This is a continuation of my coverage of Burning Man. You can see the first part here .

While for many Burning Man is just a big bacchanal and an exercise in artistic "radical self expression," it's also exactly what you make it. If a party is what you're looking for, you'll find it.

But I was looking for some inspiration for those of us who are concerned about the future of energy, and humanity's ability to adapt to a changing world. And I found that too.

In this article, I'll mostly let the photos do the talking. Here is a small sampling of the ones I took.

Below the Man, there was a pavilion featuring informational displays, kiosks, games, moderated discussions, renewable energy machines...a host of useful and educational resources where one could learn about energy, the energy aspects of the event, and options for the future.

Here's one display that I thought was clever. Each square of the "Myop-oly" game was a window you could open to see a few paragraphs and photos about each subject, with a general focus on our myopic oil-based approach to energy policy:

Near to that display, there was a working algae carbon-sequestration unit, which was fed CO2 from the exhaust of a generator:

There were a few displays designed to make you think about your own energy footprint:

On a different note, one of the key elements of the Burning Man ethos is "Leave No Trace." Every single tiny little bit of anything that isn't playa dust or clean water is MOOP (Matter Out Of Place) and must be tracked down and captured, even MOOP as small as stray fibers of clothing and sequins. Consequently, there is a trash fence strung along the outside boundary of the event, some eight miles long (if memory serves).

Only by leaving no trace can an event like Burning Man continue on these public lands (managed by the Bureau of Land Management). So every camp is exhorted to do a MOOP sweep over every single inch of their campsite before leaving. Everything that the campers don't catch, somebody else will have to clean up later when Black Rock City is finally and completely removed, leaving only the playa.

This map showed the good (green) the bad (yellow) and the ugly (red) sectors from the previous year.

There was even a little "Eco-confessional" booth where you could step in and confess your ecological crimes to a person on the other side of the veil.

This year, the Man was powered in part by a solar PV system:

But for a longer-term impact, Burning Man also sponsored the design and installation of a 120 kW solar array in Gerlach, Nevada and a 60 kW solar array in Lovelock, Nevada, which will remain year-round as a donation to the nearby communities.

Among the more interesting installations in the pavilion under the Man was a unique little wind turbine, just 200 lbs and 6.5 feet tall, on a pedestal which was designed for mounting to the parapet of a flat roof, so that it wouldn't require any roof penetrations. This cute little bugger purports to start up with only a 7 mph wind (12 mph is more the usual requirement) and claims to produce 55 kWh/month (but they didn't specify how many hours of wind that was based on).

There was another display, featuring several designs of "rocket stoves." These are essentially simple wood-burning stoves, which restrict air flow so that they burn hotter and more efficiently, with fewer emissions. Such stoves can provide space heating, water heating, and a cooking surface all in one. Since they can be made from everyday items and scrap metal, they are particularly useful for third-world applications where wood is the only available fuel but is typically burned in inefficient open pits.

Apart from the central pavilion, there were also many purely fun applications of renewable energy, such as this zoetrope installation, which when lit up by strobe lights at night, gave the appearance of apes crawling around the top ring as green snakes wound their way down the armatures to feed them an apple.

The whole thing was powered by a series of stationary bikes, with solar panels on top, which together charged up the battery bank in the center:

Various solar-powered "art cars" also graced the playa, such as this beauty:

I even found a few wood- and propane-fired steam-powered cars (as well as a full locomotive steam engine on wheels, of which, unfortunately, I do not have a photo). Here is one of the steam-powered cars:

The box in the back contains wood, which is fed into a small firebox at the driver's feet.

And here is a propane-fired steam car:

The above was built by a friendly tinkerer who also built this ingenious water distiller, which was powered by both solar and a wood-burning furnace:

Another fun solar application was "Dr. Blendo's Solar Powered Smoothie Machine": a DIY project built on a little cart, with an electric and a hand-powered blender, a canopy of thin-film solar, a Xantrex "Power 1500" integrated battery/inverter unit in the bottom, a Bose sound system, and a cooler. According to Dr. Blendo, the blender overheated and gave out long before the solar power system did. He was using it to charge up all matter of batteries since it was generating extra power.

Among the theme camps at the event was a designated Alternative Energy Zone, featuring some 50+ participants who offered a guided tour of their various alternative energy devices, even handing out cookies baked in a solar oven. Unfortunately, I was unable to attend a tour, but I stopped by and found a camp full of enthusiastic folks, including everyone from garage tinkerers to electrical engineers, who had brought their functional projects to display and discuss. I found it quite inspirational.

Of course, this is but a tiny little representation of the inspired madness that is Burning Man. Even a week is a paltry amount of time to devote to discovering the many experiences that the event has to offer. And one person's experiences can only hope to offer a small representation of what was there.

So why would I see fit to write about Burning Man for this newsletter about energy and investing?

Because I found in it real inspiration for our future.

Sure, it's a big party, and the "Green Man" theme is chock full of ironies.

But it's also a testament to the fact that 47,000-some-odd people can not only survive in extremely difficult conditions, but thrive, without money, without facilities, without a grid, without a grand plan to pull it all together, and without leaving a trace.

It's simply human ingenuity at work. With a strong ethos of instant community, Burning Man proves that people can come up with their own bottom-up solutions to energy, water, food...all that a person needs.

And that gives me hope. Yes, peak oil presents some very difficult challenges to a public accustomed to being able to fill up a gas tank or turn on a faucet at will. But if we work together, and take a cooperative attitude toward those challenges, we can face them together and still have a great time. Everything we need is in our own hands. We just need to realize it.

Until next time,

Chris

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Use nuclear power to generate steam and elemental hydrogen. then
we get high quality crude oil from our neighbor with minimum c02 emissions. better to get oil this way than to reduce our std of living or import from venezuela or the middle east.