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Focus, people

09 Oct 2007 08:29 am

I haven't read the Obama plan yet, but I think I already disagree with Ryan Avent's take on it:


I’m a lot less excited about the billions of dollars promised to research efforts on things like carbon capture and sequestration, or “the next generation of biofuels and fuel delivery infrastructure, accelerating commercial production of plug-in hybrid vehicles, promoting larger-scale renewable energy projects and low-emission coal plants, and making the electricity grid digital.” Not that those wouldn’t be great things. It’s just that 1) if we price carbon correctly, firms will have lots of incentives to do this stuff anyway, without billions in public money. And 2) there are large opportunity costs to spending money on projects for which the payoff is unsure–namely, we can’t spend that money on things NOW that we KNOW will pay off.

Look, it’s very nice to see that Obama mentions planning and mass transit. What he doesn’t do is attach anything remotely reminiscent of a dollar sign to those paragraphs. And that’s a mistake. Next year, federal funding for mass transit and Amtrak combined will total about $3 billion. A mere 2 percent of the $150 billion Obama is talking about spending on research would double the budgets for those programs; that is, small amounts can have big effects. Everything we know about cities with public transit suggests that such systems can substantially reduce per capita carbon outputs. Combining any program to increase the price of carbon with investment in public transit would result in an immediate and tangible reduction in carbon emissions. Of this we can be absolutely sure.

The reason I disagree was outlined in the one part of the much discussed Nordhaus/Shellenberger article that I think really nailed it:

Increasing energy use is the primary cause of global warming, but it is also a primary cause of rising prosperity, longer life spans, better medical treatment, and greater personal and political freedom. Environmentalists can rail against consumption and counsel sacrifice all they want, but neither poor countries like China nor rich countries like the United States are going to dramatically reduce their emissions if doing so slows economic growth. Given this, the challenge we face as a species is to roughly double global energy production by mid-century while simultaneously cutting greenhouse gas emissions in half worldwide (and about 80 percent in the United States), so that we can avoid the worst consequences of climate change.

. . . environmental lobbyists in Washington today are overwhelmingly focused on addressing global warming through two overlapping strategies. First, they want to establish a cap on greenhouse gases that decreases over time. Second, they want to make clean-energy sources cost-competitive by increasing the cost of dirty energy. While there is great debate about how to best implement these strategies--whether through traditional command-and-control regulatory mechanisms, market-based cap-and-trade approaches, or an outright tax on carbon emissions--there is little question that the solution is pollution regulation.

It is not. The challenge is simply too large. In 2007, human beings will consume roughly 15 terawatts of energy worldwide. That level of energy use will rise rapidly over the next 100 years due to population growth and increasing living standards, especially among the global poor. By the year 2100, humankind will need to produce and consume roughly 60 terawatts of energy if every human on earth is to reach the level of prosperity enjoyed today by the world's wealthiest one billion people. Even if economies were to become much more efficient, the total terawatts needed to bring all of humankind out of poverty would still need to roughly double by 2050 and triple by century's end.

Consider China. Today, the country is rumbling with rising prosperity, rising expectations, rising demands for freedom--all fueled by cheap, dirty coal energy. This year or next, China will surpass the United States as the world's largest producer of greenhouse gas emissions. And yet, the average Chinese still consumes less than 20 percent of the energy consumed by the average American, meaning that the Chinese contribution to global warming is going to grow tremendously. After all, neither the Chinese people nor the Chinese government will accept any solution that does not allow energy consumption comparable to our own.

The only way to double global energy consumption while cutting global warming emissions in half is by developing new sources of clean energy.

Cutting driving in America will undoubtedly reduce our oil and carbon consumption. But it will do nothing to reduce consumption elsewhere. If oil production has peaked, as a growing number of experts believe, then having Americans burn less oil in their cars will do nothing but transfer that oil to be burend in less efficient engines in China and India. This is fine poverty policy, but it will do nothing to reduce global warming.

A carbon tax needs to be part of a policy to produce alternatives to cheap Chinese coal and growing demands for automobile use in the developing world, not part of a strategy to see how virtuous we can become while ignoring what is happening in the developing world. I see Obama's plan for pouring billions into R&D as a way to accomplish that. Mind you, I'm not sure I like the plan. But as a general strategy, I think finding clean and cost effective technologies should be the priority over eking out efficiency gains from the technologies we already have. After all, if we have them, so does China--and china is nonetheless overtaking us as the world's leading emitter of greenhouse gasses.

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Comments (12)

I really like that first sentence of your post, but can't think of a way to express my admiration without coming across as being sarcastic.

Megan,

The problem with funding the research at the government level is that you will have bureaucrats picking what projects to fund regardless of their actual efficacy in energy production. There is no real financial discipline that guides the investments and research into those areas most likely to be successful. In addition, as with all government programs, you will have rent seekers capturing the funding process whose only interest is garnering their profits from the funding itself.

It is far better, if one is going to interfere, to simply tax carbon combustion and return the revenue in it's entirety, and on an equal basis, to each citizen within the country. If there is an optimal energy producing technology to be found that replaces the newly repriced fossil fuels, then the free market will find it and utilize it. If there is no solution to be found, then government won't find one either.

As I say, I may hate the details. But the basic idea, which is that the thrust of our policy should be to spur radical innovation rather than remake the world to better use current technologies, is sound.

