
Promotes Small Nuclear Reactors. Department of Energy officials are promoting small modular
reactors (SMRs) as a way to reinvigorate U.S. nuclear technology. The federal government is likely to be
the first domestic buyer of such technology, reducing the typical financing risk associated with anything
nuclear. DOE and other agencies can then use the new reactors to help meet President Barack Obama's goal
of cutting the federal government's greenhouse gas emissions by 28 percent over the next decade.
Nuclear Power Plant Cannot Produce a Nuclear Explosion. [Scroll down to page 18] Conventional
power sources produce electricity by creating steam to power a turbine. The turbine is attached to a
generator, which creates electricity. The heat that turns water into steam in most power plants is created
by burning fossil fuel. In the United States the fuel is usually coal or natural gas. In some countries,
such as Japan, oil is more frequently used. In a nuclear power plant, the heat that turns water into steam
is generated by a nuclear reactor, where natural radiation from nuclear fuel creates heat. The heat produced
in nuclear reactors also can be used for purposes other than generating electricity, such as propelling ships
and submarines in our navy, giving them extensive range without refueling. More than 200 such ships have
challenge to licensing of U.S. nuclear plants. A group of 25 anti-nuclear organizations will
file legal challenges today [8/10/2011] that aim to slam the brakes on licensing actions at the nation's commercial nuclear
plants, based on preliminary reviews of the disaster at Japan's Fukushima plant this year.
Giant Green Reversal. Last spring the German Government made a monumental declaration with
all the pomp and circumstance included: the country would phase out all its nuclear plants by 2022,
shuttering 7 immediately in the wake of the Fukushima disaster and phasing out the rest of their
10 remaining plants as quickly as possible over the next ten years. It took only 3 months
for reality to rear its ugly head.
Symptoms of Nuclear Hysteria. A partial meltdown at Japan's Fukushima Dai-ichi plant as a
result of the largest recorded earthquake to hit Japan has set off a renewed bout of nuclear hysteria.
Nuclear power is often held guilty until proven innocent.
Cores Damaged at
Three Reactors. Substantial damage to the fuel cores at two additional reactors of Japan's
Fukushima Daiichi nuclear complex has taken place, operator Tokyo Electric Power Co. said Sunday [5/15/2011],
further complicating the already daunting task of bringing them to a safe shutdown while avoiding the release
of high levels of radioactivity. The revelation followed an acknowledgment on Thursday that a similar
meltdown of the core took place at unit No. 1.
meltdown at Fukushima plant. One of the reactors at the crippled Fukushima Daiichi power plant did
suffer a nuclear meltdown, Japanese officials admitted for the first time today [5/13/2011], describing a pool
of molten fuel at the bottom of the reactor's containment vessel.
anti-nuclear lobby has misled us all. Over the last fortnight I've made a deeply troubling
discovery. The anti-nuclear movement to which I once belonged has misled the world about the impacts
of radiation on human health. The claims we have made are ungrounded in science, unsupportable when
challenged, and wildly wrong. We have done other people, and ourselves, a terrible disservice.
Nuclear Power and Dread
Risk. [Scroll down] Let's review a few facts regarding nuclear energy. The biggest
disaster in its remarkably safe history is the Chernobyl disaster, in which a shoddily built Soviet reactor
of poor design — [it] didn't even have a containment dome! — and rotten maintenance
experienced a core meltdown. During the whole affair, two dozen workers died of radiation poisoning.
By comparison, the Fukushima plant disaster was not a problem of design. The plant actually withstood the
massive quake — a far more massive quake than it was designed to withstand, and one bigger than Japan
had had in perhaps a thousand years. What caused the coolant circulation failure was actually the
tsunami that hit after the quake. So far, two workers have died from the partial core melts.
And as of now, the amount of radioactive material released by the Fukushima reactors is at most one-tenth
of that released at Chernobyl.
Pass the Plutonium.
For years we've lived with the impression that a nuclear meltdown is the equivalent of a nuclear bomb going
off, killing thousands and leaving whole landscapes uninhabitable. Now we've had one and look what's
happened. The fourth worst earthquake in history has failed to crack open the concrete containment and
the difficulty arose only because the utility didn't have enough backup electricity on hand.
Understanding Radiation: A
primer on how radiation exposure is actually measured so that you can judge for yourself whether the figures
coming from Fukushima are worrisome or not.
Japan's Nuclear Lesson: U.S. Needs
Yucca Mountain Project. An old, decrepit nuclear power plant in Japan, battered by
earthquake and tsunami, burned and melted down, spewing radioactivity around the plant and panic
across the world. Yet not one person died from radiation poisoning. Not one person
anywhere. Thanks to the design and construction of the plant and the brave workers who battled
to save it. Undeterred by this fact, American media went into Chicken Little mode.
power is the low-carbon future. Far from shaking faith in the nuclear industry, the Fukushima crisis
should strengthen it. The plant was hit by one of the most powerful earthquakes ever recorded and then
engulfed by a tsunami, yet the impact has been contained and not a single person has died from radiation
A Glowing Report on Radiation. A
$10 million Department of Energy study from 1991 examined 10 years of epidemiological research by the Johns
Hopkins School of Public Health on 700,000 shipyard workers, some of whom had been exposed to 10 times
more radiation than the others from their work on the ships' nuclear reactors. The workers exposed to
excess radiation had a 24 percent lower death rate and a 25 percent lower cancer mortality than
the non-irradiated workers.
Going bananas over radiation.
Many people fear radiation — sometimes the fear is irrational, based on the erroneous concept that
we live radiation-free lives. I'll never forget the time I showed my Geiger counter to a neighbor who was
shocked when it started clicking. She was horrified to learn that cosmic rays were in fact zipping right
through her body right that very second. I didn't have the heart to tell her about neutrinos. But,
along the same lines, this little factoid might drive some people "bananas" when they read it. But, it
illustrates a fact of life: radiation is everywhere. A banana equivalent dose (BED) is a concept
occasionally used by nuclear power proponents to place in scale the dangers of radiation by comparing exposures
to the radiation generated by a common banana. Bananas are high in potassium, and naturally radioactive,
due to the isotope potassium-40 they contain. One BED is the radiation exposure received by eating a
The truth about
Obama and nuclear power. We have established that Obama's war on coal hinges on the assumption
that 100 new nuclear reactors will be built in the U.S. in the next few years. Without the power from
those 100 new nuclear reactors, Obama's plan will cause the lights to go out. You cannot rule out
half of our electricity supply and pretend otherwise. Now that that assumption is an even more obvious
fiction, Obama's defenders are charging forth to say he does too support nuclear power. And they
point to his recent statement that, "Nuclear energy is an important part of our own energy future." But
that doesn't mean that he will promote any new reactors. It just means that he knows he can't shut down
the existing fleet, additions to which have been stalled since 1978.
The Nuke Scare. The
rhetoric [the Greens and the media are] using is designed to make the disaster seem much worse than it is, to
find someone to pin things on, and to shift public opinion in the direction of shutting down all nuclear plants
no matter what the circumstances. Anybody who was around for Three Mile Island back in 1979 or Chernobyl
in 1986 will recognize the cycle: first hysteria, then accusations, then more hysteria, then demands to
return to the pre-modern era.
Overreactions: After a once-in-300-years earthquake, the Japanese have been keeping
cool amid the chaos, organizing an enormous relief and rescue operation, and generally earning the
world's admiration. We wish we could say the same for the reaction in the U.S., where the
troubles at Japan's nuclear reactors have produced an overreaction about the risks of modern life and
technology. Part of the problem is the lack of media proportion about the disaster itself.
Nuclear power feeling new heat.
It will be days or weeks before the full extent is known of the damage to several Japanese nuclear reactors from
the magnitude 9.0 quake. ... The oldest reactor at Fukushima I, the plant with the most danger of melting
down, is 41 years old. "Existing reactors are very safe," Spencer said. "But each generation of
nuclear reactors is even safer." He said that, unlike earlier models, today's reactors include "passive
safety mechanisms" that shut down automatically should problems arise.
Meltdown Of Fearmongers. If we drop oil exploration after Deepwater Horizon, coal mining after Chile
and nuclear power after Fukushima, what's left? A world without nuclear power would not be risk-free or cleaner.
A Little Energy is a Dangerous Thing.
Nuclear power is as dead as offshore oil drilling was after the BP gulf leak. As dead as
politicians want to make it. But you can't kill an idea, just pass it on to someone else.
While the Washington Post wrings its black and white hands, China explores Thorium reactors.
Thorium may not be the solution, but giving up certainly isn't.
Three Mile Island. [John] McGaha and other experts tell NRO that Americans are unduly afraid
of nuclear energy — in part because of the media's disproportionate, distorted reporting on rare
nuclear accidents like Three Mile Island and the recent problems in Japan. McGaha says the most deadly
consequence of Three Mile Island might have been how it delayed the advancement of nuclear technology in
Time to stop
nuke hysteria. It's not bad enough that thousands of people may be dead from Japan's earthquake
and devastating tsunami. No, the media is instead obsessing over a nuclear reactor that has killed no one
and probably never will.
Sources for Information On The Fukushima Nuclear Reactors: Due to the exceptionally poor
reporting and sensationalize in the mainstream press, readers are warned to take press reports, even
those from otherwise reputable newspapers with a grain of salt. Likewise, statements by politicians
and commentators should not be viewed as necessarily being reliable.
Levels Of Radioisotopes Found in Japanese Food. As the situation at the Fukushima nuclear
plants has begun to stabilize, a new threat to the economic recovery of Japan and the livelihood of
Japanese farmers and exporters has begun to rear its ugly head. Reports are now surfacing of
food testing positive for radioisotopes traced to the core venting at Fukushima.
Scientists: Radiation in
Japan food poses low risk. Health risks to Japanese from eating foods contaminated with
elevated levels of radiation are fairly low, scientists say. The Japanese government has found
radiation levels "significantly above" acceptable levels in milk, spinach and kakina, another leafy
vegetable, produced near the damaged Fukushima Dai-ichi Nuclear Power Station, the International Atomic
Energy Agency said Monday. Yet the government says the levels are still low enough that they pose
no immediate threat to human health.
sit in the dark. For "progressives," few things are as virtuous as sacrifice. Especially
if it's someone else doing the sacrificing. Thus, in the wake of Japan's nuclear crisis, you just
know they'll be calling for less nuke power and greater energy-conservation efforts (preferably, by you).
Shameful media panic very slowly
begins to subside. The situation at the Fukushima Daiichi nuclear powerplant in Japan,
badly damaged during the extremely severe earthquake and tsunami there a week ago, continues to
stabilise. It is becoming more probable by the day that public health consequences will be
zero and radiation health effects among workers at the site will be so minor as to be hard to
measure. Nuclear experts are beginning to condemn the international hysteria which has
followed the incident in increasingly blunt terms.
Press Puts Japanese Lives at Risk. Japan currently faces a real emergency. As a result of the
earthquake and the ensuing tsunami, thousands of people are dead, and tens of thousands more are missing and may
be trapped under rubble, severely injured, and in danger of death by thirst or suffocation. There are over
500,000 people without shelter, with a blizzard on the way, and even the as-yet unscathed could soon face death from
epidemics caused by thousands of unburied corpses. At such a time, nothing could be more scandalous than the
current campaign by much of the international press to spread panic over trivial emissions of radiological material
from several disabled nuclear power stations.
To Spur A Nuclear Revival In U.S.. Several years ago, much was heard about a "nuclear renaissance"
in America. After a nearly 30-year hiatus, the prospects of growing demand for electric power, likely caps
on greenhouse gas emissions and sizable federal loan guarantees led the nation's utilities to express interest
in building 28 new reactors.
