Tag: energy

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In my review of Dmitry Orlov’s book Reinventing Collapse, I talk a bit about how everyone says that the book is funny, but no one ever quotes the funny bits. There’s a reason: The humor sneaks up on you, building on previous bits. All the really funny bits are only funny if you’ve read up to them.

For those of you who want to read something really funny about peak oil, but were unconvinced that such humor was worth shelling out the cost of a book (or taking the time to read it), there is now an alternative: Dmitry Orlov’s latest article at Culture Change, Peak Oil is History.

Once again, it’s tough to quote a sentence or a paragraph that’s funny, but that’s okay: Just click on over and read the article. It’s free, and it’s much shorter than a book.

Whether you’re one of the people who understood peak oil some years ago or one of the people who just figured it out, Orlov wants to make sure that you understand that the reality of life on the declining side of the oil production curve won’t look like the mathematically smooth logistic function that’s usually displayed. Rather, it will look something like the front side of the curve, with spikes and dips that map to wars and recessions and other catastrophes. Further, he wants to make sure that you know those little jerks up and down—especially the jerks down—matter to you.

It would be theoretically possible to ride the downward curve of oil production in a fashion that would look like the reverse of riding it up. In fact, if we’d spent the thirty years since Jimmy Carter warned that our “intolerable dependence on foreign oil threatens our economic independence and the very security of our nation” preparing to do so—improving our rail infrastructure, switching to wind and solar energy, and generally becoming much more efficient—we’d be in a position to do that pretty comfortably.

In practice, though, things are going to suck.

Things will, however, suck rather differently than people expect—which is Orlov’s point. People expect that the rich will go on much as they have, while the poor will get squeezed by high prices—and there will be plenty of that. But after laying out the reasons why it won’t work that way, Orlov concludes by saying, “it becomes difficult to imagine that global oil production could gently waft down from lofty heights in a graceful smooth and continuous curve spanning decades. Rather, the picture that presents itself is one of stepwise declines happening in more and more places, and eventually encompassing the entire planet.” A stepwise decline that quickly results in even rich people having “no access to transportation fuels and severely restricted transportation options.”

Orlov makes doom just about as funny as possible, perhaps even a little funnier.

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Tobias Buckell just posted about Portugal’s push into renewable energy. He links to an article claiming that 45% of Portugal’s grid electricity now comes from renewable sources, and that they’ve managed this with just a 15% increase in electricity costs. Making the (somewhat unlikely) assumption that one could get another 45% increase for another 15% increase in price, he suggests that it would be totally worth it:

I’d take a 30% hike for energy independence and no money being sent to terrorists in a fucking heart beat.

Frankly, I would too. In fact, I’d be willing to pay a lot more than that. Unfortunately, I’m afraid it would cost a lot more than that—more than most people would pay.

First of all, Portugal was already paying about twice what we pay in the US for electricity. The 15% bump was on top of that. Second, Portugal had substantial untapped sources of hydro power. The US doesn’t.

Either of those, I expect, would doom the project. The first makes it unaffordable—I’d be willing to pay 30% over double what I’m paying now for electricity, but I doubt if very many other people would. The second makes it impossible—we have a lot of untapped wind power, but that comes and goes. Use of wind power will grow, but even with a much better grid (to distribute power from where the wind is blowing to where people are using it), you need something more reliable for baseline power.

But neither of those is the real problem, which is that the US uses three times as much electricity per person than Portugal does. (13646 kWH  versus 4663 kWH per capita in 2005, data from the World Bank.) If you look at the historical per capita energy use in each country, you can see that both countries have shown steady growth—but Portugal is only up to about where the US was in the early 1960s. (And, sadly, following right in our footsteps.)

So, to shoot for the Portugal model we’d have to:

  1. Cut our energy use by two-thirds,
  2. Double the price (plus 30%), and
  3. Either invest vast additional sums in the grid (perhaps $100 billion) or accept brownouts when the wind wasn’t blowing.

Again, I’m totally up for that. My electricity consumption is probably already two-thirds below the US average. My typical electric bill runs just about $30; I’m sure I could stretch my budget to cover $70 if the payoff was no more carbon in the air and no more sending buckets of cash to people who hate us.

But based on the way people actually behave, I’m forced to assume that most people would rather burn the planet and fund terrorists than turn off the AC, downsize the car, and pay up for organic, locally grown food.

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I’m as outraged as anyone at the incompetence that led to the Deepwater Horizon oil spill in the gulf: both the slipshod regulation by the government and the incompetence and criminality of BP, Transocean, and Halliburton. I wouldn’t mind one bit if all three companies were broken by cleanup costs, restitution to injured parties, and civil and criminal penalties. But I’m a bit sad to see all the blame being laid at their doorstep.

The fact is, spills like this are an entirely predictable result of consuming 85 million barrels of oil per day. If you consume that much, you have to produce that much. And if you produce that much, you will have accidents. Some of the accidents will kill people. Some will contaminate huge swaths of the ocean.

Sure, BP et al deserve much of the blame. But there’s plenty of blame to go around. A good share of it belongs to every one of us who drives a car, heats their home, or buys anything made out of plastic.

What did you think was going to happen?