I would like to see an x-prize like program where basic performance goals are set and a big monetary prize is given to whoever achieves the goal.

For example: solar panels of a given efficiency for a given cost, batteries that store a specified energy density, a low-carbon method of getting energy from coal, etc...

EI

" ...making the electricity grid digital."
Interesting concept. What does that mean and why is it a good idea? Does it mean converting the present 60 Hz, 230-765 Kv "analog" power to ....well, what? Or is a reference to carrying digital data signals on the wires or right-of-way, which is already done? Or, is it a proposal that relates to digital control/monitoring of the gred-also already well along?
Anyone?

Ah yes, the Synth e fuel Program of the Carter Years. We were treated with monthly reports of how many millions of gallons of synthetic oil we would be producing five years from now. Hundreds of millions of dollars were spent. Connected people got rich over pilot plants, research, junkets, meetings, etc. Good thing we spent all that money.

Even if oil production hasn't peaked (which I'm much less sure of that those trying to sell me on it by misapplying Hubbert's model to the whole world rather than an individual oilfield, and ignoring mere economics), I don't see that American lower use of oil would lessen world oil consumption.

Lower use in one economy means, after all, lower demand (there) and thus lower prices (than if that demand existed), which means more consumption elsewhere, given the nature of demand for energy, right?

(I bring this up mostly because I don't see how the peak/no peak case is really any different in terms of world consumption of oil; every bit produced will be used in any case, until it's more expensive than getting energy [or long carbon chains, for non-energy uses] elsewhere, regardless of the production trend.)

But as a general strategy, I think finding clean and cost effective technologies should be the priority over eking out efficiency gains from the technologies we already have.

Yes and no. There are some low hanging fruit that are available to cut energy use:
- lighting. Compact fluorescents are OK, but the real payoff is from LEDs. I saw some data that indicates that they should be cost competitive in afew years. They are 3x as efficient as CFLs, and nearly as efficient as sodium vapor systems.
- electrical energy transport. High temperature semiconductors might cut transmission losses (about 7%) in half. Don't know if it is cost effective.
- more and improved hybrid vehicles. Easy to implement, works well in conjunction with carbon taxes.

As for new, clean methods of generating energy, there are only a handful that will meet demand.

Wind has problems with availability and locations are few (will Ted Kennedy allow turbines off the Vinyard?). Solar is too diffuse and has high external costs (i.e. medical bills for all the accidents when homeowners go up on the roof to clean or fix home solar systems is one). Geothermal will work in some areas, but is poorly distributed. Hydro power is pretty well developed in the industrialized nations and has high negative external costs (taking fertile land out of production, etc.)

What we are left with is:
- nuclear fusion. It was 20 years away when I was a physics student in the mid-70s. It's twenty years away today. Potentially the solution for energy production. Still has the NIMBY problem of some radioactive waste being generated, but no weapon proliferation problems.
- orbital power generation. Put big solar collectors in space, beam down the power to antennas on the ground. Extensively studied in the 70s, could be economical with a factor of 100 drop in costs to fly to orbit. Cost to orbit may be subject to this kind of cost reductions - commercial air travel had the same kind of cost reductions from WWI to WWII.
- advanced, fail safe nuclear power plants. Much of the R&D for this has been done, in the form of pebble bed reactors. China (one operating) and South Africa (in construction) are in the lead here. The waste problem is vastly overblown and just a NIMBY problem. There are weapons proliferations concerns, though. (Most nuclear waste is no more dangerous than a tank of gas. Only a small fraction is a serious health risk and it tends to have the shortest half-life.)

Nuclear reactors are the short term solution until other sources can come on line. If a couple of standardized designs were settled on, we could mass produce plants that would be easy to inspect and operate safely.

Fortunately, some members of the green community realize that we can't go back to a 19th century lifestyle and that cheap energy is the key to a prosperous future for the whole world. Nuclear energy is the only realistic bridge.

The problem with funding the research at the government level is that you will have bureaucrats picking what projects to fund regardless of their actual efficacy in energy production. There is no real financial discipline that guides the investments and research into those areas most likely to be successful. -- Yancey

Yeah, that's why research funded by NIH is so poor and produces so little in the way of results. Not.

It's called "peer review". The problem is insulating the process sufficiently from politicians and big business, and letting serious scientists do their work.

After all, neither the Chinese people nor the Chinese government will accept any solution that does not allow energy consumption comparable to our own.

That may be. However, presumably, neither the Chinese people nor the Chinese government will accept any solution that puts Shanghai under a foot of water, as it will be by 2100. Here in Vietnam, another fast-growing energy consumer, the entire Mekong Delta - home to a fifth of the country's population - will be gone by 2100 if global warming-induced sea level rise doesn't slow down. In general, Asian countries are even more vulnerable to climate change than the US is. As they move from being least-developed to middle-income countries over the next 15 years, such issues are going to become important for them.

Brooksfoe,

Like most people you always ignore the opportunity costs of government spending, and also incorrectly assume those things would not have been discovered without government funding.

Yes, NIH produces some results that are worthwhile, but it also produces far more research that has no value at all other than the living it provides to the researchers themselves. And we haven't even examined what those lost resources might have produced if they had not wasted at the direction of people who were not trying to satisfy the needs of other people.

Your admonition that we need only insulate the scientists from the politicians is as touchingly naive as the belief that so much good could be accomplished if only we could insulate the politicians from the corporations.

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