Putting the Free Market to Work in the Interests of National Security
Monday, August 29, 2011
By Thomas J. Buonomo
Welcome to the central action hub for all things concerning the vitally important legislation, The Open Fuel Standard Act.
By Thomas J. Buonomo
The following review by Patrick Robinson in the West Seattle Herald, was written in response to the Seattle showing of the rough cut of the film on August 6th. The filmmakers are touring the country. You can find out when they'll be in your area by going here.
Ethanol does not require more energy to make than it yields.
Argonne National Laboratory research has shown that corn ethanol delivers a positive energy balance of 8.8 megajoules per liter. The energy balance from second-generation biofuels using cellulosic sources is up to six times better, according to a study published in Biomass and Bioenergy Journal.
Ethanol does not take food away from humans.
Only 1 percent of all corn grown in this country is eaten by humans. The rest is No. 2 yellow field corn, which is indigestible to humans and used in animal feed, food supplements and ethanol. Read more about this.
Ethanol does not emit more greenhouse gases than gasoline.
A 1996 EPA study analyzing sources of air pollution confirmed that gasoline vehicles and non-road equipment are the largest contributors to vehicular gaseous hazardous air pollutants. However, another study showed ethanol reduces tailpipe carbon monoxide as much as 30 percent and tailpipe particulate matter emissions by 50 percent.
Also, the Journal of Industrial Ecology at Yale University published a study in 2009 that found that greenhouse gas emissions are reduced by up to 38-59% when using ethanol as a transportation fuel.
Ethanol can be made from waste.
Cellulosic ethanol can be made from agricultural waste and biomass such as corn cobs and stover, wheat straw, wood, energy crops, and even municipal waste.
Ethanol is cleaner burning.
Compared to gasoline, ethanol reduces every single tailpipe emission (CO; CO₂; smog; particulates; NOx and SOx) because ethanol contains 35% oxygen and results in a higher temperature burn.
12 billion gallons of ethanol were produced in Canada and the US in 2010.
This will grow to 36 billon gallons by 2020. Currently, the ethanol industry replaces 364 million barrels of imported oil each and every year in the USA and Canada.
Ethanol creates jobs and is good for the economy.
A major study by the Windmill Group identifies 645,000 jobs created by ethanol in the USA.
By Gal Luft
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| Rostam Ghasemi |
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| Obama announcing new CAFE standards |
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| An agave plantation in Africa |
The following was written by Jigar Shah, CEO of the Carbon War Room, in a Huffington Post article here.
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| Obama announcing new CAFE standards |
1. The barrier of scale: With all the regulatory requirements, a new auto company cannot realistically "pilot" a new car. It realistically takes $2 billion to start a new automaker and meet regulatory requirements at scale.
2. The barrier to fuel alternatives: We lack sufficient support in the development and distribution of alternative fuels. And having cars that can be retrofitted is well within our reach. According to The Methanol Institute, "[t]oday, producing new cars with gasoline, ethanol and methanol, or 'GEM,' flexible fuel capability would cost about $100 per vehicle."
3. The barrier of vehicle-to-grid infrastructure: We have not devised a sensible approach to promoting electricity vehicle-to-grid (V2G) infrastructure (supporting a system for electric plug-in-vehicles). This is documented in Energy Policy in an article entitled, "Beyond batteries: An examination of the benefits and barriers to plug-in hybrid electric vehicles (PHEVs) and a vehicle-to-grid (V2G) transition," by Benjamin K. Sovacool and Richard F. Hirsh (Volume 37, Issue 3, March 2009, pp. 1095-1103).
The following is by Robert Zubrin, originally published here.
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| Are you willing to bet ten thousand dollars gasoline can beat methanol? |
Using alcohol for fuel is not new. In 1860 Nikolaus Otto built an early internal combustion engine. Its fuel was alcohol. Ford's famous Model T Ford had a built-in adjustable carburetor so it could burn either alcohol or gasoline. In other words, it was a flex fuel car.
All this has been largely forgotten. But in the Betty Boop cartoon below, it was apparently well-known and taken for granted back in 1939. Check it out:
By Alan Anderson
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| The House of Representatives |
The following is an excerpt from an article in the Huffington Post:
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| Congressman James McDermott |
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