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Archive for January, 2011

Seaweed based biofuels- A viable alternative for Islands and Peninsulas

January 29th, 2011

In a scenario where the world’s alternative energy and biofuel production is mainly challenged by the risk of unintended land usage, we almost forget the status of smaller countires, who can never think biofuels due to their land demands. Small island and peninsula countries do not have the land to grow biofuel crops, such as corn or Jatropha. In such a scenario, Seaweed as a feedstock for biofuel production could be an option for smaller countries, especially islands that do not have the land to grow crops.

Yong-Su Jin, assistant professor of microbial genomics and faculty member of Institute for Genomic Biology at the University of Illinois has been conducting research in this area since 2007 and he strongly feels that seaweed biofuel can significantly help smaller countries. His research team has identified that when seaweed goes through hydrolysis, to produce ethanol, it forms galactose and this galactose must go through a process called yeast fermentation before it can become ethanol.

But again any promising alternative would have its own odds stacked up against it and sea weed based fuel is no exception here. There would surely be some ecological concerns over using seaweed, since seaweed is mainly used by fish and other aquatic species as food. Moreover, the weather conditions at sea could also hamper harvesting the sea weed. But since the amount of sea weed and other biomass in ocean is very vast, one could certainly feel that experimenting on these untapped recourses could be done at least till an ecological threat is at vicinity in oceans.

Agave might not only booze the world but might fuel the world as well

January 29th, 2011

Agave, the perennial monocot genus of Mexican origin which is currently known for its use in the production of alcoholic beverages (Tequila) and fibers, would soon be evaluated for its potential to serve as a sustainable biofuel feedstock.

Agave is very much known to thrive in semi-arid regions where it is less likely to conflict with food and feed production. Also it is considered a unique feedstock because of its high water use efficiency and its ability to survive without water between rainfalls, even for extended period of time.

The current issue of Global Change Biology Bioenergy claims that Scientists have found through 14 independent studies that the yields of two Agave species greatly exceeded the yields of other biofuel feedstocks, such as corn, soybean and sorghum. The issue also gives additional information that even more productive Agave species which have not yet been evaluated do exist.

Agave is very much promising mainly because the biomass can be harvested as a co-product of tequila production without additional land demands. Also the abandoned Agave plantations in Mexico and Africa that previously supported the natural fiber market could be reclaimed for this bioenergy feedstock. More research on Agave species is essential though, to determine the tolerance ranges of the high yielding varieties that would be most viable for bioenergy production in semi-arid regions of the world.

With the raising interest towards bioenergy crops that have a low risk of unintended land use change, it can be expected that Agave could come under lime light in alternative energy market very soon.

20 tonnes of Jatoil to be added to weekly jatropha oil shipments from Indonesia

January 29th, 2011

In Australia, Jatoil (JAT.ASX) said that it will be shipping 20 tonnes of jatropha oil per week from  plans to make regular weekly shipments of crude jatropha oil from 522 hectares of three to four year old jatropha trees which it recently added to its plantations in Central Java, Indonesia.

Jatoil CEO Phil Hodgson said, “This move is important to us for a number of reasons. Firstly, we will be making regular weekly shipments of some  from this new area alone. In turn, that greatly increases our standing within the market where there is strong demand for such product from a number of large international energy consumers. It also demonstrates that Jatoil is rapidly progressing to its commercialisation phase.”

Source: http://biofuelsdigest.com

Jatropha-based aviation biofuels in Indonesia

January 29th, 2011

In Indonesia, Arizona’s  Diversified Energy Corporation has been selected by PT Jatropha Feedstock Initiative (JFI) of Indonesia to provide technology and production equipment for a large scale jatropha plantation and advanced biofuels production business being developed in eastern Indonesia.

Diversified Energy will provide advanced bio-refinery technologies and processing equipment that will convert the crude jatropha oil into fungible “drop-in- replacement” bio-jet fuel, and will actively participate in the efforts to test and certify jatropha oil-derived bio-jet fuels for commercial and military jet aircraft engines use worldwide.

Diversified will also provide state-of-the-art biomass gasification and energy conversion technologies that will convert all of the plantations‟ biomass waste into electricity and additional chemical byproducts. In total the deal will represent more than $1.5 billion in green energy technology exports over the next 15 years, including the sale of farm equipment, organic fertilizer production equipment, water well drilling equipment, construction equipment, advanced bio-refinery plant equipment, and biomass-to-energy plant conversion equipment.

