once they shred it to little bits and "diluted" it with non-radio active materials.
Once you "dilute" materials as you describe, they can pass the detectors with little chance of being detected. And if the radioactivity is that low after being "diluted" then by definition it's low enough to be of negligible danger to any consumer product it might make its way into.
It's also worth noting that in the above post citing elevator buttons and belt buckles, neither item emitted enough radiation to be dangerous. In each case, the dose was so low as to be negligible. People need to keep in mind they're exposed to radiation *everywhere*, *everyday*. You get around 3mSV annually just from background sources and nobody is screaming about that, yet here we are worrying about an elevator button that *might* expose you to 1mSV if you licked it every single day for a year.
Perspective, folks. Perspective.
Your example is so ridiculous I'm tempted to ignore it, but perhaps you can benefit from a little criticism here. The incident you cite has nothing to do with recycling irradiated metals into consumer products. A derelict hospital was broken into by thieves who stole a container of radioactive material that had been *illegally* abandoned. This in no way backs up your assertion that "lots of radioactive steel parts end up in the scrap line for being smelted for new cars and stuff." It doesn't even come close. It's not even in the same general area, Hell it's not even in the same *galaxy* of reason as your original assertion. So, you fail. Epic fail. Public Epic Fail at that.
That has nothing to do with Carter. Breeder reactors are notoriously difficult to operate. I know only one commercial breeding reactor that is still operational and it was built in the USSR.
Perhaps you're unaware of the concepts of cause and effect. Had breeder reactor technology been pursued vigorously *then* it would be much less difficult to operate *now*. Besides, dealing with the waste products from light water reactors is also "notoriously difficult" in case you hadn't noticed. I'd rather deal with the "difficult" option that produces power rather than instead of the one that produces a hundred thousand years worth of dangerous radioactivity.
Every time they had an insurmountable engineering problem, the Chief Engineer just says "override the safeties" and everything is fine. Good to know NASA is finally catching up to The Final Frontier!
But this isn't just an end user format! The idea is to set this music free so that it can be used in other projects, remixed, remastered, anything.
The phrase is "you have another think coming".
We don't *need* to "work things out." We already *have* them worked out. You burn your actinides in a breeder reactor until all that's left is negligibly dangerous. You get more power out of a given unit of fuel and you end up with far less waste. What's not to like? Oh, I forgot...the Carter Era put an end to that due to "proliferation concerns." Yeah, we can't have nasty dictators in places like Iran, North Korea, or Pakistan getting nuclear weapons...
I call bullshit. I work in the nuclear power industry. The amount of screening and safeguards in place to prevent a single contaminated Kleenex from getting offsite is beyond belief. And by "contaminated" I mean something that might have a millirem's worth of stuff on it, not something seriously crapped up like you're hinting at. To intimate that substantial hunks of contaminated metals might systematically get offsite and somehow get smelted into a consumer product is so ridiculous as to be easily dismissed. Can you cite an example of "lots of radioactive steel parts" becoming cars?
"So we're bombing Syria because Syria is bombing Syria? And I'm the idiot?" - Sarah Palin
How long does it take a DEC field service engineer to change a lightbulb? It depends on how many bad ones he brought with him.