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Will Biofuels Become Mainstream?

Will Biofuels Become Mainstream?

Michael Kanellos

Biofuels are the siren song of the greentech industry.

Cheap, plentiful biofuels could ameliorate a host of global problems: carbon emissions, trade imbalances, agricultural employment in the middle of the country and emerging nations.

And there is no doubting the demand. The world consumes the equivalent of 1.06 cubic miles of oil globally a year, according to Hew Crane, Ed Kinderman and Ripu Malhotra from SRI International. That’s close to 1.1 trillion gallons a year, or more than enough to fill 1,500 sports stadiums. Peak oil, according to many, is expected to occur in the next decade or two, leading to lower output, higher prices and a golden opportunity for ethanol, biodiesel and biobutanol.

The biotech cluster around the University of California Santa Cruz could emerge as the Saudi Arabia of synthetic fuels.

The problem is the cheap and plentiful part. Many current biofuels are expensive and rely on food crops grown on valuable arable land. 30 percent of the U.S. corn crop goes toward corn ethanol, which only marginally reduces greenhouse gases. Subsidies are mandatory.

Algae and cellulosic fuel companies claim they can get around this problem. An algae farm can produce approximately 5,000 gallons of fuel per acre a year, far higher than the few hundred gallons that can be harvested from soy or corn. Algae can also be grown indoors, on the marginal strips of land that line freeways or even in big balloons filled with sewage, some claim. The problem? Only a little algae fuel has been made.

The high costs and high risks of the industry are already apparent. While investors flocked to alternative fuels in 2007 and 2008, the subsequent swoon in oil prices has sucked a good portion of the life out of the industry. To survive, biofuel companies now claim they will concentrate on green chemicals, aircraft fuel or even oils for the food industry for the meantime.

Electric cars-once obscure and impractical-have captured the imagination of car makers and consumers alike. Simple improvements in efficiency could also put a dent in fuel consumption.

Nonetheless, a trillion gallons is an almost unfathomable opportunity and efficiency and electric cars can only partially soak up some of that consumption.

So what will it take to get biofuels flowing to the mainstream?

Michael Kanellos is the Editor in Chief at Greentech Media, where he covers emerging technologies and companies in the green world. He has appeared on 60 Minutes, NPR, Al Jazeera, Fox News among other media outlets and speaks often at tech conferences. A graduate of Cornell University and the University of California, he has worked as an attorney, a travel writer and a busboy at a pancake house.

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  • cliveJuk
    All of this is all very well and must be applauded. Now here is the big however, the biggest challenge is meeting the high and cyclical demands of electrical power for industry commerce and the home. If carbon emissions reduction is the goal here, then Nuclear Power stations are the lesser of all evils. We have no other choice. You can harp on about alternatives until you are blue ( or green perhaps ) in the face but, they will NOT meet our demands and we are running out of time. GE can do this, or will it all be left to French and Indian companies to develop this.
    By the way GE's new Discovery MR systems have water cooling systems to protect the technology. Heat output from the MR runs into many kilowatts. How about using a thermal exchanger that will provide heated water for the hospital.
  • MikeKanellos
    Nuclear is an interesting debate. The hold-up, however, may be the banks. They tend to be concerned about cost-overruns. That said, it would lead to a convenient supply of carbon free electricity for electric cars
  • ej_san_fran
    In Brazil and China it seems to be a lot more cost efficient. Low cost countries to the rescue for biofuel?
  • MikeKanellos
    Brazil has experience. They've been running on ethanol since the 70s so the capital costs have been absorbed. I'm not sure how China is doing with biofuels.

