Archive of ‘Ethanol’

BlueFire Renewables Receives Final Environmental Permits for Plant Construction

BlueFire Renewables, formerly BlueFire Ethanol, a renewable fuel company looking at using organic wastes including garbage. Currently, the company has been trying to get an ethanol production plant in Mississippi, and this past week announced that they received the final environmental permits from the Mississippi Department of Environmental Quality.

Initial site work has begun in Fulton, Miss., at the site of a 19 MMgy BlueFire Renewables Inc. cellulosic ethanol plant. The company announced Nov. 10 that it had received its final air, wastewater, and storm water permits from the Mississippi Department of Environmental Quality, which were required to proceed with construction. “We are excited to see jobs being created and economic development contribution starting to accrue to the State of Mississippi,” said Arnold Klann, CEO of BlueFire Renewables. “Once erection of plant and equipment commences, the jobs employed at the site will peak at about 700 under the engineering, procurement and construction contract with MasTec Inc.”

BlueFire Renewables’ plant will use green and wood waste from the region as a feedstock. A date for start of construction has not been set, said a company spokesperson, and it’s unknown at this time when the plant will be operational.

LanzaTech Signs for the Creation of the First Coal to Biological Fuel Project

LanzaTech seems to be on a roll recently, announcing last week the creation of important chemical components from waste gases and this week the “first coal to biological fuel project.”

Check out their press release below:

Auckland September 7, 2010: LanzaTech and one of the largest coal producers in China, Henan Coal and Chemical Industrial Corporation (HNCC), have signed a memorandum of understanding (MoU) for the production of fuels and chemicals.

Ethanol fuels and chemical products will be produced through the integration of coal gasification and LanzaTech’s biological fermentation process.

The MoU was signed during a ceremony held in the capital of Henan province, Zhengzhou, with the deputy secretary general of the Communist Party of CAS Ms Fang Xin and the Vice-Governor of Henan Province Mr Xu Jichao attending.

Also signed was a separate three way letter of intent regarding the establishment of a Bio Energy Research Centre for the development, pilot production and commercialization of the technology to change coal derived synthesis gas to ethanol fuels and chemicals.

The research centre, supported by multiple research institutes under CAS, will focus on developing important complementary process technologies, like product separation, water conservation and process integration. The research centre will also focus on developing other high value added technology and products.

LanzaTech has already successfully proven that its proprietary gas fermentation platform can be used to convert biomass syngas at laboratory scale. It is envisaged the demonstration facility will be operational by the second half of 2011.

Dr Jennifer Holmgren, LanzaTech’s CEO, said the Henan MOU demonstrates the continued commitment of China to the development and usage of clean energy. Early adoption of these technologies will enable China to become a leader in green energy manufacturing and use.

“Our partnership with Henan Coal and Chemical and the Chinese Academy of Sciences will help reduce the CO2 footprint of China’s coal industry,” Dr Holmgren said.

Henan Coal and Chemical Industrial Corporation is a China fortune 500 company. In 2009 it was ranked the number two coal company in China and was positioned as the number one company in China for growth. Based in China’s largest province, Henan, the company holds a diverse portfolio including coal, chemical and non ferrous metal industries. It is the biggest company converting coal to syngas in Asia.

LanzaTech produces important chemical component from industrial waste gases

New Zealand based LanzaTech recently announced that they have successfully produced a necessary component to create polymers, plastics, and fuels from their unique fermentation process.

For those unfamiliar with LanzaTech, it is a company looking to utilize industrial waste gases and waste products like trash to produce biofuels, particularly ethanol. In the process, they combine both the waste gases and waste products in a fermentation unit where proprietary microbes use these materials to create the fuel.

LanzaTech’s process differs from other ethanol production processes including the corn ethanol production process that many are familiar. Whereas corn ethanol is based off the sugars found in a corn kernel, LanzaTech’s process is based off converting carbon monoxide into ethanol using the energy found in waste products. Additionally, other gas-to-fuel processes need a large source of hydrogen but LanzaTech’s process does not, allowing it to make use of hydrogen-deficient waste gas sources like steel mills.

