Archive for the ‘cellulosic-ethanol’ Category

Detroit 2008: GM and Coskata announce worldwide cellulosic ethanol partnership

Wednesday, December 31st, 1969

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General Motors vehicles and biomass materials are two things that you can find pretty much anywhere on the planet. GM and Coskata Energy announced a partnership today at the Detroit Auto Show that certainly hints at a future where you we will find biomass materials fueling GM vehicles in a lot of places, maybe pretty much anywhere.

If you’ve heard the Coskata name before, it’s likely from the name of the Coskata-Coatue Wildlife Refuge. The Coskata energy company, no relation, was started in July of 2006 with funding by ethanol-magnate Vinod Khosla’s Khosla Ventures as well as Advanced Technology Ventures and Great Point Ventures. Why was all this big money interested in Coskata? Because Coskata claims they will soon reach one of the holy grails of the new energy movement: cheap cellulosic ethanol that can be created, well, pretty much anywhere in the world. The short version of this story: Coskata Ethanol can make ethanol from biomass, municipal solid waste and any other carbon-containing material and GM, which has taken an equity stake in Coskata, wants to promote the heck out of this ability.

More details than you can possibly devour in one sitting after the jump.

Gallery: Coskata promo photos

General Motors vehicles and biomass materials are two things that you can find pretty much anywhere on the planet. GM and Coskata Energy announced a partnership today at the Detroit Auto Show that certainly hints at a future where you we will find biomass materials fueling GM vehicles in a lot of places, maybe pretty much anywhere.

If you’ve heard the Coskata name before, it’s likely from the name of the Coskata-Coatue Wildlife Refuge. The Coskata energy company, no relation, was started in July of 2006 with funding by ethanol-magnate Vinod Khosla’s Khosla Ventures as well as Advanced Technology Ventures and Great Point Ventures. Why was all this big money interested in Coskata? Because Coskata claims they will soon reach one of the holy grails of the new energy movement: cheap cellulosic ethanol that can be created, well, pretty much anywhere in the world. The short version of this story: Coskata Ethanol can make ethanol from biomass, municipal solid waste and any other carbon-containing material and GM, which has taken an equity stake in Coskata, wants to promote the heck out of this ability.

More details than you can possibly devour in one sitting after the jump.

Gallery: Coskata promo photos

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BOLD MOVES: THE FUTURE OF FORD Step behind the curtain at Ford Motor. Experience the documentary first-hand.

Original post by Sebastian Blanco

AutoblogGreen Q&A: Coskata CEO Bill Roe on cellulosic ethanol partnership with GM

Wednesday, December 31st, 1969

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In the latest AutoblogGreen podcast, we featured an interview with Coskata president and CEO Bill Roe. This is a transcription of that interview. For a way-too detailed look at the GM-Coskata cellulosic ethanol partnership discussed in this chat, check out this post.

ABG: I’m here with Bill Roe, CEO of Coskata, and we just listened to the presentations and had a little tour of the laboratories here on the site. I am a little bit interested in this partnership, that is kind of what we are learning about here today between your company and GM. We heard a little bit about what GM can do for you, some of the promotion, bringing it to other people and you said during lunch that other car did approach you and GM sort of was the best fit for you. Can you talk a little bit, now that the tape is rolling, about how that partnership came to be? And why you are excited to work with GM on this.

Roe: I think that the two companies, and for similar and yet dissimilar reasons, have an understanding of what is going to have to happen if there is going to really truly be a revolution in transportation fuels. General Motors clearly had undertaken a study to determine who is out there and what are the best bets, and who is going to be quickest to market in the next generation ethanol space. We did not know that. But concurrently we were looking at the enormity of what has to happen for the billions of gallons of ethanol that conceiveably can be produced to ultimately get to market because there is a tremendous amount of infrastructure change and infrastructure development that is going to have to take place. And so, when we began to look at, in our partnership model, who the players would be that we would necessarily want to talk to that had a long range, and I would emphasize that word “long-range″, long view of what had to be done, obviously, the automotive firms came to mind. It just so happened that when we begun to work our way into General Motors to see who could we talk to about this, we found out that they were doing an independent study of their own of next generation ethanol companies, and so we fit right into that discussion. And, they went through the same diligence process with us that they did with - I think they said 14-16,18 other companies, and said; we like many attributes of many of those companies. But we see in Coskata something that is elegantly simply, fast to market and with economics that look like there is as good or better than anything will be in the perceivable future, and that is when they made their decision to partner. That is when we made, certainly, our decision to say “thank you” for supporting us because, again, these really is going to take lots and lots of collaboration and cooperation between major corporations, entrepreneurial start ups, technology companies, universities, and governments to make happen.

Read much more after the jump.

ABG: Some of the things that were described about the partnership was that GM bought an equity stake in the company. A lot of those details you are not talking about.