Headquartered in Jakarta, Indonesia, PT JFI is a foreign/Indonesian joint venture whose partners have been involved in the commercial development of jatropha plantations in Indonesia since 2006. They have cooperated with the Indonesian Ministry of Agriculture in its efforts to develop high yielding jatropha hybrids specifically developed for Indonesian climate conditions. PT JFI has developed large scale commercial jatropha nurseries in eastern Indonesia since 2008 and has developed a unique mechanical transplanting system for jatropha seedlings.

Source: www.biofueldigest.com

NOVOZYMES and POET team up to commercialize cellulosic biofuels at the DC Auto Show

January 28th, 2011

DC Auto Show, the annual local auto show held in Washington, would be offering a platform for commercialization of cellulosic biofuels. Novozymes, the leader of global enzyme market together with America’s Mr. Ethanol- POET LLC, are showcasing their success in bringing cellulosic ethanol to the market.

The success of Novozymes in the commercialization of Corn cob based fuel mainly lies in the improved efficiency of the enzymes used in the fuel production process and the reduced costs of the enzyme production process. In two years, novozymes have reduced their enzyme cost by 80 percent, while at the same time increased the performance 1.8 times. Together with POET, novozymes have been successfully able to develop a renewable fuel that is better for the environment and cost competitive to gasoline. Despite the major technological advancements, Novozymes stresses that there are still barriers to commercialization that include financing, market access and consumer choice for fuel.

The breakthroughs in enzyme technology by Novozymes and advancements in corn stover and cob collection processes by POET  is making this alternative fuel, closer to reality than people realize. According to Environmental Protection Agency (EPA), corn stover is the most economical agricultural feedstock that is used to produce ethanol. EPA considers that corn stover and corn cob based ethanol could be the main stay supply to meet the 36 billion gallon renewable fuel demand by 2022 and with promising partnerships such as these, one could expect a successful commercialization of this technology.

Ethanol from Corn Cob fuels an awareness trip

January 28th, 2011

Tom Holm, the founder of Eco Trek foundation, in an attempt to create awareness about the usage of alternative fuel, recently made a trip across the U.S in his big Ford Super Duty Truck, powered by the E85 Cellulosic Ethanol- a fuel with 15% gasoline and 85% ethanol made out of corn cobs alone and absolutely no corns. Though his effort was to create an awareness, one could say that his awareness trip would easily make people feel that this would not be a sought after alternative fuel.

Holm stocked up 200 gallons of this E85 cellulosic ethanol in his truck at San Francisco to fuel his trip till South Dakota, where he further stocked up some more corn cob ethanol before heading across to his destination. Holm obtained more fuel for his trip from POET, America’s Mr.Ethanol, who has been producing cellulosic ethanol from corn cob, at a pilot plant in South Dakota that began operations in November 2008 and has a capacity of 20,000 gallons a year.

Holm could just manage 13 miles per gallon and that is why he has to opt for so much of fuel to go on with his trip. This mere 13 miles per gallon is not going to impress the world that is obsessed with mileage and fuel economy. The E85 has less than 70% of the energy of gasoline, and about 62% of diesel’s energy content. These numbers are very much un-impressive. But a deeper analysis would reveal a different inference.

The 13 miles per gallons, considering the size of his extra large truck (as evident from the picture) and the 2,000 pounds of fuel he was carrying along is a fairly respectable number. Also what is noteworthy here is not those numbers but the source of this alternative fuel. With major controversies and concerns over the large amount of land required for crops and its impact on grain supply, corn based ethanol has become a debatable alternative at the U.S where most of ethanol is produced from corn. But with a possibility that companies can cheaply make ethanol from what normally would go to waste, it’s much harder to argue against corn cob based ethanol. The trip by Holms should rather promote awareness about the benefits of producing fuel from a non-food source and not awareness about fuel economy.

Cows Help in making Cellulosic Ethanol?

January 28th, 2011

The director of U.S DOE’s Joint Genome Institute, Eddy Rubin suggests that more enzymes are required to lower the cost producing of Cellulosic Ethanol instead of just changing the processing methods.  So, where do we get more enzymes? Fortunately, researchers have found out that microbes present in the digestive tract of cows have been converting cellulose into sugars, very efficiently ever since they came into existence. The sad part is that these microbes cannot be cultured in lab. For that fact, 99.9% of all microbes cannot be grown in labs. But now, this is not a problem. Thanks to metagenomics.

