The first lesson learned from Fukushima is that this is a technology that can destroy a nation. I was reading Mikhail Gorbachev’s memoirs, and he claims that it was Chernobyl, not perestroika, that destroyed the Soviet Union. And as you look at the transcripts coming out of Japan, we see that the Fukushima accident was on the verge of causing the evacuation of Tokyo. And had the wind been blowing the other way, across the island instead of out to sea, Japan would have been cut in half and destroyed as a functional country. So, this is a technology where perhaps accidents don’t happen every day, but when they do, they can destroy a country.
The other things are the cost is astronomical. To fix this is going to be something on the order of half-a-trillion dollars. All of the money that Japan saved on oil over the 40 years that they’ve had nuclear plants just got thrown away in the half-a-trillion-dollar recovery effort.
And the other piece is the human issues. The health impacts to the Japanese will begin to be felt in several years and out to 30 or 40 years from cancers. And I believe we’re going to see as many as a million cancers over the next 30 years because of the Fukushima incident in Japan.
the myth of the tsunami is that the tsunami destroyed the diesels, and had that not happened, everything would have been fine. What really happened is that the tsunami destroyed the pumps right along the ocean. It doesn’t matter that Diablo Canyon’s plant is up on a hill. The pumps have to be at the ocean, because that’s where the water is. We call that the loss of the ultimate heat sink. And the Nuclear Regulatory Commission hasn’t addressed that in the short-term issues coming out of Fukushima. Without that water, the diesels will overheat, and without that water, it’s impossible to cool a nuclear core. So, as a country, we haven’t addressed this issue of the loss of the ultimate heat sink, and we’re kicking that can way down the road, not addressing it for years to come.
the plants in Japan were built, actually, seismically much tougher than this plant in Georgia. If the plant in Georgia were at Fukushima, it would not have survived the earthquake, let alone the tsunami. The industry’s line is that the plants in Georgia would withstand an off-site power loss, which may be true, but the bigger problem is they—because they have an enormous amount of water on the roof, and then seismically that makes it tippy, the plants in Georgia could not have survived the incident that began the entire—the entire issue.
You know, it really boils down to money, though. These plants are something on the order of $20 billion. And it’s taxpayer-funded, because we’ve got these loan guarantees in place. So, basically, us Vermonters are guaranteeing the loan guarantees to these plants in Georgia. If it weren’t for those loan guarantees, these plants wouldn’t be built. Nuclear has gotten to the point where it’s so expensive that the new nukes are pricing themselves out of the market, if it weren’t for loan guarantees.
left to Wall Street druthers—we subsidize their insurance, and we subsidize them on the front end, as far as their ability to build these plants. If it were up to Wall Street and this was a real capitalistic country, we wouldn’t be building nuclear. We’ve basically socialized the risks, but any profits flow to the corporations. It’s a crazy analogy.
I’m on record as saying that we should close the 23 reactors with the Mark I design. Just three weeks before Fukushima, my wife and I were talking, and she said, “Where is the next accident going to occur?” I said, “I don’t know where, but I know it’s going to be in a Mark I design.” These containment vents prove to fail three times out of three. And the NRC’s response is, “Well, let’s make those vents better.” Well, if they just failed three times out of three, it’s hard to imagine how to make something like that better.
In addition, the fuel is stored on the roof, essentially, in unshielded, unprotected areas. And there’s more nuclear cesium-137 in the fuel pool at the plant in Pilgrim, Massachusetts, than was ever released by every nuclear bomb ever exploded in the atmosphere. So we have an enormous inventory of nuclear material way up on the roofs of these buildings, and I think it’s time to close these Mark 1s down, because of those two design features.
– from democracynow.org