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The Hottest Particle : Gundersen: This video “confirms our worst fears” Hot particles found in 25% of samples from Tokyo and Fukushima
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Gundersen: This video “confirms our worst fears” — Scientist: Reactor core materials found almost 500 km from Fukushima plant — 40,000,000,000,000,000,000 Bq/kg — Can travel very, very significant distances — Hot particles found in 25% of samples from Tokyo and Fukushima (VIDEO)
[snip]
Three years ago, Fairewinds was one of the first organizations to talk about “hot particles” that are scattered all over Japan and North America’s west coast. Hot particles are dangerous and difficult to detect. In this video Mr. Kaltofen discusses the hottest hot particle he has ever found, and it was discovered more than 300 miles from the Fukushima Daiichi site. If Fairewinds Energy Education was a Japanese website, the State Secrets Law would likely prevent us from issuing this video. Arnie Gundersen provides a brief introduction and summary to the video.
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Transcript
Hi, I am Arnie Gundersen from Fairewinds,
I am here today to introduce professional engineer Marco Kaltofen in one of the most important videos Fairewinds Energy Education has ever produced. Three years ago, Fairewinds was one of the first organizations to talk about the “hot particles” that are scattered all over Japan and North America’s west coast. Hot particles are dangerous and difficult to detect. In this video Mr. Kaltofen discusses the hottest hot particle he has ever found, and it was discovered more than 300 miles from the Fukushima Daiichi site. If Fairewinds Energy Education was a Japanese website, the State Secrets Law would likely prevent us from issuing this video. I will provide a brief summary at the end of the video....
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I’m Marco Kalton. I am a civil engineer and I’m a Ph.D candidate at Worcester Polytechnic Institute. Most of my research looks at radioactive and chemical contaminants and how they wind up in house dust. And the reason for doing that is this is a very important way that the general public is exposed to things like radioactive contaminants.
In looking at indoor environments, they tend to be much more contaminated than the surroundings outside. Houses act like a trap and they tend to collect outdoor contaminants. And they expose people as much as 24 hours a day versus consider how short a time most people spend outdoors. Your exposure is actually much less. One of the nice things about social media is that we can talk to a lot of people and hook up with volunteers and volunteer and scientific organizations. And they were able to send us indoor dust samples, whether it was a vacuum cleaner bag or a sample from a home air filter or something like an appliance filter – think of an air conditioner filter or a heating and ventilation filter that people might have installed in their home. And we actually have developed a very straight-forward method for prepping all of these samples. And that way, we can compare people’s exposure from one house to another.
We looked at samples in Northern Japan; we looked at samples in Tokyo; we looked at samples in the United States and Canada. We tried to get a feel for what people’s actual exposure was. And that’s why we went looking for hot particles. The thing about radiation exposure is, if you look at it from a legal perspective, what you’re trying to do is find the average exposure that people get and then try and find some kind of safe level you can measure that against. And if you exceed that average level that you think is safe, then you have to start doing something about it; either institute some type of policy or some kind of cleanup.
[end snip]
The Hottest Particle
Video Link
[link to www.fairewinds.org]
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