The Wizard Of Oil  

Posted by Big Gav

Grist has some links to a couple of interesting posts at Daily Kos.

Check out the collective efforts by Kossacks to develop "A Blueprint for U.S. Energy Security." They're on their fourth draft, and it's really shaping up into an impressive piece of work. I would quibble with a few details, and with the excessive focus on command-and-control regulation, but my one broad criticism is that they've ended up with a kind of melting pot of every single progressive energy idea on the planet.

As an exercise in visualization and planning, it's great, but if this is going to be picked up as an actual proposal, it's in dire need of some editing. Some tough choices need to be made. There's no way, in today's political climate -- or any I can foresee -- that this country is going to be able to process 20 major pieces of legislation all at once. Especially since for each one there's going to be a major lobbying push against it by entrenched powers.

Grist also takes a look at the revival of the nuclear power industry.
Most of us know what torture it is to be a wallflower, so it's hard not to feel at least a slight frisson of sympathy for the nuclear industry. Once considered "most likely to succeed," this promising power source found itself stumbling in the 1970s. It was bad enough after Three Mile Island in 1979 -- particularly when Jane Fonda got to work in The China Syndrome. But this wallflower status was taken to an altogether different level in 1986, in the wake of an event whose ongoing repercussions will provide some of next year's great news hooks.

After Chernobyl, nuclear folk worldwide found themselves not just wallflowers, but actively disinvited wherever people came together to dance around the subject of sustainable energy. It was rather like Cinderella's coach and horses turning back into something a lot more mundane. And when the ill-fated Chernobyl site was shut down for good in 2000, some critics hailed the closure as the beginning of the industry's end.

Was it? Hardly -- and not just because of the high-level waste that will undoubtedly outlive our civilization by several hundred thousand years. In fact, this industry that was once consigned to the corner seems set to become the belle of the business world's ball.

The sheer horror of the statistics that will no doubt be rolled out in 2006 would give even a nuclear engineer pause. Take thyroid cancer, normally a rare disease, with just one in a million children falling victim; a third of children who were younger than four when exposed in the main Chernobyl fallout zone are thought likely to develop the disease. In Belarus -- where 60 to 70 percent of the fallout landed, contaminating some 25 percent of the country's farmland and forest -- nearly 1,000 children have come down with thyroid cancer, compared to seven in the 10 years before the accident.

...

Ultimately, the swing factor in determining our energy future may not be the Lovelocks or the anti-nuclear activists of this world, but China. If Hollywood ever makes China Syndrome 2, it's conceivable that the story line would be about Chinese engineers helping to save the planet from melting down. While Western power producers continue to favor slight tweaks on conventional large-scale reactor designs -- and as a result will likely keep trying to shoehorn their big-footprint feet into environmentally constrained shoes -- China is different. With a fast-growing appetite for energy and a serious dislike of the idea of being in thrall to anyone else for access to said energy, China is beginning to develop a taste for a very different form of nuclear technology.

Get ready to hear a lot more about "pebble-bed modular reactor" designs, either as a stepping stone or as an ultimate destination. First developed in Germany, the technology is winning growing support in countries like South Africa and France. These reactors are, among other things, a fifth the size of conventional reactors, much less capital-intensive, and much less prone to meltdowns. For countries that fear overdependence on the West, they also have the added advantage that they don't need Western-style fuels or refueling services. In short, they have all the makings of a potential Cinderella story.

1 comments

Not only not without massive redundancy, but not without enormous expansions of long-distance transmission capacity.  Are the proponents willing to build a continent-wide network of 36" conduits holding superconducting lines?

There are ways to get around the spottiness of wind, using various types of storage and other sources of energy which are at least somewhat bankable (e.g. biomass).  But doing it so that it works takes a bunch of sophistication.

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