Corn and Ethanol.

Iowa responds to Wall Street Journal errors in editorial page:
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Iowa’s Ethanol/E85 Talking Points
May 27, 2009
Iowa leads in corn production


Iowa produced 2.4 bbu of corn in 2007, average yield 175 bu/acre


In 07/08, 565 mbu of corn were fed in-state.


In 07/08, Iowans used an estimated 1,066 thousand metric tons of DDG to feed livestock. DDG use expected to increase to 1,696 KMT in 08/09. (Assumes 30% ration for ruminants @1.2 feed value of corn; 15% ration for hogs @ at 1.0; and 5% ration for poultry @.5)



The US produced 13.1 billion bushels of corn and has a current ethanol capacity of 10.6 billion gallons of ethanol.



Ethanol—Iowa’s the leader!



Iowa’s ethanol industry can produce more than 3.27 billion gallons annually, using over 1 billion bushels of corn.



Iowa has:

4 wet mills = 445 million gallons
35 dry mills = 2.5 billion gallons
TOTAL: 39 Iowa Ethanol Plants
1 under construction/expansions = 275 million gallons


Combined production & construction/planning capacity = 3. 8 billion gallons, using

1.4 bbu (over 50% of the 2007 crop).

Ethanol: using home-grown fuel in Iowa:


Iowans bought over 1.2 billion gallons of ethanol blends last year (1,216,034,082 gal.

in 2007 (1,212,613,525-E10 and 3,420,557 – E85).


Ethanol’s market share now = 78% of Iowa fuel



Iowa E85 sales set monthly sales records last year.

58% growth in sales from 2006 to 2007 (3,420,557 in 2007 vs. 1,975,359 in 2006)



132 E85 pumps in Iowa now (55 in 2006). http://e85prices.com/iowa.html


1 out of every 10 vehicles purchased in 2007 was a FFV


As of September of 2007 Iowa had approximately 95,000 FFV’s on the roads


Food & Fuel – Corn Growers Can Do BOTH


A study released by Merrill Lynch states that blending ethanol with gasoline gives

you a 45 cent savings at the pump


Kernels of Truth


11 cents of corn can be found in your cereal


28 cents of worth of corn can be found a dozen eggs


There’s only 13 cents of corn in a gallon of milk


There are 18 cents of corn in a ¼ pound hamburger


31 cents of corn can be found in an Iowa pork chop



Soda contains just 3.5 cents of corn in a liter


Contributors to food costs



Labor = 38¢ of each dollar consumers spend on food



Packaging, transportation, energy, advertising, profits = 24¢



All food inputs, including corn = just 19¢
 
Ethanol's Grocery Bill

Two federal studies add up the corn fuel's exorbitant cost.

The Wall Street Journal/Opinion
June 2, 2009


The Obama Administration is pushing a big expansion in ethanol, including a mandate to increase the share of the corn-based fuel required in gasoline to 15% from 10%. Apparently no one in the Administration has read a pair of new studies, one from its own EPA, that expose ethanol as a bad deal for consumers with little environmental benefit.

The biofuels industry already receives a 45 cent tax credit for every gallon of ethanol produced, or about $3 billion a year. Meanwhile, import tariffs of 54 cents a gallon and an ad valorem tariff of four to seven cents a gallon keep out sugar-based ethanol from Brazil and the Caribbean. The federal 10% blending requirement insures a market for ethanol whether consumers want it or not -- a market Congress has mandated will double to 20.5 billion gallons in 2015.

The Congressional Budget Office reported last month that Americans pay another surcharge for ethanol in higher food prices. CBO estimates that from April 2007 to April 2008 "the increased use of ethanol accounted for about 10 percent to 15 percent of the rise in food prices." Ethanol raises food prices because millions of acres of farmland and three billion bushels of corn were diverted to ethanol from food production. Americans spend about $1.1 trillion a year on food, so in 2007 the ethanol subsidy cost families between $5.5 billion and $8.8 billion in higher grocery bills.

