South Carolina Bioenergy Summit shows farm options

South Carolina Bioenergy Summit shows farm options

• The Southeast could become the hub of bioenergy production in the U.S. according to a number of speakers at the recent South Carolina Biofuels Summit. To meet the demand for 36 billion gallons of biofuels to replace oil-based fuel, new cellulosic production sites must be built and the Southeast offers the best source of biomass and forest residue to provide stock for these new plants.

A federally mandated increase in biofuel production bodes well for agriculture and especially for farmers and landowners in the Southeast, according to several speakers at the recent third annual South Carolina Biofuels Summit, held in Florence, S.C.

Peter Beattie, former governor of Queensland, Australia and former energy trade czar for his country, says the opportunities for exporting energy to China and India are huge opportunities in the future for U.S. farmers.

Meeting domestic demand will be challenge enough, but in the future, Beattie says the Southeast is ideally suited to be an exporter of energy.

The demand in China and India, he says, will be huge. These countries will likely continue to focus their efforts on using available farm land to produce food crops to feed their burgeoning populations.

The former Australian trade leader says China in particular will be a huge market for cleaner burning bioenergy. “The Chinese are very sensitive to the pollution problem they have in and around a number of their major cities. Industrialization grew too fast and their dependence on fossil fuel was too great, and they don’t want to repeat that process as the country continues to grow its industry,” Beattie says.

The immediate challenge for U.S. energy producers is to meet a federally mandated replacement of 36 billion gallons of fossil fuel used in the country by 2025.

Kenneth McCaskill, who works with the Farm Services Agency in South Carolina, speaking at the Bioenergy Summit, says 15 billion of the 36 billion gallons will come from ethanol, primarily from corn and another 1 billion will come from biodiesel, primarily from soybeans. The additional 20 billion gallons is what offers great challenge and great opportunity, especially for the Southeast.

McCaskill says roughly 10 billion gallons of this fuel is projected to come from the Southeast. Pine forest residues and fast growing biomass crops are expected to provide the bulk of the cellulosic-based energy.

While the infrastructure nationwide is almost in place to produce 15 billion gallons of ethanol annually, there is virtually no building, manufacturing plants or other infrastructure for cellulosic biofuels.

Most of the forest residue and biomass crops used to produce cellulosic bioenergy will come from rural areas, opening huge opportunities for rural development, McCaskill points out.

Jim Frederick, Clemson agronomy professor and coordinator of the Bioenergy Summit, says the Southeast is a natural center for bioenergy production. “Our warm climate, land base, need for rural enterprise development, and water supply all make for a perfect blend that could make the Southeast the hub of bioenergy production in the future,” Frederick says.

Utility company representatives

Representatives of the four major utility companies in the Carolinas spoke at the meeting and all indicated their companies are actively developing alternative energy, including locating sources and buying biomass for use in their boilers.

Steve Spivey, who works for Santee-Cooper in South Carolina, says his company got into the use of biomass for generating electricity in a somewhat unexpected way. Hurricane Hugo ravaged much of South Carolina back in the 1990s and at that time utility companies were beginning to look at biomass as a source of replacing coal for generating electricity.

“Hugo left millions of tons of debris. While we didn’t use but a small percentage of biomass available from the storm, we did prove we can burn biomass, and it has set the stage for further studies that helped prepare our company to get into the practice of using biomass for generating electricity,” Spivey says.

All of the electric utility companies in the Carolinas now use biomass at some level. Most combine biomass with coal, using injectors or other technical means of adding biomass to coal. Most have followed a national trend of converting coal-fired boilers to biomass use, while some are investigating the return on investment for building new facilities designed to run only on biomass.

Tracy Beer, who is an engineer for Duke Energy, says most everything about biomass is different from coal. At the farmer level, she says, buying biomass from hundreds of farmers or landowners — even small companies that buy from farmers, package and sale of biomass — is distinctly different from buying huge amounts of coal from two or three sources.

Veteran University of Georgia agronomist Dewey Lee, speaking at the meeting, says the on-farm options for growers to produce biomass are likely to be varied in the future. Right now, he says, the most attention is focused on switchgrass and sorghum. While both have shown promise as rapid growing, cost-effective biomass crops in the Southeast, as the industry develops, it is likely that several biomass crops will be used to produce energy.

Lee and researchers around the Southeast have looked at a number of potential biomass crops, including energy cane and sun hemp. “We can grow a number high yielding biomass crops in the Southeast, and a number of these will likely have a place in biofuel production,” the University of Georgia researcher says.

McCaskill says there is little doubt the ethanol and biodiesel industries in the U.S. will meet their goal by 2025. Already, he says there is over 13 billion gallons of ethanol being produced and capacity to produce more, without any great increase in production facilities.

Biodiesel will be a small player, only one billion gallons of production toward the 36 billion gallons needed. Already, McCaskill says, the industry produces slightly more than a half billion gallons of biodiesel.

Cellulosic biofuels from forest waste, biomass and other sources has virtually no production facilities up and running. This, he says, offers a huge opportunity for rural development in the Southeast. It also offers a huge opportunity for innovative farmers who have the land and financial resources to get in on the bottom floor of this production.

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