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Alternative Energy Ethanol. Corn Marketing Program of Michigan & Michigan Corn Growers Association September 21, 2005. Michigan Corn Basics. Michigan Corn Basics 1.9 million acres planted per year Average 134 bushels per acre 255 million bushels harvested for sale
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Alternative EnergyEthanol Corn Marketing Program of Michigan & Michigan Corn Growers Association September 21, 2005
Michigan Corn Basics • Michigan Corn Basics • 1.9 million acres planted per year • Average 134 bushels per acre • 255 million bushels harvested for sale • 45% of our corn shipped out of state • 35% of corn fed to livestock in-state • 7% of corn used for ethanol production
Michigan Corn Basics • Michigan Corn Basics • 1.9 million acres planted per year • Average 134 bushels per acre • 217 million bushels harvested for sale • 45% of our corn shipped out of state • 35% of corn fed to livestock in-state • 7% of corn used for ethanol production
Ethanol Policy • Energy Policy Act of 2005 • Signed August 8, 2005 • Renewable Fuel Standard (RFS) • Phase-in of RFS from 4 billion gallons in 2006 7.5 billion gallons in 2012 • Farm Bill • Potential legislation • 10% ethanol mandate or RFS for Michigan • Btu legislation
Ethanol Policy • States requirements and bans • 10% ethanol requirements • Effective in MN, HI, MT • Proposed in MI, WI, MO, NE • MTBE bans • 17 states implemented • 8 states not yet implemented
What is MTBE • MTBE - Methyl tertiary butyl ether (MTBE) is a fuel oxygenate derived from petroleum. • MTBE has been proven to pollute groundwater resources • foul taste or odor • carcinogen for humans • MTBE banned in several states as an oxygenate • The elimination of MTBE from the nation’s fuel supply will create increased demand for ethanol as an oxygenate by 3.6 billion gallons Statistics according to NCGA
Environmental Benefits of Ethanol • Reduces tailpipe carbon monoxide emissions by as much as 30 percent • Reduces exhaust volatile organic compounds (VOC) emissions by 12 percent • Reduces toxic emissions by 30 percent • Reduces particulate matter (PM) emissions by more than 25 percent Statistics according to EPIC
Ethanol Usage • Ethanol Usage & Markets • E85 • E10 • E-diesel • Aviation ethanol • Fuel cells
State Ethanol Utilization Michigan • Michigan - 5 billion gallons of gas • 10% blend = 500 million gallons of ethanol • Would use 178 million bushels of corn
Ethanol Production • Michigan Ethanol, Caro • Economics • 40 million gallon nameplate capacity • 15 million bushels of corn • 35-41 jobs • Narrowed/closed bases
Ethanol Plants – Under Construction • Great Lakes Ethanol, Blissfield • Working group formed Jan ‘03 • Feasibility study complete • Stock offering near completion • Groundbreaking held August 25, 2005 • Economics • 57 million gallons • 15-17 million bushels of corn • 35-41 jobs
Ethanol Plants – Under Construction • U.S. Bio Superior Ethanol, LLC, Lake Odessa • Working group formed • Feasibility study complete • Groundbreaking – September 15, 2005 • Economics • 45 million gallons • 16 million bushels of corn • 40 jobs
Ethanol Plants – Under Construction • Andersons Ethanol, LLC - Albion • Owned by The Andersons • Township board approved • Groundbreaking Sept. 15, 2005 • Economics • 55 million gallons • 20 million bushels of corn • 35-41 jobs
Proposed Ethanol Production • Marysville Ethanol, LLC – Marysville • Private partnership of investors and Michigan energy companies • Plant to be located next to Marysville Hydrocarbon’s industrial complex • Economics • 50 million gallons • 18 million bushels of corn • 45 jobs
Michigan Ethanol Usage • Increased Michigan Usage • ’99 29 million gallons • ’00 70 million gallons • ’01 80 million gallons • ’02 120 million gallons • ’03 150 million gallons
National Ethanol Usage Nationally • U.S.-139 billion gallons of gas in ‘03 • 10% blend = 14 billion gallons of ethanol • Would use 5 billion bushels of corn
National Ethanol Production • 90 plants currently operating • 1.41 billion bushels of corn • 3.95 billion gallons of ethanol • 17 plants under construction • 2 increasing capacity • Producer owned plants • comprise 40% of production
National Ethanol Production • ’84-500 million gallons • ’90-900 million gallons • ’94-1.35 billion gallons • ’00-1.63 billion gallons • ’02-2.1 billion gallons • ’03-2.8 billion gallons • ’04-3.4 billion gallons • ’05-4.34 billion gallons* (estimate)
Ethanol Usage • Ethanol Usage & Markets • E85 • E10 • E-diesel • Aviation ethanol • Fuel cells
E10 • 10 percent ethanol, 90 percent gasoline • Primary use of ethanol in Michigan • Warranted for use by all automobile manufacturers • Combination produces a higher octane, cleaner burning fuel for consumers • In MI sold at • most Speedway and Sunoco • some Citgo and Marathon stations. • some independently owned stations chains included By-Lo and Speedy-Q
E85 • 85 percent ethanol, 15 percent gasoline • Warranted for use only in Flexible Fuel Vehicles (FFVs) • Burns cleaner than gasoline – 25 percent reduction in smog-forming pollutants; 35-40 percent in greenhouse gas emissions • E-85 sold at 5 locations - handout
What is an FFV? • Flexible Fuel Vehicles (FFVs) are specially designed to run on any ethanol blend up to 85 percent • FFV may use a blend of gasoline or E-85 from 100 percent ordinary unleaded to 85 percent ethanol • Engine Control Module reads the fuel blend – oxygen • Complete listing of FFVs www.E85 fuel.com
Aviation Fuel • 100 low lead (LL) is the only remaining leaded product currently in the U.S. fuel supply • Ethanol properly blended with lubricity additives show great promise as an aviation fuel • The ethanol in the fuel helps to prevent fuel system freezing and also provides excellent detonation margins
E-diesel • Ethanol blended with diesel fuel • Ongoing research to reduce smoke and hazardous emissions from diesel fuel • Research is also looking for optimum blend of ethanol and diesel • May help to eliminate sulfur in diesel, a primary source of acid rain
Fuel Cells • Fuel cells are expected to become next great innovation in the automobile industry • Fuel cells need a hydrogen source for the chemical reaction to in turn create electricity • Ethanol has a hydrogen rich molecular structure • Ethanol is easy to transport and safe