Roe: Right.

ABG: What does the-as far as the technology that you are developing here, when that soon that when the plant start being produced; what happens to that fuel is not like it can only into on GM cars or anything -

Roe: Not at all.

ABG: I mean, what is GM get of helping you, it is sort of-they can say we are working with a cellulosic ethanol company. What are the boundaries for-you know, what that partnership means for you? Are there any limitations placed on you?

Roe: None. Again, I think the way the think of this is: General Motors, very clearly expects to win in alternative fuel space but they know that somebody has to produce bio-fuels. Somebody has to transport and distribute. Somebody has to retail, and it isn′t going to be just one entity it is going to be a whole host of entities. And so, no, there are no restrictions in these or whatsoever. I expect that they will be doing similar things with other companies that both produce ethanol or transport it or retail it and they will try to create interconnections between all of that. So that, again, as fast as possible, these new fuel production and delivery mechanism begins to take place. That is the biggest hurdle right now to having viable alternatives to gasoline today is the infrastructure just isn′t there to the extent that it can be. We will be dealing with other people as well. We will be dealing with partners who will get in to the biofuel business because they have raw materials. There is a major forestry company for example that has their own forest. They want to use wood and wood-by product to make biofuels. They want to be in the business of building and owning of operating ethanol plants. And, they want to use our technology and we will help them to do that, and we will participate in that. And, they will have off-take partners who will take that ethanol that is produced into the marketplace and to the retailers and et cetera. That is the way this would work, but none of these relationships are going to be significantly binding from the standpoint of restriction.

ABG: So, it is also very mutual and beneficial for anyone involved.

Roe: Absolutely.

ABG: Some of the slides we saw earlier today pointed out or reemphasize the importance of bio-fuels in the 2007 energy bill-that was pass last month, 36 billion in 2025?

Roe: 2022

ABG: 2022. Long term, GM is working on the Volt, battery-powered cars, hydrogen fuel cars. What do you think the status of ethanol will be in GM or even in the American fuel use in 20 years, in 50 years or are you just focus on getting these to commercialization quickly, and it can be used for as long it is viable?

Roe: I think it is practical to think that these transportation fuels are going to be viable for significant periods of time. Gasoline is not going to go away, no matter what the alternatives might be. It is always going to make sense to have a wide variety of choices, which we do not have today. And, there is going to be economies that develop around those things, clearly. I think that one thing that I find GM saying that I think will be true is that as you begin to see electric cars or hybrid type vehicles coming more and more into the product selection, you will see more ethanol alternatives for the liquid fuel portion of that as well. So, I believe that ethanol have staying power. And remember, as much ethanol that is produced today is all primarily being done as ᫾ with very little ᭉ, and ᭉ is really going to magnify the amount of ethanol that is going to be required. So, we are not really concerned right now about whether or not this is just a stopgap and then something else takes over. We should be so fortunate as a race of people on the planet if that would be the case, but these things tend to have a very, very long life cycles, as evident by the fact that we have been using gasoline for decades and probably we will be using it for decades as well.

ABG: Right. Yeah its, there is no end in sight for gas use even though the price is going sky ward. People have done some calculation and figured out that if we took all the corn that we grow in America and made it into ethanol, it would still make up a small portion of the gasoline that we use.

Roe: That is correct.

ABG: Considering the tremendous variety of biomass that you can use with your process, is there really a limit or is it limited by the amount of facilities that you can make to produce it?

Roe: Ultimately, the limits will shift and they will continue to expand but that will only come as U.S. agriculture or other countries, but let us just talk about the U.S. for the moment. U.S. agriculture adapts to the possibilities. I will give you an example. Today, forests have, on average. A 25- to 30-year type of maturity before the tress are cut and utilized, and so you’ve got trees at all different stage as being carefully grown and cultivated, and ultimately used without deforestation, right? In the future, we could be using a lot more of that wood to produce fuels but we will also be doing is there be planting row crops between the rows of trees. It will be switch grass, or it will be miscanthus, or it will be this other high-energy yielding crops that will change the phase of forestry and agriculture, but it will take time for that to develop. So, a crystal ball is very difficult to gaze into with regard to the future here because these is going to be an evolution, and it will grow and change with time, and there will be practical limits that we will hit just as corn hit, less we end up having issues and problems, but we also believe that for the next five to 10 years for sure there are a lot of other materials that we can convert that are simply waste. Construction debris for example, when some house gets torn down, is a perfect fuel for this process and there are collection centers for construction debris and construction waste that we can plug into. Same is true in areas that are tornado allies or hurricane allies, unfortunately tears down a lot of trees, tears down buildings and there are collection centers for that kind of material. We can build a lot of ethanol plants around those types of material and this doesn’t have anything to do with agriculture, does not have anything to do with growing things, it is just collecting them or setting up processes continuous to those, and that is what is going to happen.