A second study -- by the Environmental Protection Agency's Office of Transportation and Air Quality -- explains that the reduction in CO2 emissions from burning ethanol are minimal and maybe negative. Making ethanol requires new land from clearing forest and grasslands that would otherwise sequester carbon emissions. "As with petroleum based fuels," the report concludes: "GHG [greenhouse gas] emissions are associated with the conversion and combustion of bio-fuels and every year they are produced GHG emissions could be released through time if new acres are needed to produce corn or other crops for biofuels."

The EPA study also explores a series of alternative scenarios over 30 to 100 years. In some cases ethanol leads to a net reduction in carbon relative to using gasoline. But many other long-term scenarios observe a net increase in CO2 relative to burning fossil fuels. Ethanol produced in a "basic natural gas fired dry mill" will over a 30-year horizon produce "a 5% increase in GHG emissions compared to petroleum gasoline." When ethanol is produced with coal burning mills, the process "significantly worsens the lifecycle GHG impact of ethanol" creating 34% more greenhouse gases than gasoline does over 30 years.

Both CBO and EPA find that in theory cellulosic ethanol -- from wood chips, grasses and biowaste -- would reduce carbon emissions. However, as CBO emphasizes, "current technologies for producing cellulosic ethanol are not commercially viable." The ethanol lobby is attempting a giant bait-and-switch: Keep claiming that cellulosic ethanol is just around the corner, even as it knows the only current technology to meet federal mandates is corn ethanol (or sugar, if it didn't face an import tariff).

As public policy, ethanol is like the joke about the baseball prospect who is a poor hitter but a bad fielder. It doesn't reduce CO2 but it does cost more. Imagine how many subsidies the Beltway would throw at ethanol if the fuel actually had any benefits.

http://online.wsj.com/article/SB124389966385274413.html
 
In New York, a bright future for renewable fuels

Editorial- Buffalo News
http://www.buffalonews.com/149/story/661326.html

In his recent speech about the economy, President Obama called for “new investments in renewable energy and technology that will create new jobs and new industries.”

Here in Western New York, one example of this environmentally and economically sustainable energy future is in the Town of Shelby.

Opened in 2007, the Western New York Energy plant produces more than 50 million gallons of fuel-grade ethanol a year. In addition, the plant produces three valuable co-products: 160,000 tons of high-quality distillers grains; 1.5 million gallons of crude corn oil, which is used for biodiesel; and 100,000 tons of food-grade carbon dioxide, which is used for beverage carbonation, food processing and other industrial applications. The plant provides more than 40 well-paying jobs, from chemists and engineers to operators and managers, and creates new markets for local grain farmers and a valuable feed product for dairy and cattle farmers.

Throughout the nation, the ethanol industry is making progress economically and environmentally. In 2008, American ethanol producers supplied more than 9.2 billion gallons of clean-burning ethanol, equivalent to 7 percent of the domestic gasoline supply. This record production supported nearly 500,000 jobs. It added $21 billion in tax payments to federal, state and local coffers. It displaced 321 million barrels of imported oil — equal to 10 months of imports from Venezuela.

Between 2001 and 2006, water consumption at U. S. ethanol plants decreased by 27 percent, electricity use dropped by 16 percent and total energy utilization declined by 22 percent. For instance, the Shelby plant uses only about 2.5 gallons of water for each gallon of ethanol that is produced — an even lower rate than the average of three gallons of water for one gallon of ethanol in the entire industry.

Improvements in current ethanol technologies can help reduce greenhouse gas emissions by nearly 60 percent compared to gasoline. New technologies hold the potential for even greater climate benefits, reducing greenhouse gas emissions. With an abundance of “biomass” — wood wastes, fast-growing trees, corn stalks and other materials that are usually discarded — New York is poised to be a leader in renewable fuel production.

For example, researchers at the State University of New York School of Environmental Science and Forestry in Syracuse are developing technologies to grow, harvest and convert fast-growing poplar trees into renewable fuels. Others are looking at garbage, grasses and other waste materials.

