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1.0 THE ENERGY AND ENVIRONMENTAL IMPACTS OF MOTOR VEHICLES.
The effects on our energy security and environment of the nation's
enormous and growing petroleum consumption have long been of national
concern. Even with the call for conservation and renewables you will see
below why we are still not living the frugal life that environmentalists
and religions would require. And the real problem with their advice is
they want you to live like a hermit, but they don't.
The transportation sector currently accounts for about 66 percent of all
petroleum used in the United States and approximately 25 percent of
total energy consumption. Each day, vehicles in the United States
consume about 10 million barrels of petroleum, primarily in the form of
gasoline and diesel fuels. The U.S. Department of Energy's Energy
Information Administration (EIA) projects that this figure will rise to
about 15 million barrels by 2010, and that much of this consumption will
be met by importing oil. While U.S. petroleum consumption has increased,
domestic production of petroleum continues to decrease. According to the
EIA, net United States importation (imports minus exports) of petroleum
was 54 percent of total consumption (19.7 million barrels per day)
during 2002, of which approximately 40 percent came from the
Organization of Petroleum Exporting Countries (OPEC).
U. S. Consumption of Total Energy by End Use Sector
2002
(Quadrillion Btu
Residential
20.0 %
Transportation
26.7%
Commercial
17.5%
Industrial
33.1%
U ,S. Department of Energy Information Administration, Monthly Energy
Review . April 2003. Washington, DC,
Reasons for the continued increase in vehicle petroleum consumption:
• An increase in the number of vehicles on the roads;
• An increase in the number of vehicle miles traveled;
• An increase in sales of light trucks;
• An increase in vehicle horsepower and weight.
First Given the advances in fuel efficiency over the past
few decades, why will vehicle petroleum consumption continue to
increase? First, Americans are driving more. According to the
Transportation Energy Data Book, 56 percent of American households owned
one vehicle in 1960. In 2000, the majority of households owned two
vehicles.
Second, between 1969 and 2001, the average annual miles traveled
per driver in the United States increased from 8,685 to 14,542—an
increase of 67 percent.
Third, light truck sales have increased more than sales in any other
vehicle class due to their increased use as personal passenger vehicles.
Light trucks include pick-ups, minivans, sport utility vehicles, and
vans. The Alliance of Automobile Manufacturers estimates that between
1980 and 2003, the light truck market share increased from 22 percent to
56 percent of total vehicle sales.
Finally, vehicles are becoming more powerful and heavier.
Increases in fuel efficiency have not corresponded to increases in fuel
economy. Instead, gains in fuel efficiency often have been used to
increase vehicle horsepower and size (weight). The average new light
vehicle fuel economy is about the same today as it was 20 years ago.
Average vehicle horsepower, on the other hand, has jumped by 45 percent
since 1990. So as the number of vehicles owned per household has
increased, along with the increased number of light trucks purchased and
vehicle miles driven, Americans have essentially canceled out any gains
in fuel savings over the past 30 years.
A new proposed
Senate bill would:
— Authorize new research into development of electric
vehicles, including "plug-in" hybrids that would use conventional power
grids, and a $1.3 billion, decade-long program in vehicle battery
research.
— Require the government to buy more fuel efficient vehicles,
use more electricity from renewable energy sources and cut energy
consumption in federal buildings by 30 percent by 2015.
My comments: This bill is absurd.
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Where do they think the energy comes
from for plug-in Vehicles, the wall sockets? And batteries have
been researched since Tom Edison's time with very little new
results.
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And renewable fuels for vehicles?
Renewables now stretch to supply 3% of the energy supplied in the US.
2.0 What we should do about energy in our future?
We should not succumb to the mantra of the Environmentalists and many
Religious organizations who continually accuse Americans of self
flagellation and self indulgent because we constitute 5% of the worlds
population, but we consume 35% of the worlds resources. We are a great
nation that has developed technology and resources to the betterment of
mankind and we should not be ashamed of it. Other nations can do it also
if they follow our lead, and we can help them. Because we live well does
not mean others cannot.
DOE’s
Office
of Nuclear Energy, Science and Technology
sponsors R&D programs aimed at
maintaining the operating capability of the nation’s existing nuclear
power plants and developing the next generation of nuclear technologies.
Nuclear energy is our nation's largest source of emission-free
electricity. The 103 U.S. nuclear units supply about 20 percent of the
electricity produced in the United States – second only to coal as a
fuel source. The Nuclear Energy program is working to develop
cost-efficient technologies that further enhance nuclear safety,
minimize the generation of nuclear waste, and further reduce the risk of
proliferation.
Nuclear
energy using the Fast Breeder Reactors can supply mankind energy as long
as we are on this earth. We should restore the Fast Breeder development
programs that President Clinton stopped as payoff to the
environmentalists.
We
should follow Frances lead and immediately go to commercial nuclear power as our
major energy source. We should not rely on renewables because they are
only part time
Here is France's reply about energy security.
The development of nuclear energy enabled us to meet several objectives:
energy independence and security of supply, and competitive stable
energy prices. This nuclear option is also an economic and commercial
asset for our country, whose capabilities in this cutting - edge area
are world-renowned. In partnership with the French nuclear builder Areva
SA and the European energy leader Electricite’ de France (EDF), we are
building a revolutionary, safe and competitive nuclear reactor - the EPR
- that will come on line around 2015. This new generation reactor will
allow us to take a fresh step forward in risk prevention as well as in
environmental protection, since it will create less waste.
Achieving Energy Independence
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One of the key elements of President George W. Bush's State of the
Union speech involved energy issues. Lost in the discussion was
the fact that the United States has vast amounts of known,
untapped reserves of oil and natural gas, reason to expand its
nuclear capabilities, and, in my view, should begin now--on a
"wartime" schedule--an accelerated effort to achieve energy
independence.
Let’s start by understanding there are now three hundred
million Americans. More people increase the need for more
electricity. America currently must generate 15.43 trillion
kilowatts of electricity and is in immediate need of more.
This is why, following every winter storm, the very first piece
of news reported is how many people are without electricity. To
put it another way, no electricity means an instant return to the
days when heat come exclusively from a fireplace or wood-burning
stove. Light came from candles or lanterns burning whale oil.
Nothing ran on electricity because there was no electricity.
Try to imagine getting through your day without electricity.
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