ABG: And I think that will excite a lot of the people who come check out AutoblogGreen or are interested in this aspect of the automotive industry or even sort of the environmental movement in general, is finding ways to repurpose stuff that right now is considered waste or unusable. Somehow taking it out of the landfill, taking out of the disposal stream and making it something useful.

Roe: Well, and fortunately the folks that are in, the big players in waste handling and waste aggregation, and waste management are thinking the same way. They understand that landfills need to be a thing of the past, they understand that, and they want to still have a business, and so what that means is, if they are going to be the gatherers, what are they going to do with the stuff. We do a poor job in the U.S. of segregating and sorting waste to compare to some countries. It is much further along in some parts of Europe. And, with minimal handling in segregation of waste, we can turn a lot of that waste material, before it ever sees a landfill into other useable products, and this happens to be one of them. It can be ethanol because we can gasify that material and once gasified it is a relatively strict forward conversion to biofuel.

ABG: Have you been talking with landfill operators or anyone in that side of the-

Roe: We have and we fully expect to have commercial arrangements that we can announce in upcoming weeks and months around plans to work with those people with this technology to convert waste, that is waste today, to useful fuels tomorrow.

ABG: Anything you can talk about as far international plans or you sort of briefly mentioned it. Anything that you can hint that, as far as what might be coming?

Roe: Yes. We talked about the fact that food for fuel is a non-starter in many countries, but some of those countries are rich in other resources, either they have biomass or they have coal, which is a perfect feed stock for these, we just do not talk about much here because of the CO2 footprint being so much different. When you talk about India, or talk about China, those areas were loom large, we believe, and we will be able to use feedstock of that nature, for example, to make liquid fuels locally from their own raw material. There is an interest in this technology in the Far East and in Asia by a major corporation that has the capability to help set up and make arrangements for utilization technology with Asian feedstocks, and then do trading and transport of the fuels. So, my guess is the way these would likely go is that the first dozen plants or so will likely be built here in the U.S. But, at that point we begin to look at moving into these other areas with our partners, our manufacturing partners, our collaboration partners like GM, into the areas were they want to see and need to see and want take ethanol fuel for transportation vehicles.

ABG: Can you explain a little bit more, why it makes more sense to possibly use coal as a way to create the syngas in other countries than it does here?

Roe: It makes sense from a raw material point of view if you use coal, period. Simply because it is relatively inexpensive. It is very concentrated. It is material handling into gasifiers as well known and well understood. The power of the CO2 footprint isn’t as attractive, for obvious reasons, and so as a result, we think it is important to position the company in its early going as a company that can and will produce fuels from truly renewable resources and coal is not a renewable resource. Now as soon as I tell you that, if you ask, “will these process ever be use to make fuel from coal?” I hope so. It would be stupid not to but we have to be mindful of the big picture story here and the big picture impact. I really think that in short order there will be some strong environmental arguments that can be made for coal-to-liquids using this process. So, as not confuse people with where we are headed and what we are really all about, that’s next. They will not be the first plants that we build, that is for sure, and at some point down the track, I am sure that is going to happen.

ABG: Okay. We will definitely be watching it.

Roe: Very good.

ABG: Thank you very much.

Roe: Thank you.

 

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BOLD MOVES: THE FUTURE OF FORD Step behind the curtain at Ford Motor. Experience the documentary first-hand.

Original post by Sebastian Blanco

Detroit 2008: ALMS announces Green Challenge, Corvette goes cellulosic E85

Wednesday, December 31st, 1969

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American Le Mans Series CEO Scott Atherton announced a partnership this morning with the Environmental Protection Agency, the Department of Transportation and the Society of Automotive Engineers to make ALMS the global leader in green racing. Working with those groups, the series is defining a new formula for a Green Challenge that will be added beginning with the Petite Le Mans race at Road Atlanta this October. The new Green Challenge formula will factor in a variety of sustainability measures including types of fuels, efficiency of the vehicles, the materials used in the cars and more, combined with the performance of the vehicles on the track to establish a Green Challenge champion. Beyond this year, the Green Challenge will be expanded and will also incorporate measures of well-to-wheel efficiency.

Atherton made it clear that, unlike some other series that emphasize personalities and entertainment (ahem), the ALMS wants to foster technological innovation among manufacturers and use auto racing as a catalyst for developing sustainable transportation. To that end they are evolving a series of technical rules to further encourage the use of alternative fuels and drivetrains including diesel, energy regeneration, hybrids and more. At the same press conference, Chevrolet General Manager Ed Peper announced that the Corvette Racing team was targeting the season opening race at Sebring in March to begin running the C6Rs on cellulosic E85. The team would be using ethanol fuel produced from wood chips, making it the first racing car to do so. Honda of America Executive Vice President John Mendel was also present although he did not participate in the press conference. Honda already provides engines for the IndyCar series that run on E100 and they are evaluating a variety of options for the Acura LMP2 racers that run in ALMS. Acura announced here in Detroit that they will introduce diesel engines in their lineup in 2009 and Mendel said that both diesel and hybrids are being looked at for future race programs.

