Biodiesel
can be used directly in virtually any
diesel engine as B100 (100% biodiesel),
or can be blended with petroleum diesel
in any ratio. Typical blends include
B99, B50, B20, B5, and B2. The terms B99
and B100 are often used interchangeably.
Biodiesel worldwide
Biodiesel is
widely used in Europe and in the U.S.
Midwest. In Europe (where ultra-low
sulfur petrodiesel is already the norm)
biodiesel is often the lowest-priced
fuel at pumps because of government
policies based on its environmental
profile.
While
governments around the world are
embracing biodiesel, diesel engine
manufacturers have adopted a more
cautious stance; DaimlerChrysler has
only recently approved B20 for use in
all of their products that are in fleet,
military, and industrial applications.
Many other
diesel vehicles owners routinely choose
to operate on B100. For example, all
city vehicles in Berkeley, California
used B100 from 2003 to early 2005.
Berkeley has since switched to B20
because of problems with B100 storage in
city tanks formerly used for petrodiesel.
Most problems with biodiesel use result
from insufficient consumer education,
and are therefore avoidable.
Local benefits
Central
Washington Biodiesel will focus on using
Washington-produced
vegetable oil to produce biodiesel, and
we will target agricultural markets as
consumers of our biodiesel.
Off-road agricultural and construction
equipment produce far more air
pollutants than over-the-road diesel
engines.
In addition
to its environmental benefits, biodiesel
is also seen as a potential benefit for
U.S. and regional agriculture, which
currently has excess production capacity
and faces competition from countries
with lower costs of production.
Oilseed
crops represent possible alternative
crops in our area, while in the U.S.
Midwest and the Canadian Plains soybeans
and canola are already mainstream crops.
Biodiesel is widely available in the
soybean growing regions of the upper
Midwest, as shown in the map below.

Figure 1. Location of selected
U.S. biodiesel distributors (Source:
NBB.org, August 2006).
Biodiesel
made from US-grown vegetable oils helps
reduce fossil carbon dioxide emissions
and provides an important additional
market for US farmers.
We are committed to
helping grow a sustainable regional
biodiesel industry using as few
government subsidies as possible.
Not all biodiesel is created equal
One of the cheapest - but
most environmentally damaging -
biodiesel sources is palm oil. Palm
oil is grown in the tropics, where
tropical rainforests are being destroyed
for palm plantations. Biofuels like
biodiesel and cellulosic ethanol help
combat global warming because they
contain recycled carbon and because they
replace fossil fuels, which contain
fossil carbon.
Through Central Washington Biodiesel
LLC, we aim to help control global
warming and maximize benefits to the
economy of Central and Eastern
Washington and to the state as a whole.