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Bashing biofuels to make them better
Recent developments in the biofuel story have given no guarantee that a biofuel industry will be set up in time to help the building environmental crisis (in fact many new reports say biofuels are making it worse); nor will it be able support a new direction for America’s handling of oil rich nations any time soon. Any kind of fuel production affects many areas of our global society; in America, both petroleum and biofuel development affect governmental policies regarding agriculture, energy, global warming mitigation, national security issues, rural poverty intervention through job-creation, and emission regulations. There may be many unintended consequences from jumping the ‘bash biofuels’ bandwagon, the least of which is continued support for petrodictators; the recent reports issued by many environmental and food groups, however, on face value, seem to make recommendations that will improve the viability of the biofuel industry in the long-run…if it survives.
Only a few years back, biofuels were everyone’s darling; it claimed to be domestically produced, from a sustainable feedstock, created fewer emissions when burned, and could be used to combat global poverty and global warming. Ethanol jumped to the forefront of American energy policy. What happened; where did all those good vibrations go. In light of the many recent critical reports, many of us find ourselves asking, ‘was the biofuel industry really misrepresented this badly?’.
Recently, the Sierra Club and the Worldwatch Institute released a report called “Smart Choices for Biofuels”, which tried to address some of the issues that have been raised with biofuels since the Renewable Fuel Standard (RFS) began allowing for the ratcheting up of ethanol production. The report makes recommendations and offers a good synopsis of the issues with the fuel to date.
Anyone who has been following biofuels over the course of the past two years has witnessed a meteoric rise of an industry and its subsequent crash. Corn ethanol companies that sold for $20-40 per share in 2006 are now selling for pennies; dozens of start-ups were on the brink of bankruptcy at the beginning of 2008, and many more have since filed for Chapter 11 protection (1.5 billion gallons worth). The industry seems to be reeling from an intense build-out phase coupled with falling-off demand; the story is eerily similar to what is happening in the solar industry today.
While the problems in the ethanol industry really all center on first generation technology, advanced and cellulosic biofuels have suffered alongside them. Corn, or crop-based ethanol (conventional biofuel) was essentially developed as a path toward American energy independence. It was developed as a way to allow farmers from America’s Heartland to supply our nation with a sustainable fuel production process instead of leaving our nation to be dependent upon Middle Eastern, South American, and N. African oligarchs and despots.
Raising ethanol blends, though, should be delayed in favor of continuing support of oppressive regimes that produce oil; this is what many groups opposing the production of ethanol would have us believe. Is this reasonable/rational/logical? According to Friends of the Earth, Biofuels Mandate Campaign, in addition to increasing overall greenhouse gas emissions, for corn ethanol “it has been estimated that for each gallon of ethanol produced, four gallons of water are needed. Corn also requires large quantities of nitrogen fertilizer, which causes severe adverse impacts on water quality and biodiversity when leeched from corn fields”. Advanced and cellulosic ethanol have worked successfully to address these areas, and as a result are recommended in many of the reports critical of ethanol production.
Friends of the Earth, and other environmental groups like them (Sierra Club, Worldwatch, GreenPeace, Environmental Working Group), as well as a growing coalition of livestock and grocery groups have all banded together to oppose the ramping-up of ethanol. While they advocate advanced and cellulosic ethanol sometime in the future, they essentially reccomend scaling back ethanol production in the present. This gives credence to the idea that America can afford to continue to participate in 'one of the largest transfers of wealth in history' through the purchase of petroleum from nations in opposition to American ideals. The EPA has recently stated that it wants to increase the ethanol blend percentage in U.S. gasoline from 10% to +12% and then to 15%. This increase in ethanol use, critics claim, will result in the absolute destruction of the environment or will make food and commodity prices so expensive that Americans simply will not be able to afford buying anything anymore. Some organizations call for the absolute abandonment of ethanol production, others stipulate that corn ethanol should be scaled back while advanced and cellulosic ethanol production is given a larger percentage of the pie.
This is how my post today on Examiner.com began. It goes on to list the recommendations from the report and provide a link to the Sierra Club and Worldwatch Institute paper.
The main question I was trying to raise in this piece was whether or not the unintended consequences resulting from biofuel production outweigh the unintended consequences from delaying it.
You can find the article here:
http://www.examiner.com/x-2903-Energy-Examiner
~y2009m2d25-Bashing-biofuels-to-make-them-better
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Most RecentMost Recommended Comments (5)
at 10:47 on February 25th, 2009
Very informative. Thanks for this piece.
at 10:52 on February 25th, 2009
Thanks for this informative piece - I think so many people have no idea about biofuels
at 11:07 on February 25th, 2009
Good Post, however it is important to mention that in the case of Ethanol production from Corn for instance it does require more input energy then received output Fuel energy making it counter productive. Where as Bio Diesel from waste products such as cooking oil if giving more output energy then needed to make it compatible with Bio Diesel Engines where the Energy freed is then cost effective and can be balanced on an environmental equation with beneficial results.
at 11:35 on February 25th, 2009
One point to add: It is not the Middle East that supplies most of the oil for the US. It is Canada. Corn-based biofuels are inefficient and are nothing more than a direct subsidy from taxpayers to farmers. Non-food based biofuels are the only sustainable way to go.
at 21:03 on July 5th, 2009
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