A group of farmer-owned ethanol plants in Minnesota, Iowa and Nebraska have teamed up become the guardians of a former VeraSun facility in Janesville, Minn.
Guardian Energy is a joint venture between ethanol plants in Little Falls, Benson, Claremont, and Winthrop, Minnesota as well as Mason City, Iowa and Minden, Nebraska that last week closed on the purchase of the 100 million gallon per year ethanol plant in Janesville.
“Drawing on the experience of its member plants, Guardian Energy is rapidly working to bring the facility on line this fall,” said interim CEO and Board President Randall Doyal. “We are actively recruiting and interviewing candidates from across the region to fill more than 45 new jobs. We will work closely with local farmers to create a new, value-added market for their corn, as well as with other local suppliers who are already at work completing the plant, putting the finishing touches on the plant site, and bringing in supplies necessary to operate the facility.” Doyal also serves as CEO of Al-Corn Clean Fuel.
Guardian Energy LLC is the cooperative effort six midwestern farmer owned ethanol plants which have a philosophy that the economic benefits of producing ethanol should stay in the local communities and that has been key to the success of each of the member plants involved in Guardian Energy. Guardian Energy negotiated with the banks holding the Janesville facility, and their negotiations led to the successful close and transfer of ownership to Guardian Energy on September 23.
The six facilities comprising Guardian Energy are Al-Corn Clean Fuel, Central Minnesota Ethanol, Chippewa Valley Ethanol Company, Golden Grain Energy, Heartland Corn Products, and KAPPA Ethanol.
The grant will allow Iowa State to establish a Wind Energy Manufacturing Laboratory on campus. The lab will feature the work of four faculty researchers: Matt Frank, Frank Peters and John Jackman, all associate professors of industrial and manufacturing systems engineering, and Vinay Dayal, an associate professor of aerospace engineering. The grant will also support the research of five graduate students and several undergraduates.
• EPA’s GHG [Greenhouse Gas] methodology relies on outdated data that artificially penalizes U.S. biodiesel. GHG emission reductions associated with biodiesel produced from vegetable oils compared to petroleum will significantly exceed the 22 percent assumed by EPA in its proposed rule if the agency relies on scientifically valid analysis and practices. Even with EPA’s assumptions and methodology, correcting the outdated data pertaining to nitrogen fixation, energy balance and co-product allocations would give biodiesel produced from vegetable oil a 62 percent GHG reduction compared to baseline petroleum. When just some of the major flawed assumptions from EPA’s indirect analysis are corrected, the GHG emissions lifecycle reduction for biodiesel from vegetable oils is 99% percent lower than diesel fuel. This number includes penalties to biodiesel for international indirect land use change.
Biodiesel and ethanol production in Canada is expected to rise more than 75 percent over the next two years, thanks to subsidies from that country.
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A Texas-based company that has made its living rendering grease and animal carcasses has seen a recent boost to its bottom line… thanks to biodiesel.
A couple of weeks ago, Joanna told you about how a company had installed a system that would capture the energy of cars and light trucks that went through a fast-food drive through (see 
“Reducing America’s dependence on foreign oil was part of the Energy Security Act, providing economic opportunity and job creation and supporting rural communities were all equally important goals,” said RFA president and CEO Bob Dinneen during a press conference to announce the organization’s comments. “We’re concerned that EPA appears to be ignoring those objectives as it pursues greenhouse gas reduction based on unproven theory.”