Thu. May 17, 2012
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Utility Products
May 15, 2012
Areva's proposed technology uses a 625 MWt "prismatic" block core (as opposed to pebble bed) with
helium cooling coupled to a steam cycle (main steam temperature of 566 deg C) via an intermediate heat exchanger (rather than a "direct" helium Brayton ...
Creamer Media's Engineering News
May 11, 2012
South Africa's abandoned Pebble-Bed Modular Reactor (PBMR) project still casts a shadow over the country's future nuclear energy plans, as far as the National Union of Mineworkers (NUM) is concerned.
Business Day
May 10, 2012
We get very excited about (South African) innovation, but then we have struggled to get a patent to commercial development," he says, mentioning the demise of dreams over the Joule electric car, and the pebble-bed modular reactor.
Financial Post (blog)
May 10, 2012
The
carbon allotrope is currently used primarily in the steelmaking industry but future projections tie it to increasing demand in such energy technologies as fuel cells,
solar panels,
pebble-bed nuclear reactors,
vanadium-redox
batteries and ...
InvestorIdeas.com (press release)
May 9, 2012
Another potential demand driver is the Pebble Bed
nuclear reactor. In April 2011,
China started building a fourth generation 210-megawatt nuclear reactor using high-temperature, gas-cooled pebble-bed technology.
Resource Clips (blog)
May 9, 2012
The
carbon allotrope is currently used primarily in the steelmaking industry but future projections tie it to increasing demand in such energy technologies as fuel cells,
solar panels,
pebble-bed nuclear reactors,
vanadium-redox
batteries and ...
Midas Letter
May 9, 2012
There are many uses for graphite, from
lithium ion batteries to next-generation
pebble bed reactors. James West: Hi, I am James West.
Resource Investor
May 9, 2012
Another potential demand driver is the Pebble Bed
nuclear reactor. In April 2011,
China started building a fourth generation 210-megawatt nuclear reactor using high-temperature, gas-cooled pebble-bed technology.
Canada NewsWire (press release)
May 9, 2012
Furthermore, additional demand is anticipated for use in fuel cells and the construction of pebble bed nuclear reactors. An average fuel cell vehicle will use 80 kilograms of graphite.
Jutia Group
May 8, 2012
Another potential demand driver is the Pebble Bed
nuclear reactor. In April 2011,
China started building a fourth generation 210-megawatt nuclear reactor using high-temperature, gas-cooled pebble-bed technology.
NASDAQ
May 8, 2012
Another potential demand driver is the Pebble Bed
nuclear reactor. In April 2011,
China started building a fourth generation 210-megawatt nuclear reactor using high-temperature, gas-cooled pebble-bed technology.
Herald Sun
May 8, 2012
With
China dominating supply of large flakes of
carbon and many new uses ranging from
pebble bed nuclear reactors,
lithium batteries to making super strong graphene, the
global chase for graphite has much in common with the rare-earth minerals
boom.
Financial Post
May 7, 2012
pebble-bed nuclear reactors and
hydrogen fuel-cell technology, each by themselves, could potentially consume all current graphite production.
Resource Clips
May 5, 2012
pebble-bed nuclear reactors and
hydrogen fuel-cell technology, each by themselves, could potentially consume all current graphite production.
Energy Digital (press release)
May 3, 2012
Lomiko optioned the Quatre Milles Graphite Property in
Quebec to search for large flake, crystalline graphite which is sought after for use in electric cars, fuel cells,
pebble-bed nuclear reactors. Graphene, a newly discovered, chicken-wire shaped ...
Reuters
May 3, 2012
Graphite is also projected to be a key component in next-generation
pebble bed nuclear reactors, which are fuelled by
tennis-ball-sized graphite spheres with
uranium embedded in them.
ESI Africa
May 3, 2012
The ideal is that
South Africa will one day export its own
nuclear power know-how. This was the ambition of the failed Pebble Bed Modular Reactor project, and while the outcome was demoralising, South
Africa's ambitions of being a nuclear energy ...
MarketWatch (press release)
May 2, 2012
Lomiko optioned the Quatre Milles Graphite Property in
Quebec to search for large flake, crystalline graphite which is sought after for use in electric cars, fuel cells,
pebble-bed nuclear reactors. Graphene, a newly discovered, chicken-wire shaped ...
MarketWatch (press release)
May 2, 2012
Lomiko optioned the Quatre Milles Graphite Property in
Quebec to search for large flake, crystalline graphite which is sought after for use in electric cars, fuel cells,
pebble-bed nuclear reactors. Graphene, a newly discovered, chicken-wire shaped ...