Increasing domestic production of clean-burning and low-cost renewable fuels from a wide array of technologies and feedstocks will reduce our reliance on imported oil and expand economic opportunities, just as is happening in Orleans County today.
 
Thats basically where I'm at, only mine is a little Japanese 4x 4banger, no gun rack either:toung:. And the 4x gets used every winter, critical just to get around town.

And I say, "I won't fall on my sword over it." :D

Oh and congrats to the Lotto winner!

My 4X gets used every winter also, plus the bed gets used for hauling firewood to those to old to cut their own and who can't afford to buy it. About 4 or 5 of us from church have farms/property and we cut/split an extra cord or 2 every year for these folks. Not to mention the folks I pull outta the ditch line in the winter time, cause in the country, we'uns have to look out for ourselves a lot of times. Already have 4 trees down, with 2 cut, split and stacked.

In the winter time, there would be about 3 weeks when a car couldn't get out of our driveway, so 4X's are a must for us.

CB

CB
 
I
I've go a Chevy PU (8 banger, 4X), all that's missing is the gun rack, :laugh: I'm hoping it'll hold up until we can decide upon which direction we're going in the use of alt fuels. I sure don't want to buy the next generation K Car. :laugh:

Thats basically where I'm at, only mine is a little Japanese 4x 4banger, no gun rack either:toung:. And the 4x gets used every winter, critical just to get around town.

And I say, "I won't fall on my sword over it." :D

Oh and congrats to the Lotto winner!
 
$2.5 million winner because of Ethanol.....

INDIANAPOLIS — Pamela Smith of Summitville is the third Hoosier in less than a month* to win a Hoosier Lotto jackpot prize. Smith won a $2.5 million jackpot after she matched all six numbers in the May 9, 2009 Hoosier Lotto drawing.

Smith and her husband Jay opted to take the payment in a lump sum and received a check for $980,296 before taxes today.

"I hope it doesn't change a thing," said Smith. "I have a very nice life. I have everything I need."

The Madison County resident's lucky quick pick numbers were: 9-13-14-32-36-44.

Smith purchased her winning ticket at McClure Oil No. 44 at 3700 N. Broadway in Muncie. The retailer will receive a $25,000 bonus for selling the winning ticket.

Retailers that sell Hoosier Lotto and Powerball® jackpot-winning tickets receive a 1 percent bonus capped at $100,000.

"She told me that she won because of E85," said Jay Smith.

"I was looking for Ethanol gas," said Smith. " I actually went inside the gas station to thank the manager for carrying Ethanol because it's so hard to find. It was an impulse buy for me to purchase one dollar of Lotto and one dollar of Powerball."


http://www.thestarpress.com/article/20090519/NEWS06/90519031
 
CB, I'm with you on this one. My sporty little Volvo is comfortable to ride in but a huge bite in the wallet if something needs fixed. I'm not going to risk it until there is definitive evidence one way or the other.

And I just cracked up when I read your "hill to die on" line. I use the phrase "that's the hill they're going to die on" all the time and my friends think I made it up because they've never heard it before. I keep telling them that they just didn't grow up country-girl like I did. :D Or apparently Country-Boy too! :laugh:

Lady

Yeah Lady,

Us country folk have all kinds of saying, actually I use "I'm not going to die on that hill" more often, but I hadn't had my morning cup of joe, so I just cutter short, plus less chance of a spelling error.

I've go a Chevy PU (8 banger, 4X), all that's missing is the gun rack, :laugh: I'm hoping it'll hold up until we can decide upon which direction we're going in the use of alt fuels. I sure don't want to buy the next generation K Car. :laugh:

I just saw where your Gov is the next Ambassor to China.

Have a good weekend,
CB
 
....I need more independent data and not big government or big oil saying it's good or bad.

Not my hill to die on....
CB, I'm with you on this one. My sporty little Volvo is comfortable to ride in but a huge bite in the wallet if something needs fixed. I'm not going to risk it until there is definitive evidence one way or the other.

