This new nuclear technology, because it operates at higher temperatures, can increase thermal efficiency from the 34 % or so of
current nuclear technology to closer to 50 %; it can have more inherent safety features from not being pressurized and have a core that can not melt down; it can use more efficient combined cycle turbine technologies that require less capital for the same amount of power generated.
Current nuclear technology is not a sensible solution to the climate change challenge — but research on «new - nuclear» and renewables infrastructure should be aggressively pursued.
Not exact matches
As long as
nuclear technology remains important for keeping America in its
current position of global leadership, the U.S. government will keep pumping research's life - blood (money) into
nuclear - energy - related science.
-- From the Summer 2001 Edition of University
Currents, a publication of DOE's Office of
Nuclear Energy, Science and
Technology.
With what EPRI calls a «full» portfolio of
technology options, including new
nuclear, expanded wind power and carbon capture, the price of electricity in
current dollars would climb by 80 percent in 2050.
In particular, a relatively new form of
nuclear technology could overcome the principal drawbacks of
current methods — namely, worries about reactor accidents, the potential for diversion of
nuclear fuel into highly destructive weapons, the management of dangerous, long - lived radioactive waste, and the depletion of global reserves of economically available uranium.
«While
nuclear can be a very large share of global demand and low carbon supply, we're not going to do it, I believe, on the
current generation of
technology,» said Armond Cohen, executive director of the Clean Air Task Force.
Crossing the huge distance between the Sun and Alpha Centauri using
current spacecraft
technologies would take several millennia, though the possibility of
nuclear pulse propulsion or laser light sail
technology, as considered in the Breakthrough Starshot program, could reduce the journey time to a matter of decades.
Using this type of NMR, which is based on a technique known as dynamic
nuclear polarization (DNP), scientists can gain much more insight into protein structure and function than they can with
current NMR
technology, which requires large quantities of purified proteins, isolated from their usual environment.
And modern
nuclear technology can reduce proliferation risks and solve the waste disposal problem by burning
current waste and using fuel more efficiently.
The approach to
nuclear power is to take a few baby steps with
current technology.
They all expect that somehow the
technologies (whatever they are) will magically thwart the Second Law; that we will somehow replace tit - for - tat the
current energy flow from fossil fuel with sunlight or
nuclear or geothermal, you name it.
Current technology includes
nuclear fission, which is more than capable of dealing with global energy needs, and at costs lower than fossil — IF it were only deployed.
We should also be building
nuclear and using
current technology to reduce carbon emissions.
Even so, if you weigh the risks (fully considered and in the light of
current technology as well as developing
technology) against the benefits,
nuclear is by far and away the best, cheapest and safest form of energy production.
Seems to me,
nuclear power in it's
current form, is a mature
technology that is being overtaken by more advanced energy forms that are more efficient and cost effective.
From the starting point of today, what are relative risks, costs and benefits of fossil fuel production and against
current and emerging
nuclear technology?
Your objections to
current nuclear fission
technology are valid — in fact, they make the «
nuclear option» politically impossible today.
Just to keep the costs in perspective with alternatives here are the alternatives again: —
Current EU carbon price = $ 10 / t CO2 — Estimated abatement cost with renewable energy in Australia = $ 300 / t CO2 [3]-- Estimated abatement cost with
nuclear energy in Australia = $ 65 / t CO2 — Nordhaus «Low - cost backstop»
technology (assumes) = $ 270 / t CO2 [4]-- CO2 Abatement cost if / when we allow low - cost
nuclear = < $ 0 / t CO2 [5, 6, 7, 8, 9]
Nuclear power in its
current form is not competitive (in the US and other regions with multiple fuel resources) because the
technology is toô expensive to build and operate, relative to the competition.
They believe the transition to a wind & solar powered energy grid could be made in two decades or less using
current technology, and at an affordable cost — but only if the many roadblocks now being thrown up by
nuclear and fossil fuel interests can be overcome.
Increasingly, analysts describe
current designs as «bridging
technologies,» stepping stones toward more advanced clean energy, whether in the form of perovskite solar cells or modular
nuclear reactors.
What's needed now is a new national commitment to the development, testing, demonstration, and early stage commercialization of a broad range of new
nuclear technologies — from much smaller light - water reactors to next generation ones — in search of a few designs that can be mass produced and deployed at a significantly lower cost than
current designs.
A 100 % renewable energy transition globally by 2050 is both technological possible and will reduce the average cost of energy by 30 % from
current fossil fuel and
nuclear power prices according to a comprehensive 2017 study of the European Energy Watch Group led by physicist and German PV pioneer Hans - Josef Fell and performed by Berlin's Lappeenranta University of
Technology.
Fixing the problems of the
current DOE loan guarantee program and ensuring that we have an effective financing authority for a broad range of clean energy
technologies, including renewables,
nuclear, energy efficiency, and carbon capture and storage, needs to be one of our highest priorities.
Despite these obstacles,
current US
nuclear technology has made innovations in safety and security features.
It is not very honest to compare cost of new
nuclear to
current wholesale price of electricity without also comparing that of other
technologies for new build.
Clean Energy
Technologies Can Return CO2 to Safe Levels This Century Though
current atmospheric carbon dioxide levels of about 385 parts per million are already above the revised safe level of 350ppm being promoted by scientists, Kharecha said that it is still possible to return them to safe levels by the end of this century if we engage in «Herculean» efforts to shift towards renewable energy sources, increase the use of
nuclear power, and apply carbon sequestration
technologies on existing coal power plants.
Their
current 5 - year plan is full of action to develop knowledge and products that are based on the view that there will be a huge global market demand for new energy
technology, rail transport, ice breaking ships,
nuclear power, etc..
It has to be done right, and I'm pretty sure that the
current IAEA isn't up to the task, but without
nuclear power as at least a bridge
technology, there's no way that we'll successfully decarbonize our civilization in time.
Many new
technologies could change the whole picture such as massive energy storage, efficient electro - catalytic hydrogen production, ambient temperature superconductors etc. but with the
current technology investing in wind / solar over
nuclear will aggravate our GHG emission problems not improve them.