Stumbling across this article on bicycle-powered-everythings (bicimaquinas) in Guatemala—grain mills, water pumps, nut-shellers, blenders, and more—I’m reminded once again of the key question to ask if you want to spark innovation while keeping an eco-friendly focus on using fewer resources.

Too often, we focus on the tool: asking questions like “how do I get a new tractor?” But what is a tool? It’s a means of accomplishing a task! So the real focus should be on the task: “How can I get this done?” Asking “how can I get harvestable plants” might lead to plowing with draft animals—or to no-till farming techniques.

Green entrepreneurs (or frugal ones) refine that question. It morphs into “How can I accomplish this with the fewest resources?” Money and time are resources. So are raw materials, energy, water, plant seeds, animals, and so forth.

The people at Maya Pedal, the organization profiled in the bicimaquinaarticle, understood this. They looked around and realized there were a lot of junk bikes out there that could still do plenty of useful work, just not as transportation. They’ve come up with 19 different models so far.

Bicycle technology is cheap, accessible, understandable, and versatile. In fact, my latest book Guerrilla Marketing to Heal the World mentions a number of creative bike technology uses, even including a bike-powered trash hauling company. I also know of a fitness center that harnesses the energy of their bike-pumping clients to light the room.

We can ask this question in many situations—and it creates abundance. Asking “how can I power my electronic devices easily and cheaply without negative environmental consequences” might lead to developing something like the amazing Blue Freedom frisbee-sized hydroelectric plant (no dam required).

This blender is one of 19 different types of bicimaquinas—bike-powered equipment—developed by Maya Pedal in San Andrés Itzapa, Guatemala
This blender is one of 19 different types of bicimaquinas—bike-powered equipment—developed by Maya Pedal in San Andrés Itzapa, Guatemala

Back when laser printers were retailing for $7000 and I had only a dot matrix, I asked myself how I could offer laser quality to my clients without spending that kind of money. That led me first to rent time on a nearby laser printer for a dollar a page, and later—when I spotted a remaindered model for $2500—to organize a co-op of four local business owners who chipped in $700 each to buy the printer and a sturdy stand for that very heavy machine. Since I organized the co-op, the printer lived in my office.

Amory Lovins, founder of Rocky Mountain Institute, asked himself how to build a really energy-efficient house  that could fund the energy improvements out of capital savings. All the way back in 1983, he built a near-net-zero-energy luxury home that didn’t need a furnace or an air conditioner (in the snowbelt outside Aspen, Colorado, where the biggest industry is skiing). I have a detailed study of Lovins’ work in Guerrilla Marketing to Heal the World, by the way—including the energy retrofit of the Empire State Building that saves $4.4 million per year in that building’s energy bills.

What’s the second question you might ask? How has nature already accomplished this task? But that’s an exploration for another time.

Thanks Heath Dannis, @dannis_heath for sharing the great story about bicimaquinas.

Facebooktwitterpinterestlinkedinmail

Before Fukushima, Japan was second only to France in the percentage of electricity it generated from nuclear (some 30 percent). With 54 reactors, only the US and France had more (China only has 15, with 30 more under construction).

When all those plants were shut down following the 2011 accident (and only two restarted since), a lot of experts predicted that Japan would have an energy crisis. However, the whole country went on a deep conservation spree, and the results are terrific.

Now, Japan’s utilities are predicting a surplus of electricity even during the summer crunch. Yippee!

And this means the whole world really can learn to live more lightly with the same standard of living, replacing environmentally disastrous coal and fossil-fuel plants with conservation and renewables.

Facebooktwitterpinterestlinkedinmail

Conservation measures in the northwest, with a three-year overall payback, saved enough energy to power 153,900 homes: 254 megawatts.

And in the last 33 years, that region has saved enough energy to meet Seattle’s energy needs four times over.

That is A LOT of power savings, and totally replicable elsewhere in the country. Makes a lot more sense than building more coal or nuclear plants!

Facebooktwitterpinterestlinkedinmail

Remember that old bumper sticker, “Trees are America’s Renewable Resource”? It’s true. You can regenerate a harvestable forest in 20 years or so: a nanosecond compared to the millions of years necessary to create fossil fuels.

However, and it’s a BIG however—biofuels such as timber or scrap wood, or for that matter, corn-based ethanol, are for the most part not sustainable. They are far from carbon-neutral, and in fact generate large amounts of carbon and other pollutants. Think about it: coal and oil are fossilized carbon that originated from plants and animals; wood and corn haven’t fossilized the carbon, but they are very much carbon-based life forms, and we add a lot of carbon back into the air when we burn them.

So the effect of these fuels on climate change is negative: they push us more in the direction we DON’T want to go.

Add to that such effects as habitat destruction from clear-cutting, food shortages resulting from diversion of protein crops into energy that powers machines instead of humans and animals, and toxicity from burning chemically treated wood scraps, and it’s pretty clear that this path isn’t sustainable.

Are there biofuel technologies that actually are sustainable? Maybe. The Q microbe certainly seems to have promise. As a non-scientist, I leave that answer to those who know more than me.

In the meantime, let’s focus on those technologies that clearly ARE sustainable. Amory Lovins of the Rocky Mountain Institute estimates that we could easily save 70 to 80 percent of our energy by simply designing for maximum energy utilization and eliminating the considerable waste of our present systems. Beyond that, truly sustainable technologies such as small-scale solar, wind, and hydro generated at or very near the point of use hold out a lot more promise than either biomass plants or centralized coal, oil, and nuclear.

Facebooktwitterpinterestlinkedinmail