And I just cracked up when I read your "hill to die on" line. I use the phrase "that's the hill they're going to die on" all the time and my friends think I made it up because they've never heard it before. I keep telling them that they just didn't grow up country-girl like I did. :D Or apparently Country-Boy too! :laugh:

Lady
 
There's just way to much anecdotal info out there, supporting both views and you can easily find one that you like, small engines, big engines poor mileage, you name it.

So I'll wait until there is firm evidence that ethanol is safe, before I jump in with both feet, though I have no problem buying a flex fuel vehicle. I always, if possible, keep your options open. But to place all your eggs in the EPA saying "it's safe basket... ' I think not. We're the government and we're here to help. :laugh:

I need more independent data and not big government or big oil saying it's good or bad.

Not my hill to die on.

Have a good weekend all.

CB
 
P.S.- I am not aware of any vehicle since 1982 that can't handle E10 just fine. It was, after all, a U.S. mandated design requirement for all vehicles since then.
I beg to differ..many people I know with cars built in the 2000's have, or had fuel system problems, lack of power, poor mileage, etc...too many to be a coincidence from using E10.
 
Ethanol folks call out Ed:
---------------
From: http://growthenergy.org:


Today, Ed Wallace posted a column to BusinessWeek.com about Growth Energy's Green Jobs Waiver. In his column, Mr. Wallace fails in his journalistic duty to provide readers with the facts. He relies on anecdotal evidence in support of his erroneous claims while completely ignoring the large body of scientific literature that supports the use of higher blends of ethanol in vehicles.

There are many myths being propagated in the online comments about these issues. See below the claims that Ed Wallace makes and the truth of the matter. Here are the facts. We encourage all eTeam members to set the record straight in instances such as these.
Click here to post your response to the original article on BusinessWeek.com.

Ed Wallace says:
“[T]he primary job of the Environmental Protection Agency is, dare it be said, to protect our environment. Yet using ethanol actually creates more smog than using regular gas, and the EPA's own attorneys had to admit that fact in front of the justices presiding over the Third Circuit Court of Appeals in 1995 (API v. EPA).”

Truth:
There is strong evidence that increased use of ethanol has led to a decrease in ozone emissions. Since the wider use of ethanol in the fuel supply, ground-level ozone pollution has decreased throughout the United States. According to the U.S. EPA, ozone levels have decreased by 5 percent from 2001 to 2007.
In the latest “State of the Air” report issued by the American Lung Association, it notes that most cities made progress in decreasing ozone levels from 2004-2006, compared to its last report examining ozone levels from 2001-2003. According to California's Air Resources Board, since ethanol replaced MTBE in its fuel supply, the air quality has improved in the most South Coast Air Basin with the days of ozone exceedances dropping from 152 days in 2004 to 134 days in 2008 (based on 8-hour observation). Both New York and Connecticut had fewer smog days after they replaced MTBE with a 10 percent blend of ethanol in 2004.


Ed Wallace says:
“[T]ruly independent studies on ethanol, such as those written by Tad Patzek of Berkeley and David Pimentel of Cornell, show that ethanol is a net energy loser. Other studies suggest there is a small net energy gain from it.”

Truth:
Today, each gallon of ethanol produced delivers one third or more energy than is used to produce and this positive energy balance is constantly increasing with new technologies. According to the Congressional Research Service, ethanol produced from corn provides 67 percent more energy than is used during production compared to a net energy loss of 19 percent in the production of gasoline. Over the last 20 years, the amount of energy needed to produce ethanol from corn has significantly decreased because of improved farming techniques, more efficient use of fertilizers and pesticides, higher-yielding crops, and more energy-efficient conversion technology.
The studies Wallace refers to are not “truly independent.” The 2005 study by David Pimentel, an insect ecologist at Cornell, and Tad Patzek, a former oil company employee who is now director of the University of California Oil Consortium, has been thoroughly discredited by the scientific community and a growing body of government and academic research. Peer-reviewed studiesover the past 12 years find exactly the opposite of Patzek and Pimentel's findings. More than 40 percent of the references listed in the 2005 report were from the 1980s and 1990s, and it failed to meet internationally accepted standards for conducting life cycle studies.