This recent announcement signals the first time the polymer, plastic and fuel component 2,3-Butanediol has been created from waste gas resources in an industrial setting.

This adds another dimension to the company, allowing it to not only create biofuels, but also create various chemical components in an environmentally friendly way.

“Lanzatech is now able to offer an integrated waste gas to fuels and chemicals technology that is both economically and environmentally sound,” Dr Jennifer Holmgren, CEO of LanzaTech says. “Commercial viability of novel routes requires the integration of diverse approaches. This development means our process can deliver considerable financial returns from the sale of high value products while curbing industrial greenhouse gas emissions.”

As a side note, New Zealand is home to several promising biofuel companies. In addition to LanzaTech, one should also keep an eye on the algae biofuel company Aquaflow that is looking to grow and harvest wild algae in open ponds to create fuel and various fuel components.

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Story Originally posted on Celsias.com

PRESS RELEASE: BlueFire Ethanol Loan Guarantee Application for the Lancaster Project Advances to Final Phase

Company Meets the Department of Energy Part One Application Requirements and is Invited to Continue in Part Two of the Process

IRVINE, CA (November 12, 2009) – BlueFire Ethanol Fuels, Inc. (OTC BB:BFRE.OB – News), a company focused on changing the world’s transportation fuel paradigm through the production of ethanol from non-food cellulosic wastes, today announced that the Department of Energy has determined that BlueFire Ethanol has met the requirements of Part One of the application process and that they have been invited to continue onto Part Two for the financing of their Lancaster Project.

The loan guarantee pursuant to this program would support the construction of BlueFire’s “shovel-ready” commercial (cellulosic) biofuels plant planned for Lancaster, CA. Under this program BlueFire has requested $56 million, which would be combined with other sources to provide sufficient capital for the project’s construction and launch. BlueFire has completed the permitting process and is poised to break ground upon completion of the financing and Loan Guarantee agreements. The Lancaster facility is designed to convert post-sorted cellulosic waste materials diverted from southern California’s landfills to produce approximately 3.9 million gallons of fuel-grade ethanol per year.

“We are honored and applaud the Obama administration and the Department of Energy for their continued support of the biofuels industry. We are very optimistic that the DOE will consider the enormous benefits of BlueFire Ethanol’s technology during Part Two of this selection process,” said Arnold Klann, CEO of BlueFire Ethanol. “It’s programs like the DOE loan guarantee that enable first-of-its-kind technologies to be in a position to secure the necessary funding to move forward and help provide much-needed energy alternatives to petroleum.”

BlueFire Ethanol recently announced its second commercial cellulosic ethanol plant location in Fulton, Mississippi. The project will allow BlueFire to utilize green and wood wastes available in the region as feedstock for the ethanol plant that will be designed to produce nearly 18 million gallons of ethanol per year. BlueFire expects to announce a third planned project facility in the near future.

About BlueFire Ethanol Fuels

BlueFire Ethanol Fuels, Inc. was established to deploy a commercially ready, patented and proven Concentrated Acid Hydrolysis Technology Process for the profitable conversion of cellulosic waste materials (“Green Waste”) to ethanol, a viable alternative to gasoline. BlueFire is the only cellulose-to-ethanol company worldwide with demonstrated production of ethanol from urban trash (post-sorted MSW), rice and wheat straws, wood waste and other agricultural residues.

BlueFire is one of four companies awarded funding from the U.S. Department of Energy under the Energy Policy Act of 2005 to construct cellulosic biorefinery production facilities. BlueFire’s biorefineries will be located near markets with high demand for ethanol and will use locally available biomass. This should dramatically reduce delivery costs and increase biofuel supplies, while providing a unique waste processing technology to help America’s cities better manage the increasing problem of overflowing landfills. For more information, please visit www.BlueFireEthanol.com.