[Source: American Le Mans Series]

SERIES ANNOUNCES GREEN RACING INITIATIVES IN DETROIT

The opportunity to partner with EPA, DOE and SAE furthers the Series’ relevancy to manufacturers and their consumers, Scott Atherton says.
The American Le Mans Series reaffirmed its position as motorsports’ global leader in alternative fuels today by announcing that it is partnering with the U.S. Environmental Protection Agency, U.S. Department of Energy and SAE International to incorporate “green racing” principles into its 2008 racing season. The American Le Mans Series will be the first motorsports series to meet the criteria for green racing being developed by these groups.

In conjunction with the history-making EPA, DOE and SAE partnerships, the American Le Mans Series announced the creation of a first-ever, Series-wide “Green Racing Challenge.” This new competition will encourage manufacturers to introduce and develop their “green” technologies and will be an incremental element of the Series’ signature event - the 1,000-mile Petit Le Mans race to be held Oct. 4 at Road Atlanta. Protocols and criteria for the Green Racing Challenge award are being developed by the EPA and DOE along SAE International and the Series, and will be announced later this spring.

The unprecedented association of the United States’ environmental and energy government agencies, along with the industry’s premier automotive society dedicated to advancing global technology and information worldwide, creates a landmark moment for the world’s premium brand of motorsports.

Audi’s pioneering diesel effort with its R10 TDI prototype exemplifies the Series’ platform of relevance and alternative energy usage.
“The auto manufacturers competing in the American Le Mans Series have made it very clear that this is a direction and an overall initiative that is important to them,” said Scott Atherton, president and CEO of the Series. “The opportunity to formally align with the Environmental Protection Agency, Department of Energy and SAE International makes our platform very special and unique - to auto manufacturers and ultimately to consumers. At a time when nearly all of motorsports has lost its relevance regarding progressive technology or any connection from the race track to the showroom floor, the American Le Mans Series stands alone in providing a platform of solutions for our nation’s automotive, transportation and energy needs.”

With a direct link to the world famous 24 Hours of Le Mans in France, the American Le Mans Series features exotic prototype and production-based sports cars competing in four different classes on the track at the same time. The Series has more automobile manufacturers competing head-to-head than any other series in the world. All race cars in the Series compete on alternative fuels. For the last two seasons, Audi has competed with a revolutionary clean diesel-powered race car. Last year, the Ethanol Promotion and Information Council (EPIC) and fuel supplier VP Racing Fuels introduced E10 (10 percent ethanol, 90 percent gasoline) to all other manufacturers who raced in the Series. E10 is virtually the same blend that most consumers are able to buy at their local service station. This season, the Series in conjunction with EPIC will introduce E85 (85 percent ethanol, 15 percent gasoline) as one of its fuel options.

As a ‘Green Racing’ Series, the American Le Mans Series demonstrates performance, fuel efficiency and ecological impact.
American Le Mans Series rules also support the introduction of an electric hybrid race car and encourage manufacturers to develop new technologies (through racing) that can be applied to improve the automobiles being built for consumers. In addition to Audi, other auto marques that currently participate in the American Le Mans Series include Acura, Aston Martin, Corvette, Dodge, Ferrari, Ford, Mazda, Panoz, Porsche and Saleen.

The American Le Mans Series, with technical rules that not only allow but encourage manufacturers to develop cutting-edge innovations, has played an active role in the development of alternative automotive fuels. The competitive use of multiple alternative fuels such as bio and cellulosic ethanol, and zero-sulfur clean diesel has been achieved in conjunction with the automotive manufacturers that race in the American Le Mans Series.

The criteria set forth by SAE in concert with the Environment Protection Agency and Department of Energy to qualify as a Green Racing series requires that certain elements in a series be present. These elements focus on three vital characteristics that measure performance, fuel efficiency and ecological impact. They include:

# The use of renewable bio-based fuel or fuels

# The use of multiple engines, fuels and powertrain configurations

# The use of regenerative energy powertrain technologies

# The use of well-to-wheel energy analysis and GHG analysis

# The use of emission control strategies and systems

“This partnership between government and industry to use the American Le Mans Series as an incubator to accelerate the development of new, relevant and practical automotive technologies that will use less fuel and emit fewer greenhouse gasses and air pollutants further emphasizes the American Le Mans Series as the global leader in this important area,” said Atherton. “This support by EPA and DOE in conjunction with the SAE comes at a time when manufacturers and consumers alike are looking for ‘green’ solutions. We are the only series in which manufacturers can aggressively develop breakthrough technologies for automobiles that consumers will ultimately buy and drive, reinforcing the American Le Mans Series as the most relevant racing series in the world.”

