Startup Claims to Make $1/Gallon Ethanol
gnick writes to mention Wired is reporting that an Illinois startup is claiming they can make ethanol from most any organic material for around $1/gallon. Coskata, backed by General Motors and several other investors, uses a process that is bacteria based instead of some of the other available methods. The bacteria processes organic material that is fed into the reactor and secretes ethanol as a waste product.
aaah...reminds me of college.
An old-timer with old-timey ideas.
First thought was Marty's "Mr Fusion" on the back of his DeLorean. (Dump in a few banana peels -- 1.21 gigawatts!)
so by this logic, we don't need to worry about efficiency, right? we could get 2% efficiency, but if we're getting it cheap, that's all that matters, right?
Moonshine all around, its on me tonight!
The bacteria used in the process only grow in the middle east.
it seems that this is the cost of production, not the cost to the consumer. If we are selling it a buck a gallon from the pump after the inclusion of taxes, then I am interested. Until then, please use my corn for good uses such as the syrup in my Mt. Dew like God intended.
...this gets discredited or buried in some way by big oil? I will be surprised if this presents any real decrease in fuel prices if the oil companies have anything to say about it. And I'm sure they will
If it ain't made of shiny plastic building bricks, I'm only partially interested.
I don't know the merits of this particular deal, but it never made sense to me that "car makers" really cared one way or the other about the fuel costs (and the SUV craze has borne that out...)
This issue is a bit more complicated than you think.
If they are telling investors it's $1/gallon, you can be sure it's more like $3 if they ever actually go into production. and why the fuck are they using CORN? it's a terrible source of ethanol
If you mod me down, I will become more powerful than you can imagine....
$1/gallon would be great if it were gasoline, but one gallon of ethanol doesn't store the same amount of energy as a gallon of gas.
How many joules per dollar does that work out to compared to gas?
Or, even better, how many miles per dollar does that work out to in today's ethanol-powered cars?
Now we can get rid of the subsidies
Which lobbies, precisely?
Warning: this article may contain humor, sarcasm, parody, and perhaps even irony. Read at your own risk.
Who else remembers when gas was under $1/gal at the pump?
But I forget: this is Slashdot.
Hint: the process does not use corn.
Warning: this article may contain humor, sarcasm, parody, and perhaps even irony. Read at your own risk.
"Hey, since they beat us to the smartphone, the only thing we could do in response was test the outer limits of stupidity," said Joey, the CIO.
Time could be running out for ambitious entremanures wanting to cash in on the USPTO, however, Joey continued:
"The USPTO asked us a question, which was 'What time is it?' They hadn't ever asked any questions previously. We fear that this question could herald an unprecedented era of consciousness at the USPTO."
Get thee glass eyes, and, like a scurvy politician, seem to see things thou dost not.--King Lear
Thats right keep dropping production to drive the oil prices up. That will work
for a while yet, but now everyone is gunning for them. They drove the oil prices
up too high creating the incentives to start driving innovation to help eliminate
them from our lives.
Got Code?
wired magazine has become popular mechanics.
They claim to make E85 a buck cheaper that what's at the pump now. Well, a $3 gallon of gas will take you twice as far as a $2 gallon of E85. E85 has to be half the price of gas.
According to the gubmint So that's $1.48 a gallon of gas. I haven't seen that price on gas in a loooooooong time.
Does that mean by 2015 we will all have Mr. Fusion in our cars? Put in some garbage at night, lets some bacteria fart all night, and you got a full tank in the morning. Sweet, whats next: flying cars, self-drying jackets, auto-laced nikes and dont forget... hoverboards!
Not just that, but JURASSIC PRE-PEOPLE!! Thanks for desecrating the remains of our (great x 10^45)-grand-parents, you jerks.
methane as a waste product, but the noise pollution is a bit of a problem.
What?
Of course they want the government to heavily subsidies fueling stations...
"inthishouseweobeythelawsofthermodynamics" is cute when someone's bragging about their perpetual motion machine. It makes you look ignorant when the story is about someone converting one form of energy to another in an incrementally more efficient way than before. News flash: it's obvious that current production methods can be improved upon. What part of that smacks of breaking the laws of physics?