With the arrival of the Tea Party in Washington, a huge rift may be opening up over the future of nuclear power.
On the one hand, the Tea Party and new Republicans are foursquare in favor of energy development. "Pass an All
of the Above Energy Policy" was item No. 8 in the Contract from America. "This would include off-shore oil
drilling, clean coal, nuclear, renewable, and everything else," says Ryan Hecker, the Houston attorney who organized
the document. "The important thing is to develop domestic resources."
Energy: The Nuclear Solution. Nuclear technology was developed in the United States, but after many
decades it only provides 20 percent of U.S. electricity, while coal provides nearly 50 percent.
The nuclear number would be much larger except for the hysteria over Three Mile Island and Chernobyl.
There are 104 operating commercial nuclear reactors in the United States, producing electricity
90 percent of the time. There are more than 440 commercial reactor plants, spread out over
31 countries, that supply 16 percent of the world's electricity. France generates
approximately 80 percent of its electricity by nuclear.
On the other hand... Nuclear
Power In The Dock. There are all sorts of reasons why banks are saying "no" to nuclear.
Two in particular, however, stand out. First, nuclear energy is not even remotely competitive in power
markets with gas-fired or coal-fired electricity now or in the foreseeable future. Even the more optimistic
projections of new nuclear power plant costs — such as those forwarded by MIT — find that
nuclear's production costs over the lifetime of a new facility are about 30% above those for coal or natural
gas-fired generators. ... Second, the risk of cost overruns and, thus, defaulted loans are higher than the
politicians would have us believe.
Energy: The Nuclear Solution. The single greatest technological advance in recorded history
was when we learned to make heat and electricity by converting mass to energy in nuclear reactors. This
advance provided the safest, cleanest, and, except for hydropower, the most inexpensive and potentially most
plentiful and useful energy in human history. But the environmentalist lobby doesn't like nuclear any
more than it does coal-fired generation, mainly because it works! The alternatives they give are
Contrary to Obama's assertions, our "addiction" to foreign oil no more caused the Deepwater Horizon oil spill
than any addiction to nuclear energy caused the reactor accident at Three Mile Island. ... The irony is that
if the incident at Three Mile Island had not similarly been exploited by environmentalists, we might not be
so dependent on fossil fuels today.
Regulatory barriers to the
expansion of nuclear power ought to be removed. [Scroll down to page 25] Nuclear power
is an important part of the nation's energy portfolio. Nuclear power plants generate approximately
20 percent of the electricity and 8.1 percent of all energy consumed in the U.S. There are
103 active nuclear power plants in the U.S. and an additional 339 plants worldwide. The U.S. has more
nuclear power plants than any other nation, but some other nations rely more heavily on nuclear power than
does the U.S. France, for example, relies on nuclear power for 78 percent of its electricity.
France reaffirms its faith
in future of nuclear power. It looks like an ordinary building site, but for the two massive,
rounded concrete shells looming above the ocean, like dusty mushrooms. Here on the Normandy coast,
France is building its newest nuclear reactor, the first in 10 years, costing $5.1 billion. But
already, President Nicolas Sarkozy has announced that France will build another like it.
U.S. on Sidelines of Global Nuclear
Renaissance. [Scroll down to page 18] France already gets 80 percent of its power
from nuclear and has the cheapest electricity in Europe, plus the second-lowest carbon emissions (behind
Sweden, which derives half its electricity from nuclear power). France also sells $80 billion
worth of electricity to the rest of Europe each year.
A Future for
Fusion? [Scroll down] Experimental fusion reactors release energy from light atoms by
fusing their nuclei together to form heavier ones — as opposed to splitting atoms, the way
today's commercial nuclear power stations do. Thus, fusion is a safer alternative to today's nuclear
power plants, [Steven] Cowley says. The reaction only generates helium, an inert gas, as a byproduct.
The walls that capture the heat of the reaction periodically need replacing, but they can be disposed of as
low-level radioactive waste or recycled in fusion reactors, he says.
Clean And Safe. More
than 100 Americans have died in coal mines since 1984. Over that same period, not one American has died
in a nuclear energy accident. In fact, no American has ever been killed in an atomic energy accident —
and that includes any sailor in a Navy that makes extensive use of nuclear fission to power its fleet.
The Economics of Nuclear Power:
[Scroll down] In the case of Sweden, the low cost of nuclear and hydro power, and fairly smart regulation,
made it possible to provide electricity to the industrial sector at perhaps the lowest price in the world.
This being the case, nothing is more offbeat than hearing about the subsidies paid the nuclear sector.
Cheap electricity meant the establishment of new enterprises, and just as important the expansion of existing
firms. The tax income generated by these activities, and used for things like health care and education,
more than compensated taxpayers (in the aggregate) for any subsidies that might have been dispensed by the
government. An antithetical situation may prevail for wind and biofuels.
plants are the answer for energy shortage. For starters, producing nuclear-generated electricity
is cheaper than any other major source of power. Granted, the cost of building new nuclear plants is high,
but comparatively low nuclear fuel costs yield a significant savings over a plant's lifetime. According
to the most recent data, the average cost of producing nuclear energy was 1.87 cents per kilowatt-hour,
compared with 2.75 cents for coal, 8.09 cents for natural gas and 17.26 cents for petroleum.
The Economics of Nuclear Power: New
York State's denial of a renewal license for Entergy to continue operating the Indian Point nuclear power plant
brings to light the obstacles impeding progress in the American nuclear industry. ...The non-competiveness of the
U.S. market, hampered by layers of regulation, chokes progress and promise.
of capital cost of nuclear and solar power. This paper compares the capital cost of three
electricity generation technologies based on a simple analysis. The comparison is on the basis that
the technologies can supply the National Electricity Market (NEM) demand without fossil fuel back up. ... The
three technologies compared are:  Nuclear power;  Solar photo-voltaic with energy
storage; and  Solar thermal with energy storage.
It's Always "Earth Hour" in North Korea.
[Electricity] is the difference between the Dark Age and the present age... but not for everyone. Much of
Africa is in darkness. too. People who hate civilization and the humans who created it are welcome to
live out in the wilderness or in some primitive backward country where they burn dung to cook their meals.
If America doesn't start building more coal-fired plants, nuclear plants, and other generators of electricity,
we too shall live in darkness when the sun goes down. Be warned, the present administration is doing
everything possible to make that future happen.
Nuclear energy must be part of the equation.
Listen carefully in Washington, and almost everyone agrees that nuclear energy must be a part of our future domestic energy
mix, and for good reason: Nuclear energy is the world's largest source of carbon-free energy, generating over
70 percent of our emission-free electricity here in the U.S. Nuclear energy is a clean, safe, reliable and
domestic source of affordable energy that has created 15,000 new jobs in the last year.
Power to the People.
On a pound-for-pound basis, nuclear power is about a hundred million times as efficient as wind power.
And isn't being "green" supposed to bring about the most efficient use of natural resources?
Nuclear Power: Wave Of The Past Or
Future? The U.S. may soon get its first nuclear reactor in more than 30 years. UniStar
Nuclear Energy — a joint venture between Baltimore-based Constellation Energy and the EDF
Group — has proposed a new reactor for southern Maryland capable of generating 1,600 megawatts
and powering 1.3 million homes twenty-four hours a day. To put this in context, the largest wind
power installation in the world, the Horse Hollow Wind Energy Center in Texas, generates
735 megawatts — but only when it's windy.
[Scroll down slowly] Then there's the business of uranium enrichment. Environmentalists love to argue that
nuclear is actually more carbon-intensive because uranium enrichment requires such huge amount of electricity.
This is true in one respect. The country's only operating uranium enrichment plant in Paducah, Kentucky
requires 2,000 MW of electricity — supplied by two full-fledged coal plants. But the
plant employs World War II gas-diffusion technology. The United States Enrichment Corporation's new
laser enrichment plant in Ohio would consume only 5 percent as much electricity — except
that the Obama Administration has mysteriously rejected its application for a $2 billion loan
guarantee and work has been temporarily suspended.
Al Gore says nuclear power has limited
role. Markets should determine the role of nuclear power in the future, environmental campaigner and former
US vice-president Al Gore says. But he says nuclear power will only play a limited role in providing for the
world's power needs because of the immense cost of building reactors.
The Economic Value of Clean Air Compliance at
Nuclear Power Plants. Nuclear energy is a reliable, low-cost, emission-free energy source.
Nuclear energy provides affordable electricity for consumers. Nuclear energy is also a source of reliable,
low-cost electricity that attracts and supports business and industry, creating jobs. And, nuclear energy is
emission-free. These facts represents real economic value for states and regions that have nuclear power
plants. The nation's nuclear power plants provide emission-free electricity to one out of every five
homes and businesses.
requires doubling nuke use. To satisfy House Democrats' low-cost solution to global warming, Americans
would have to double their reliance on nuclear energy by 2030 — a target the nuclear industry says is
unlikely and that many environmentalists and Democrats dislike. That is the conclusion of a new Energy
Information Administration report that looked at the House Democrats' global warming bill.
Mentality Won't Cut Energy Bills. Clearly, we're shooting ourselves in the foot by
excluding viable options. Challenges of meeting federal air quality standards in Georgia mean
new coal-fired power plants are mission impossible, as clean, cheap and efficient as they have
become. Campaigns to add the cleanest and most efficient of energy, nuclear energy, still
elicit apocalyptic predictions, despite a near squeaky-clean record in countries such as France,
with nearly 80 percent of electricity from nuclear power, and Japan, where nuclear energy
is about one-third of the electricity supply.
Testimony on the Future of
Nuclear Power: For too long the nuclear industry has been a victim of scare tactics and
outrageously false propaganda. The truth about nuclear power is that it provides a viable and safe
means for satisfying our growing need for electricity. Continuous concerns over critical energy
shortages in this country are sparking a renewed interest in nuclear power on the part of Americans who
do not want to be left in the dark.
Nuclear Energy in the World
Today: One metric ton of nuclear fuel produces the energy equivalent of two to
three million tons of fossil fuel. A 1,000-megawatt electric (MWe) coal-fired power
plant releases about 100 times as much radioactivity into the environment as a comparable
nuclear plant, because radioactive material occurs naturally in coal and is emitted as a byproduct
of coal-fired electricity generation.
Nuclear Power Is the Safest Energy Source,
Studies Show. Today's nuclear power technology, by any and every measure, provides the
best safety performance and lowest risk of workplace accidents among all commonly utilized power
sources. Nuclear power plants are not at risk from terrorist attacks: They do not offer
exponential damage opportunities and they are the most fortified installations in the
Over Time, Nuclear Power Skeptic
Becomes Advocate. Initially a skeptic about radiation and nuclear power, Gwyneth
Cravens spent nearly a decade immersing herself in these subjects for her new book, Power
to Save the World. After visiting mines, experimental reactor laboratories, power
plants, and remote waste sites, she changed her views about nuclear energy. You name it,
she investigated it.
Top 10 reasons to blame Democrats
for soaring gasoline prices: Even the French, who sometimes seem to lack the backbone to stand
up for anything other than soft cheese, faced down their environmentalists over the need for nuclear power.
France now generates 79% of its electricity from nuclear plants, mitigating the need for imported oil.
The French have so much cheap energy that France has become the world's largest exporter of electric power.
Strangling the Energy Baby:
A pollution-free alternative for new electricity generation is, of course, nuclear fission. While the cost of
natural gas and oil will remain volatile, between 1990 and 1999 the cost of nuclear fuel decreased 46 percent.
The environmentalists, of course, have little to say about nuclear power plants that these days provide some twenty
percent of our electricity needs.