The American Le Mans Series’ 2008 season begins with the 56th running of the Mobil 1 Twelve Hours of Sebring March 15 at Sebring International Raceway. For the first time in history America’s premier sports car endurance classic will feature teams that will all use clean diesel, E10 gasoline, or E85 ethanol.

About the American Le Mans Series
The American Le Mans Series is the premium brand of motorsport in North America, featuring high-tech sports cars from the most prestigious automobile manufacturers in the world. With its direct link to the world famous 24 Hours of Le Mans in France, its unique four classes of competition showcase exotic prototypes (LMP1 and LMP2 classes) and sophisticated production-based GT cars (GT1 and GT2 classes), all competing on the track at the same time. With a 12-race schedule in 2008, the American Le Mans Series competes at premier road racing tracks across North America and at selected temporary street circuits in major urban markets. With a television package that includes five network broadcasts on ABC and NBC as well as seven live telecasts on SPEED, plus live broadcasts across Europe, the Series delivers a global marketing platform that is unmatched in motorsports. The Series, founded in 1999 by Georgia entrepreneur Don Panoz, represents a mirror image to the prestigious 24 Hours of Le Mans, the world’s most famous and authentic automobile race. The American Le Mans Series features elite marques such as Acura, Aston Martin, Audi, Corvette, Dodge, Ferrari, Ford, Mazda, Panoz and Porsche, and premium brands such as Michelin, Yokohama, Kumho, Lowe’s, EPIC, Shell, DHL, Hyatt Hotels, XM Radio and many others. The teams competing in the Series range from top professional teams such as Penske Racing, Andretti Green Racing and Rahal Letterman Racing to top-level independent teams such as Dyson Racing and Intersport Racing.

The American Le Mans Series features technical rules that not only allow new technology, but actually encourage auto manufacturers to introduce new innovations into the racing environment as a means of rapid development for production car application. The Series is the only motorsports body in the world that features multiple street-legal alternative fuel sources - clean diesel, E10 gasoline and E85 cellulosic (non-feedstock) ethanol. Through partnerships with diesel fuel supplier Shell, VP Racing Fuels and EPIC (Ethanol Promotion and Information Council), the American Le Mans Series has taken the global leadership role in motorsports for the development of alternative fuel technology and its practical use in production cars.

 

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BOLD MOVES: THE FUTURE OF FORD Step behind the curtain at Ford Motor. Experience the documentary first-hand.

Original post by Sam Abuelsamid

Detroit 2008: Videos of GM-Coskata ethanol partnership and BMW’s diesel plans

Wednesday, December 31st, 1969

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If all the AutoblogGreen coverage of the GM-Coskata cellulosic ethanol partnership wasn’t enough to satisfy your curiosity about just how these two companies hope to make living green and going yellow that much better for the environment (at least until Coskata gets into the coal-to-ethanol stuff, which a lot of us have questions about), Green Fuels Forecast has a few videos for you. In the clip above, GFF talks with Coskata’s Richard Tobey about the technical aspects of the syngas-to-ethanol process.

After the jump, you’ll find video interviews with various GM and Coskata representatives (Coskata CEO Bill Roe and GM’s Mary Beth Stanek and Candace Wheeler) as well as a DieselForecast interview with the CEO of BMW USA, Tom Purves. Purves talks about how BMW plans to introduce diesel engines to the U.S. market.

[Source: Green Fuels Forecast]

 

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BOLD MOVES: THE FUTURE OF FORD Step behind the curtain at Ford Motor. Experience the documentary first-hand.

Original post by Sebastian Blanco

KL Process Design Group to supply cellulosic ethanol for ALMS

Wednesday, December 31st, 1969

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At the Detroit Auto Show, American Le Mans Series CEO Scott Atherton announced a green racing initiative for the series. A big part of that included the announcement that the Corvette Racing team would be running on E85 made with cellulosic ethanol during the 2008 season. At the time General Motors did not announce who the fuel supplier would be. They have now revealed that the cellulosic ethanol would be provided by KL Process Design Group. KL will be producing the ethanol from wood waste using a proprietary enzyme process.

Cellulosic ethanol will debut as a race fuel at the Twelve Hours of Sebring on March 15. The Corvettes won′t be the only cars running the biofuel. The Aston Martin DBR9 will be returning to the GT1 class this year and it will also run cellulosic E85. In the top LM̡ class the Audi R10s will be joined at least at Sebring by the Peugeot 908 HDi diesels reprising their battle from Le Mans 2007. Hopefully the Peugeots will stay for the full season.

[Source: American Le Mans Series]

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BOLD MOVES: THE FUTURE OF FORD Step behind the curtain at Ford Motor. Experience the documentary first-hand.

