I know nothing about this, but I just came across a link to a patented technology that claims to nonpollutingly harness the massive energy from extremely high-pressure, high-temperature undersea volcanoes. they claim any single installation captures several times  as much energy as a large nuclear power plant.

Thinking about the problems caused by the BP undersea oil rig, I have questions. But I’d love to see that this actually works. Anyone know more about it?

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Hooray for Antioch College, an education innovator all the way back to its founding in 1850, when it became the first college to admit women and men, blacks and whites, all as equals.

The college, which just reopened after being closed for several years and separating itself from Antioch University, is taking its golf course (which had been disused even during my student days in the 1970s and turning it into a farm that will both supply food to the campus and provide a framework for integrating hands-on sustainability into the curriculum.

Bravo!

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In the South Bronx, once a deeply distressed urban area of New York City that the cops had dubbed “Fort Apache” because it had been so dangerous, a lot of the comeback has been around sustainability (thanks in no small measure to years of terrific organizing by Majora Carter and Sustainable South Bronx). A new initiative I just learned about creates three wins at once:

  • Cleans up polluted water
  • Creates clean and usable biofuel that doesn’t sacrifice agricultural land
  • Creates jobs and a general economic boost in a depressed area

Read about this triple win here. More and more, I think we’ll be seeing development projects like this. (I know of many others around the country and around the world.) The key is to look at waste from one process and see how it could be used as an ingredient for the next process. Another great example is The Intervale, in Burlington and South Burlington, Vermont, where beer waste becomes a growing medium for mushrooms, which in turn feeds fish. This thinking shift is one of the major principles of true sustainability.

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I’ve long been  a fan of marketing to different market segments according to their own hot buttons, as anyone knows who has read my books (especially Guerrilla Marketing Goes Green).

Here’s someone on Triple Pundit, looking at the experience of driving a Nissan Leaf from the point of view of someone who sees a lot of potential to go way beyond the green market. Nissan’s marketing and advertising departments might want to read it.

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According to the New York Times, it seems the Chinese want to have their cake and eat it too when it comes to electric cars. With only a minuscule budget for R&D, the Chinese want to coerce their way into access to expensively developed technologies for electric cars by making that access a precondition for foreign manufacturers who want to sell electric vehicles in China, if they want the same subsidies that Chinese-made electric cars enjoy. (This happens to be a violation of the World Trade Organization’s rules, and China is a WTO member)

Here’s how I think that would play out:

  • At least some foreign automakers, wanting access to the vast and rapidly growing Chinese market, make the devil’s bargain and share their technology secrets
  • China begins a crash program in its state-owned car companies to bring cars to market using this technology
  • After one to three years, the foreign automakers find themselves closed out—and sitting on a big useless pile of expensive infrastructure—as the Chinese rush cheap and shoddily built EVs to market using American, European, or Japanese technology

General Motors is actively resisting and protesting; Nissan doesn’t even want to go into the market under these conditions; yet Ford apparently plans to cave.

This is one time I find myself agreeing with General Motors. This is a bad idea!

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With all the partisan conflict gridlocking Washington, it’s refreshing to read about a 16-year-old partnership between deep environmentalists and deep conservatives.

The “Green Scissors” project, with participation from the likes of Friends of the Earth on the environmental side and the Heartland Institute among the conservative groups, targets $380 billion in wasteful government spending that happens to also foster environmentally negative impact.

Among the programs suggested for the chopping block:

  • Ethanol Excise Tax Credit
  • $49.6 billion in subsidies for the troubled, environmentally disastrous nuclear power industry
  • $109.6 billion in highway subsidies
  • A $5 billion natural gas subsidy

Download your own copy of this year’s (and previous years’) reports at https://www.foe.org/green-scissors.

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Wow! Tell this to your skeptic friends. One of America’s top research think tanks, Brookings Institution, now says that the 2.7 million Americans employed in green industries has outpaced the number working in fossil fuels.

That is quite extraordinary!

For some good analysis on what this means and where we should go from here, read Green For All’s Phaedra Ellis-Lamkins’ excellent article on Treehugger.

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The latest in a long series of “incidents” at the long-troubled Vermont Yankee nuclear plant, just up the river from me in Vernon, Vermont: the tritium leaking for several months at Vermont Yankee has definitively reached the Connecticut River.

The Connecticut River runs along the Vermont-New Hampshire Border and through Massachusetts (including our Pioneer Valley region) and Connecticut before emptying into Long Island Sound (bordering New York State), and eventually the Atlantic Ocean. It is widely used for boating, fishing, and swimming.