Dewey, what part of this looks like authorities should be involved?
Here in Brazil I've seen Ethanol being sold by $0.35/liter (~ $1.32/gallon) to the final consumer. I guess the ethanol industries can produce it by far less than $1/gallon. Here about 80% of our fleet of automobiles are powered by Ethanol (including my car), which is produced using sugar cane.
Nevertheless, the mass cultivation of sugar cane is destroying several other agricultures, mainly in Brazil's South and Southeast regions, besides the fact that the producers and farmers usually burn the unused bagasse (crushed sugar cane) and the crops after harvests, being responsible for Brazil's high position in the rank of top polluters.
and it's back up to $3/gal ;-)
We can already turn everything based on carbon molecules into petroleum.
Why are we wasting our time and wasting food and alcohol?
[End Of Line]
I see the process uses Synthesis Gas (Syngas) as an intermediate, which is has long been produced on a bulk scale for industrial use (so it has been fairly well optimized for cost-efficiency) -- mostly from either coal or municipal waste. While various eco-friendly sources may make for good press and grant money, I would expect any widescale adoption of this technology to eventually migrate to the cheapest available syngas source.
Since Syngas production is a fairly mature technology, whether or not this becomes economically feasible will depend on the efficiency of their bacterial fermentation -- if the value of the EtOH produced is less than that of the syngas feedstock, then there's really no point in making the conversion.
This sounds like it is the real deal. They'll have a pilot plant running next year. If things really fall into place, we'll see commercial plants by 2011 (a safer bet is 2015).
That means that I can buy the Jeep instead of the Rabbit, and I won't have to worry about fuel costs down the road. Now I just have to wait for the flex-fuel JEEP Wrangler to come out (the Cherokee and the Commander are flex-fuel, so it's only a matter of time, right?)
P.S. You should really RTFA on this one. When I read the headline, I thought "bacteria, that's how they do it now! They've been doing it that way for thousands of years!". No, this process uses gasification to convert cellulose into CO and H2 (as all cellulosic operations have done) and then uses bacteria to convert the CO and H2 into ethanol (conventional cellulosic processes use enzymes to do this; so do the bacteria, but this way the bacteria make the enzyme in the reactor).
I know some good ol' boys in Eastern Tennessee who make ethanol from corn mash for less than $1 a gallon. Been doin' it for decades.
That was a really rough way of putting it, but I'll bet most Americans have the exact same sentiment.
If you really want to "stick it to them", do your part. Seriously.
Reduce demand by laying off the lead foot. Get rid of the short hops to the store by making a weekly trip, preferably coupled with other errands. Buy a few shares of an alternative energy stock and put it in the IRA. Things like solar panel companies or even OLED for the ultimate lighting in 5 years. Recycle your plastic religiously.
Bottom line is the less oil used, the less oil purchased from the Middle East. It's not a Republican or Democrat issue, it's an American issue.
From TA:
"Even if you produce it county by county, you still need an infrastructure," he said. "People aren't going to go to some remote location for fuel."
This has not been my experience. I have met countless stupid people who will drive 20 miles to save 2 cents per gallon on gas. People would probably drive 50 miles to save 5 cents per gallon of gas.
If this stuff was sufficiently cheap, I'll bet there are people who would drive for hours just to fill up and save themselves $20 at the pump.
Interesting to read the US point of view (which is strongly entrenched in my country too). Gimme cheap petrol. End of story.
Hasn't global warming sunk in yet? I know it's only been 2 years since it's been allowed to be freely discussed, but hey guys. wake up!
I'm a cynical aging chemist. I expect this research to be mostly hype with some mod of the bacteria approach being pushed. But they have two important claims. (1) They are converting junk carbon (not food carbon) into a petrol replacement. (2)That carbon is atmospheric carbon.
So more power to their elbow as the saying goes. To turn research into a product, you need a lot of hype.
The push for ethanol is part of this whole green wacko thing, and as with most of the other plans currently being implemented, will eventually hurt us. The demand for crops to fuel ethanol manufacturing is already driving up the price of food. Now we have to compete with our cars for food! What good is it to be able to drive cheaply to the store if you can't afford to buy any food once you get there?