Original post by Sam Abuelsamid

DOE finds $114m for cellulosic ethanol

Wednesday, December 31st, 1969

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The U.S. Department of Energy announced the recipients of the department’s first round of cellulosic ethanol biorefinery project funding yesterday. Four small-scale projects will share $114 million of federal funds. The grantees are:

  • ICM Incorporated of Colwich, Kansas will get up to $30 million for a plant to be built in St. Joseph, Missouri.
  • Lignol Innovations Inc., of Berwyn, Pennsylvania will get up to $30 million for a proposed plant, to be built next to a petroleum refinery, in Commerce City, Colorado.
  • Pacific Ethanol Inc., of Sacramento, California, will get up to $24.3 million for a plant coming to Boardman, Oregon.
  • Stora Enso, North America, of Wisconsin Rapids, Wisconsin will get up to $30 million for a plant in Wisconsin Rapids.

These plants will use a staggering variety of biofuelstocks: corn fiber, corn stover, switchgrass, sorghum, hard and soft wood residues, agricultural and forest product residues, and wood waste. You can read more details on each of these plants at the DOE website.

One interesting aspect of the DOE’s announcement is that there was an “overwhelming response” to the solicitation for proposals and so the DOE will be offering a second round of funding this spring that will bring the DOE’s funding to $200m. We know that GM and Coskata will be applying for some of these second-round grants. We’ll be keeping an eye on who else applies and then wins.

Related:

[Source: DOE]

 

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BOLD MOVES: THE FUTURE OF FORD Step behind the curtain at Ford Motor. Experience the documentary first-hand.

Original post by Sebastian Blanco

Beetles killing Rocky Mountain trees, so why not use the wood to make ethanol?

Wednesday, December 31st, 1969

Filed under: ,

There is a huge beetle problem in the Rocky Mountains. The official declaration of what the mountain pine beetles are doing is a “catastrophic” killing off of trees. While foresters and others try to get a handle on the situation, energy companies are thinking that all those fallen trees might make good biofeedstock for ethanol production. According to the Rawlins Daily Time (Wyoming), at least five companies have expressed an interest in “energy conversion″ using the wood, with ethanol being one possibility. A pilot cellulosic ethanol plant using the wood might be built in Carbon County, Wyoming, but local officials are still at the “putting out feelers” stage.

[Source: Rawlins Daily Time via Domestic Fuel]

 

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BOLD MOVES: THE FUTURE OF FORD Step behind the curtain at Ford Motor. Experience the documentary first-hand.

Original post by Sebastian Blanco

More on Coskata: partners with ICM for cellulosic ethanol plants

Wednesday, December 31st, 1969

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While not as big a deal as Coskata’s announcement at the Detroit Auto Show, the company is not letting the Chicago Auto Show go by without letting some more cellulosic ethanol news slip out. The company announced today that it had formed a strategic alliance with ICM for the design and construction of cellulosic ethanol plants. ICM is a background player in the ethanol field, and its patented proprietary process technology is responsible for about half of the ethanol made at plants in the U.S. We’ll have to wait until late 2010 for the Coskata plant to become operational. You can read the press release after the jump.

Related:

[Source: Coskata]

Coskata, Inc. Forms Strategic Alliance with ICM to Design and Build Commercial Ethanol Plants

Alliance combines committed leadership in renewable energy development

Warrenville, Ill. - February 6, 2008 - Coskata Inc., a leading developer of next-generation ethanol, today announced a strategic alliance with ICM, Inc. to design and construct a commercial ethanol plant using Coskata’s biological fermentation technology.

ICM is North America’s leading ethanol plant design, engineering and support firm. Its patented proprietary process technology is responsible for approximately 50 percent of North American ethanol production from plants constructed by Fagen, Inc. and ICM.

The first Coskata plant, expected to open in late 2010, will be the staging ground for the world’s first mass-produced next-generation ethanol.

“Aligning with ICM on one of our first commercial plants is a natural choice because of their unrivaled biofuels technical knowledge and ability,” said Bill Roe, president and CEO of Coskata. “This strategic alliance moves us a step closer to the arrival of Coskata’s next-generation ethanol in the marketplace.”

“Coskata and ICM will speed the commercialization of a process that will convert biomass into advanced biofuels from a number of renewable materials, at a production cost of less than $1 a gallon,” Roe said.

Using patented microorganisms and efficient bioreactor designs, Coskata uses a unique three-step conversion process that turns virtually any carbon-based feedstock, including biomass, municipal solid waste, bagasse, and other agricultural waste into ethanol. The technology is globally applicable. The process is environmentally sound, reducing carbon dioxide emissions by as much as 84 percent compared to gasoline, as well as generates up to 7.7 times as much net energy as is required to produce the ethanol, according to Argonne National Laboratory.