PRESS RELEASE: Bluefire Ethanol Receives $3.8 Million Reimbursement from Department Of Energy

Revised DOE Contract Allows For Reimbursement That Will Further Aide Plant Development

IRVINE, CA (November 5, 2009) – BlueFire Ethanol Fuels, Inc. (OTC BB:BFRE.OB), a company focused on changing the world’s transportation fuel paradigm through the production of ethanol from non-food cellulosic wastes, has received a $3.8 million reimbursement from the Department of Energy to be used for pre-construction activities for its second planned biorefinery, which will be located in Fulton, Mississippi.

BlueFire is currently receiving funding under the $40 million DOE grant it was awarded in 2007 for the development of the Mississippi plant. The $3.8 million reimbursement was issued to cover costs spent on the basic engineering design that is directly correlated to the development of BlueFire’s Fulton, Miss. plant.

“This reimbursement provides additional cash flow for pre-construction activities including permitting and basic preliminary engineering for our Fulton, Mississippi plant,” said Arnold Klann, chief executive officer at BlueFire Ethanol. “The DOE’s continued financial support coupled with the current administration’s goal to rapidly deploy cellulosic biofuels projects allows BlueFire to bring to fruition its mission of providing non-food-based biofuels to the densely populated locations in the greatest need of fuel.”

BlueFire Ethanol’s facilities will use its commercially-ready, patented and proven Concentrated Acid Hydrolysis Technology Process for the profitable conversion of cellulosic waste (“Green Waste”) into cellulosic ethanol. Derived from non-foodstock urban, forestry and agricultural residues, this form of ethanol is a completely renewable and highly-economical alternative to gasoline and other types of ethanol.

The Fulton, Miss. project, BlueFire’s second planned commercial cellulosic ethanol plant, will allow BlueFire to utilize green and wood wastes available in the region as feedstock for the ethanol plant that will be designed to produce approximately 18 million gallons of ethanol per year.

BlueFire has also completed a 20-month licensing process and is currently awaiting the final financing needed to break ground on its shovel-ready, fully permitted ethanol biorefinery in Lancaster, CA. The Lancaster facility will use post-sorted cellulosic wastes diverted from Southern California’s landfills to produce approximately 3.9 million gallons of fuel-grade ethanol per year.

About BlueFire Ethanol Fuels

BlueFire Ethanol Fuels, Inc. was established to deploy a commercially ready, patented and proven Concentrated Acid Hydrolysis Technology Process for the profitable conversion of cellulosic waste materials (“Green Waste”) to ethanol, a viable alternative to gasoline. BlueFire is the only cellulose-to-ethanol company worldwide with demonstrated production of ethanol from urban trash (post-sorted MSW), rice and wheat straws, wood waste and other agricultural residues.

BlueFire is one of four ethanol companies awarded funding from the U.S. Department of Energy to construct ethanol production facilities. Unlike remote corn ethanol production plants, BlueFire’s biorefineries will be located near markets with high demand for ethanol. This should dramatically reduce delivery costs and increase biofuel supplies, while providing a unique waste processing technology to help America’s cities better manage the increasing problem of overflowing landfills. For more information, please visit www.BlueFireEthanol.com.

Dow Chemical Partners with Algenol

In yet another sign that the algae world is being taken seriously, Dow Chemical and Algenol have announced a partnership. This partnership will aim to produce ethanol from algae and be based in Freeport, Texas.

The project will use Algenol’s technology that calls for carbon dioxide and saltwater supplied to algae in photobioreactors to produce the biofuel.

 

Also contributing are the National Renewable Energy Laboratory (NREL), the Georgia Institute of Technology and Membrane Technology & Research, Inc.

 

Dow said the project aims for “a breakthrough process for ethanol production” that does not use food sources such as corn.

 

The United States is the world’s top producer of corn-based ethanol, but critics say this diverts needed food supplies and land resources for fuel, raising food prices on world markets.

 

“This project and the innovative technology involved offers great promise in the battle to help slow, stop and reverse the growth of greenhouse gas emissions,” said Andrew Liveris, Dow chairman and chief executive officer.

Ethanol Production Unit for your Home

Yesterday, E-Fuel Corporation unveiled their final product model of their E-Fuel MicroFueler, a device that will be able to produce “organic” fuels like ethanol.