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Ethanol has about 84K BTU/gallon of energy for use in a piston engine. Butanol has about 110K BTU/gallon, compared to an average of 115K BTU/gallon for unleaded gasoline. Butanol also does not absorb water out of the air like ethanol does readily. Butanol can be made by via bacteria fermentation of biomass similar to like ethanol can. Butanol does have a problem with not vaporizing good enough for cold starts in very low temperatures, but that could be overcome with electric heater incorporated in a vehicle's fuel injector system for operation in cold weather.
Don't expect the price of any petrol replacement to be any less than petrol if widely deployed.
One of the reasons for the high taxes in the UK for fuel is that they want to keep traffic numbers down. Pushing the price up should discourage people from driving so much in theory. Of course, the government just becomes dependent on the taxes and so will want a big cut of any other fuel source. Certainly, in the UK if you drive a diesel fueled by used cooking oil, a waste product which would normally be dumped, the government expect you to pay tax on it. The justification is that the tax is used to maintain the roads although that is supposed to be what the road tax is for. Anyway, it is currently cheaper to use vegetable oil and pay the tax than to use fossil diesel but if it gets more popular to use such biofuels the price differential will go away. Sure, they will be largely carbon neutral but the government will still want the same amount of income from fuel sales, they're addicted. I think the US drivers will have to get used to similar things. Accept it, whether the fuel is from fossil or modern sources, the price is going to remain high. You'll never see $1 per gallon again.
"I have the attention span of a strobe lit goldfish, please get to the point quickly!"
I thought that E85 was 85% gasoline and 15% ethanol. It's actually 85% ethanol and 15% gasoline. So nothing I said in my previous post makes any sense. Please ignore it, sorry for the trouble.
Still waiting for the $1/watt solar panels from last week. Would even take the silicon nanotube batteries from the week before.
Best I recall, that I bought, 12.9 during a local price war, but normally it was closer to 20 cents depending on octane level. Of course, it was all full service then too, plus you get schmooz, free steak knives (no kidding) coffee mugs, trading stamps, stupid crap like that. and almost all gas stations were repair garages. The worst was during the opec embargo, two gallons at ten bucks a gallon, just enough to get home, park, go to the pawnshop and buy two bicycles at 50 bucks apiece. Lucky to get them, too, all the new bikes around town had already sold out. In 99 we had the bulk farm tank filled up at 79 cents a gallon (the diesel tank was a scosh cheaper), then used some gas treatment, that tank lasted us a few years and was still burnable down to the dregs (although I ran the last 50 gallons or so through a filter first). (Pri-G gas treatment, D for the diesel, good stuff, works as advertised)
There are two thing to remember here: one, we pay (in the US) $.35-$.50/g in taxes? It seems to me that tax money is going to still have to come from somewhere to maintain whatever it is that's maintained by the taxes (roads, politicians, land wars in asia, whatever) - $1.50/g (energy gasoline equivalence) production might mean $2ish/gallon (gas equiv) at the pumps for production and taxes.
Then, supply and demand is still an issue - until production of ethanol with this method is ramped way up ("you may think it's a long way to the chemist's," etc), it's still going to be liquid energy on the open market and competing with all of that corn ethanol that politicians have been subsidizing for expensive production to buy Iowa voters.
Still an incredibly good price, mind you, and great protection against oil-based instability in the long run, but it's not the "FREE MONEY AND BEER SOON!!" that some might think at first blush.
"It is our blasphemy which has made us great, and will sustain us, and which the gods secretly admire in us." - Zelazny
First, the $1 gallon is the cost of production. Cost to consumer would include the cost of the feedstock, distribution, taxes etc.
And if / when this ramped up, it would be unlikely to use "waste" as the feedstock. Waste is something no one's found a use for yet. If corn stalks and wood chips are suddenly the new source of car juice it will cost more money.
Less cost to produce and uses a wide range of material is good. Dirt cheap, not likely.
We are Exxon
We do not forgive
We do not forget
We ARE LEGION.
Shed...