    But here is a scare stat: Propel just showed off an ethanol station in Oakland, Ca yesterday. They are selling ethanol for $2.49 a gallon. E85 ethanol, however, only has 2/3s the energy of gas. That means, compared to gas, it costs $3.75. Not a bargain.

    see photo of pump here http://gigaom.com/cleantech/propel-to-build-75-biofuel-stations-in-cali/
  • Smokie99
    I have filed a PCT patent, on proven system to release energy from water,
    I simply inject measured amounts of water into a impact chamber at 5,600 ft per sec, inside an expansion chamber. I get heat flux in ms. I get dry high pressure
    gas in ms. without boiling, you would expect this at temperatures over critical, but I can do it as low as 400F... I also get increased expansion ratio..
    Also my tests show, much more energy out.. I use well insulated copper,
    with high wattage, up to 10 KW hr or more per cylinder..
    I am 5 times more powerful and efficient as Abner doble... Look him up
    in 1916 he had 66 HP at 900 RPM.per liter. never duplicated today.
    And my system only uses 2% of energy he did.
    Richard Aho, reaho@comcast.net, 248-635-1419
  • mauricioalfredon
    Certainly true. But i belive the biofuels, heat, energy and water nexus is vital for human energetic needs and goals, and investment has to be pursue auntil success has been achieved. Mauricio Ondarza
  • I think is a very important think in diferents ways to keep clean our world, because first off all this is where we live, and who wants a dirty house?
    no one!! so let's start taking care about us and our children's future!!
  • diazanator
    why would a company that manufactures electrical equipment be looking into bio fuels, when you could be making giant magnetic generators ???
  • I have a unique green energy project for sale or development,It is a new idea which is an engine that runs on natural permanent magnetic energy,NO FUEL ,NO POLLUTION, The ideal green engine that would help clean up our world and help to reverse climate change and global warming,You would gain a massive return for a small investment to develope this project,For more details e-mail- wn.lewis@yahoo.com.
  • Switch Grass is 5 times the energy of corn so switching to switch grass would be 5 times the energy of corn is and expand the bio fuels quantity energy ..
  • MikeKanellos
    I love the feedstock debate. Corn will get phased out. Soy likely will too. Sorghum has some impressive fans. http://www.greentechmedia.com/articles/read/chromosome-designer-moves-into-biofuels/

    Switchgrass would be great, but the companies that want to convert it to fuel are still working on their processes or magic bugs. Some key players to watch: Zeachem, Cobalt, Coskata, Genencor.

    Algae has the strongest promise. Solazyme says that in two years it might be able to show it is commercially viable.
    http://www.greentechmedia.com/articles/read/solazyme-gets-52-million-more-in-push-toward-production/
  • MikeKanellos
    Interesting tidbit today. The State of Mississippi just agreed to loan Kior, which claims it can make a petroleum replacement, $75 million. http://tinyurl.com/2a3hcbv. Vinod Khosla invested in Kior. By 2015, it will result in 1,000 direct and indirect jobs.

    It's the third green manufacturing deal for Gov. Haley Barbour in recent times: he also recruited Twin Creeks Solar and window maker Soladigm. http://www.greentechmedia.com/articles/read/smart-window-maker-soladigm-to-put-factory-in-mississippi/
  • winstonrice
    Biofuels are intriguing; I have heard so many contradictory things about them, and yet it seems like they may play an important role in our energy future. Does anyone know of a good book or article that can give me the basics about biofuels? What kinds of things make good biofuel resources?
  • liquidwind
    Hi Winston, I have met with a big oil company in the course of my work and they are doing serious research into bio-fuels, I can't remember the exact figure but it was around the $500m over the last 7-10 years. part of the problem with this scale of investment in IP is that they were understandably unable to disclose what they thought the best options were in the field, by the sounds of it they had tried it all.
    So the detailed info is out there, but the best stuff is not publicly available from what I can tell.
  • fynn19
    Check out Lester Brown's Plan B 4.0. He makes a convincing argument against biofuels, especially in a world with massive potential for the development of more efficient renewables like wind, solar, and geothermal...not to mention the dilemmas associated with rising food insecurity and over a billion hungry people...
  • MikeKanellos
    It's not completely on biofuels but A Cubic Mile of Oil contains an interesting discussion on the challenges of displacing fossil fuels. Hew Crane is the lead author. Biofuels: The New Energy Economy by Pahl and McKibben gets good reviews. And of course you can go to the The Oil Drum (www.theoildrum.com) for lively discussions on the topic. Joe Romm's Climate Progress dips into it as well. www.climateprogress.com
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