A recent study looking
for nuclear waste storage sites suggested that the sedimentary soil beneath Toronto and surrounds was very stable and suitable for long term storage.
Holtec sees the passage of H.R. 3050 as a good step towards interim and long - term solutions
for nuclear waste storage.
Brian Sales, distinguished research scientist and lead of the Correlated Electron Materials Group in the Materials Science and Technology Division, was nominated by the AAAS section on physics for «pioneering research for clean energy technologies, including thermoelectric and superconducting materials, and materials
for nuclear waste storage.»
Overview of efforts in Congress to weaken health and safety standards
for nuclear waste storage and disposal.
The budget also would include $ 140 million to restart licensing activities
for nuclear waste storage at Yucca Mountain, a thorny issue on Capitol Hill.
Not exact matches
The recent accident at the Fukushima
nuclear power plant reinforces the need
for renewed thinking about
nuclear -
waste storage and disposal.
As a general clarification, ounce
for ounce, coal ash released from a power plant delivers more radiation than
nuclear waste shielded via water or dry cask
storage.
The Obama administration's budget cuts funding
for oil research and the Yucca Mountain
nuclear waste repository as it increases money to renewables, carbon capture and
storage
In the aftermath of Yucca's mothballing, the DOE has pursued a diverse strategy of
nuclear waste management that includes tentative plans
for consolidated interim
storage facilities, tests of deep boreholes as another possible long - term
storage technique, and the development of «consent - based» siting protocols to gain support from municipal and state governments.
The telegram seems to substantiate charges that politicians in the government of former Chancellor Helmut Kohl pressured scientists to recommend an old salt mine as a potential site
for long - term
nuclear waste storage.
«The sensing skin could be used
for a wide range of structures, but the impetus
for the work was to help ensure the integrity of critical infrastructure such as
nuclear waste storage facilities,» says Dr. Mohammad Pour - Ghaz, an assistant professor of civil, construction and environmental engineering at NC State and co-author of a paper describing the work.
Aluminum is currently used in not only research reactor components but also
nuclear batteries and spacecraft, and it has been proposed as material
for storage containers
for nuclear waste.
A similar chemical reaction stemming from the sloppy disposal of Los Alamos»
nuclear waste in 2014 provoked the shutdown of a deep - underground
storage site in New Mexico
for more than two years, a DOE accident investigation concluded.
Indiana University researchers have reported the first definitive evidence
for a chemical bond between two negatively charged molecules of bisulfate, or HSO4, a new molecular structure with potential applications to the safe
storage of
nuclear waste and reduction of chemicals that contaminate water and trigger large fish kills.
For decades, public sentiment, expressed in hearings, protests, public opinion polls, and other means, has strongly opposed spent
nuclear fuel and high level
waste storage or disposal in New Mexico.
Republican leaders in the U.S. House support legislation to nominate Yucca Mountain as the
storage and disposal location
for high level
waste and spent
nuclear fuel.
The Senate Appropriations Subcommittee on Energy and Water Development, which Feinstein chairs and Alexander serves as the top Republican, may again include a mandate
for DOE to designate a high level
waste / spent
nuclear fuel
storage site, as they did in the 2012 bill that the last Congress did not pass.
Unfortunately, the Yucca Mountain
nuclear waste storage plan overpromises and underperforms
for the people of my State.
In 2013, Congress likely will consider
nuclear waste legislation
for a new spent
nuclear fuels
storage facility and perhaps more comprehensive
nuclear waste legislation.
Also, this swelling can be a problem
for long - term
storage of
nuclear waste.
For this series, the artist photographed a wide range of subjects such as nuclear waste encapsulation and storage facilities to a recreational site for death row prisone
For this series, the artist photographed a wide range of subjects such as
nuclear waste encapsulation and
storage facilities to a recreational site
for death row prisone
for death row prisoners.
I think the jury is out, but if I had to guess, I'd say that improved
nuclear fuel cycles and improved
waste storage technology have more near - term prospect
for solving the
waste problem
for nuclear than sequestration proposals have
for CO2.
Yet, no country has developed an acceptable or permanent method
for high — level
nuclear waste storage, thereby leaving both present and future generations at great risk.
Lets see: Wind Farms: 1000s dead birds killed on the blades
Nuclear: Terrorists, fail to manage the
waste across many glacials etc etc and you have a sterile world Roof top solar: Energy
storage for rainy days and nights Lower energy use: get real!
But the logic propelling the charge reaches a breaking point — if a regulation calling
for fences around
nuclear waste storage or munitions dumps actually did turn out to be «job - killing,» think people would suddenly oppose it?
From my point of view
nuclear's scale up has problems with regulations and political will
for storage, if necessary
for waste.
6/26/17 — Plans
for building the
nuclear waste storage facility at Yucca Mountain, Nevada, fell apart a decade ago because, in part, federal officials didn't do enough to win support from state and local residents, analysts have said in Issues.
(Associated Press) •
Nuclear waste from power plants around the country could be headed to West Texas
for temporary
storage as a result of a bill passed by the House on Thursday.
The capital costs
for nuclear plants are $ 6,000 a kilowatt, or $ 6 a watt, or more, not including
waste storage, and often rise higher than expected.
For example, the mandate in Minnesota for 425 megawatts of wind power by 2003 was part of a settlement with Northern States Power (now Xcel Energy) to extend on - site storage of nuclear waste at its nuclear facili
For example, the mandate in Minnesota
for 425 megawatts of wind power by 2003 was part of a settlement with Northern States Power (now Xcel Energy) to extend on - site storage of nuclear waste at its nuclear facili
for 425 megawatts of wind power by 2003 was part of a settlement with Northern States Power (now Xcel Energy) to extend on - site
storage of
nuclear waste at its
nuclear facility.
This makes very good sense to me, the cost would drop dramatically if we changed our regulation environment
for nuclear, the new passive cooling reactors are much much safer than older reactor designs, and regional
storage (which we have de facto anyway) solves the
waste problem.
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
And just like existing
nuclear power plants, they produce long - lived, highly radioactive
nuclear waste for which no safe management and permanent
storage exists.
I say: it has even more such advantage in
nuclear energy with its vast uranium desposits and ample space
for safe
waste storage
The most wonderful illustration of this mismatch between what science can tell us and what politicians care about is the effort to build a long - term
storage site
for nuclear waste at Nevada's Yucca Mountain.
The budget increase will be
for handling the country's
nuclear stockpile and restart the controversial Yucca Mountain
storage facility
for nuclear waste.
Even then, all they will achieve is putting as much of the
nuclear waste genie as possible back into temporary
storage — like before — because we have no real life working solution
for it.
Enforcing fire and earthquake regulations, addressing flood risks, and safer
storage for nuclear waste are just a few of the ways we can help prevent
nuclear accidents.
Prospecting, mining, storing, transporting, refining, burning, cleaning up the mess from, fighting wars over, wild price fluctuations, huge military costs
for protection, blowing the tops off thousands of mountains or billion gallon coal fly ash sludge spills, or oil spills or
nuclear accidents or radioactive
waste storage problems, or running out of fuel resources.
The main point of the discussion was Yucca Mountain, a
nuclear waste storage facility in Nevada that took years and billions of dollars to research and build, that is a completely safe location to store commercial
nuclear waste, but which sits empty
for political reasons.
I (and perhaps others here) would welcome pointers to any peer - reviewed reports you are aware of that assess the energy cost of the entire
nuclear life - cycle (from mining through
waste storage and monitoring) so that the overall EROEI
for the entire
nuclear energy life cycle can be known (the kind of thing being done
for ethanol).