 The E-Fuel distribution system produces organic fuel by using carbohydrate waste products found in brewery waste, algae and cellulose. Using semiconductor technology, the appliance-sized units are pump-stations and ethanol distillers that can be installed at residences by the GreenHouse distribution team.

 

Each MicroFueler requires three kilowatts of electricity to produce a gallon of Efuel100, in turn one gallon of Efuel100 will generate up to 23 kilowatts of power. The system’s proponents claim the ethanol generated will play an integral part in reducing California greenhouse gas emissions.

The article goes on the state that the state of California will be looking into the feasability of using the ethanol produced by this in flex-fuel vehicles. The great news is that it looks like these units will produce more energy than it will consume creating the ethanol.

 

However, from a cursory glance over their “Fact Sheet“, the premise of this whole device is access to cheap alcohol and sugars. For the sugars and alcohol to be cheap, the American taxpayer looks to be footing the bill through subsidy programs.

 

Anyways, this is interesting technology that has a lot of applications in the future. Now if they could only make it feasible without relying on subsidies…

Algenol to Commercially Produce Algae based Ethanol in 2009

Algenol will begin commercial scale production of algae based ethanol from blue green algae in 2009. The are claiming that their production methods will be carbon neutral and cost competitive with other alternative fuels.
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For more on this, click here

New South Wales to abandon biofuel mandates

It seems like everyone is beginning to abandon any biofuel mandate that could potentially lead to increases in food prices. Australia’s New South Wales joining in the trend by not implementing a mandate that would increase biofuel requirements to 10% by 2010.

NSW Premier Nathan Rees has ditched his predecessor’s commitment to introduce mandated levels of biodiesel in motor vehicles and boost ethanol levels from 2 per cent to 10 per cent.

 

In a setback for the biofuels industry, Mr Rees signalled yesterday that Morris Iemma’s mandate plans would not be implemented — putting himself at odds with Lands Minister Tony Kelly, who had insisted the Government backed the biofuels policy.

 

The about-face in NSW comes amid mounting evidence that biofuel mandates have contributed to growing world food shortages and rising prices.

Africa’s deal with the biofuel devil

It seems like some biofuel businesses are enviously eying Africa for land to support the western world’s thirst for alternative fuels. Some of their offers are quite ludicrous and sound almost like modern day Panama Canal deal (except  with the Africans reaping none of the benefits).

 

A little history, the reason we have a Panama Canal (and not the Nicaraguan Canal) was our Government decided to help stage a little revolution to create the newly formed (and friendly) Panamanian government that was willing to sell us the land we needed for the canal. This was all bought for $10 million (roughly $250 million, adjusted for inflation) with an annuity of $250,000. Was this wrong? Eh, from what I can tell it was a fairly bloodless revolution but I will let smarter people decide that. What I do know is that Panama got a fortune for letting us “exploit it” compared to what the African people will get.

 

Take a look at this (emphasis added):

The Tanzanian government has granted the British firm the use of 9,000 hectares (22,230 acres) of sparsely populated farmland, or enough land to cover about 12,000 soccer fields, for a period of 99 years—free of charge. In return, the company will invest about $20 million (€13 million) to build roads and schools, bringing a modicum of prosperity to the region.

 

Sun Biofuels is not alone. In fact, half a dozen other companies from the Netherlands, the United States, Sweden, Japan, Canada and Germany have already sent their scouts to Tanzania. Prokon, a German company known primarily for its wind turbines, has already begun growing jatropha curcas on a large scale. It expects to have 200,000 hectares (494,000 acres)—an area about the size of Luxembourg—under cultivation throughout Tanzania soon.

 

A gold rush mentality has taken hold—not just in East Africa but across the entire continent. In Ghana, the Norwegian firm Biofuel Africa has secured farming rights for 38,000 hectares (93,860 acres), and Sun Biofuels is also doing business in Ethiopia and Mozambique.