The genes of the microbe in the bovine digestive tract have been sequenced and researchers hope this database of information will help engineers come up with new enzymes, bringing down the production cost of cellulosic ethanol. New gene sequencing technologies will allow researchers to sequence all genetic material and screen the data for the genes of interest.

Rubin’s group are researching on Termites. Microbes on the termites ferment woody roughage to sugars. the study did not generate information of full-length genes.

More at – http://www.technologyreview.in/energy/32233/

SG Biofuels Initiates Efforts to Bring the Opportunities of Jatropha to Reality at Brazil

January 28th, 2011

SG Biofuels, the renowned bioenergy crop company known for bringing the opportunities of Jatropha to reality through their JMax Jatropha Optimization Platform and many such promising activities, has recently launched business operations in Brazil, which is thought to be one of the most promising grown markets for Jatropha.

The company has also gone on to make Brazilian entrepreneur and genomics innovator Fernando Reinach as their senior market advisor who would offer his expertise in providing strategic planning, business development and executive management support for SG Biofuels Brasil, Ltd. Apart from his assistance at business end, it can also be expected that Fernando would play a key role in the R&D initiatives.

SG Biofuels have opted for the right person to provide them assistance in business and also at research ends, given the rich background experience Fernando brings with him. Fernando was general partner of Votorantim Ventures, a venture capital fund of the Votorantim Group, one of Brazil’s largest private conglomerates. He also serves as a board member of Amyris, the renowned renewable products company providing high performance alternatives for petroleum based fuels and chemicals. He is one of the founders of CanaVialis, the world’s largest breeder of sugarcane. He is also the co-founder of Genomic Engenharia Molecular, one of the first Brazilian companies to perform DNA and paternity tests, which is also the country’s largest DNA testing company.

It is expected that the launch of business operations by SG Biofules to develop of Jatropha based biofuel would promote Brazils economical growth and complement brazils global leadership in sugarcane and ethanol industry. Oil content and yield improvement through genomic techniques, as a part of R&D initiatives by Fernando, would make Jatropha as a viable feedstock for biofuels in Brazil.

Biofuel Farming Proposed for South Florida

January 27th, 2011

Biofuel farming could spread to South Florida land targeted for future water management and environmental restoration. The district officials agreed to explore allowing biofuel farming on some of its land as a way to use the agency’s property to grow drought-tolerant crops that help fuel alternative energies, on Wednesday.

The South Florida Water Management District has more than 200,000 acres purchased for Everglades restoration projects and the agency’s total land inventory includes more than 1 million acres. Much of that taxpayer-owned land, in a district reaching from Orlando to the Keys, gets leased to agricultural operations until work begins on reservoirs, stormwater treatment areas and other restoration projects.

Leasing out the land enables the district to pass along maintenance costs and generate revenue. Active farming of the property also helps avoid exotic plants from spreading to property targeted for future water management or environmental enhancements.

Source: http://articles.sun-sentinel.com

Jatropha, Much Less Dependable than First Thought

January 27th, 2011

Jatropha, a biofuel-producing plant once considered to be a wonder-crop, is turning out to be much less dependable than first thought, both environmentalists and industry players say.

The report launched by campaign group Friends of the Earth this week — “Jatropha: money doesn’t grow on trees.” has gotten some of the biofuel producers to agree with it. Jatropha has been widely considered as a wonder crop whose cultivation on non-arable land in Africa, Asia and Latin America would provide biodiesel and jobs in poor countries without using farmland needed to feed growing numbers of local people, raising the economy and thought to replace the conventional fossil fuel.

“The plant can withstand dry conditions, low nutrient levels and exposed conditions,” according to the website of the A Netherlands-based Jatropha Investment Fund claims that the plant can withstand dry conditions, low nutrient levels and exposed conditions. But some biofuels producers have found the plant less robust than first thought.

“Jatropha is not the miracle crop that many people think it is,” said Dominic Fava, business development manager of British biofuels firm D1 Oils, which processes jatropha grown in Asia and Africa. Other company managers say that while the plant needs no irrigation, high yields depend on good soil and chemical additives.

“The idea that jatropha can be grown on marginal land is a red herring,” Harry Stourton, Business Development Director of UK-based Sun Biofuels, which cultivates jatropha in Mozambique and Tanzania, told Reuters.

Source: http://www.reuters.com


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