Power is Making a Worldwide Comeback. According to the U.S. Energy Information
Administration's "Annual Energy Outlook 2004," the demand for electricity in the United States
will increase by 50 percent by 2025. At least 350,000 megawatts of new generating
capacity — hundreds of new power plants — will be needed before then.
is wrong — we must consider nuclear power. Until the past couple of years, the activists,
with their zero-tolerance policy on nuclear energy, have succeeded in squelching any mention by the IPCC
of using nuclear power to replace fossil fuels for electricity production. Burning fossil fuels for
electricity accounts for 9.5 billion tonnes of global carbon dioxide emissions while nuclear power
emits next to nothing. It has been apparent to many scientists and policymakers for years that this
would be a logical path to follow.
Support for Nuclear Power Is Growing. With
natural gas prices rising rapidly and the price of crude oil hovering above $70 per gallon, nuclear power is
emerging as an increasingly attractive source of energy to both the general public and some influential
environmentalists. According to [a March 2006] Gallup poll, fully 55 percent of Americans support
expanding the use of nuclear energy. The embrace of nuclear power transcends political party
affiliation, with 62 percent of Republicans and 51 percent of Democrats responding to the
Gallup survey voicing their support for more nuclear energy.
Dispelling the Myths About Nuclear Power.
Nuclear energy is relatively clean, generating far less waste per unit of energy than any other major source and, based
on the number of lives lost or people made ill, it is also far safer for human health. The benefits of nuclear
energy are real, while the risks are mostly hypothetical. When decisions are made concerning future sources of
electric power in the United States, facts, not fear, should be the basis for appraising the nuclear industry's place
in the mix.
Ten myths about nuclear power:
The UK government is expected to announce tomorrow that it will give the green light to the building of new nuclear
power stations in the UK — the first since the Sizewell 'B' station was completed in 1995.
These are urgently needed to make up the shortfall in power supply as older nuclear stations are closed over
the next few years. Yet the decision is bound to be controversial — not helped by widespread
misinformation about nuclear power.
Nuclear Energy and Environmental
Preservation. Nuclear energy has perhaps the lowest impact on the
environment — including air, land, water, and wildlife — of any energy
source, because it does not emit harmful gases, isolates its waste from the environment, and
requires less area to produce the same amount of electricity as other sources.
Nuclear Power Wins Endorsement of
Engineers. The 120,000-member American Society of Mechanical Engineers (ASME) recently
endorsed nuclear power as a safe and efficient source for supplying America's growing energy needs.
Nuclear Energy in the World Today (Part Two):
It is now completely absurd that anti-capitalist, anti-industry, anti-development, and in fact anti-people socialists have
poisoned the minds of so much of the world against the cheapest, most abundant, and safest form of energy on the planet.
It is truly amazing what devious minds can achieve in a world so filled with terror-prone people.
Myths About Nuclear Energy: Nuclear, coal, gas:
they all have the power to destroy. But of these three, one has gotten a bad rap. While it is
business as usual for coal and gas, the widespread perception persists that nuclear energy is fraught with
unique and terrifying danger. Say "nuclear" out loud, and people tend to think of mushroom clouds,
radiation, and nuclear winter. Despite these fears, nuclear energy is clean, reliable, and
safe — more so, in fact, than the alternatives, as an examination of the myths about nuclear
Get real, environmentalists.
In this era of seemingly permanent higher energy prices, environmentalists' blanket anti-fossil fuel, anti-nuclear
power dogma must go. That there were no U.S. nuclear plants built in the past 30 years, while the
rest of the world had been rapidly doing so, has little to do with science. It has everything to do with
D.C. politics that align interest groups over issues that are not their core concern.
Environmentalists oppose every form of energy production. Strangling the Energy Baby:
Let's start by understanding there are now three hundred million Americans. More people increase the need
for more electricity. America currently must generate 15.43 trillion kilowatts of electricity and is
in immediate need of more. This is why, following every winter storm, the very first piece of news
reported is how many people are without electricity.
Nuclear power is cleaner
and safer: report. A return flight from Sydney to London and back will bring the same
level of radiation exposure as living next to a nuclear power plant for 50 years. Contrary to
common fears around the use of nuclear power, the Switkowski report into nuclear power points to a series
of environmental benefits coming from modern nuclear reactors.
Lessons from Chernobyl: In the "ghost town" of
Pripyat, the external gamma dose rate measured by a Polish team in 2001 was 0.9 mSv per year, the same as in
Warsaw and five times lower than in Grand Central Station in New York. The incidence of all cancers
appears to be lower than expected in a similar, nonirradiated population. ... Three of the original
thirteen Russian plutonium-production reactors continued to operate at the end of 2000 because, without them,
one quarter of a million people would be without adequate heat during the Siberian winter.
The Enemies of Nuclear
Power: Nuclear power provides a cheap alternative to fossil-fuel-based sources of
electricity. With comparable capital and operating costs, and a mere fraction
of the fuel costs, it can provide electricity at 50 to 80 percent of the price of
traditional sources. It is extremely reliable, and is by far the cleanest of any
viable energy source currently known.
Coal Ash Is
More Radioactive than Nuclear Waste. The waste produced by coal plants is actually more
radioactive than that generated by their nuclear counterparts. In fact, fly ash — a by-product
from burning coal for power — contains up to 100 times more radiation than nuclear waste. At
issue is coal's content of uranium and thorium, both radioactive elements. They occur in such trace
amounts in natural, or "whole," coal that they aren't a problem. But when coal is burned into fly ash,
uranium and thorium are concentrated at up to 10 times their original levels.
U.N. Revises Chernobyl
Assessment. As of mid-2005, fewer than 50 deaths have been directly attributed
to radiation from the Chernobyl nuclear power plant disaster, with almost all the deaths being
among highly exposed rescue workers, according to a new United Nations report.
Blue-Ribbon Government Panel Lauds
Nuclear Energy. The panel noted nuclear power has played a major role in electric
power supply in the United States for 30 years. The U.S. has 103 nuclear power plants,
more than any other country in the world. Those plants have supplied 20 percent of
the nation's power over the past three decades — even as the country's energy demands
have grown, and despite the fact no new plants have been ordered or built since 1973.
Dispelling the Myths About Nuclear
Power. Nuclear energy is relatively clean, generating far less waste per unit of energy
than any other major source and, based on the number of lives lost or people made ill, it is also far
safer for human health. The benefits of nuclear energy are real, while the risks are mostly
Nuclear Power Is Safest Energy Source,
Studies Show. Today's nuclear power technology, by any and every measure, provides the
best safety performance and lowest risk of workplace accidents among all commonly utilized power
sources. Nuclear power plants are not at risk from terrorist attacks: They do not offer
exponential damage opportunities and they are the most fortified installations in the nation. It
is safe to say neither the general public nor government officials understand many or any
of these facts. Their lack of understanding is primarily the result of an extremely successful
fear campaign waged by anti-nuclear activists 30 years ago. In addition, the news media has
inaccurately reported accidents and mishaps at nuclear power plants.
The Importance of Nuclear Energy to U.S. Energy
Security: Nuclear energy provides reliable, low-cost baseload electricity to satisfy the
increasing electricity demands of a digital economy, as well as peak demands caused by extreme weather
conditions in winter and summer. Nuclear energy is a stabilizing factor in deregulated electricity
markets because it is not affected by the price volatility experienced by other major energy sources,
such as oil and natural gas.
the Demons of Chernobyl: Why would an energy-craving nation (the U.S.) that also
demands a pristine environment put the kibosh on a limitless form of power (nuclear energy) that
produces no air pollution and no emissions environmentalists claim cause global warming?
Twenty Years After Chernobyl. April
26  marks the 20th anniversary of the accident at the Chernobyl nuclear power plant.
Anti-nuclear activists are still trying to turn Chernobyl into a bigger disaster than it really was.
Is Thriving in Chernobyl Nuclear Zone. Many species in the Chernobyl nuclear exclusion zone have higher
population numbers than before the nuclear accident, according to a new study published in Current Biology.
The higher population numbers contradict prior assertions that radiation fallout would negatively impact wildlife population
numbers. The study's authors, led by Jim Smith of Portsmouth University in England, found no evidence of long-term
radiation damage to the animals in Chernobyl. The wolf population in particular is seven times higher in the exclusion
zone than in nearby nature reserves, and elk, roe deer, and red deer are also noticeably abundant.
radiation, elderly residents cling on in Chernobyl. Defying radioactive contamination and a government evacuation order,
Yevgeny Markevich returned to his beloved Chernobyl shortly after it suffered the world's worst nuclear accident 30 years ago this
week. The sturdy 78-year-old former teacher is among 158 people still living in the 30 kilometre (19 mile) exclusion
zone around the Ukrainian nuclear power plant where reactor number four exploded on April 26, 1986.
On the 30th Anniversary of Chernobyl,
Here's What We Are Still Not Being Told. On the 30th anniversary of the world's worst nuclear catastrophe yet,
a new report shows radioactive contamination from the 1986 explosion at Chernobyl in Ukraine still lingers in startlingly
large amounts across the border in neighboring Belarus. In an exclusive report by the Associated Press, fresh milk from
a Belarusian dairy farm contained a radioactive isotope, traceable to the Chernobyl disaster, at "levels 10 times higher than
the nation's food safety limits" — thirty years after the accident occurred. Though the AP turned to a laboratory
to test the milk, dairy farmer Nikolai Chubenok called the results "impossible."
the new effort to entomb Chernobyl's wreckage. In the aftermath of the world's worst nuclear disaster in
Chernobyl in 1986, which resulted in radiation that ultimately reached as far as Japan and the US, the Soviet Union slapped
together a massive sarcophagus of metal and concrete as hastily as possible to contain further fallout at the site of reactor 4.
With no welded or bolted joints and a leaky roof that led to corrosion "hastening its demise," it was never seen as a permanent solution,
reports Live Science. Construction began on its enormous replacement, the New Safe Confinement, in 2012. Now French consortium
Novarka is using 224 hydraulic jacks to slowly slide the steel structure 1,070 feet to cover the ruins in Ukraine.
Environmentalist Crusade Against Progress and Technology Aims at Making Man's Life a Hell on Earth. [Scroll
down] Environmentalists are also against energy generated by nuclear plants. They claim nuclear power is unsafe and a
threat to our lives. But the fact is that there are over four hundred nuclear plants in operation around the world, which
have been safely producing electricity for forty years. France, for example, gets over seventy five percent of its
electricity from nuclear power. The famous incident in Chernobyl, used to discredit nuclear power, was the consequence of a
disintegrating, corrupt and negligent Communist government. It did not reflect an intrinsic lack of safety in nuclear plants,
but an intrinsic lack of safety in Communist rule.
Texas Will Host the First New U.S. Nuclear Plants
Since the 1970s. Not a single nuclear power plant has been commissioned in the United States
since 1978, but that is about to change as General Electric and Hitachi have announced a joint venture to
build two nuclear power plants in Texas. The Texas project, announced in June with plants scheduled to
begin operations in 2014, is expected to be the first in a new wave of economical and emissions-free nuclear
Poll Shows the Public Favors Nuclear Power
2-to-1. Twice as many Americans support nuclear power as oppose it, according to a new poll by
Bloomberg and the Los Angeles Times. ... The poll continues a trend of ever-increasing public support for nuclear
power as a clean, economical, and environmentally friendly power source. Global warming fears have swayed
many former opponents to support nuclear power.
Greens 'aid destruction of
planet'. Environmental groups are setting back the fight against global warming with misguided
and irrational objections to nuclear power, according to Britain's leading thinker about the
future. While the anti-nuclear campaign is well-intentioned, it fundamentally misunderstands the
safety of the latest generation of reactors and threatens to hold back a technology that could be
critical to the world's future, [James Martin] said.
