http://www.sciam.com/ article.cfm?id=cement-from-carbon-dioxide

The nuclear industry, like you noted, would be liable for at least $10B in damages if an accident at a nuclear plant were to occur. The reason why some (mainly antis) consider this a subsidy is because the damage from a nuclear accident is “supposedly” many magnitudes higher than $10B. Therefore, the industry is “supposedly” paying less than what it should.

To date, the US has seen only one nuclear plant pay damages for an accident - TMI. How much did TMI pay? Well according to the Wikipedia link you use, only $70M to date. The damages, just to be clear, basically went to businesses and individuals who lost revenues and salaries due to the evacuation.

Now if the worst nuclear accident in the US cost only $70M, I would constitute that the nuclear industry is paying way more than what it should be paying. You can cite all the studies you want that try to guesstimate how much an accident would cost, but based on actual experience, the nuclear industry can easily cover an accident.

Just to be clear, Congress decides who makes up the shortfall if the damages exceed $10B. They could decide to make the nuclear industry pay more than the $10B liability, not the taxpayers – in your Wikipedia link.

The conclusions from the 1992 EIA document you cite are based on a 1983 NRC study that the NRC has now said is outdated (disclaimer found here). The NRC is currently updating that study with better data, greater experience and sophisticated computer models.

The reason the nuclear industry continues to renew the PAA is because we’re about to build a lot of new nuclear plants. Like you said above, the PAA was created to entice companies to build plants.

Last thing. Doesn’t a subsidy mean that the taxpayers actually pay something? So how is it a subsidy when the taxpayer hasn’t paid one penny due to a nuclear plant accident?

http://en.wikipedia.org/wiki/NUREG-1150

This is classic risk analysis and what you’re weighing with nukes is the potential (or perceived potential) for a truly cataclysmic accident against even an extremely remote possibility that it would occur. If the event is bad enough, the odds of it happening become less important — and the whole financial structure required to do these things would crash, without some very deep pockets underwriting those risks.

In short, the cataclysmic accident doesn’t have to happen to require underwriting — it just has to be perceived as possible. And it is with nukes

So it is a subsidy, in the sense none of these things would ever be built without it — and probably none will with it for sher economic reasons having nothing to do with accidents.

The insurance situation for large chemical industries and hydropower must be very similar to nuclear. Bhopal and Banqiao clearly demonstrated the huge damage those industries can cause.

For nuclear, it means they don’t have to raise electrical rates to pay for the insurance.

That started a chain reaction collapse that brought the building down. The upper floors tipped into the other WTC tower, triggering the same defect and bringing it down.

There is no evacuation because there is no warning, and 40,000 people die in 30 seconds.

A Boeing 747 takes off with a full load of fuel on a long international flight. One minute after takeoff it flies through the wake of another jumbo jet. The turbulence causes an undetected crack in the vertical fin to propagate, and the fin snaps off. The 747 yaws sideways, rolls onto its back and dives down through the roof of a large sports arena holding the national championship basketball game.

200,000 pounds of fuel atomizes on impact with the floor and erupt in an enormous fireball inside the building, consuming all the oxygen and incinerating 40,000 people on live HD worldwide television.

In 1997 the EPA determined that a human life was worth $5.8 million.

http://yosemite.epa.gov/ ee/ epa/ funding.nsf/ ef8d219bc45f0868852564c60072e0ea/ d078ad618c325c5b85256c8e00788885!OpenDocument

Corrected for inflation, that is $7.6 million now.

The loss in each case would be $304 billion for human life, plus the property loss.

The WTC did not carry this level of insurance. Should they have been prevented from constructing those buildings without adequate insurance?

The airlines do not carry this level of insurance, should the airlines be grounded for lack of adequate insurance coverage?

Suppose that a biogenetics scientist in a major pharmaceutical industry accidentally develops a virus that is more contagious than the common cold and more deadly than the HIV virus. He contaminates himself and his family, the virus spreads around the world and kills half the population. That would be a twenty five thousand trillion dollar loss. All the money in the world would not cover that loss.

Should we shut down the entire drug industry and go back to life without medicine because it is not insured for all possible accidents?