“In addition to ICM’s own research and development efforts, ICM evaluated other potential cellulosic ethanol technologies to identify commercially viable processes,” according to Dave Vander Griend, president and CEO of ICM. “Coskata’s thermal biomass conversion process offers promising technology.”

“It has always been ICM’s mission to help sustain agriculture through innovation,” Vander Griend said. “Coskata’s production process makes them a valuable ally as we continue to pursue advancements in renewable technology towards the creation of advanced and cellulosic biofuels as directed by the recent Energy Bill.”

About ICM: By harnessing the strength of more than 750 hard-working, creative thinkers and focused visionaries, ICM engineers, builds, and supports the industry’s leading ethanol plants. Founded in 1995, ICM is headquartered in the small agricultural community of Colwich, KS, located just outside of Wichita. ICM also serves as a leading ethanol industry advocate. For more information, visit www.icminc.com.

About Coskata: Coskata is a biology-based renewable energy company that is commercializing technology to produce biofuels from a wide variety of feedstocks. Using proprietary microorganisms and transformative bioreactor designs, the company projects that it will be able to produce ethanol for less than $1.00 per gallon almost anywhere in the world from a wide variety of feedstocks, based upon continued successful future development. Coskata has compiled a strong IP portfolio of patents, trade secrets, and know-how and assembled a first-class team for the development and commercialization of its compelling syngas-to-ethanol process technology. For more information, please visit www.coskata.com

 

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BOLD MOVES: THE FUTURE OF FORD Step behind the curtain at Ford Motor. Experience the documentary first-hand.

Original post by Sebastian Blanco

Chicago 2008: GM North America president Troy Clarke’s opening keynote

Wednesday, December 31st, 1969

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If a GM representative is speaking to the public these days, you can bet heavily that biofuels (cellulosic ethanol), E-Flex and the phrase “Gas friendly to gas free” will be uttered. When GM North America president Troy Clarke gave the opening keynote presentation at the Chicago Auto Show today, he followed the script to the letter. During a half-hour talk that sets the stage for the show, Clarke rolled through the points we’ve come to expect over the past year or so.

In one nice touch, Clarke said that, “If you ask the potential customer about the auto industry, they really don’t talk about who’s the global sales leader.” Clarke’s point was that automakers need to give customers what the customers want, not dictate to them the vehicle they will buy. The auto industry is at a crossroads, Clarke said, with energy security and climate change and cost of transportation all causing massive changes. Naturally, Clarke believes that GM has the best slate of candidates for the vote/dollar of the customer. Mandating that all automakers produce a particular approach or a particular solution (i.e., incredibly high mpg vehicles) will not result in good sales or happy drivers. “Extremely small vehicles wouldn’t satisfy some customers, even if they got 100 miles per gallon,” Clarke said, framing the argument so that you can’t say he’s wrong. In the end, it’s customers who need to define what the automakers make. Of course, Clarke then told a story about a focus group he attended in LA where the members of the public basically said yes, they want a green vehicle, but they then also described that car as a 40 mpg Tahoe.

Aside from the voice of the consumer meme, Clarke once again brought up the Coskata-GM partnership and Coskata’s announcement today that it has partnered with ITM to build cellulosic ethanol plants and mentioned the Chevy HHR going flex-fuel. Clarke then broke down once again the GM plan for the future, including biofuels and E-Flex and all that, and mentioned that it’d be good if the government funded more advanced battery research.

One question from the audience is worth mentioning. Asked about the Coskata ethanol process, Clarke couldn′t promise that it would result in sustainable ethanol, but did say that he and GM hope and believe it will. You can hear Clarke’s speech here (19 MB, 28 min).

Also - the introduction to the keynote gave us this fun trivia for the day: when President McKinley was shot in 1901, he was taken to the hospital in a battery-powered ambulance.

 

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BOLD MOVES: THE FUTURE OF FORD Step behind the curtain at Ford Motor. Experience the documentary first-hand.

Original post by Sebastian Blanco

Pose your questions about cellulosic ethanol to a Coskata executive

Wednesday, December 31st, 1969

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GM will be holding another in their series of on-line chats this week on the GMnext.com site. This time around they will have Wes Bolsen, VP of Coskata available to answer questions from participants. Coskata is the company that has developed a process for producing cellulosic ethanol at much lower cost and with a lot less water than it takes to make corn ethanol. In early January, GM announced that they had invested in Coskata. Our own Sebastian Blanco had a chat with Bolsen earlier this month at the Chicago Auto Show. To participate in the chat you’ll need to register which you can do in advance by going to the GMnext.com site and clicking on Sign In. The live chat will take place Thursday Feb. 21 from 1-2pm EST.

[Source: General Motors]

 

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BOLD MOVES: THE FUTURE OF FORD Step behind the curtain at Ford Motor. Experience the documentary first-hand.