Previously: "Linux... Toward the Sunrise..." Now: "Linux... Toward the-- No, now, part of Every Sunrise"
Actually, yes. With a generic biomass to fuel process, nearly any biomass could be used, including human corpses.
With the rising cost of funerals and cremation services, maybe the burial method of choice in the future will be in the gas tank of your grandchildren.
The stone age didn't end because we ran out of stones...
The bronze age didn't end because we ran out of bronze...
The iron age didn't end because we ran out of iron...
And the oil age will not end because we run out of oil - it will be because something better comes along. This combined with the new lithium-silicon battery technology could very well do it.
I guarantee I won't cry for OPEC.
Has anyone involved thought about what would happen if this stuff got out of the bioreactors? A bacteria that eats any organic material would wreak havoc in a relatively short time... granted, this is true of many bugs used industrially, but this one has the potential to run rampant, and quickly.
Soylent Gas is people!!!!! Farewell Karma!
I like my beverages with warning labels!
I guess I might as well karma-whore some more...I completely missed the Wiki page for Butanol Fuel. I also think that Wiki article is wrong about butanol's melting point being 25.5 deg C, that is for pure "tertiary-Butanol", not "n-Butanol" which is the isomer that is preferred for fuel.
Yeah, they're good ol' boys, alright--they've all got seeing-eye hound dogs.
Just like anyone else who says they can do something. I will believe it, when I see it. Until then, Don't announce anything you can not prove in a real life example and not on paper.
Once two strangers climbed ole Rocky Top,
Lookin' for a moon-shine still.
Strangers ain't come down from Rocky Top,
Reckon they never will.
Corn won't grow at all on Rocky Top,
Dirt's too rocky by far.
That's why all the folks on Rocky Top
Get their corn from a jar.
And it's not just ethanol - I hear they don't even have real Coke, made from sucrose, over there!
Conspiracy #1 - Sugar cane Before the revolution, sugar cane was cheaply imported from Cuba; no more. The idea of using Cuba's cane fields for ethanol production was explored in the Jimmy Smits drama, Cane.
Conspiracy #2 - Hemp According to a Kiwi biofuel company, hemp far exceeds the yields of corn.
So you see sugar cane and hemp aren't viable. Two wars, "on Drugs" and "Cold" are more important... :(
Should the Cuban revolution fall after the deaths of the Castro brothers, you might see real Coke and cheaper fuel! As for the other matter, blame Arnie!
His diesel has returned to the tribe. Hail the Muad'Dib!
At the bottom of the
So what we are all excited about is that we might be able to run our country on crap coming from single-cell, brainless, parasitic, life-forms... Isn't that by exactly how we have been running this country for 200 years. It's not called Ethanol. Its called Congress.
jsut athnoer menagiensls ltitle psrhae for you to dcoede. Why do we wtsae our tmie dnoig tihs?
I'll buy that for a dollar!
You see? You see? Your stupid minds! Stupid! Stupid!
$1.00 per gallon to produce is not the same thing as $1.00 at the pump. According to California, producing 1 gallon of gasoline costs about $2.25 per gallon. So while this is cheaper, it's not going to mean $1.00 at the pump. (Using the California figures, assuming that no extra profit is made, this would be about $2.00 per gallon. Still better than $3.25 per gallon, but it was just three years ago $2.00 a gallon was a HIGH price.)
Another non-functioning site was "uncertainty.microsoft.com."
The purpose of that site was not known.
Why are all these people so interested in new fuels? It's abundantly clear that we could solve all of our energy and transportation problems cheaply, and more efficiently with solar and electricity. Photovoltaics have improved ten fold, and come way down in price, and there are operating solar power plants based on the Sterling model that have been reliable and efficient for some time already. I'd also like to mention the Tesla car. There is no reason we couldn't have cheap clones all over the roads at this point.
The whole Biofuel/Ethanol push is just a ploy for corporations to continue to control the energy and transportation sectors. It's stupid, inefficient, does not come down in price significantly nearly as quickly as solar electric at economies of scale, and is going to waste huge tracts of land, in addition. Land that would do much better converting sunlight to electricity directly.
Can somebody point out in any broad way any type of new alternative fuel is better than:
http://www.miasole.com/
and
http://www.teslamotors.com/
Thanks in advance.