 

Kavango BioEnergy, a British company, plans to invest millions of euros in northern Namibia. Western companies are turning up in Malawi and Zambia, where they plan to produce diesel fuel and ethanol from jatropha curcas, palm oil or sugar cane. Foreign investors have their eye on 11 million hectares (27 million acres) in Mozambique—more than one-seventh of the country’s total area—for growing energy plants. The government in Ethiopia has even made 24 million hectares (59 million acres) available.

Now will this be a good thing? This could be the thing that Africa needs to set up some infrastructure. However, as you may already be aware, I’m wholeheartedly against any biofuel that takes agricultural land. Therefore, companies using this land, even if it is “only sparsely populated farmland,” is very disheartening. Combine this with the following paragraphs from the story and you will know why I am very skeptical of these investments.

In Tanzania, while there are hopes, there is also plenty of reason to be skeptical about promises that everything will improve. In April 2006, Sun Biofuels claimed that it had received formal approval for cultivation from 10 of the 11 affected villages. At that point, however, several communities were not even aware of the plans, while others had attached conditions to their consent. A village head complained, in writing, to the district administration that Sun Biofuels had cleared and marked off land without even contacting the village elders.

 

(…)

 

Seventy kilometers (43 miles) farther south, on the Rufiji River, thousands of residents are being forced to move to make way for the Swedish company Sekab’s plans to grow sugarcane, a highly water-intensive crop, on at least 9,000 hectares (22,230 acres) and then distill it into ethanol. Five thousand hectares (12,350 acres) have already been approved.

 

The river and the wetlands along its banks are the only source of drinking water for thousands of people, especially during the dry season. Sekab also plans to tap this reservoir to irrigate its plantations. Transparency? Nonexistent. Compensation? None whatsoever. Information? A scarce commodity. When residents attending an informational event asked about compensation payments, they were told curtly: “You will get what you are entitled to.

At this point of the story, I’m getting pretty mad to be honest. This is Africa people, a mostly third world continent, where things are about as corrupt as you can get. I have very little faith in the governments to uphold their ends of the agreements even if the companies plan on keep their promises.

 

But that is even besides the point, the real problem is why they plan on growing a crop like sugarcane in Africa. If I remember correctly, Africa is a fairly parched continent with a premium put on water. This brings up another issue I have with crop based biofueld: they use needed freshwater for crops or, in this case, drinking water even.

 

If you’re getting fairly mad by now, I can completely understand, but try to hold it together until after you read the next part.

But Brennan’s rosy predictions do not reflect opinions in East Africa. A study on energy plants in Tanzania, conducted by the German Agency for Technical Cooperation, lists a host of negative side effects. What is more, this is not the first time that white investors have promised prosperity for Tanzania.

 

With similarly enticing promises, small farmers were talked out of their land several decades ago to make way for coffee plantations. In the 1990s, foreign mining companies arrived in Tanzania to dig for gold. “They promised us jobs, new roads, new wells and schools,” says journalist Joseph Shayo. “And what happened? No schools, no wells and few jobs, which were low-paying jobs, to boot.” To make matters worse, large mining zones were fenced off and became inaccessible to the original residents.

 

In a recently published study on the “Biofuel Industry in Tanzania,” journalist Khoti Kamanga of the University of Dar es Salaam warns against the side effects of energy plantations. The population, Kamanga writes, is usually uninformed, while the cultivation of energy plants usually goes hand-in-hand with forced resettlement. According to Kamanga, it is very likely that ethanol production will also affect food prices in Tanzania, with the country’s dependency on food imports growing even further.

Alright, so we got companies having a history of breaking their promises, forced resettlement, and higher food prices. Wow, If you take away the food part, this could practically be what the American government did with the Native American tribes here: breaking treaties and forcing Native Americans on reservations.

 

Looks like Africa is following our example, just the wrong one.

 

A note: I’m not against businesses investing in Africa. The potential for these businesses to help change the quality of life in these thirdworld countries is definitely there. However, exploitation, what this sounds like, is completely unacceptable. In Africa, having access to land is essential. Depriving people of this is dispicabl.