"Opponents of opening Yucca
Mountain to nuclear waste deposits
say that beyond the issues tied to
public health there are also
questions related to national
security. Moving 77,000 tons of
waste is a logistical nightmare that
would involve 53,000 truck shipments
or 10,000 rail shipments over 24
years."
It reminds me of another
logistical nightmare: To feed a big
electric plant, BNSF (Burlington
Northern Santa Fe railroad) carries
two trainloads of coal a day from
the Powder River Basin in Wyoming to
Georgia. Each train consists of 133
cars carrying about 50 tons each;
that's about 65 000 tons per train.
Every day of the year. (Read John
McPhee in 2 issues of The New Yorker
for early October 2005.)
The Yucca Mountain repository
will undoubtedly die, the death of a
thousand cuts (law suits, senatorial
and gubernatorial interventions,
etc.), but nuclear energy will live
and perhaps even grow, with on-site
dry cask storage of spent fuel for a
hundred years or so, until another
generation arises who have not known
Greenpeace, Sierra Club, Friends of
the Earth, etc. (like the Israelites
who spent 40 years in the desert
until another generation should
arise which had not known [slavery
under] Pharaoh).
The new generation will recognize
those stored fuel elements, not as
waste, but as a valuable source of
energy - the fission energy of U-238
to be released in fast neutron
reactors (four of the six concepts
of Generation IV are FNR's), perhaps
fifty times as much energy as they
have already yielded.
The fact is, of course, that this
is a relatively simple if massive
engineering project, which has been
inflated by merchants of fear into a
major issue. It is certainly
insoluble if it is left in the hands
of the employees of the Department
of Energy whose jobs would vanish if
it were solved.
Berol Robinson
President
Environmentalists For Nuclear Energy
You write (April 17) that killing
Yucca Mountain will most seriously
reduce the potential future success
of Nuclear Energy in the U.S. In
fact I don't believe that is so.
Senator Reid argues that we can go
to "dry storage." I would not take
up that argument. Rather we must
understand that the most significant
problems with nuclear waste arise
from the presence in the waste of
plutonium and the actinides that
result from uranium 238.
I ask--Why do we constantly
produce plutonium in our power
plants? Is it absolutely necessary
that we include uranium 238? The
answer is--not necessarily. As a
matter of fact, we can burn pure
U-235, or very close to pure, while,
if we wish to extend the life of
nuclear power we can put blankets of
thorium around these U-235 cores so
as to produce U-233 and eventually
run on the Thorium U-233 breeding
cycle.
If nothing else, we could at the
very least extract the plutonium and
actinides from the waste fuel and
recycle them in reactors, just as is
planned in Japan, and France, and
many other countries. The U.S.
response to that is the same as our
response to the other alternatives
presented above, namely "that's not
the way we have it planned."
It is important for your readers
to know that there are alternatives
instead of "bullying" our way into
Yucca Mountain.
Dr. Jerry L.
Shapiro
Moraga, CA
I have concluded after 28 years
in the electric utility business
that nuclear power is the only
environmentally safe source for the
energy we will need to maintain and
advance a technological society. The
dream of "renewable" energy sources
taking the place of hydrocarbon
based power generation is just that
- a dream. That being said, there
are still many questions about the
safety and ultimate viability of
Yucca Mountain as a nuclear waste
repository. Once the scientific and
engineering issues are separated
from the NIMBY effect, there will
still remain the question of whether
current nuclear power plant
technology is "clean" enough.
It is my opinion that until the
commitment is made to use the best
technology that creates the least
radioactive waste for all future
nuclear energy development, we will
continue to face both scientific and
public resistance. Yucca Mountain or
any other facility should not be the
ultimate answer nor should it be
allowed to let the U.S. government,
utilities, or merchant generators
off the hook for dealing with the
true costs of power production. Just
as the polluting effects of coal and
oil based power production have
begun to be dealt with at the
generating source, so must any
future nuclear industry be required
to pay as they go.
The difference is that we are in
a position to create the new nuclear
power industry with those
requirements as a part of the
process, rather than as legislated
after-thoughts. Along with
technology that reduces waste by
reusing nuclear fuels as much as
feasible, nuclear power plants must
be designed to also produce hydrogen
as a fuel source for vehicles and
fuel cells. Reducing dependency on
foreign oil should be of immense
help in selling nuclear power to the
public.
Better technology is still the
right answer for technological
problems.
Jim Van Sickle For far more extensive news on the energy/power
visit: http://www.energycentral.com
.
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