Ed Wallace says:
“[F]orget what biofuels have done to the price of foodstuffs worldwide over the past three years...”

Truth:
Study after study has shown that ethanol has minimal impact on food prices, including a recent report by the non-partisan Congressional Budget Office, which showed the key driver in higher food prices was energy prices. The price increase attributed to ethanol was one-half of one percentage point. Other factors contributing to rising global food prices include increased demand as emerging economies grow and their populations consume better diets and more meat, increased fertilizer, harvesting, and transportation costs, excessive unregulated commodities speculation, and bad weather and drought leading to poor harvests in some parts of the world.


Ed Wallace says:
“...the science seems to suggest that using ethanol increases global warming emissions over the use of straight gasoline.”

Truth:
The most recent literature in Yale's Journal of Industrial Ecology states that the ethanol industry currently is producing a fuel that is as much as 59 percent lower in direct-effect lifecycle greenhouse gas emissions than gasoline. That's two to three times the reduction reported in earlier studies that did not take into account recent advances in corn-ethanol production. Newer corn ethanol plants are applying the latest technology to produce ethanol that is cleaner, greener, more energy efficient and reduces GHG emissions through the use of improved technologies, smarter planning, and increased corn yields. According to DOE's Argonne National Laboratory, ethanol plants since 2001 have seen a 21.8% reduction in energy use, and 26.6% reduction in water used, despite a 6.4% yield increase.


Ed Wallace says:
“The new push to get a 15% ethanol mandate out of Washington is simply to restore profitability to a failed industry. Only this time around those promoting more ethanol in our gas say there's no scientific proof that adding more ethanol will damage vehicles or small gas-powered engines.”

Truth:
Right now there's an artificial government-imposed regulatory cap that suppresses the use of ethanol based on decades-old science. Current government regulations, which date back to the 1970s, restrict the ethanol blend to 10 percent. Ethanol producers have hit that cap, producing more ethanol than can be used under current restrictions. This threatens to block research and development into cellulosic and future generations of biofuels. American farmers and ethanol producers are asking the EPA to lift the arbitrary limit on ethanol because the science overwhelmingly supports the use of a 15 percent blend. In addition, we support green-collar job creation, increased energy independence, and reduced greenhouse gas emissions immediately.



Ed Wallace says:
“A quick diagnosis determined that that particular car had close to 18% ethanol in the fuel. For that unlucky owner, the repairs came to nearly $900. The ethanol fun was just beginning.”

Truth:
Again, this is anecdotal evidence that runs contrary to a large body of established science. The studies that that show no impact to engines from E15 show similar results for E20 and in many cases higher percentages of ethanol. Furthermore, it is impossible for one tank of gas to have that kind of an impact on vehicle parts.



Ed Wallace says:
“On Jan. 16 of this year, Lexus ordered a massive recall of certain 2006 to 2008 models, including the GS Series, IS and LS sedans. According to the recall notice, the problem is that "Ethanol fuels with low moisture content will corrode the internal surface of the fuel rails." In layman's terms, ethanol causes pinpoint leaks in the fuel system; when leaking fuel catches your engine on fire, that's an exciting way to have your insurance company buy your Lexus. Using ethanol will cost Toyota (TM) untold millions.”

Truth:
These auto makers' warranties certify blends of ethanol up to 10 percent. Ethanol producers and American farmers shouldn't take the blame for an auto maker's faulty product. There is a large body of science that Ed Wallace conveniently ignores. Americans can be confident their vehicles will run on increased blends of ethanol. In the past two years, multiple comprehensive studies involving over 100 vehicles, 85 vehicle and engine types, and 33 fuel dispensing units have been completed to evaluate the affects of ethanol-gasoline blends above 10 percent ethanol, from E15 to E85. These studies include a year-long drivability test and over 5,500 hours of materials compatibility testing. The research includes studies done by Rochester Institue of Technology, the state of Minnesota, and the Department of Energy's Oak Ridge National Laboratory.

