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Range Fuels is planning to build a cellulosic ethanol plant in Treutlen County, Georgia.
The company says this first plant, combined with others to follow, is expected to produce over a billion gallons of ethanol per year.
Funded by Silicon Valley's Vinod Khosla, the plant is to turn wood waste from the state’s millions of acres of indigenous Georgia Pine into ethanol.
“Range Fuels can take what is traditionally considered a waste product, and turn it into a source of transportation fuel,” said Mitch Mandich, Range CEO.
The company has developed a new proprietary cellulosic process. Its system eliminates the use of enzymes, which have been an expensive component of traditional cellulosic ethanol production.
The process is not only suitable for wood chips, but for agricultural wastes, grasses, and cornstalks as well as hog manure, municipal garbage, sawdust and paper pulp, the company says.
The company's thermo-chemical conversion process, termed K2, uses two steps to convert biomass to a synthetic gas and from there, convert the gas to ethanol.
Range says the K2 system is also modular. Depending upon the quantity and availability of feedstock, the K2 system can scale from entry level systems to large configurations, it says. This range of system performance will allow the K2 to be placed near the biomass location reducing transportation costs, and will allow the most economical size system to be deployed.
Cellulosic ethanol has been criticized for its high price of production and inability to date to scale. Range investor Vinod Khosla recently told a Reuters Global Biofuels Summit that he could see cellulosic fuel prices sinking to $1 per gallon within 10 years.
Range Fuels, until recently, was known as Kergy.

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I believe that cellulosic
Submitted on July 16th, 2008 by Donald Strickland (not verified)I believe that cellulosic ethanol may be the only reasonable short term fix to our critical energy problem and thus very interested in this story. I have looked at the Range Fuels web site and it is marginally informative about the process but it doesn't give the data that I'm looking for. For instance, how much anhydrous alcohol will be generated from a ton of biomass. Also, what quantities of the other fuel products will come from that same ton. We know that we can get 2 to 3 gallons of ethanol from a bushel of corn, so what does this thermo-chemical process yield? It must be good or Mr. Khosia would not be associated with it.
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