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Talking Points
The Biodiesel Fuel Act will:
- Reduce the amount of diesel fuel oil consumed in the state;
- Reduce harmful emissions resulting from the burning of diesel
fuel;
- Reduce U.S. dependence on foreign oil, which will benefit national
security; and
- Create jobs and benefit local economies.
The Biodiesel Fuel Act makes sense for the future.
- Biodiesel is made from new and used animal and vegetable oils.
Since these are renewable resources, biodiesel is also.
- Once the U.S. Environmental Protections Agency’s (EPA)
Ultra-Low-Sulfur Diesel (ULSD) requirements take effect, beginning
in mid-2006, all highway diesel fuel will be ULSD. ULSD has lower
lubricity than regular diesel used today and contributes to increased
engine wear. Blending biodiesel with ULSD rectifies this problem.(1)
- Our quality of life is dependant on the quality of our environment.
By replacing a portion of the diesel fuel used in our state with
a cleaner-burning, renewable fuel, the Biodiesel Fuel Act will
help protect our environment for the benefit of future generations.
Biodiesel produced from used oils provides even greater benefits.
- Biodiesel that is produced from used oils, such as waste cooking
grease and animal fats, provides added benefits by eliminating
the need to grow additional fuel crops specifically for the production
of biodiesel. Eliminating the agricultural aspect of the fuel
production reduces the amount of energy and natural resources
necessary to produce the fuel.
The Biodiesel Fuel Act will reduce air pollution in our state.
- A 1998 life-cycle study of biodiesel, conducted by the U.S.
Department of Energy and the U.S. Department of Agriculture, found
that pure biodiesel (B100) reduces carbon dioxide (CO2)
by 78.5 percent.(2)
- Nationwide use of a two percent biodiesel blend fuel for all
on-road diesel fuel sold in the U.S. would:
- Reduce carbon monoxide emissions by more
than 35 million pounds annually;
- Reduce ozone-forming hydrocarbon emissions
by almost 4 million pounds annually;
- Reduce hazardous particulate matter (PM)
emissions by almost 3 million pounds annually; and
- Reduce acid rain-causing sulfur dioxide
emissions by more than 3 million pounds annually.(3)
The Biodiesel Fuel Act will benefit local economies.
- The Biodiesel Fuel Act will create a greater demand for biodiesel,
which, in turn, will lead to further development of the biodiesel
infrastructure. Since biodiesel and the raw materials used to
make biodiesel are both produced domestically, a larger infrastructure
means more jobs for Americans.
The Biodiesel Fuel Act is realistic.
- States are already equipped with all of the machinery necessary
to begin using biodiesel today. Biodiesel is available, works
in existing diesel engines, and can use existing transportation,
storage, and dispensing equipment. The only thing that needs to
be done is to start putting biodiesel in our engines.
The Biodiesel Fuel Act will reduce our dependency on foreign oil.
- In 2002, the United States imported 58% of the total oil used
in the country.(4) The Biodiesel Fuel
Act will help reduce the amount of oil consumed in the U.S., by
replacing a portion of the petroleum diesel used with non-petroleum
based biodiesel.
Biodiesel is readily available.
- Biodiesel is currently available in all 50 states. With the
growing interest and use of biodiesel, distribution efficiency
and production volume are rapidly increasing.
Biodiesel is affordable.
- The price of 100% biodiesel is currently around $1.85, although
price does fluctuate depending on the quantity purchased and the
feedstock material used to produce the biodiesel.(5)
- A major issue with the use of alternative fuels is the cost
of new machinery and technology for the use and distribution of
the fuel. A major advantage that biodiesel has over other alternative
fuels is that biodiesel can be used safely and effectively with
existing diesel engines and existing refueling, transportation,
and storage infrastructure with little modification.
Biodiesel is safe.
- As an oral toxin, biodiesel is ten times less toxic than table
salt.(6)
- One-hundred percent biodiesel biodegrades four times faster
than regular petroleum diesel.(6)
- The flashpoint (defined as the temperature at which a substance
will ignite) of biodiesel is 300°F compared to 125°F for
petroleum diesel. This means that biodiesel is safer to transport
and store than petroleum diesel.(6)
Biodiesel can increase engine performance.
- Biodiesel has demonstrated similar fuel economy, horsepower,
and torque properties as petroleum diesel.(7)
- Biodiesel offers increased lubricity compared to petroleum diesel,
which reduces engine corrosion and increases performance and longevity
of the engine.
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Sources:
(1) “Biodiesel 2002.” National Biodiesel Board. 28 September
2003 <http://www.biodiesel.org/pdf_files/backgrounder.PDF>.
(2) Sheehan, John, Vince Camobreco, James Duffield, Michael Graboski
and Housein Shapouril. “An Overview of Biodiesel and Petroleum
Diesel Life Cycles.” A joint study by the U.S. Department of
Energy, National Renewable Energy Laboratory, and the U.S. Department
of Agriculture, Office of Energy. May 1998. 5 March 2004 <http://www.afdc.doe.gov/pdfs/3812.pdf>.
(3) “National Low-Blend FAQ.” National Biodiesel Board.
28 September 2003 <http://www.biodiesel.org/pdf_files/lowblendFAQ.PDF>.
(4) “Country Analysis Briefs - United States of America.”
Department of Energy, Energy Information Administration, Office of
Energy Markets and End Use. Page Last Modified October 23, 2003. 5
March 2004 <http://www.eia.doe.gov/emeu/cabs/usa.html>.
(5) U.S. Department of Energy, National Renewable Energy Laboratory,
Center for Transportation Technologies and Systems. “Beyond
Diesel-Renewable Diesel.” 1 August 2002. Alternative Fuels Data
Center. 16 September 2003 <http://www.afdc.doe.gov/pdfs/6668.pdf>.
(6) “Environmental and Safety Information.” National Biodiesel
Board. 18 September 2003 <http://www.biodiesel.org/pdf_files/Envi&Safetyinfo.PDF>.
(7) “Biodiesel Performance.” National Biodiesel Board.
18 September 2003 <http://www.biodiesel.org/pdf_files/Performance.PDF>.
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This page was last updated on March 5, 2004. |
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