The clean tech economy is taking off, and it’s going to be very interesting to see what will actually work. What concept will bring it all together?

From a production (energy) standpoint, you’ve got solar, wind, geothermal, tidal, hydro, and ethanol. And with consumption, you have to ask how are we going to create products, how are we going to deal with waste, and where are we going to get our food and water?

When you start looking at all these variables, you seem to get to the root of the sustainability problem… it’s very fragmented. There needs to be a new holistic approach that attacks the whole issue. Where do we get our energy, our food, and a new paradigm for products and waste? To us, the answer is quite clear… it’s found in nature, where the essence is growth. Grow our food, grow our energy, grow our resources. It’s all about growth energy… bioenergy.

Currently, the word ‘bioenergy’ is somewhat limited so I’m going to define how it’s currently perceived and then go into how its meaning has the ability to grow itself.

Right now, bioenergy means the act of using organic waste products and/or algae and other microorganisms to create ethanol fuel or some other type of crude oil replacement. The company leading the way is Coskata, backed by legendary Sun Microsystems founder Vinod Khosla. It was recently voted Hottest Company in Bioenergy. They are doing some incredibly innovative stuff, and claim to be able to produce ethanol for less than $1/gallon with their hybrid gasification and fermentation system. As Khosla says, he is a pragmentalist, not an environmentalist, and his company is surely capitalizing on the growing market for ethanol fuel. Yet, you have to believe that although ethanol burns much cleaner than gasoline, it is only a short term fix… it’s almost like putting a band-aid on a cut that needs stitches. More so, with an electric car infrastructure on the horizon, doesn’t it seem ethanol may not even be a part of our future?

This leads us to our broader concept of bioenergy. The grapethinkers are obviously inspired by nature and have always found photosynthesis fascinating. The method by which the chlorophyll molecule uses sunlight, water, and carbon dioxide to create energy in the form of glucose and oxygen, ultimately the components that power nature and our own bodies. Some incredible scientists at MIT, one of which (Dan Nocera) I was fortunate enough to meet at the World Science Festival in NYC last May, are currently all over this and have invented a contraption that mimicks photosynthesis. The device uses sunlight to split water into oxygen and hydrogen, which can be stored in the form of hydrogen fuel. This is ground breaking because it makes solar energy, more specifically photosynthesis, seem to be the sustainability solution. Right now, solar cells are completely reliant on silicon (and a few other innovations), making them cost ineffective due to the price of materials, and more so because of the inefficiency of the PV cell in converting sunlight to energy and having the capacity to store this energy. By incorporating these new photosynthetic systems into solar panels, homes and office buildings will be able to generate power for their operation during the day and store excess energy in the form of hydrogen fuel in an on-site fuel cell, which can then be used at night for normal usage and electric vehicle recharging.

If you install these photosynthetic solar cells into buildings, use biodegradable innovations like Ecovative Design’s products, and start the process of urban farming, we will begin to grow our homes and buildings into living, breathing, self-sustaining bio-towers that produce enough energy, food, and other bio-materials to supply the inhabitants of that location as well as excess to send/sell back to the grid. With this, we will truly start to model the growth of nature.

Maybe if we can succeed in incorporating this paradigm shift into the way we produce our materials, food, and energy, then the mindset can move into the public mentality. Then we can grow our minds and our relationships and our businesses. Organic growth opposed to the fundamental mindset of immediate gratification and synthesis that has manifested itself in Big Pharma, Big Oil, and all the big consumer product companies. A whole new perception of bioenergy.

I’ll expand more on renewable homes, urban farming/biotowers, bio-materials as well as the ‘growth’ theory in future nature to the grid posts. It comes down to developing a symbiotic relationship with nature and embracing what has evolved over billions of years as inspiration for an ecolistic world.

Nature to the grid!

Related posts

• Nature to the Grid: Renewable Homes
• Biodynamic Agriculture

I stopped by Troy, NY back in August at the beginning of my cross continental journey into nature to visit Eben at his Ecovative office on the Rennselaer Polytechnic Institute campus. I had recently become fascinated with the mycelium substance that they’re using to grow… that’s right, grow… a polystyrene substitute. As many of you know, polystyrene, also known as styrofoam, is one of the most non-biodegradable products made by man, and utilizes a ridiculous amount of energy to produce. It is a peak product of egoic, ecological destructive manufacturing that must be eliminated from our supply chain and environment.

Ecovative Design’s flagship product, Greensulate, combines local agricultural products with cellulose to form a particulate that is then bound together using the magic of mycelium. The finished product is a grown biological composite. The world’s first sustainable rigid board insulation that serves as a direct replacement for polystyrene. This is fascinating stuff!

Here’s an endorsement of PICNIC by President Clinton that I thought was interesting:

Also, here’s some sci-fi mycelium perspective for you:

1) The largest and oldest living organism in the world is a mycelium patch in eastern Oregon

2) If we were to terraform Mars, we would start with mycelium (fungi) in a symbiotic relationship with algae to make the soil inhabitable for seedlings and create photosynthesis to oxygenate the atmosphere.

3) More and more studies are showing that this stuff is natures neural network and that our minds have evolved from it! Check out Paul Stamet’s book Mycelium Running for more info or his TED talk on 6 Ways Mushrooms Can Save the World… this is going to be big.

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• Nature to the Grid: Bioenergy
• West Coast Green – How my life changed this week