Democrat Group Calls for More Nuclear
Power. Nuclear power offers a safe and economical way to meet anticipated growth in American
energy demand, according to an October 2006 report by the Progressive Policy Institute, a policy arm of the
Democratic Leadership Council (DLC). The report, "A Progressive Energy Platform," praises nuclear power
as a key weapon against asserted global climate change and air quality concerns. "Nuclear power holds
great potential to be an integral part of a diversified energy portfolio for America," the report states.
"It produces no greenhouse gas emissions, so it can help clean up the air and combat climate change."
Preacher Running Out of Power. [Al Gore] knows as well as anyone that the only form of energy that
has no effect whatever on greenhouse gases is nuclear energy. And yet here the Prophet of Doom was
bizarrely tentative. ... Since many companies don't even bother to try to build nuclear plants because of
community opposition, why would he not embark upon an educational effort to explain to the American people
the environmental benefit to be gained from a major program to build nuclear power plants? Why?
I'll tell you why. Nuclear power is an ancient bugbear for the environmentalist left, and Gore is now
their leader and sovereign.
Nuclear Power Plant Withstands Major
Earthquake. In a real-world test of nuclear power plant safety, the world's largest nuclear
power plant, at Kashiwazaki-Kariwa, Japan, took the brunt of a major earthquake on July 16, 2007 and
passed the test admirably.
Kentucky Bills Would End Moratorium on Nuclear Power Plant
Construction. Though the idea is still controversial, many environmental groups are starting to
believe nuclear power is a viable option for replacing or supplementing coal- and gas-powered energy plants.
In a state like Kentucky, where 90 percent of electricity is generated from coal, environmental groups
are especially receptive to nuclear power.
Foolishness Has Made Nuclear Energy Radioactive. Nuclear power is the only available technology
that is adequate, affordable, reliable, safe, and environmentally clean. If the nation wants to limit
CO2 emissions, then it must turn to nuclear power. Though nuclear energy is expensive those who
criticize nuclear energy based solely on costs do not fully appreciate the broader context of energy policy,
energy inflation, and rising construction costs in general.
Shovel-Ready Nukes. Amazingly,
with all the talk of shoveling money into infrastructure projects, no mention has been made of our energy needs, the jobs
that can be created by expanding our energy infrastructure and the jobs that can be created with the additional energy
provided. To be sure, vast sums are planned for alternative energy sources such as wind farms and solar plants, but
like the current stimulus packages they will take too long to affect the economy in any significant way. Nuclear
energy is a different matter.
Productive stimulus: Fast-track
nuclear power. The US is poised for a second wave of new nuke construction. The principal regulator,
the Nuclear Regulatory Commission, has been requested to schedule reviews for over 30 new reactors. The first new
application showed up September, 2007, for two units in Texas with 24 others already in the hopper. Orders for
long-lead hardware have been placed but actual site construction must await the myriad of government permits required.
Nuclear power is
true 'green' energy. Even though the link between climate change and fossil fuel use is still
debated, Americans want "greener" energy. The energy sources favored by carbon-footprint-sensitive
celebrities, such as wind power and ethanol, have gained the most attention so far — and the most
subsidies. But if we're serious about security and the environment, we should be embracing something
else: Nuclear energy.
The Best Nuclear Option: Imagine a nuclear industry
that can power America for decades using its own radioactive garbage, burning up the parts of today's reactor wastes that
are the hardest to dispose of. Add technology that takes nuclear chaff, uranium that was mined and processed but
was mostly unusable, and converts it to still more fuel.
Support for Nuclear
Energy Inches Up to New High. A majority of Americans have been supportive of the use of nuclear
energy in the United States in recent years, but this year's Gallup Environment Poll finds new high levels of
support, with 59% favoring its use, including 27% who strongly favor it.
Let's sit in the dark and freeze to death.
We keep hearing about alternative energy. President Obama is calling for a Manhattan Project on alternative
energy. We already had a Manhattan Project on alternative energy 65 years ago. We called it the
Manhattan Project. Its research eventually led to the development of nuclear power plants. France gets
87 percent of its electricity from nuclear power. We stopped building nuclear power plants in the United
States 30 years ago after a movie starring Jane Fonda and Jack Lemmon scared everyone, and there was a
non-fatal accident at the Three Mile Island nuclear plant.
The coming nuclear renaissance:
According to a new Gallup poll, 59 percent of Americans favor nuclear energy — a new
high — and 27 percent say they strongly favor it. The attitude is bipartisan,
with majorities of both Republicans and Democrats supporting nuclear power.
Thirty years after
Three Mile Island. No one was killed because of Three Mile Island. No one was even
harmed. France has been building nuclear power plants for almost fifty years. France now generates
almost all its electrical power from these plants and it exports more electricity than any other nation on
Earth. There was no reason why America could not have done much of what France did — nothing,
except, for the sick pseudo-science of the Left.
Remember Three Mile Island?
Forget It. [Scroll down] Administration defenders are correct that increasing the costs of
putting carbon in the atmosphere will inevitably favor the nuclear industry. Assuming this is true, one
would hope that it won't be hindered and overburdened by other costs of over-regulation.
Three Mile Island: What Went
Wrong and Why Today's Reactors Are Safe. By the time operators discovered what was happening,
superheated and partially radioactive steam built up in auxiliary tanks, which operators then moved to waste
tanks through compressors and pipes. The compressors leaked. The steam leakage released a radiation
dose equivalent to that of a chest X-ray scan, about one-third of the radiation humans absorb in one year from
naturally occurring background radiation. No damage to any person, animal, or plant was ever found.
Moves to Repeal Nuclear Moratorium. The Kentucky Senate has approved a bill to end a moratorium
on new nuclear power facilities in the state. Senate Bill 13 would repeal a law requiring a
permanent federal storage facility become operational before any new nuclear power plants can be built.
Nuclear Energy Renaissance
While the U.S. commercial reactor business faded decades ago, the U.S. did not abandon the nuclear sector altogether.
Instead of building new plants, the U.S. commercial nuclear industry turned to making its existing plants run
more efficiently and safer. So while other countries may lead in new plant construction, America excels
in operating them. Moreover, the United States remains a leader in researching and developing nuclear
technologies. America's vast national laboratory system and private sector expertise provides the resources
and a scientific foundation for the U.S. to again compete as a global leader in the commercial nuclear world.
Why the U.S. Needs More Nuclear Power:
Your typical city dweller doesn't know just how much coal and uranium he burns each year. On Lake Shore Drive in
Chicago — where the numbers are fairly representative of urban America as a whole — the answer
is (roughly): four tons and a few ounces. In round numbers, tons of coal generate about half of the typical
city's electric power; ounces of uranium, about 17 percent; natural gas and hydro take care of the rest. New
York is a bit different: an apartment dweller on the Upper West Side substitutes two tons of oil (or the
equivalent in natural gas) for Chicago's four tons of coal.
Nuclear Energy Becomes Pivotal in Climate Debate.
Nuclear energy, once vilified by environmentalists and facing a dim future, has become a pivotal bargaining
chip as Senate Democrats hunt for Republican votes to pass climate legislation. The industry's
long-standing campaign to rebrand itself as green is gaining footing as part of the effort to curtail
The Economic Value of Clean Air Compliance at
Nuclear Power Plants. Nuclear energy is a reliable, low-cost, emission-free energy source.
Nuclear energy provides affordable electricity for consumers. Nuclear energy is also a source of reliable,
low-cost electricity that attracts and supports business and industry, creating jobs. And, nuclear energy
is emission-free. These facts represents real economic value for states and regions that have nuclear
power plants. The nation's nuclear power plants provide emission-free electricity to one out of every
five homes and businesses.
Vermont Senate Votes to Close Nuclear
Plant. In an unusual state foray into nuclear regulation, the Vermont Senate voted 26 to 4
Wednesday to block operation of the Vermont Yankee nuclear plant after 2012, citing radioactive leaks,
misstatements in testimony by plant officials and other problems.
A few words about Uranium:
Is Uranium Exhaustible?
First, if one spends any amount of time looking into the claims of those who advocate for so called "renewable energy" one will quickly see
that for many of the advocates for this expensive, and thus far essentially useless form of energy, are often less interested in replacing
dangerous fossil fuels than they are in displacing nuclear energy. [...] Secondly, if nuclear energy is safe, clean, and infinitely or nearly
infinitely sustainable, the rationale for constructing truly massive numbers of wind turbines collapses. As we have seen in parts
1 and 2, wind turbine construction involves digging up huge amounts of increasingly rare elements, as well as vast quantities
of elements that are not yet rare but nonetheless involve significant environmental impacts to refine.
Virginia Is Sitting on the
Energy Mother Lode. Virginia is one of just four states that ban uranium mining. The ban was put in
place in 1984, to calm fears that had been sparked by the partial meltdown of a nuclear reactor on Three Mile Island
outside of Harrisburg, Pa. in 1979. ... [Henry Bowen and Walter Coles] are asking the state to determine whether mining
uranium really is a hazard and, if not, to lift the ban. But they've run into a brick wall of environmental
activists who raise the specter of nuclear contamination and who are determined to prevent scientific studies of
Interior to halt uranium
mining at Grand Canyon. Interior Secretary Ken Salazar will announce Monday that his department
is temporarily barring the filing of new uranium mining claims on about 1 million acres near the Grand
Canyon, an Obama administration official said. The land is being "segregated" for two years so that
the department can study whether it should be permanently withdrawn from mining activity, said the official,
who requested anonymity because he wasn't authorized to speak publicly on the matter.
potential: What does uranium have in common with Arctic oil, offshore natural gas, coastal wind
and cellulosic ethanol? They're all sources of energy that government bureaucrats have declared
off-limits — needlessly. Just last month, Rep. Raul Grijalva, Arizona Democrat, declared
an emergency situation to withdraw public lands adjacent to the Grand Canyon from uranium mining.
A Tale of Two Reactors: A nuclear power plant
is arguably the most extraordinary product of engineering and scientific know-how in the history of mankind.
Once every 18 months or so, a truckload of metal is delivered to the nuclear plant. The metal is
uranium, which has been processed to increase the proportion of the isotope known as Uranium-235. This
fuel for the power plant is not dangerous and can be held in one's hands without risk. Only a few
decades ago, its primary use was to impart an orange color to ceramics such as Fiestaware. When
the metal is put in a precise geometric formation along with other materials and surrounded by water, it
becomes a source of heat energy like man has never seen on this Earth.
Let's Have Some
Love for Nuclear Power. Because the public first became aware of nuclear energy through warfare, reactors
have always been thought of as "silent bombs." But nuclear plants cannot explode. The fissionable isotope
of uranium must be enriched to 90% to create a weapon. In a reactor it is only 3%. You could not blow up a
nuclear reactor if you tried.
How long will the
world's uranium supplies last? If the Nuclear Energy Agency (NEA) has accurately estimated the
planet's economically accessible uranium resources, reactors could run more than 200 years at current
rates of consumption. Most of the 2.8 trillion kilowatt-hours of electricity generated worldwide
from nuclear power every year is produced in light-water reactors (LWRs) using low-enriched uranium (LEU)
fuel. About 10 metric tons of natural uranium go into producing a metric ton of LEU, which can
then be used to generate about 400 million kilowatt-hours of electricity, so present-day reactors
require about 70,000 metric tons of natural uranium a year.
uranium facility's loan plan is a no-go. The Obama administration will not grant a $2 billion
loan guarantee for a planned uranium-enrichment facility in Piketon, Ohio, causing the initiative to go into
financial meltdown, the company and independent sources confirmed tonight [7/27/2009]. The U.S. Department
of Energy's decision means "we are now forced to initiate steps to demobilize the project," said Elizabeth
Stuckle, a spokeswoman for USEC.
