Not exact matches
It has been speculated for some time that a
Nuclear War between Russia and the United States would not
likely start with one side surprising the other with a total launch (for one thing, it takes a few hours / days to properly
fuel all of Russia's ICBMs... they not only by internal policy only have second strike capability... they also actually only have it.
Japan's
nuclear plant crisis with the radioactivity contamination from spent
fuel pools is
likely to put an overdue spotlight on stalemated U.S. policies for managing reactor
fuel, authors of a Massachusetts Institute of Technology report on the
nuclear fuel cycle said yesterday.
That makes it
likely that other groups will be able to quickly follow their lead to make a wide array of high - strength stainless steel parts for everything from
fuel tanks in airplanes to pressure tubes in
nuclear power plants.
What remains unclear is how much of the
nuclear fuel at any of the three Fukushima Daiichi reactors has melted down, though TEPCO has announced that the
fuel is
likely damaged in all three reactors that were operating there at the time of the earthquake.
The EIA says world energy consumption is
likely to grow by more than 50 percent over the period 2010 to 2040, with fossil
fuels supplying 80 percent of the total, despite a growth in renewables and
nuclear power.
Therefore, either reprocessing or recycling spent
nuclear fuel, as the French and Japanese do, is
likely to be a waste of money better spent on improving the light - water reactors presently in use.
Germany's «Energiewende,» the effort to transition away from
nuclear and fossil
fuels toward renewables, is
likely to continue no matter what coalition forms.
In 2013, Congress
likely will consider
nuclear waste legislation for a new spent
nuclear fuels storage facility and perhaps more comprehensive
nuclear waste legislation.
If barriers to
nuclear persist, the energy gap will
likely be plugged by more fossil -
fuel power plants, which would render the cleanliness of China's wind farms academic.
The developments are
likely to
fuel concerns among the many environmental campaigners who oppose
nuclear power that the industry has unfair access to the government, as well as benefiting from hidden subsidies.
African American communities, including workers, are most
likely to be exposed to the pollution from fossil
fuel based energy production through coal plants, oil and gas refineries, as well as pollution from energy production through
nuclear facilities and waste incinerators.
Beyond coal and
nuclear plants, gas generators that can also burn diesel are
likely to stockpile that
fuel to meet the 90 - day requirement, Kavulla said.
The future of
nuclear fuels seems quite
likely to be focussed on
fuel recycling and re-fabrication rather than mining and geological storage.
Given the evident concern about
nuclear waste, it will be interesting to see if there is any reactions from young people to the governments recent admission that, on current NDA plans, the proposed Geological Disposal Facility (GDF) is not expected to be available to take spent
fuel from new
nuclear power stations until around 2130, which they note «is approximately 50 years after the
likely end of electricity generation for the first new
nuclear power station».
You might like to ponder what has changed since I wrote a letter on 16 Feb 1979 quoting the Chairman of the U.K. Central Electricity Generating Board, Mr R England, who wrote ``... the only proven way in which the predicted shortage of fossil
fuels can be counterbalanced in the field of electricity generation is by increasing out investment in
nuclear power... In view of the drawbacks involved, the CEGB is not carrying out any work of its own on harnessing solar energy... it is too early to say whether geothermal energy is feasible, or what the
likely cost would be...»
Atmospheric CO2 is
likely to increase to around 640 ppmv *, assuming — There will be no global Kyoto type climate initiatives — Human CO2 emissions increase with human population — Global per capita human fossil
fuel use increases by 30 % by 2100 (it increased by 20 % from 1970 to today)-- Population growth is estimated to slow down sharply, with population reaching 10.5 billion by 2100 (* Note that this could be lower by around 60 ppmv if there is a concerted switch to
nuclear power instead of coal for new power plants)
If fossil
fuels continue to become more difficult and expensive to extract and as alternates, such as
nuclear or renewable sources, become cost competitive, the rate of CO2 increase will most
likely slow down.
This demand is
likely to be met by increasing use of fossil
fuels along with other sources, such as
nuclear and renewable.»
When C and E are no longer the most cost effective solutions to reductions in fossil
fuel consumption, we go to the next most cost effective method, which will
likely be
nuclear.
I think that Pr Q's point that
nuclear doesn't look economical without a strong carbon price is where the most
likely answer lies; put a big price on Carbon and a lot of alternatives to fossil
fuels, including
nuclear, will look more attractive.