Let alone exciting things such as social unrest,
power generation reactors are subject to the more mundane problems of boredom, sloth, indolence, greed and failed imagination.
Not exact matches
The new Ford class carriers will feature an improved nuclear
reactor with three times the
power -
generation capacity as the Nimitz class.
In the attempt to put a stop to further
reactor construction, the antinuclear movement may be tempted to constipate the system — to plug up the radwaste outlet for the nuclear industry — hoping thereby to force a shutdown of electrical
power generation.
How does the question of
reactor waste disposal relate to the overall issue of whether or not we should employ nuclear
power generation at all?
GWE combine specialized know - how in generating biogas with our extensive range of anaerobic
reactors, and in supply and installation of biogas re-use and handling systems for fossil fuel replacement or
power generation.
While nuclear
reactors do not emit carbon dioxide at the point of
power generation, the nuclear fuel chain is responsible for carbon emissions during mining, milling, enriching, construction, transportation, and decommissioning.
This is a fluidized bed
reactor, an energy -
generation technology that has been used for decades to
power paper mills and waste - treatment plants but that had never before been installed in an ethanol plant.
By harnessing energy from the sun — «this handy fusion
reactor in the sky,» he called it last night — getting enough renewable energy on the
power grid and smoothing out energy
generation and use between peak and off - peak hours, the nation and planet can shift away from fossil fuels» dominance as a
power source, he told the crowd.
Nuclear
power provides about a third of the European Union's electricity
generation, but the 28 - nation bloc's 131
reactors are well past their prime, with an average age of 30 years.
Meeting coal demand in Japan Indonesian coal is also expected to help fuel a surge in fossil
power generation in Japan after that country shuttered its nuclear plants in the wake of the Fukushima Daiichi nuclear
reactor meltdown in 2011.
- Small nuclear
reactors, which can provide localized carbon - free
power, are so popular that they are on a three - year back order from their manufacturer, Hyperion Power Genera
power, are so popular that they are on a three - year back order from their manufacturer, Hyperion
Power Genera
Power Generation.
To get around these problems, Japan's Toshiba and Hyperion
Power Generation of Santa Fe, New Mexico, are pushing rival micro
reactors.
Toshiba, Hyperion
Power Generation, Sandia National Labs, and TerraPower — a company underwritten in part by Bill Gates — also have downsized nuclear
reactor concepts in the works.
They see a market in servicing large electric utilities that want to incrementally expand their
generation capacity, developing countries that can not afford or make good use of traditional
reactors, and off - grid and hard - to -
power sites.
The safety features and
power backups built into third -
generation reactors should shut them down safely even without electrical
power
Five nuclear
power stations in Britain use first -
generation Magnox
reactors, with steel pressure vessels.
A new era for nuclear
power is taking shape as third -
generation reactors, designed to be simpler and safer, inch through the U.S. Nuclear Regulatory Commission's (NRC) design certification process.
Due east along Guangdong's coastline, one of the region's most sophisticated technological projects, the Daya Bay Nuclear
Power Complex, is also the stage for a cutting - edge experiment in high - energy physics: measuring the proportion of electron antineutrinos from the nuclear
reactors that morph into other types, or
generations, of these leptons as they speed through space.
A possible strategy for freeing nuclear
power from its current impasse would be built around a new
generation of lower -
power, centrally fabricated nuclear
reactors designed for inherent safety
Neutrinos, or more specifically antineutrinos, are also emitted as a by - product of
power generation in manmade nuclear
reactors, giving scientists a powerful way to study them on Earth in a controlled manner.
A fourth
generation reactor designed by GEH, PRISM incorporates the groundbreaking features of the Argonne Laboratory's project, representing a technological leap that could
power the UK or similar countries for hundreds of years with used nuclear fuel that is already on hand.
Instead, several respondents heaped abuse on the potential of nuclear
power in general despite the fact that the great bulk of their criticisms related to the shortcomings of third
generation reactors.
I also, as some could predict, planned to ask how nuclear
power fits, given the reality that a swift shutdown of the state's and region's nuclear
reactors is unlikely and, without nuclear
generation the challenge of a swift from fossil fuels becomes that much bigger.
Behind the histrionics and talking points framing the decades - long battle over the place of nuclear
power in America's (and the world's) energy menu, there have long been hints of a path forward, both for dealing with existing, aging
reactors and considering a new
generation of technologies.
The four scientists call for an increase in ambition in the deployment of improved light - water
reactors, with the accelerated development of advanced fission technologies to accompany planned increases in solar, wind and hydro
power generation.
Increasing nuclear
power plant efficiency from 1980 to today came from two areas: first, improvements to how operators re-fuel
reactors, and keep plants and their workers safe; second, increasing the heat and electrical
generation of plants through «up - rates.»
Nuclear defenders are calling for keeping things in perspective — fossil fuels, they point out, have many more costs and risks associated with them than nuclear
power; and newer
generation reactor designs are far safer than those built in Japan many decades ago (a number of US plants from the same era have the same or similar designs).
Thorium
reactors could be a game changer here for
power generation and heat with serviced buildings; but we'll still a long way off of good electrical storage in transportation — aircraft, trucks, ships, and cars will continue to burn oil products until that eureka moment)
These would produce enough
power to replace five large nuclear
power stations, tellingly at about the same time as the first of the much - touted new
generation of
reactors is likely to come on stream.
any nuclear
reactor wherever located; any nuclear fuel cycle facility; any radioactive waste management facility; the transport and storage of nuclear fuels or radioactive wastes; the manufacture, use, storage, disposal and transport of radioisotopes for agricultural, industrial, medical and related scientific and research purposes; and the use of radioisotopes for
power generation in space objects
Even if all
reactors scheduled to come online by 2015 make it, the projected closing of 93 nuclear
reactors by then will drop nuclear
power generation roughly 10 percent below the current level.
The project has been plagued by billions of dollars in cost overruns, stagnant demand for electricity, competition from cheap natural gas plants and renewables, and the bankruptcy of Westinghouse Electric, the lead contractor and the designer of the AP1000
reactor that was supposed to be the foundation of a smarter, cheaper
generation of nuclear
power plants.
Certainly the experience with some of the nuclear
power plants being built now does not give rise to confidence in the claims for the theoretical
Generation IV nuclear
reactors.
Current
generation land - based nuclear
reactors cost $ 10,000,000 per megawatt capacity or about $ 5 billion for the
power plant not counting the cost of the equipment to convert electricity to fuel.
And, the nuclear industry is working on developing a new
generation of small modular
reactors that can provide
power for cities or local communities at a much lower cost.
One design, by MIT professor Charles Forsberg, called the AHTR, combines a flouride - salt - cooled
reactor with a gas turbine; one variation on it incorporates injecting gas to the turbine for high temperature turbine
generation, so that the
power plant can operate for both baseload and peak
power.
Such storage could be the key to enabling more renewable sources of electricity
generation — providing
power when the sun is not shining or the wind not blowing — or simply making the best use of existing resources, such as sucking up
power that would otherwise be dumped from always - on nuclear
reactors.
However, all of these designs must demonstrate enhanced safety above and beyond current light water
reactor systems if the next
generation of nuclear
power plants is to grow in number far beyond the current population.
The country has plans to construct a set of new
reactors to maintain electricity supply and cut carbon dioxide emissions as a
generation of older
power plants is shut down.
We are exceptionally well - versed in the next
generation of nuclear
power plants, including Small Modular
Reactors (SMRs).