The Yucca Mountain storage facility:
reversal, Trump drops Yucca Mountain as nuclear waste site. The president's fiscal 2021 budget will not include
funding for the licensing of Nevada's Yucca Mountain as a nuclear waste repository, a senior administration official
confirmed to CQ Roll Call on Thursday [2/6/2020]. President Donald Trump tweeted earlier what appeared to be a rejection
of the long-debated plans for the federal site about 100 miles northwest of Las Vegas, an abrupt reversal of his
New Premise for Nevada and the Yucca Mountain Project. [Scroll down] During the heyday of nuclear
testing, ironically, the leadership of Nevada, including the Governor, the Clark County Commission, and the City of Las Vegas
all signed endorsements for the spent nuclear fuel repository at Yucca Mountain. As the entertainment industry heated
up in the 1980s and the work at the Nevada Test Site spun down, the attitude changed for unknown reasons. By 1987, the
prospect of hosting the spent nuclear fuel in Nye County became an almost heretical protestation by candidates to boost their
chances of election, supported by biased anti-nuclear media stories. Local nuclear scientists and engineers were
horrified at this approach. Technically, this move seemed like economic suicide. Yucca Mountain became a
household phrase and misinformation spread unfounded fear despite the great economic benefit possible.
rules for US in fight over Nevada plutonium shipment. A federal appeals court on Tuesday [8/13/2019] ruled
against Nevada in a battle with the U.S. government over its secret shipment of weapons-grade plutonium to a site near Las
Vegas but the state's attorney general says the fight isn't over yet.
Nevada's Rep. Susie Lee Fearmongers Over Yucca Mountain. An absolutely excellent, must-read article by
physicist Dr. Richard Muller explains the science behind nuclear waste disposal. We routinely say that nuclear
waste needs to be secure for about 10,000 years. That's because, by then, most of the radioactivity has decayed away.
Related topic: Rare
Earth Minerals and Thorium. Rare earth minerals are found in a number of areas around the world, including
North America. Rare earths are comprised of the 15 Lanthanide Elements in the periodic table and two outliers; Scandium
and Yttrium. As with many mineral deposits, there are also other less desirable minerals collocated in these veins of
rare earth minerals. These include uranium and thorium, which are radioactive. When exploiting a deposit of rare
earth minerals, the processing of the minerals leaves behind "mining tailings" of radioactive thorium and uranium. [...] By
contrast, China does not care about the environmental impacts of industry, which explains the toxic air quality of cities
like Shanghai and Beijing. The mining operations of the Chinese rare earth mineral deposits leaves behind huge toxic
and radioactive waste dumps.
lawmakers push back on effort to revive nuclear waste site at Yucca Mountain. A bipartisan majority in the House of Representatives
voted this week to revive the nuclear waste site at Nevada's Yucca Mountain, drawing fierce criticism from lawmakers in the Silver State. The
bill, H.R. 3053, was approved by a 340-72 vote that just five Republicans opposed. It would direct the Energy Department to revive
the licensing process for Yucca Mountain to be designated as the country's permanent site for nuclear waste that's currently spread out in storage
facilities in 121 communities across 39 states. The Nuclear Waste Policy Act, enacted in 1982, established a national nuclear waste
strategy and assigned responsibility to the Energy Department to dispose of nuclear waste.
what Congress is stuffing into its $1.3 trillion spending bill. [Scroll down] Yucca Mountain: The
legislation blocks attempts by the Energy Department to restart a moribund nuclear storage program at the mountain in the
Silver State. Former Senate majority leader Harry M. Reid (D-Nev.) was a fierce opponent of the measure.
Sens. Dean Heller (R-Nev.) — the most embattled GOP incumbent up for reelection this year — and
Catherine Cortez Masto (D-Nev.) proved that they, too, can stop a federal program that is widely unpopular in their state
from starting again.
Regulatory Commission restarts Yucca Mountain licensing process. The nation's top nuclear energy regulator
voted on Tuesday to proceed with the information-gathering stage of approving a license for the contentious nuclear waste
storage site at Yucca Mountain in Nevada. The Nuclear Regulatory Commission voted 2-1 to begin actions related to the
review of the Department of Energy's license to build the radioactive waste facility after the Obama administration attempted
to scuttle the program entirely.
Yucca Mountain: Illinois has more nuclear waste than any other state, all of it in temporary storage. It
has been 30 years since Congress designated Nevada's Yucca Mountain as the secure site for the nation's nuclear waste.
Since then, taxpayers have coughed up $11 billion creating a repository 1,000 feet underground that would keep the
radioactive refuse permanently sealed off. As yet, it's still empty. But that could finally change. Yucca
Mountain is in a remote section of the Mojave Desert. But many people in Nevada didn't want the waste, no matter how
safe or isolated the storage facility may be. It was the ultimate NIMBY project. One of those opponents, alas,
was Harry Reid, who for 10 years was Senate Democratic leader and in a position to get his way. As president,
Barack Obama gave Reid exactly what he wanted, closing down the entire effort.
Paper Implores Trump To Solve Yucca Mountain Mess Left By Obama. The Chicago Tribune's editorial board implored President Donald
Trump Tuesday [4/11/2017] to clean up the nuclear waste storage debacle left by former President Barack Obama. Obama helped former
Senate Minority Leader Harry Reid to derail plans to store nuclear waste at Yucca Mountain, Nevada. Without Yucca, nuclear power plants
don't have a permanent location to store spent fuel and left the federal government with $50 billion in legal liabilities.
make Yucca Mountain great again. One of the Energy Department's few essential functions (which could easily be shifted
to the Defense Department, by the way) is to safeguard and dispose of the nuclear waste produced by America's commercial nuclear power
plants. Utility companies across America paid $21 billion to the Energy Department for this appropriate government service,
which the Energy Department has completely failed to perform. Its failure, due to political sabotage, is both dangerous and
expensive. The Yucca Mountain repository, in a deserted, uninhabitable section of Nevada, was supposed to begin taking in
nuclear waste on New Year's Day 1998, so that the material would not have to be stored in communities across the nation.
Nineteen years and countless scientific studies later, Yucca is just a $15 billion hole in the ground, thanks mostly to
ferocious opposition from the retiring Senate Democratic leader, Harry Reid.
10 Facts About Yucca Mountain. [#2] In 1987, Congress directed DOE to focus its studies solely on the
site. Over the next 20 years, DOE completed a 5-mile tunnel through the mountain in which to conduct its
characterization studies. A second 2-mile "cross drift" tunnel was completed, along with numerous niches, alcoves and
more than 180 boreholes in which various experiments and studies were performed — see this 2004 DOE video on some
of the work that was carried out. By 2006, a Senate Environment and Public Works Committee report dubbed Yucca Mountain
the "Most Studied Real Estate on the Planet."
politics versus facts!. Nevada's Yucca Mountain Nuclear Waste Repository, after 30 years
of a passed Congressional law, $15+ billion spent for the science and engineering study and countless
efforts by thousands of people remains empty. This national Repository is not built because of
political maneuvering primarily of one, Senator Harry Reid. We know, for all practical purposes,
that the science studies administrated to Yucca Mountain prove its public safety and operational
functionality. In multiple surveys today, nearly 73% of the "people" are willing to have the
study completed and nine of Nevada's 17 Counties, over 50% (the grassroots). The facts stated
here are proof that Nevada's politics are in play for their game and NOT representative of Nevada's
citizens. It is fine to claim, "Not in my backyard" but, don't portray that the science and
engineering is unsafe with such overwhelming proof, it just discredits character and the state's
political versus science position.
Mountain Declared Safe for Nuclear Waste Storage. The Nuclear Regulatory Commission has determined
it would be safe to operate a nuclear waste facility at Yucca Mountain in Nevada. The NRC completed the last
two volumes of its five-volume safety evaluation in January. Even though the report found Yucca Mountain
would be safe, NRC staff did not recommend construction begin on the repository because land and water issues remain
to be resolved, and a supplement to the Department of Energy's Environmental Impact Statement is still incomplete.
refuses to follow the law on nuclear waste. Just months after announcing his candidacy
for president of the United States, then-Sen. Barack Obama, D-Ill., wrote the Las Vegas Review-Journal
in 2007 seeking to clarify his position on the Yucca Mountain nuclear waste storage project.
"I want every Nevadan to know that I have always opposed using Yucca Mountain as a nuclear waste
repository," he wrote. "States should not be unfairly burdened with waste from other states."
Problem is, the 1987 amendments to the Nuclear Waste Policy Act directed the U.S. Department of
Energy to pursue the Yucca Mountain project as the only nuclear waste-solution projection.
Furthermore, the NWPA also directs the Nuclear Regulatory Commission to make a "final decision
approving or disapproving" any application to store waste at Yucca Mountain within three years of
Watch Announces List of Washington's "Ten Most Wanted Corrupt Politicians" for 2013. [President] Obama and [Senator
Harry] Reid have long opposed a proposed nuclear waste dump in Yucca Mountain, Nevada, which has already cost U.S. taxpayers an
astounding $15 billion, according to various federal audits. So, Obama simply instructed the Nuclear Regulatory
Commission(NRC) to decline to conduct the statutorily mandated Yucca Mountain licensing process, essentially destroying the
project. In mid-August, a federal appellate court ruled that Obama "is simply flouting the law."
NRC seeks input on
Yucca Mountain restart. The US Nuclear Regulatory Commission (NRC) has asked for views on how it should go about
resuming the licensing process for the Yucca Mountain waste repository. The Department of Energy (DoE) submitted its
application to build a permanent repository for the US nuclear industry's used fuel as well as military high-level wastes
in 2008, but the NRC suspended work on the licence following a 2009 decision by the US administration to abandon the project
and start afresh on developing a new strategy to deal with nuclear waste.
The Editor says...
Sounds like the DOE and the NRC are playing a game of hot potato, wasting time with constant studies and reviews.
Fall From Grace Sets A Scary Precedent For Future Presidents. The increasing lawlessness with which President Barack
Obama has been acting in his second term is not going unnoticed. In fact, in a strong rebuke last week to the unilateral
actions being taken by the Obama administration, a federal appeals court came down hard on the administration's Nuclear
Regulatory Commission by ruling that delaying a decision on a proposed nuclear waste storage facility was in violation
of federal law.
Obama Flouts the Law. There was
one bright spot this week when the U.S. Court of Appeals, in a case involving the disposal of nuclear waste at Yucca Mountain ruled
that it was illegal for the Nuclear Regulatory Commission to disregard congressional mandates simply because the executive branch
disagrees with what Congress has enacted. [...] While this strong rebuke is a promising development, a look at Obama's remedies
going forward demonstrates how weak is the judicial tool to reign in executive lawlessness. For example, the government
can seek a rehearing, a rehearing en banc (the entire court) or both, which would hold up compliance for several months.
Why the law does not matter
to Obama. Does this ruling bind this president from doing what he wants to do? Of course not.
No one in America has both the power and the determination to hinder Obama from doing whatever he wants.
Appeals court: Obama violating law
on nuke site. By a 2-1 vote, the U.S. Court of Appeals for the District of Columbia ordered the commission to
complete the licensing process and approve or reject the Energy Department's application for a never-completed waste storage
site at Nevada's Yucca Mountain.
Problems With Authority.
In re: Aiken County is another episode in the political soap opera about spent-fuel storage at Nevada's Yucca Mountain, an
Energy Department project that requires the approval of the U.S. Nuclear Regulatory Commission. The Nuclear Waste Policy
Act of 1983 requires that the NRC "shall consider" the license application for the repository and "shall issue a final decision
approving or disapproving" it within three years of submission. Yucca has since been infamously stop-and-go amid opposition
from the green lobby and not-in-my-backyard Nevadans and Californians.
fuel battle between Nevada, DOE over nuclear waste. U.S. Energy Secretary Ernest Moniz plans to meet with Nevada's
governor on Tuesday [8/13/2013] to discuss an escalating dispute between the state and the federal government over where to dump
hundreds of canisters of radioactive waste, FoxNews.com has learned. Tensions have risen in recent weeks over who should be
forced to keep the nuclear material.
