Sentences with phrase «generation reactors with»

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.

According to this insightful presentation from Nick Hodge, given at the most recent Vancouver Resource Investment Conference (VRIC), there are scores of reactors under construction in China and India, with Saudi Arabia looking to lock in contracts for new atomic generation as well.

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.

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.

He cites small reactors» baseload profile as a good match with intermittent renewable - energy generation.

The third - generation reactors have safety features that should prevent a meltdown similar to Fukushima's but political controversy, along with the high price tag means that new nuclear complexes in the U.S. and Europe could be in the single digits instead of dozens originally planned less than a decade ago.

In partnership with the Universities of Manchester, Sheffield, Leeds, Bristol, Cardiff, and the Open University, the programme will examine issues such as the design of next - generation nuclear reactors, reactor performance, reactor monitoring, materials for nuclear reactors that can withstand high temperatures, and nuclear waste disposal.

Five nuclear power stations in Britain use first - generation Magnox reactors, with steel pressure vessels.

Build before Memory Runs Out Although individual consumer actions can help, major changes in carbon output will likely require better electricity - generation technologies, retiring much of the coal - fired capacity and replacing it with the most cost - effective combination of modern reactors, renewables and even clean coal.

Whether a reactor would be cost - effective depends on how it compares with other environmentally sound generation options.

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.

Lightbridge is developing and commercializing next generation nuclear fuel technology that will significantly improve the economics and safety of existing and new reactors, with a meaningful impact on preventing climate change.

I was trying to estimate the mining footprints of solar and nuclear, and came up with some very tentative rough estimates that ore input for solar energy might have an energy density (per unit mass) ~ 5 to 80 times coal, while nuclear (convential US fuel cycle) may be ~ 20 times coal — on the solar side, this doesn't include some balance of system components, and on the nuclear side, it only includes the U, but on the solar side, the actual energy density could get much higher with recycling of the same material into multiple successive generations of solar energy devices, and on the nuclear side, breeder reactors.

To my mind, the Fukushima failure also builds the case for the kind of push under way in China, which is moving forward with construction of the first two of a new generation of nuclear reactors — cooled by helium, not water, and designed in a way that can not produce a meltdown of the fuel.

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.

When San Onofre closed its last reactor in 2012, with no formal replacement plan in place, there was a short - term spike in natural gas consumption (worsened by the simultaneous arrival of a multi-year drought, which cut hydroelectricity generation) and an increase in California's greenhouse gas emissions.

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)

Then we optimized the reactor prototypes with flow modeling and numerical simulations and the resulting new reactor generation is what we showed in this research paper.

My answer to the narrowed question: • Identify adaptation policies that can be implemented to reduce impacts of extreme weather events (which will happen with or without greenhouse driven global warming) • Research on nuclear energy to reduce the stigma of nuclear generation, e.g., fast reactors (Generation 4 reactors) or thorigeneration, e.g., fast reactors (Generation 4 reactors) or thoriGeneration 4 reactors) or thorium fueled.

Rather than creating new solutions, efforts to restart the U.S. nuclear industry have mostly focused on encouraging utilities to build the next generation of large, light - water reactors with loan guarantees and various other subsidies and regulatory fixes.

Because of this, a portion of the $ 25B that has been collected from utilities to deal with nuclear waste justifiably could be used to develop 4th generation reactors.

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.

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.

Next - Generation Nuclear Plant (NGNP)- The Department of Energy and the NRC complied with the Energy Policy Act of 2005 in examining the NGNP advanced reactor project.

China's inexperience with Generation - III reactors also casts doubt on its prospects for achieving what the government now sees as a more reasonable 2020 goal, some 70,000 megawatts.