=================

By the way- Ed Wallace makes his living on a radio talk shows based in Fort Worth Texas, where his show's major sponsors include petroleum based industry advertisers.

In the search for truth, always question EVERYTHING.

P.S.- I am not aware of any vehicle since 1982 that can't handle E10 just fine. It was, after all, a U.S. mandated design requirement for all vehicles since then.
 
Buster, CB the article noted that even flexfuel vehicles that ARE designed for the mix are subject to corrosion if the mix is too high. We had discussions about the 2-strokes last year, this was the first I'd read about actual auto fuel system impacts.

Until they replace plastic intake valves with something less vulnerable, we still got a problem, regardless of whether the ethanol comes from corn or cellulosic. AND until there is better control over the ethanol % in the mixture at the station. AND until the general public with regular auto engines is more aware that even 10% mix may destroy their fuel systems (10% supposedly harmless to non-flex systems), much less the 15% being advocated now. I'm pretty sure I have fueled up a few times with an ethanol regular gas mix when I've been out of town on the road the past few years-that was the only "regular" gas at the stations I pulled into due to price advertised. Maybe that really was what caused my fuel pump to keel over last year, even if I can't remember timelines that precisely.
 
Ditto everyone here in the last few posts...Ethanol built engines are cool and I support them..BUT, who here can buy a new flex fuel car right now?...so until such time, we are forced to buy NON-ethanoil fuel until we get one or two of those new Flex fuel autos..In the meantime, heed Alevin's situation to heart..Normal non flex fuel cars and engines will die a slow painful death with Ethanoil.
 
Yup, Alevin, this isn't the first time I've heard this warning. We have a Volvo and my brother The Mechanic says if we use an ethanol mix it will be a very expensive decision on our part.:(

Lady

And this doesn't count that all the 2 cycle engines (weedeaters, chainsaws etc) along with lawnmowers, generartors that aren't designed to handle that blend yet.

You can google many stories on these engines burning up due to ethanol. I'm not for or against ethanol, (wait and see mode) but there are drawbacks (extra fertilizer for example), which has increased the dead zone in the Gulf of Mexico in the past couple of years. I'm still hoping cellulose ethanol gets a tech breakthrough that will make it more economical.

I wish we'd put more into nat gas vehicles. Honda is making them for who bit the chunk in Dayton, OH, because they can't keep Utah supplied with them and if I lived in Utah, I would retrofit my PU to run on Nat Gas. I believe it costs about $3.5K, but have read they were paying about $1.64 a gallon and getting good efficiency.

But I think we need to Drill for our own oil, until we can come up with a viable alternative.

CB
 
Yup, Alevin, this isn't the first time I've heard this warning. We have a Volvo and my brother The Mechanic says if we use an ethanol mix it will be a very expensive decision on our part.:(

Lady
 
As much as I believe alternative energy development is a longrange MUST, starting yesterday, I also believe ethanol has a looong ways to go before it really cuts the mustard. I had my fuel pump go out on me without warning last summer mid-town after work, barely got home that afternoon and barely got it to the mechanic next day. Blocking an intersection because your vehicle just died on you as you're turning a corner, anyone? Fun. And no, I don't blame it on ethanol because there are no E85 sources around here, BUT... for those of you who do.....here's something to make you think about where you buy and where its going. Risk factors-its a long ways between towns around here if your fuel pump goes out. I'm grateful mine went out in town while it was still daylight. I'm still zeroed in on improving home energy efficiency before worrying about alternative vehicle fuels: insulation, light tubes, power manager, heatpumps, solar for reducing home electricity, AC/heating demands.

By Ed Wallace Ed Wallace – 1 hr 44 mins ago
the ethanol lobby and refiners have a solution to ethanol's failure in America: lobby the government to increase the amount of ethanol in our fuel to 15%.

those promoting more ethanol in our gas say there's no scientific proof that adding more ethanol will damage vehicles or small gas-powered engines. With that statement they've gone from shilling the public to outright falsehoods, because ethanol-laced gasoline is already destroying engines across the country in ever larger numbers.