Boondoggling in Never-Never
Land. Washington engineers waste. After pouring billions into a nuclear waste storage repository, the
Obama administration has added its two cents: Start over. Energy Secretary Steven Chu issued his report
Jan. 11, rubber-stamping the final recommendations of the Blue Ribbon Commission on America's Nuclear Future. This
was not surprising since he selected the panel members and imposed restrictions on its purview. Most important was his
order that the commission not examine the viability of the nuclear repository already constructed and virtually ready for
use: Yucca Mountain.
Remember Yucca? Lawmakers
and policy planners must revive the search for safe ways to store used fuel rods from nuclear power reactors. The
long-term solution favored by most experts, which we endorse, is to bury the material in geologically stable formations
capable of preventing leakage far into the future. But no politically acceptable site has yet been found, and
leaving the used fuel rods at each reactor — more than 62,000 metric tons had accumulated across the country by
the end of 2009 — seems increasingly problematic. At least nine states have banned the construction of
new reactors until a permanent storage site is found or progress toward finding one is made.
commission on Yucca Mountain. Senate Majority Leader Harry Reid owes America $10 billion.
That's the amount taxpayers have been forced to throw away in the Yucca Mountain nuclear waste storage facility,
which sits unused because of the Nevada Democrat's opposition. Because that's a refund check we're never
going to see, lawmakers should act promptly on a set of recommendations released Thursday [1/26/2012] to limit
the damage, ensuring further billions set aside for nuclear waste are not misspent.
goes nuclear on waste storage. A Friday [9/9/2011] vote has left the fate of
the Yucca Mountain nuclear waste repository hanging in the balance. The Nuclear Regulatory
Commission (NRC) is deadlocked 2-2 over whether the Energy Department could withdraw the license
application for Yucca Mountain. The commission's Atomic Safety and Licensing Board had
decided it could not do so. At the same time, the NRC instructed the board to close
the file on the application by Oct. 1, rendering the site inoperable. It's an apt
symbol of the Obama administration's habit of backing hard-left "progressives" while thwarting
Mountain still alive under GOP nuke plan. It's been 24 long years since Congress first
designated the desert locale in southern Nevada as the best place to store the nation's nuclear waste.
While opponents have gained the upper hand in trying to block the project in recent years — in
2009, Energy Secretary Steven Chu said that "Yucca Mountain as a repository is off the table" — a
group of House Republicans is fighting back. They want to revive the site as part of a broader plan
that calls for building 200 new nuclear plants by 2030.
The people of Nevada don't object to the Yucca Mountain facility. Is Yucca Mountain a
voter molehill? Polls consistently show that while most Nevadans oppose a Yucca nuclear storage
site, they also don't consider it a top 10 or even top 25 issue. "Yucca Mountain has never had
an impact on races here, but you would never know it from reading stories in the national media," said Las
Vegas-based political consultant Ryan Erwin.
The Nuclear Power Solution.
Clearly, it is better to consolidate the nuclear waste we already have at one site than leave it scattered above
ground at nuclear reactors across the country. Nuclear power deniers argue that we have no place to go with
this dangerous but renewable waste, but we do. After 20 years of research and testing, Nevada's Yucca
Mountain has proven to be a geologically stable facility capable of supporting its intended function of securing
and storing spent nuclear reactor fuel. Spent pellets will be stored in sealed, retrievable casks that can
be safely monitored to ensure they are sealed and no hazardous material escapes.
Mountain Construction Involves Multiple Safeguards. We are a long way from storing nuclear waste
at Yucca Mountain in Nevada, but when we do, the facilities will look much like the underground bunker in a
James Bond film, where a nefarious villain hides out while plotting to blow up the world. The facilities
will be that hidden, remote, and reinforced. Even the above-ground facilities will be impressive. The
buildings on the surface outside the main tunnel entrance at Yucca Mountain will house the facilities needed to
prepare radioactive materials for disposal. Some of these buildings will be the size of sports
arenas — 400 feet long and several stories high. Buildings in which nuclear materials are
processed will be designed to withstand major earthquakes, tornadoes, and acts of sabotage.
The official Yucca Mountain web site: Office of Civilian Radioactive Waste Management. Yucca
Mountain is the site of America's first planned repository for spent nuclear fuel rods and solidified
high-level radioactive waste. The material would be stored in tunnels deep underground. A complex
of buildings would receive, package, and prepare the material for disposal underground.
Budget Abandons Yucca Mountain. In a significant energy policy redirection, the Obama
administration appears poised to pull the plug on funds for permanent nuclear waste storage at Yucca
Mountain in Nevada. President Barack Obama's recently unveiled budget eliminates funding for the Yucca
Mountain geologic repository, in spite of years of planning and almost $8 billion invested in the
project. Yucca Mountain may be in limbo, but it is not the only option available for dealing with
spent nuclear fuel.
Not So Fast With Those Electric Cars.
The administration recently killed the safest place on the planet to store what is erroneously called nuclear waste —
at the nuclear repository that was being built at Yucca Mountain, Nev. This "waste" is in the form of spent fuel rods
the French and others have safely stored and reprocessed. These rods still contain most of their original energy and
reprocessing them makes nuclear power renewable as well as pollution-free. The French get 80% of their electricity
from nukes, and nobody in Paris glows in the dark. They will have a place to plug in their electric cars, but right
now we don't. The government is promoting solar and wind, which is fine if the sun is shining and the wind is
blowing. Both have their own environmental drawbacks.
Obama sounds death
knell for nuclear power. Under the guise of cutting wasteful spending, President Obama is
terminating support for the Yucca Mountain spent nuclear fuel repository in Nevada. While not unexpected,
this development means that there will be no place to store nuclear waste, probably for decades, other than at
temporary storage locations at each of the nation's nuclear power plants.
Obama nukes nuclear
storage. For more than two decades, the Congress, the president and the sprawling federal bureaucracy
have worked to find a safe place to store the waste of nuclear reactors. Yucca Mountain, a remote formation in
the deserts of Nevada, was the chosen site. Now President Obama, bowing to the demands of a fraction of
anti-nuclear activists, has thrown 22 years of hard work up in the air.
Penny-Wise And Megawatt
Foolish. Among the Lilliputian cuts in the budget is the termination of the nuclear waste
repository at Yucca Mountain, Nev. Thus, a "shovel ready" renewable resource that emits no greenhouse
gases is shoved aside.
Keep Yucca Mountain
project alive. While President Barack Obama's newly proposed budget would finally allow Nevada
to rid itself of a nuclear waste dump planned to be buried in tunnels deep under Yucca Mountain, it would
leave Illinois with the shaft. Obama's decision to zero out the Nevada nuclear waste repository is a
betrayal of his Illinois constituents, forcing nuclear power plants here to continue to "temporarily" store
more than 7,000 tons of dangerous, radioactive waste — more than any other state — in
cooling ponds near rivers and Lake Michigan.
Death Knell For Nuclear Power?
Killing the storage facility for the spent fuel rods produced by the nation's nuclear power industry has long been a
dream of Senate Majority Leader Harry Reid and President Obama. Last week, the Senate granted their wish,
voting to deny the resources needed to complete a review necessary for Yucca Mountain to open. "This is a
major victory for Nevada," said Reid, who is up for re-election next year.
Mountain Decision Ignores Science. Seldom in history has such a small piece of real estate been
subjected to such thorough and comprehensive [study]. And yet the selection of this site has been mired
in political controversy from the very beginning. What has been ignored in the controversy are the
extensive scientific analyses conducted in support of a proposed repository, along with both national and
international peer reviews. The site has been studied exhaustively for 30 years now, and as much
as $10 billion has been expended in scientific research.
S.C. gov, officials blast Obama on Yucca Mtn.
decision. Gov. Mark Sanford, two U.S. congressman and other Republicans blasted President Barack
Obama this morning for abandoning a plan to send highly radioactive nuclear waste to a disposal site in
Nevada — a move they said will leave the Palmetto State holding tons of high-level nuclear waste.
Barack's Bi-Polar Nuclear
Policy: President Barack Obama recently took drastic steps forward to carry through on his campaign
promise to close the Yucca Mountain nuclear waste facility before it ever opens for business. His Department of
Energy (DOE) successfully petitioned judges hearing license requests for the dump site to cancel the hearings.
The final step in Obama's effort to kill the project for good will be to completely withdraw the DOE application for
needed over Yucca Mountain decision. It's a curious turn of events that has individuals leading
the charge against this sudden shift in the nation's nuclear waste policy away from Yucca Mountain. The
uproar from electrical ratepayers, taxpayers, the nuclear industry and local and state officials ought to be
deafening. If the decision stands, it means pouring more than $3 billion of the ratepayers' money
down a rat hole without any rational explanation.
energy disaster: [President Obama] triggered a less publicized environmental mess with costs
that rival BP's deep-water oil spill. The difference is that taxpayers — not some energy
company — will foot the bill. The legal costs alone could top $50 billion. And
if Democratic Sen. Harry Reid of Nevada loses his tough re-election bid come November, then, to borrow a
phrase from an Oval Office operative, it will be money down the toilet. This mess began last year
when Obama cut off funding for a legally mandated nuclear-waste depository beneath Yucca Mountain, about
90 miles northwest of Las Vegas. The project has been opposed for years by Reid, who helped
rally Nevada to Obama's side in 2008. The president obviously would like to help his ally.
Obama can't close Yucca Mountain nuclear dump. Democratic Rep. John Spratt and Republican Rep.
Joe Wilson don't agree on much, yet the South Carolina congressmen are cheering a new ruling that denied the
bid by the U.S. Energy Department to withdraw its application for a nuclear waste repository at Yucca Mountain
Obama aborted the
recovery. [Scroll down] We could reduce our dependence on energy produced by unfriendly
countries and slash the carbon footprint of our power-production industry if we built 50 or so
nuclear power plants. In the process, we could regain our past position as a global leader in the
field while creating jobs for engineers, architects, those in construction trades and power-plant operators.
This is not happening on President Obama's watch for many reasons, including the cancellation of the Yucca
Mountain storage facility for spent nuclear fuel. The administration's Yucca Mountain cancellation
was held unlawful earlier this summer by a panel of judges; we'll see whether the Obama regime will let
respect for the law stand in the way of its plans.
$10 billion tunnel to nowhere. The re-election of Senate Majority Leader Harry Reid was a
blow to America's quest for cleaner energy. That's because the Nevada senator, in league with
President Obama, can proceed with his campaign to short-circuit nuclear power. No one has played a
more obstructionist role in stopping Nevada's Yucca Mountain nuclear-waste repository than the Silver
State's senior senator. Mr. Reid's return to Capitol Hill is a victory for NIMBY (not in my backyard)
Nevadans even though their backyard is primarily arid desolation unsuitable for human habitation.
Mountain and Nuclear Waste Policy: A New Beginning? Senator Harry Reid's (D-NV) re-election campaign
against Sharron Angle provides a historic new opportunity to establish a new Yucca Mountain policy that benefits
Nevadans and the U.S. Unfortunately, the omnibus spending bill currently under consideration would de-fund
the program. While Reid's staunch opposition to the project has brought it close to the point of
termination, the end of Yucca would not benefit Nevada or the nation.
