It is time to recognize preventing severe climate change is a matter
of national security – and that the availability of nuclear power is
critically important. Not only is it the cleanest way to produce a large
amount of “base-load” electricity without emitting greenhouse gases, it
is also safe and reliable, generating 19 percent of the nation’s power.
In
order to reduce our nation’s carbon footprint, renewable energy sources
like solar and wind power can help, but on days when the weather isn’t
cooperating they require backup energy from fossil fuels. Currently,
solar and wind energy combined, even with tax credits and state mandates
for renewable sources, contribute less than 5 percent to the power
grid.
Because nuclear power is the largest source of zero-carbon
energy, we must act promptly and decisively to ensure the continued use
of existing nuclear plants – and development of a new generation of
reactors using innovative advanced designs. That’s where the government
comes in.
As a professor of nuclear engineering, I find the
Environmental Protection Agency’s policy toward nuclear power
problematic. Without existing nuclear plants, EPA’s carbon-reduction
goals will be practically impossible to meet. Rather than recognize
nuclear power’s value, EPAs proposed carbon regulations fall
considerably short of what’s needed to keep operating nuclear plants
online, counting only 6 percent of nuclear generation toward a state’s
carbon intensity goal. And the rules actually penalize new nuclear
plants that are being built in Georgia, South Carolina and Tennessee.
Read More...
Showing posts with label EPA regulations. Show all posts
Showing posts with label EPA regulations. Show all posts
Monday, December 8, 2014
Friday, November 21, 2014
Cities may turn to new forms of nuclear power
by JENNIFFER WARDEL, THE Davis Clipper
BOUNTIFUL, UT — Safer, more compact nuclear power may be Utah’s energy future.
According to Doug Hunter, general manager of Utah Associated Municipal Power Systems (UAMPS), the group is currently looking at small modular nuclear reactors as a possible solution to the new EPA regulations that will severely restrict the state’s coal plants by 2024. Though no decisions have been made, UAMPS members cities including Bountiful Power and Rocky Mountain Power are looking into utilizing the smaller, safer reactors.
“The nice thing about these smaller reactors is that they have such a safety factor built in,” said Allen Johnson, director of Bountiful Power. “The bigger nuclear plants can be sort of scary.”
The modular reactors are smaller nuclear units currently being built in a plant in Idaho. Though they produce much less power than a larger reactor or even a coal plant, they can be used in conjunction to produce just over the power an average coal plant would put out. The advantage is that this power is carbon-free, making it safe from the EPA regulations.
Read more...
BOUNTIFUL, UT — Safer, more compact nuclear power may be Utah’s energy future.
According to Doug Hunter, general manager of Utah Associated Municipal Power Systems (UAMPS), the group is currently looking at small modular nuclear reactors as a possible solution to the new EPA regulations that will severely restrict the state’s coal plants by 2024. Though no decisions have been made, UAMPS members cities including Bountiful Power and Rocky Mountain Power are looking into utilizing the smaller, safer reactors.
“The nice thing about these smaller reactors is that they have such a safety factor built in,” said Allen Johnson, director of Bountiful Power. “The bigger nuclear plants can be sort of scary.”
The modular reactors are smaller nuclear units currently being built in a plant in Idaho. Though they produce much less power than a larger reactor or even a coal plant, they can be used in conjunction to produce just over the power an average coal plant would put out. The advantage is that this power is carbon-free, making it safe from the EPA regulations.
Read more...
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