Got a Spare $1,000?

At City Garage in Euless, Tex., for example, the first of numerous future customers brought in an automobile whose fuel pump was shot. A quick diagnosis determined that that particular car had close to 18% ethanol in the fuel. For that unlucky owner, the repairs came to nearly $900. The ethanol fun was just beginning.

City Garage manager Eric Greathouse has found that adding ethanol to the nation's gasoline supply has an upside he'd rather not deal with. It's supplying his shop with a slow but steady stream of customers whose plastic fuel intakes have been dissolved by the blending of ethanol into our gasoline, or their fuel pumps destroyed. The average cost of repairs is just shy of $1,000.

It gets better. Scott Morrison is the owner of the City Garage chain in North Texas and he related the story of his technical director's run-in with ethanol; in December he filled up his E85 Flex Fuel Chevy Suburban at the Exxon station in Ovilla, just south of Dallas. His Suburban died on the spot, because even an E85-equipped vehicle will not run on the 100% pure ethanol that Exxon station was pumping that day. In that case it was not Exxon's fault but a mistake at the distribution center, and Exxon (xom.) quickly made good for the cost of repairs.

On Jan. 16 of this year, Lexus ordered a massive recall of certain 2006 to 2008 models, including the GS Series, IS and LS sedans. According to the recall notice, ethanol causes pinpoint leaks in the fuel system; when leaking fuel catches your engine on fire, that's an exciting way to have your insurance company buy your Lexus. Using ethanol will cost Toyota (tm.) untold millions.

An Unpublicized Trend
Though the media is ignoring it, one can easily find many stories on BMW (BMWG.DE) blogs relating similar problems with fuel systems damaged by the use of ethanol. Certainly that was the case with Christi Jordan and her 2007 Mini. For weeks it was difficult to start; Moritz BMW in Arlington, Tex., inspected it and found severe carbon buildup inside the engine. On her second trip to the mechanics they decided to test the ethanol content of Christi's fuel and found it was much higher than the federally mandated limit of 10%.

This time the fuel pump had been destroyed by the ethanol. The repair bill came to $1,200: As in all cases where vehicles are damaged by ethanol, legally the factory warranty no longer applied.

Jim Keppler, Moritz's fixed operations director, said he's had at least 10 other cases of ethanol poisoning in Minis over the past six months. there's no telling how many motorists across the nation have had to pay for fuel pumps, or fuel systems, that ethanol damaged. virtually no repair shop tests the level of ethanol in the gasoline when these fuel system problems occur.

In the case of the Lexus recall, using just a 10% ethanol blend was found to be destroying many of these engines also.

today the EPA is starting to go through the public comment phase on increasing the level of ethanol in our gasoline from 10% to 15%. Time and time again we have heard from these groups, who now claim that there is zero scientific evidence that a 15% blend of ethanol would do any damage whatsoever if the mandate for ethanol were raised. As with all statements made by vested interests, few outsiders have actually taken the time to look and find out whether this statement was true.
In fact, it's false.

Not one mechanic I've spoken with said they would be comfortable with a 15% blend of ethanol in their personal car. However, most suggest that if the government moves the ethanol mandate to 15%, it will be the dawn of a new golden age for auto mechanics' income.

One last thought: Most individuals who have had to repair their fuel systems in recent years never had the gasoline tested to see if the ethanol percentage might be the problem.

Today most repair shops and new-car dealers are still not testing for ethanol blends. They're simply repairing the vehicles and sending their unhappy and less wealthy customers on their way. But, where dealer and repair shops are testing the gasoline, ethanol is becoming one of the leading culprits for the damage. this time around motorists will be able to gauge the real cost of ethanol when it comes time to fix their personal cars.
http://news.yahoo.com/s/bw/20090515/bs_bw/may2009bw20090514058678
 
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