Original post by Sam Abuelsamid

Intersport Racing joins the cellulosic E85 ranks in the ALMS

Wednesday, December 31st, 1969

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The American Le Mans Series yesterday announced that Intersport Racing has decided to run their car on cellulosic ethanol for the 2008 season. They are the third team to announce plans to run on the new biofuel and the first to run it in a prototype. Intersport will be running an AER-powered Lola B06/10 in the LMP1 class this year competing head-on with the diesel-powered Audi ‒s. The other teams running on the new fuel are the factory Corvette C6Rs in GT1 and the GT2 class Aston Martin Vantage of Drayson Barwell Motorsport . The ᭉ-powered cars will be allowed to run with 105L of fuel on board rather than the 90L carried by the ᫾-fueled racers.

[Source: American Le Mans Series]

 

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BOLD MOVES: THE FUTURE OF FORD Step behind the curtain at Ford Motor. Experience the documentary first-hand.

Original post by Sam Abuelsamid

Forum Fodder: Definitive proof that ethanol is not creating a food corn shortage?

Wednesday, December 31st, 1969

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GM Inside News forum member HoosierRon has posted what he feels is “definitive proof that ethanol is not creating a food corn shortage.” He goes on to give real raw data to support his claims. His data concentrates on the amount of corn produced in the U.S. and the amount of ethanol produced in the U.S. His data seems to indicate that there is more corn available for food now than there ever has been before.

This type of data is good to keep an eye on, but it hardly offers definitive proof that ethanol fuel is not raising corn prices. Instead, it shows that there is plenty of corn available for use as either ethanol or food. Additionally, the data does not indicate whether farmers who previously planted other crops are instead choosing to plant corn. None of this is to say that ethanol is creating a food shortage, just that more data is needed before any fair conclusion can be reached.

As is often stated, making ethanol from corn is not very efficient, but hopefully soon we will start seeing cellulosic ethanol take its place as an alternative to petroleum.

[Source: GM Inside News]

 

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Original post by Jeremy Korzeniewski

Sebring ‘08 Preview: Full speed ahead on fuel diversity!

Wednesday, December 31st, 1969

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The American Le Mans Series kicks off its 2008 season next weekend with the 56th running of the 12 Hours of Sebring in central Florida. The ALMS has long had the most diverse field of race cars of any major series in North America and this year it’s getting even more so as the series makes a push for greener racing. This is the only series that has cars running on three different fuels gasoline, ethanol and diesel all play a major part. In the LMP1 class, Audi is kicking off its third year running the diesel-powered R10 TDI. They′ll get competition this time from Peugeot, which is bringing one of their 908 HDi prototypes to race in the U.S. for the first time.

In the production-derived GT1 ranks, the Corvette ʤRs will tackle an Aston Martin DBR9 with all of them using cellulosic E85 fuel. The same fuel will also power an LMP1 Lola entered by Intersport racing. The rest of the field for now will continue using the E10 ethanol/gasoline blend that was used in 2007. As the season progresses and going into 2009, other teams are likely to make the switch to E85 and possibly even diesel. Although Honda representatives were non-committal at the Detroit Auto Show, it appears that they are looking hard at diesel power especially as they are about to introduce a diesel-powered Acura TSX in the U.S. next year. ALMS officials are also encouraging other alternative powertrains, such as hybrids, and they are open to looking at all options. When the 2008 draws to a close at the Petite Le Mans race at Road Atlanta this fall, ALMS will also introduce their first Green Challenge that will measure a variety of sustainability efforts by teams in addition to their on-track performance and fuel efficiency. ALMS officials are working hard to encourage innovation and diversity in the field that can help advance powertrain and fuel technology. For those of us who enjoy motorsports it’s by far the most interesting and exciting series to watch and I for one will be among the happy spectators this year.

[Source: American Le Mans Series]

 

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Original post by Sam Abuelsamid

Oklahoma State University gets new $1.2m bioenergy lab, Coskata folks must be smiling

Wednesday, December 31st, 1969

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Oklahoma State University: the school of ethanol made from sweet sorghum. Also, the place where the proprietary microorganisms that Coskata uses in its cellulosic ethanol process came from. OSU certainly is no stranger to biofuels, and a new $1.2m bioenergy laboratory will further research turning plants and other carbon matter into liquid fuel.

According to today’s Journal Record, the new laboratory will be the centerpiece in OSU’s attempt to secure funding for its interdisciplinary work on biofuels. Ray Huhnke, a biosystems engineer and the coordinator of the various OSU biofuels team members, said the holistic approach will result in “the creation of cost-effective biofuels.”

The OSU Biofuels Team has been working together for the past decade. Members come from the OSU Division of Agricultural Sciences and Natural Resources; the OSU College of