Dam failures have killed 8000 people in the U.S.

http://www.fema.gov/ plan/ prevent/ damfailure/ pdf/ fema-94-inflow-design-floods.pdf

In 1975 a single dam failure in China killed about 30,000.

http://en.wikipedia.org/wiki/Banqiao_Dam

Dams in the U.S. are not insured for the maximum imaginable loss. Should we tear down all dams and give up our hydroelectric power, or charge much more per kWh to pay for insurance?

Coal plants are killing over 20,000 Americans each year. That is a $175 billion loss each year that the coal plants are not paying for, a virtual subsidy.

You are holding a wedding reception for 150 people in your home. An F5 tornado sucks your home and its contents up to 1,000 feet, grinds it into small pieces, and deposits the mess in a field 2 miles away, killing everybody.

The tornado loss is $1.14 billion plus the property loss. Are you carrying that much liability insurance on your house? If not, should you be denied the privilege of owning a home?

If we required every corporation and individual to obtain insurance coverage for the worst possible event no matter how unlikely, we would have no civilization at all.

The Price Anderson Act requires that the utilities provide $10 billion in insurance coverage without cost to the public or government and without fault needing to be proven.

http://world-nuclear.org/info/inf67.html

It covers power reactors, research reactors, and all other nuclear facilities.

It was renewed for 20 years in mid 2005, with strong bipartisan support, and requires individual operators to be responsible for two layers of insurance cover. The first layer is where each nuclear site is required to purchase US $300 million liability cover which is provided by two private insurance pools.

The second layer is jointly provided by all US reactor operators. It is funded through retrospective payments if required of up to $96 million per reactor per accident collected in annual installments of $15 million (and adjusted with inflation). Combined, the total provision comes to over $10 billion paid for by the utilities. (The Department of Energy also provides $10 billion for its nuclear activities.) Beyond this cover and irrespective of fault, Congress, as insurer of last resort, must decide how compensation is provided in the event of a major accident.

More than $200 million has been paid by US insurance pools in claims and costs of litigation since the Price- Anderson Act came into effect, all of it by the insurance pools. Of this amount, some $71 million related to litigation following the 1979 accident at Three Mile Island.

American Nuclear Insurers is a pool comprised of investor-owned stock insurance companies. About half the pool’s total liability capacity comes from foreign sources such as Lloyd’s of London. The average annual premium for a single-unit reactor site is $400,000.

Two teenage brothers are home alone. They break into the liquor closet and find a half gallon of tequila. The older boy challenges the younger brother, “Bet you can’t drink the whole bottle”. “Yes I can” says the younger boy, and proceeds to start chugging. He passes out without finishing it, losing the bet, and within the hour looses his life.

This establishes that 64 oz. of tequila is a lethal dose. The Linear No Threshold (LNT) model says that if 64 people each drink one ounce of tequila one of them will be dead within the hour.

This is how we calculate the risk of low level radiation.

60 years of studying the effects of radiation has still not proven low level radiation to be harmful or beneficial. We can say with absolute certainty that the health effects of low level radiation are very small compared to other risks we accept without much thought.

Google “radiation hormesis” for an interesting debate, or try this.

http://www.ajronline.org/cgi/content/full/179/5/1137

The Chernobyl accident exposed millions of people to a small dose of radiation. The estimates of the number of deaths from Chernobyl over the next 40 years range from 4,000 (IAEA), to 100,000 (Greenpeace), based on the LNT theory.

If radiation hormesis turns out to be valid the Chernobyl accident may prevent thousands of cancer deaths.

The Chernobyl reactor had design defects that, combined with gross operator error, allowed it to go rapidly to 100 times the design power level, creating a powerful steam explosion that tore the roof off the building and dispersed fuel. It could never have been licensed in the US.

If it had an appropriately designed containment building for that reactor design, the release would have been minor.

Modern reactors have improved instrumentation and control systems, passive safety systems and strong containments designed to contain a full meltdown.

http://www.areva-np.com/ common/ liblocal/ docs/ Brochure/ BROCHURE_EPR_US_2.pdf

http://www.ans.org/ pubs/ magazines/ nn/ docs/ 2006-1-3.pdf

Nobody is going to build another Titanic, or a De Havilland Comet, or a Chernobyl reactor.

I cannot think of any industry that handles insurance coverage as well as nuclear power.

I support the repeal of Price-Anderson and treating nuclear power like other industries.

You’re a despicable propagandist Bill.