I hold very few opinions. I hold information based on observation and fact. If you wish to disagree, please use facts.
using solar power.
With respect to Tesla Motors, they use the same lithium-ion technology that blows up laptops and mobile phones on a regular basis. Even if Tesla uses super-high quality cells, how are they going to hold up if say, they're in a car parked under the Arizona sun for a few years? Or if the battery pack is replaced with third-party cells of dubious quality?
You may be able to make better points for a pure-electric transportation economy once carbon-nanotube ultracaps come out of the lab, if they do.
Tech Public Policy stuff
I remember a pyrolysis outfit, Changing World Technologies promising an endless supply of biofuel based on ag wastes. . . which they figured on collecting for essentially the cost of transportation. They found out the hard way that there were competing uses for their intended feedstock (turkey guts, as I recall) with paying customers.
Anyone know cites to published papers discussing the technology?
Tech Public Policy stuff
Your statement that oil:
2bits.com, Inc: Drupal, WordPress, and LAMP performance tuning.
Well, that's organic, isn't it?
If they can make gasoline from that they might be on to something...
Ethanol is still not an alternative fuel. It's a supplemental alternative fuel. There's not enough corn grown in the US to switch entirely to it. Heck, there's not enough land in the US even to grow enough corn to satisfy our needs.
Colin Dean Go a year without DRM
You're essentially repeating what the grandparent post said. GM follows the dictates of the market; the market was distorted on purpose to cause GM to make electric cars, but when that distortion was removed, GM stopped making electric cars, as it would not have been profitable. The blame for this change appears to rest with the government, whose policy change led to the junking of the EV-1. Are you arguing otherwise?
Laws do not persuade just because they threaten. --Seneca
First, that post was one of the best I've seen in a while about ethanol. However..
and it doesn't factor in energy used for the planting, care, or harvest
It does, as that energy is already included in the entire country's energy usage. I also agree that other forms of ethanol production can possibly be much better than this corn-derived method. At least the corn method creates some real world distribution and usage, possibly leading to wider usage.
Well, it did happen before--we couldn't be in this mess if the nation hadn't turned their back on the hard lessons learned in the oil shocks of the 1970s--but I don't think it could happen again; the limits on oil production have nothing to do with politics, and everything to do with the rate at which the stuff can be hauled out of the ground. I doubt petroleum will ever be really cheap again. (Though in a few years, we'll be looking back at the halcyon days of '08 as the days of inexpensive oil, when one could actually afford to run a car on gasoline--it's all relative.)
Laws do not persuade just because they threaten. --Seneca
CWT has one working plant, nine years after opening their first research facility. That's an important splash of cold water in the face of any unwarranted optimism here, I think.
Laws do not persuade just because they threaten. --Seneca
It was thought that in response to a series of events involving food poisoning, it would be made illegal to feed turkey guts to turkeys. This was not done, and the feedstock turned out to not be free. The process (according to the website) works on medical waste, PCBs, old tires and sewage, which are all things that people definitely pay to have hauled off, but the company still has exactly one working plant, nine years after their first experiment facility opened. (I haven't been able to find any good information as to why that might be--whether the process doesn't work well on other feedstocks, or they can't raise the capital, or what.) I suppose we should all bear that in mind while we're reading about how we're going to have an ethanol plant in every county, right next to the thermally depolymerized chicken in every pot.
Laws do not persuade just because they threaten. --Seneca
...chicken.
Here are a few publications on the process. They're not all freely available.
The original patent by Paul Baskis. (1992) Thermal depolymerizing reforming process and apparatus.
A new patent (issues about two months ago, though it was filed more like three years back) by the folks currently working at Changing World Technologies. (2007) Process for conversion of organic, waste, or low-value materials into useful products.
A research report for the Illinois Council on Food and Agricultural Research from the University of Illinois on what appears to be a similar process, if not the same one. (1999) Thermochemical conversion of Swine Manure to Produce Fuel and Reduce Waste. (There's a layman's write up at National Geographic News.)
