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Ethanol...and Beyond

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Presentation at GIC and University of Memphis Fogelman College of Business Food and Inflation Conference
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Ethanol…..and Beyond” Food and Inflation: Truth & Consequences GIC and University of Memphis Fogelman College of Business Memphis, Tennessee February 8, 2012
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Page 1: Ethanol...and Beyond

“Ethanol…..and Beyond” Food and Inflation: Truth & Consequences

GIC and University of Memphis Fogelman College of Business

Memphis, Tennessee February 8, 2012

Page 2: Ethanol...and Beyond

*Source: Louisiana Oil and Gas Association, US DOE 1 Bbl oil = 5,800,000 BTU’s 1 Bbl oil = 23,200 hours human work

The Challenge of Replacing Fossil Feedstocks

3 barrels of oil produces the energy equivalent of one human worklife.*

Page 3: Ethanol...and Beyond

The Petrochemical Economy Source: DOE/USDA Top Value-Added Chemicals Vol. I, 2004

Petroleum

Natural Gas

Page 4: Ethanol...and Beyond

Fossil Feedstocks are Finite Resources

Feedstock Renewal time

Oil gas, coal (Fossil) 200 million years

Trees 5-80+ years

Shrubs 1-5 years

Grasses 1 year

Agricultural Crops 3 months – 1 year

Algae 1 Month

Source: Amidon, Tom, et al. Industrial Biotechnology, 2(2):113-120, 2006

Page 5: Ethanol...and Beyond

What can replace Fossil Feedstocks?

Feedstock Key Chemical Component(s) Crop Examples

Oils Plant oils: triglycerides Soybeans, Canola, Sunflowers, Algae

Starch Sugar polymers (polysaccharides) Corn, Barley, Grain sorghum

Sugar Sucrose, glucose, fructose Sweet sorghum, sugar beets, sugar cane

Lignocellulose Lignin, cellulose, hemicellulose Wood, crop residues, switchgrass

Major Biomass Feedstocks

Source: Regional Strategy for Biobased Products in the Mississippi Delta (Battelle 2009) Memphis Bioworks Foundation, report at www.agbioworks.org

Page 6: Ethanol...and Beyond

The Bioeconomy Source: DOE/USDA Top Value-Added Chemicals Vol. I, 2004

Page 7: Ethanol...and Beyond

Sugar is the “New Oil” Novel fermentation technologies moving to commercialization

Page 8: Ethanol...and Beyond

Leading Chemicals from Sugar

Ethylene Glycol Coca-Cola “Plant Bottle” Butanol, Isobutanol

Gevo (Silsbee, TX), Cobalt BP/DuPont, Tetravitae/Eastman

1,3-Propanediol DuPont/Tate & Lyle (Loudon, TN)

Bioisoprene, Butadiene Genencor/Goodyear, Amyris/Michelin

Succinic Acid Myriant (Lake Providence, LA)

BioAmber/Mitsui, DSM/Roquette, BASF/Purac

Page 9: Ethanol...and Beyond

BioDimensions is developing Industrial Sugar Crops

• Sweet Sorghum – Single crop per year in TN

– 4 month season w/ hybrids

– Rotation w/ winter wheat

– Low inputs, drought tolerant

• Sugarbeets – Winter crop option in mid-South

– Storage for off-season processing

– Successful introduction & trials

– Sugar yield equal to sorghum

Sugarbeets, Whiteville, TN, 2010 Sweet sorghum harvesting, Whiteville, TN, 2011

Page 10: Ethanol...and Beyond

Sweet Sorghum as a Biorefinery Feedstock

Component Composition Possible Downstream Products

Juice C6 Sugars Fuels, chemicals, spirits

Bagasse Lignocellulose Feed, cellulosic sugars/fuels, fuel pellets, materials

Seed Starch Specialty feeds, sugar products

Page 11: Ethanol...and Beyond

Some Parting Thoughts

• Fossil feedstocks have a huge advantage for liquid fuel & chemicals production

• Ultimately fossil feedstocks are finite & cause other problems

• Development of alternative sustainable feedstocks takes time and money (think decades and Trillions)

• First generation technologies are always flawed

• New technologies and products must ultimately be tested and improved in the marketplace, not the laboratory

Page 12: Ethanol...and Beyond

BioDimensions pilot-scale Biorefinery; Whiteville, TN

Thank You!


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