If you are in that area, I would suggest not eating fish from or swimming in the Connecticut River right now. I would instead suggest lobbying your US Representatives and Senators to block the Nuclear Regulatory Commission—that word, “regulatory” should really be in quotes, as they don’t do much regulating and have never failed to renew a power plant license—decision to relicense this failing plant for another 20 years.

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No, I haven’t forgotten you! I was on vacation in Iceland, and had very limited access to Internet.

I’ve known for years that Iceland is a geothermal paradise, but to see it in person was quite amazing. Everywhere we went, there were geothermal hotsprings. Everywhere, there were geothermally heated municipal swimming pools and hot tubs (one of the few bargains in a rather expensive country). We visited a geothermal power plant that contained an energy museum. We enjoyed hot, hot showers, as hot as our solar-heated system at home (we saw almost no solar in Iceland, in part because usually they don’t have too much sun, and in part because geothermal is readily available and produces much steadier power).
We cooked eggs in a geothermal spring, and tasted bread that had been baked in the ground, overnight.

One surprise for me was how much geothermal power is used to create steam and spin turbines to generate electricity; I’d expected most of it to be heating water for direct use rather than spinning turbines, because that cuts down on efficiency.

But efficiency and conservation aren’t such big concerns in Iceland. We were rather surprised that conserving water or electricity didn’t seem to be a value. People just ran the water or left lights on.

But that can change with education and a values shift. Meanwhile, Iceland can truly claim to have one of the greenest power grids in the world.

In a country with only 318,452 inhabitants as of January 2011 and approximately 116,000 households, this tiny country has the capacity to supply much of Europe’s energy needs. In fact, plans are afoot to build deep-sea cables that will export as much as 5 billion kilowatt-hours of clean, renewable electricity to the rest of Europe—enough to power 1.25 million homes.

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The word “greenwashing” is only a few years old; the practice, unfortunately, goes back much longer.

This morning, for some reason, I woke up thinking about a loaf of bread I saw in the supermarket some time in the early 1980s. This line of bakery products was very clearly marketed to the customer who wanted natural foods, and even back then, that included me. The packaging copy was all about wholesome whole grains, natural growing practices, and such–until I got to the ingredients list.

And there I saw the deal-killer: “calcium propionate added to discourage mold.” Back it went from my hands to the shelf!

I was so deeply offended to see this very common bread additive in a bread marketed as wholesome and natural that I can still recall the exact wording. In fact, I remember telling several friends how corny and false this company was, trying to disguise its use of chemicals by saying “discourage” instead of the more typical, and harsher sounding, “retard mold.”

And that got me thinking about another early greenwashing offender: nuclear power. As a child in the 1960s, and one who was impressed by the promise of technology, I was enchanted by the idea of clean energy that would be “too cheap to meter,” as one prominent nuclear bureaucrat famously put it.

This enchantment didn’t stop me from getting involved in a local group that was questioning the wisdom of a proposed nuke two miles from New York City, but back then, all we knew about was thermal pollution. Thank goodness the utility abandoned that plan!

Two years later, I chose as a college research topic the pros and cons of nuclear power, and started reading in depth. Turns out, thermal pollution is the least of nuclear’s problems. Factor in these:

  • Potential for catastrophic accidents that could make Fukushima, Chernobyl, and Three Mile Island look like a romp in the park
  • Deeply subsidized limited-liability insurance that means if there is a catastrophe, private citizens aren’t going to collect on their losses without a massive infusion of billions of dollars of government money (this is a US law, the Price-Anderson Act, but many other countries have similar provisions)
  • A long and sordid history of literally hundreds of small accidents that could have become big very easily–this link with pictures and descriptions of the nine worst shows that five of the nine were AFTER Chernobyl
  • A 250,000-year pollution problem in the need to isolate extremely deadly wastes from the environment for a quarter of a million years (think about how few artifacts remain from even 5000 years ago, and almost nothing of human origin exists from even 30,000 years ago)
  • Huge inefficiencies that lead one analyst, John Berger, to conclude that nuclear–counting the entire fuel cycle–had actually consumed five times as much energy as it produced, so all this risk is for NO benefit (I have the full citation in my book, Nuclear Lessons)

And you wonder how any environmentalist (and several very prominent ones have) can endorse this terrible, deeply flawed, and very UN-green technology.

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