Yucca Mountain: did politics trump
science? For more than 50 years, the debate has raged over where to store radioactive nuclear
waste in this country. The solution was supposed to be at Yucca Mountain in Nevada. But the
multi-billion storage project has been shelved.
expresses concern about Yucca Mountain closure. The Obama administration's decision to
suspend the construction of the politically contentious Yucca Mountain nuclear depository may have been
illegal, according to congressional investigators. Work on the project dates back to 1982 when
Congress passed the Nuclear Waste Policy Act (NWPA), requiring the Department of Energy to establish a
single permanent depository for the nation's spent nuclear fuel and waste derived from defense uses.
Congress later amended the act in 1987 to designate Nevada's Yucca Mountain as the sole depository.
A Chill Wind Off Yucca Mountain.
Yucca Mountain is a rocky hatchet buried in the Earth, a hundred miles northwest of Las Vegas. It pops
up in the news from time to time, because it was to be the site of a central nuclear waste repository.
After many years of political warfare over this proposal, and a good $15 billion in federal spending, the
Obama Administration scuttled the Yucca Mountain project. The House Energy and Commerce Committee has
been investigating this decision, which the Government Accountability Office found to be based on "social
and political opposition to a permanent repository, not technical issues."
Latest Obama 'Transparency' Shroud: Nuclear
Regulatory Chief Jaczko. Jaczko, who worked as a science adviser to Senate Majority Leader
Harry Reid before assuming the Nuclear Regulatory Commission (NRC) helm, has been working assiduously on
one of his old boss's cherished causes: ending the Department of Energy's program for a nuclear waste
repository at the Yucca Mountain in Nevada. Backed by President Obama, Jaczko issued a directive that
stopped an NRC evaluation of the Yucca project. As a result of the lack of supporting data, work on the
project was ordered to halt by Jaczko — in effect, doing the bidding of Reid and Obama.
General Join Forces to Call Into Account Illegal Obama Administration Violations. In 2009, Administration arbitrarily broke
federal law and derailed the most studied energy project in American history when DOE announced intent to withdraw 8,000 page Yucca
Mountain licensing application with prejudice; SC and Washington State filed suit, as a result, contesting the unconstitutional action;
American people have paid more than $31 billion (including interest) through percentages of electric rate fees towards the project
and taxpayers have footed an addition $200 million in legal feeds and over $2 billion in judgments against the DOE for breaking
contracts associated with Yucca Mountain.
Circuit Hears Case Challenging NRC Inaction on DOE's Yucca Application. A three-judge panel of the U.S. Court of Appeals
for the District of Columbia heard oral arguments last week in a case that examines whether the Nuclear Regulatory Commission (NRC)
should be required to continue the licensing process for the Yucca Mountain nuclear waste repository proposed for Nevada. The
1982 Nuclear Waste Policy Act (NWPA) and amendments to that federal law direct the Department of Energy (DOE) to consider Yucca
Mountain as a primary site for the nation's first geologic repository. The law is still effective, plaintiffs — including
the states of Washington and South Carolina — claimed last week. The NRC argued it could not resume licensing processes
because it lacked funds.
House Slaps Obama
On Yucca Mountain, Nuclear Power. A green administration blocks the safe storage of nuclear waste and refuses
even to acknowledge nuclear power has a future. But after the GOP House votes to open a safe site, the nuclear debate
has been reopened.
Yucca Mountain court case on
hold. US appeal court judges have ruled that a case seeking a resumption of licensing work for a nuclear waste
repository at Yucca Mountain will be put on hold, despite agreeing that the Nuclear Regulatory Commission (NRC) cannot legally
give up work on the application.
GOP wins, Reid could lose nuclear waste fight. Senate Majority Leader Harry Reid's
eight-year effort to keep a nuclear waste dump out of his home state of Nevada could soon become
much more difficult. Since 2007, Reid has used his powerful Senate position to block the federal
government from moving more than 70,000 tons of high-level radioactive waste and spent nuclear fuel
to Yucca Mountain, a federally designated nuclear waste repository located about 100 miles
northwest of Las Vegas.
to call Reid's bluff on closing Yucca nuke dump. Senate Minority Leader Harry Reid,
who has kept Nevada's Yucca Mountain nuclear waste dump closed for business, is facing the first
solid threat on his iron grip as the new GOP majority moves to finally open the facility. Sen.
Lamar Alexander, the new Republican chairman of the subcommittee that oversees spending on the
facility, said that he is working up a plan that could unlock the gates of Yucca and pour in waste
mostly from power plants before there is a major disaster from overloaded temporary dumps at the
Low-level radiation and other concerns:
Data Suggests Low-Dose Radiation May Be Successful Treatment For Severe Covid-19. Human medical trials have
begun on severely ill COVID-19 patients using low-doses of radiation. The first results on a very small group were
published this week in a non-peer-reviewed journal that exists to get critical results out quickly to the scientific and
medical community. The results were quite extraordinary. Researchers at Emory University Hospital, led by
Dr. Mohammad Khan, Associate Professor of Radiation Oncology, treated five COVID-19 patients with severe pneumonia who
were requiring supplemental oxygen and whose health was visibly deteriorating. Their mean age was 90 with a range from
64 to 94, four were female, four were African-American, and one was Caucasian.
a 'Limited' Nuclear War Could Wreck Earth's Climate And Trigger Global Famine. Deadly tensions between India
and Pakistan are boiling over in Kashmir, a disputed territory at the northern border of each country. A regional
conflict is worrisome enough, but climate scientists warn that if either country launches just a portion of its nuclear
weapons, the situation might escalate into a global environmental and humanitarian catastrophe.
The Editor says...
There were hundreds of atomic bomb detonations in the 1950's, and they had no lasting environmental effects, except on a few Pacific islands.
accident in New Mexico ranks among the costliest in U.S. history. When a drum containing radioactive waste blew
up in an underground nuclear dump in New Mexico two years ago, the Energy Department rushed to quell concerns in the Carlsbad
desert community and quickly reported progress on resuming operations. The early federal statements gave no hint that
the blast had caused massive long-term damage to the dump, a facility crucial to the nuclear weapons cleanup program that
spans the nation, or that it would jeopardize the Energy Department's credibility in dealing with the tricky problem of
Junk Science. The theory Linear, No Threshold, abbreviated LNT, exerts a pervasive bad influence
across many fields of public health. [...] The LNT approach is responsible for generalized hysteria concerning nuclear
radiation. Since nuclear radiation and nuclear isotopes can cause cancer in high concentrations, using the LNT
theory it can be calculated that tiny radiation levels will also cause cancer, even if the cancer cannot be detected
apart from "naturally" caused cancers. Studies of atomic bomb survivors and studies of various other groups,
as well as animals, exposed to radiation for various reasons, support the idea that much higher levels of radiation
than currently allowed by government guidelines are harmless, or — get this — beneficial for health.
Nuclear missile gets rear ended!. Have you ever seen a
nuclear missile being transported in a convoy? Several helicopters in the air and federal marshals leading the way.
The crazy thing is that the fed pulled over and was yelling and waving his hands that I can't record this video! And then
a truck rear ended the nuke!
St. Louis Feels Ground Burning Beneath Its Feet, Worries Missouri Nuclear Waste Dump Ready to Explode. Suburban
St. Louis residents say it is time for President Obama to take responsibility for a nuclear waste mess left in their neighborhoods
by the federal government before it's too late and the whole thing burns, or worse. They are clamoring for the EPA to stop
studying a 200-degree Fahrenheit underground landfill fire that could be moving dangerously close to 50,000 tons of highly
radiotoxic, uncontained nuclear waste from the World War II Manhattan Project in St. Louis County, Mo. The time for study,
they say, is over. They want action.
Forced to Retreat on Radiation Limits. The U.S. Environmental Protection Agency is
raising by a factor of 350 what it considers to be the threshold for safe radiation exposure, Jon
Utley reported at Reason.com. The higher threshold belatedly rectifies overly restrictive standards
that have cost thousands of lives and billions of dollars, Utley reported.
Excessive Radiation Limits Are Costly, Unattainable, Unjustified. Unjustified radiation fears proved deadly in the
aftermath of the 2011 earthquake and tsunami affecting Japan's Fukushima nuclear power facility. The earthquake and tsunami
killed more than 15,000 people but the damage to the nuclear policy facility killed no one and did not cause a single serious
illness. Tragically, 1,600 people died during a chaotic and unnecessary evacuation of the region in response to overhyped
nuclear radiation fears. In the United States, similarly unjustified radiation restrictions are costing our economy billions
of dollars and providing no public health benefits.
The Top Ten Unfounded Health Scares of 2008. [#10]
Granite countertops emit radiation: [I]t is growing more and more common for the media to highlight health scare stories with no scientific basis
as a way of attracting attention in a crowded media market. [...] While granite countertops may contain traces of radioactive substances, such as uranium,
the low level of radiation they may emit does not pose a health threat. Homeowners should not spend money on unnecessary tests or bother having their
granite countertops replaced.
The Panic Over Fukushima. Denver has particularly
high natural radioactivity. It comes primarily from radioactive radon gas, emitted from tiny concentrations of uranium found in local granite.
If you live there, you get, on average, an extra dose of .3 rem of radiation per year (on top of the .62 rem that the average American absorbs
annually from various sources). A rem is the unit of measure used to gauge radiation damage to human tissue. The International Commission on
Radiological Protection recommends evacuation of a locality whenever the excess radiation dose exceeds .1 rem per year. But that's one-third of what
I call the "Denver dose." Applied strictly, the ICRP standard would seem to require the immediate evacuation of Denver.
Some Facts About Radiation: God's
good green earth was created out of the radioactive waste products of the great nuclear reactions that spawned the galaxies and the
planets. Life arose out of, and adapted to, a much higher level of natural radiation than exists today. Nuclear radiation
(ionizing radiation: alpha, beta and gamma radiation) is essential to Life; without it, organisms wither and die. Despite all
the radioactive material we create, this radioactivity is nowhere near enough to keep up with the decay of the earth's natural
radioactivity, which becomes inexorably smaller every day. Thus, most populations today are "under-dosed" and would benefit
from more irradiation in the range of interest. The argument that humanity can only be harmed in some way by such radiation
is simply untrue. There is no scientific basis for such a claim.
Forbidden Science: Low
Level Radiation and Cancer. Some things are hard to believe. What you've been told about low-level radiation
by the people who are supposed to be responsible authorities is very wrong. The evidence that the official story is wrong
is overwhelming. They know about the evidence. Yet because they have a vested interest in being wrong, they willfully
keep being wrong. There is massive evidence that low levels of radiation rather than causing cancer, actually suppress
cancer. The reason is, probably, that radiation in small or moderate quantities stimulates cellular repair mechanisms.
This is not to negate the fact that large amounts of radiation can kill you or make you sick. This protective effect of
low levels of radiation is called radiation hormesis. The case of radiation hormesis provides yet more evidence that the
scientific establishment and the EPA are lacking in objectivity when their interests are at stake.
Suppression of evidence on
radiation effects by 1946 Nobel Laureate. University of Massachusetts Amherst environmental
toxicologist Edward Calabrese, whose career research shows that low doses of some chemicals and radiation
are benign or even helpful, says he has uncovered evidence that one of the fathers of radiation genetics,
Nobel Prize winner Hermann Muller, knowingly lied when he claimed in 1946 that there is no safe level of
Radiation and Human Health: Scientists
have studied the effects of radiation for more than 100 years and know how to detect, monitor and
control even the smallest amounts. In fact, more is known about the health effects of radiation
than most other physical or chemical agents.
What's Lurking in Your Countertop?
Allegations that granite countertops may emit dangerous levels of radon and radiation have been raised
periodically over the past decade, mostly by makers and distributors of competing countertop materials.
The Marble Institute of America has said such claims are "ludicrous" because although granite is known to
contain uranium and other radioactive materials like thorium and potassium, the amounts in countertops
are not enough to pose a health threat.