An SAE report on recycling polyurethane foam and other plastic crap from shredded car interiors. (2005) Recycling Shredder Residue Containing Plastics and Foam Using a Thermal Conversion Process.
Another SAE report on the same topic. (2006) A Life Cycle Look at Making Diesel Oil from End-of-Life Vehicles.
I don't know if anything was published in a peer-reviewed journal; the CWT website doesn't appear to link to anything, and I don't know if that's par for the course for an engineering firm, or if they're not publishing to keep things secret, or if they're selling snake oil.
Laws do not persuade just because they threaten. --Seneca
doesn't take much land space, grows tall, 4 harvests per year, can grow indoors anywhere... plenty of biomass there for fuel. might as well use it for paper then too, get some trees back on the planet and try to actually clean some air.
soon though i think. you're already starting to see the signs of an end of a prohibition. citizens not respecting the laws, police not enforcing the laws and the judicuary system not enforcing the laws.
~/.sig: No such file or directory
let's hear it for Oklahoma State:
http://www2.dasnr.okstate.edu/Members/donald.stotts-40okstate.edu/general-motors-and-coskata-announce-partnership-that-builds-on-osu-biofuels-team-research
I actually got to read about this last week in the college newspaper.
Here [Brazil] we have ethanol avaliable for ~$0,75. With the fuel crisis at 70's our government created an ethanol program wich included a law that makes all gas stations in the country sell ethanol, gasoline and diesel. Today our cars run with gasoline, ethanol ou both. But we have something that you haven't: sugar-cane, a lot of it. TIP: You can import ethanol from us...
"I was uncool before uncool was cool!"
Great thread, sensible and informative, mostly. One thing that used to be mentioned when the UK came off its 'coal-fix', was that fossil fuel is complex hydrocarbon and really too useful to go burning in your hearth or vehicle. If so, it's not strictly 'ethanol versus oil'. The calcs should factor in the 'opportunity cost' of saving oil for uses which 'add more value' (not to mention the co-products which come out of the cracking). Any accountants out there?
The spice^W ethanol expands consciousness~
If we harnessed the energy from all the atmospheric meteor strikes we get each day would the cost of that energy fall like a rock too?
The cost of oil is around $90/barrel for a 42 gallon barrel. If you do the math that's around $2 per gallon before refinery or distribution costs. This makes gas (ethanol) for less money.
There's a big problem with ethanol fuel that I have yet to see discussed in any news about ethanol-- it might turn the problem of peak oil into a problem of PEAK SOIL. By digging up fossil fuels, we really take nothing away from the earth that we otherwise need. By growing crops and essentially burning them to run vehicles or generate power, we are directly wasting the nutrients in the soil. And guess what? We need to eat, too. Much of our farmland soil is already in such a poor state that it can only be used to grow crops when fed with large quantities of artificial fertilizer.
And if fuel from ethanol ends up costing *less* than fossil fuels, there will be no economic incentive to actually change our ways of living and working to make more efficient use of our resources, thus preserving them for our children.
Anyway, just something to think about...
Yes it would, but cheap transportation is a key factor contributing to the vulnerability of the US economy to rising petroleum prices.
One of the best things that the gubmint could do to improve economic and national security would be to start paying for roads/bridges/etc with a federal gasoline tax. States should also begin paying for their part of the transportation infrastructure costs this way if they are not already.
Cheap transportation on roads paid for by those who don't use them has and does distort development towards being more transportation dependent. Cheaper labor in more far flung areas combined with cheap shipping to and from those areas causes development that would not be economic without the subsidy on transportation in the form of roads paid for by everyone that exists.
If the roads were maintained more exclusively by gasoline taxes then it would create the incentive to locate things with a greater eye toward efficiency with regards to transporting people and goods.
However because the existing development is currently overly dependent on cheap transportation, this pain could only be taken on gradually in times of economic prosperity. Over time, new developments would become more efficiently located.
Starting to pay for a portion of roads this way would be a good step, however rural areas would hate it. It might end up being the case that more urban areas pay for their transportation this way but less populated areas retain their road subsidy largely nullifying the effect. But if those subsidies can be cut down slowly, Innefficient transportation to and from the country can be eventually curbed.
...