Low-dose radiation fears are
unfounded. A major aspect of the anti-nuclear policies that are espoused by
our own government based on totally fraudulent fears. Our energy policy is based upon
a half-century of deceit by U. S. advisory committees, such as the Biological Effects of
Ionizing Radiation Committee and the National Council on Radiation Protection. Congress,
EPA, and state officials use their advice to make policy, laws, and rules of
operation. These committee members believe the myth that all ionizing radiation is
harmful. It is not! They ignore abundant human and experimental animal data
showing large and small doses of ionizing radiation (as most agents) produce opposite
responses. Low-dose irradiation activates the immune system and has many health benefits.
Some people go out of their way to enjoy Radon therapy. Does low-level radiation have health benefits?
At a time when much of the world is worrying about radiation from Japan, a small community of naysayers is
thinking just the opposite. They deliberately immerse themselves in radioactive gas day after day in
old uranium mines in the belief that it's good for their health.
Mistake? No one disputes that exposures to very high levels of radiation can
cause health problems — data indicate, for example, that the Japanese atomic bomb survivors
experienced slightly higher rates of cancer over the 50-plus years that they've been studied
so far — but it's not clear at all that more typical, low-level radiation exposures pose
any risk at all.
Radiation 'hazards' found at U.S. Capitol, Library of
Congress buildings. Radiation levels up to 65 times higher than U.S. Environmental Protection
Agency safety standards were measured at the U.S. Capitol building and Library of Congress, reports a new study
published by JunkScience.com. The researchers measured gamma radiation dose rates in a Capitol building
hallway and outside the Thomas Jefferson Building as high as 30 microrems per hour. Highly exposed
individuals could receive anywhere from 60 millirems to 260 millirems of gamma radiation per year
depending on the exposure scenario. The measured radiation dose rate is up to 550 percent higher
than the dose rate from a nuclear power plant; [and] about 13,000 times higher than the average annual
radiation dose from worldwide nuclear energy production.
Afraid-iation? In July 2005, a
National Academy of Sciences research panel ominously announced that there is no safe exposure to radiation.
While this may sound intuitively plausible, the panel ignored a host of facts, including that 82 percent
of the average person's exposure to ionizing radiation is natural and unavoidable — coming at low
levels from the universe and the ground — and that, other than slightly higher cancer rates among the
Japanese atomic bomb survivors, there are no data to support the idea that typical exposures are dangerous.
Malice in Obamaland.
The [nuclear energy] industry has been hampered by reams of regulatory red tape demanded by environmentalists
in the wake of the 1979 Three Mile Island incident, which effectively ended new plant construction. ... Mr.
Obama's budget proposal also zeroed out funding for Nevada's Yucca Mountain nuclear waste repository, leaving
America with no long-term solution for storing spent nuclear fuel. Without a storage solution, there is
no way forward for nuclear power. Weighing these two contradictory moves, the president appears to be
urging the industry onward along the familiar path to nowhere.
Irradiated Foods. The safety of food irradiation has been studied more extensively
than that of any other food preservation process. As is true of other food processes, irradiation can lead to chemical changes in food.
Radiolytic products (compounds formed by radiation), are similar to compounds formed by heat treatment. None of these products, in the amounts
found in irradiated foods, has been demonstrated to be toxic by any modern toxicological methods.
Is It Time to Accept
Food Irradiation? In the face of the country's worst outbreak of foodborne illness in more than
10 years, and after the devastating European E. coli epidemic this spring, interest in irradiation —
a heat-free procedure that kills microorganisms in food through gamma, x-ray or electronic energy —
continues to rise.
Organic Food Scare. German Greens and their European Union acolytes have long fought
scientific advances in food production and protection. After a spice manufacturer in Stuttgart
employed the world's first commercial food irradiation in 1957, West Germany banned the practice in 1959 and
has since allowed few exceptions. So it's no small scandal that the latest fatal E. coli outbreak
has been linked to an organic German farm that shuns modern farming techniques.
Is E. coli a serious problem? Yes. German
E coli death toll hits 35. The death toll from a killer bug outbreak centred on Germany rose on
Sunday [6/12/2011] to at least 35 as the government warned of more to come, despite the source having been identified and
new infections falling.
There's No Meat to Anti-Food Irradiation Claims.
Irradiation is the only known method to eliminate completely a potentially deadly strain of E.coli bacteria in raw meat
and can also significantly reduce levels of listeria, salmonella and campylobacter bacteria on raw products. Call
me insensitive towards our bacterial brethren, but if it's them or us I say: "Kill 'em all!"
Food Irradiation: A Healthy Secret.
Irradiation of food, which is highly effective in killing harmful organisms, is relatively new and widely
misunderstood, and it has been flagrantly misrepresented in the media. Irradiation kills salmonella on
poultry, trichina in pork, hazardous organisms in beef and seafood, and insects and larvae in food. It
provides an alternative to certain chemicals and pesticides to reduce spoilage of fruits and vegetables after
harvest. In addition, irradiation allows some fruits and vegetables to ripen more fully before harvest,
thus enhancing flavor.
To Get New Dressing — Radiation. Consumers worried about salad safety may soon be able
to buy fresh spinach and iceberg lettuce zapped with just enough radiation to kill E. coli and a few other germs.
Irradiation: A Winning Recipe
for Wholesome Beef. Irradiation uses gamma rays from either radioactive
material or machines to kill bacteria and other organisms. Irradiated food is no
more radioactive than your luggage is after it goes through the airport X-ray
machine. The FDA has already approved irradiation on some other foods, including
pork, chicken, herbs and spices, fresh fruits and vegetables and grains. Activists
fought the approval of those uses and have succeeded — through public
agitation — in virtually denying consumers access to all but irradiated spices.
Food Safety Held Hostage: Why
have people been allowed to sicken and die? Why has food gone needlessly to rot? The
answer is a cautionary tale of what happens when technophobia and crackpot "consumer advocacy"
reign over science. Each year, about 9,000 Americans die of food poisoning. Nobody
knows exactly how many of these deaths can be prevented with irradiation. But it's safe
to say that three of the biggest killers — campylobacter, salmonella and
E.coli — are readily destroyed by irradiation.
What is safe, what
isn't? Although more than 50 years of scientific research has established food irradiation has
little or no effect on flavor, and that it is safe and highly effective, the Food and Drug Administation's
gradual approval of new irradiation applications has been opposed at every turn by antinuclear activists.
Contrary to their claims, irradiated foods contain no byproducts unique to the process, and the process is
hazardous neither to workers nor to environs of treatment plants.
The safe spinach solution: Nuke it.
Authorities have traced the contaminated spinach that has killed as many as three people and sickened at least
173 to a few counties in California's Salinas Valley, but let's don't stop the investigative work too
soon. There's a lesson to be learned here, an important one about the dangers of superstitious, leftist
twaddle, and the threat it poses to human life. So let's zero in on the anti-corporate, conspiracy-minded,
Nader-formed group, Public Citizen, which never quits yelping about the public good while simultaneously
betraying it, and let's focus on its opposition to irradiation as an extraordinary means of saving literally
tens of thousands of lives lost to food-borne illness over the years.
Irradiating Lettuce Will Save Kids' Lives.
For years, our Center has been demanding irradiation for spinach, lettuce, and other high-risk produce — to
kill the food-borne bacteria that present a last big preventable risk in our food supply. On August 22,
the Food and Drug Administration granted our plea. FDA permission to irradiate produce is the biggest step
forward in U.S. food safety since irradiation was approved for meat (read hamburger) in 1990. That followed
dozens of needless "burger deaths" due to the rare-but-vicious E. coli O157 bacteria.
radiation safety. [Scroll down to page 15] Indoor radon: In 2013 the EU set a legally binding standard
for airborne radon levels in all European Union buildings outside the workplace. Radon is a radioactive gas that seeps
out of the ground and is concentrated inside buildings. It has been suggested that radon causes lung cancer at low
levels, but such claims are hard to prove. Even at high concentrations, there is only a small increase in cancer risk,
so extrapolations to low concentrations using the LNT model are scientifically controversial. Indeed, most cases of
lung cancer in Finland involve radon exposures below levels at which the state would demand action. It is true,
however, that radon — at least in higher exposure levels — does increase the risk of developing lung
cancer among smokers — there appears to be an additive effect. However, efforts to lower radon levels in
homes have made little difference to exposures, so reducing lung cancer risk is best addressed by smoking cessation.
Time To Overthrow the Radonistas:
Nobody questions that uranium miners breathing huge amounts of radon suffer extraordinary rates of lung
cancer. But we also know that the body has multilayered defenses for throwing off minor assaults.
Do You Need to Monitor Your Home for Radon
Gas? I've never known or heard of anyone who came down with lung cancer due to radon
gas. When non-smokers develop lung cancer, health authorities don't go running down to the
deceased person's home to check for radon gas exposure.
There is no Radon Link to Cancer. The
radon scare, which peaked in 1988-1990, was generated by a U.S. Environmental Protection Agency (EPA) estimate
that 8,000 to 43,000 Americans die from lung cancer each year from exposure in buildings to air polluted by
radon. Several prominent scientists took issue with the EPA estimates. Anthony Nero, an expert
on indoor air pollution and a scientist at the Lawrence Livermore Laboratory in California, reported, "Everything
is exaggerated — from the number of homes at risk to the individual's risk from radon. I feel
that, in this matter, the public has been led to worry about things of minor concern."
War on Radon: Few Join Up. The EPA has decided that radon is the number one environmental
health risk in America: worse than pesticides and worse than hazardous waste. Judging from the
panic caused by environmental scares such as Alar on apples and chemicals from hazardous waste sites, one
might expect the nation's "number one risk" to incite near hysteria. Yet radon has failed to instill
widespread fear in the public mind.
Radon and the LNT Fallacy: The National Safety
Council is a tax-exempt, nongovernmental agency, which describes itself as a consensus-builder. "We do
not have the authority to legislate or regulate. However, we can influence public opinions, attitudes,
and behavior" — and it does so with tax dollars. Its Environmental Health Center produces the
Climate Change Update (heavily slanted toward global warming advocates) under a cooperative agreement with the
EPA and does public outreach on air quality issues (such as radon) under an EPA grant.
The Radon Scare: When Scientists Oppose
Science. Once upon a time scientists, with few exceptions, could be relied upon to help staunch
the never-ending flow of scares-of-the-week emanating from the media and advocacy groups. But more and
more, they're becoming part of the problem. The pressure to publish a positive link between whatever's
being scrutinized and disease has simply become too intense.
EPA Refuses to Face the Facts on Radon
Risks. The EPA's claim that radon levels in homes are carcinogenic, like so many
of their assertions concerning carcinogenicity, are based on what's called a linear,
no-threshold extrapolation. This theory says that because a substance [ ] causes
tumors in lab animals at doses hundreds of thousands of times greater than the doses that
humans could possibly absorb, that humans are nonetheless at risk of developing tumors from
these chemicals. But radon may turn out to provide the best evidence that this assumption,
beyond being scientifically unproven, is demonstrably false.
A Health Threat? If you have granite countertops in your home, you might consider testing them
for the amounts of radon gas they give off, experts say, due to the potential that those amounts are above
levels considered safe. But marble manufacturers say flat-out that, "Radiation in granite is not
New radon limits could cost Sweden billions. The WHO
recommended on Monday [9/28/2009] that limits on the radioactive element radon in residential buildings should be cut from
a current 1,000 to 100 becquerel per cubic metre (Bq/m3). ... The problem is that the change would cost the Swedish society
more than 25 billion kronor ($3.6 billion) to decontaminate all of the residential property in Sweden which
have a radon reading in excess of the new recommendation, according to Michael Ressner.