CountingPips (blog)
April 27, 2012
A new generation of
nuclear reactors called '
pebble-bed nuclear reactors' use large amounts of flake graphite. The reactors get their name from the pebble-sized spheres of graphite mixed with
uranium they contain.
National Post
April 26, 2012
This is the type most actively pursued and associated with current and next-generation energy technologies:
lithium-ion batteries,
vanadium redox
batteries,
pebble-bed nuclear reactors,
solar panels and fuel cells. Flake is also used to produce ...
Money Morning Australia
April 26, 2012
A new generation of
nuclear reactors called '
pebble-bed nuclear reactors' use large amounts of flake graphite. The reactors get their name from the pebble-sized spheres of graphite mixed with
uranium they contain.
Seeking Alpha
April 25, 2012
Flake graphite, as opposed to the more common amorphous graphite, is the type that is used in Li-Ion battery technology, fuel cells,
vanadium Redox
batteries, and
pebble bed nuclear reactors. Graphite prices range from $600/tonne for the amorphous ...
Financial Post
April 25, 2012
The more expensive flake graphite is the type associated with emerging needs:
lithium-ion batteries,
vanadium redox
batteries,
pebble-bed nuclear reactors,
solar panels and fuel cells associated with energy storage, generation and efficiency.
Canada NewsWire (press release)
April 25, 2012
Furthermore, additional demand is expected from use in fuel cells and the construction of pebble bed nuclear reactors. An average fuel cell vehicle will use 80 kilograms of graphite.
Credit Writedowns
April 24, 2012
Another source of potential demand is in pebble-bed nuclear reactors. The hope is that these will become more efficient and safer than current reactors and hence more widespread.
Creamer Media's Mining Weekly
April 24, 2012
South Africa's abandoned Pebble Bed Modular Reactor (PBMR) project still casts a shadow over the country's future nuclear energy plans, as far as the National Union of Mineworkers (NUM) is concerned.
Independent Online
April 23, 2012
Taylor said the last planned nuclear build in
South Africa was the pebble bed modular reactor (PBMR), which was abandoned last year after costing R9.4 billion.
Seeking Alpha
April 22, 2012
Graphite demand is currently surging due to the its key role in many green technologies, namely
lithium-ion batteries, fuel-cells, and
pebble bed nuclear reactors. Graphene, a product of large flake graphite, has the potential to have an impact on ...
Financial Post (blog)
April 18, 2012
At the same time, predictions call for soaring demand for flake graphite, a type that
China hardly produces anyway, to supply future such energy needs as
lithium-ion batteries,
vanadium redox
batteries, fuel cells,
solar panels and pebble-bed nuclear ...
Financial Post (blog)
April 12, 2012
Resource Investor
April 12, 2012
It is also used in
pebble-bed nuclear reactors, photovoltaic cells for
solar panels,
carbon fibers, fuel cells and in so-called
lithium-ion battery cells (which, the graphite project developers are always quick to tell us, contain far more graphite ...
NASDAQ
April 12, 2012
However, a lot of attention these days is being placed on flake graphite, which is sought after for its applications in new technologies like
lithium-ion batteries, fuel cells,
solar panels,
pebble bed nuclear reactors and
vanadium redox
batteries.
Business Insider
April 11, 2012
However, a lot of attention these days is being placed on flake graphite, which is sought after for its applications in new technologies like
lithium-ion batteries, fuel cells,
solar panels,
pebble bed nuclear reactors and
vanadium redox
batteries.
Seeking Alpha
April 10, 2012
Another potential major demand driver in the coming years may be from the growth of
pebble bed nuclear reactors. A Pebble Bed Reactor ("PBR") is a small, modular
nuclear reactor.
Resource Clips
May 5, 2012
pebble-bed nuclear reactors and
hydrogen fuel-cell technology, each by themselves, could potentially consume all current graphite production.
Energy Digital (press release)
May 3, 2012
Lomiko optioned the Quatre Milles Graphite Property in
Quebec to search for large flake, crystalline graphite which is sought after for use in electric cars, fuel cells,
pebble-bed nuclear reactors. Graphene, a newly discovered, chicken-wire shaped ...
Reuters
May 3, 2012
Graphite is also projected to be a key component in next-generation
pebble bed nuclear reactors, which are fuelled by
tennis-ball-sized graphite spheres with
uranium embedded in them.
MarketWatch (press release)
May 3, 2012
Lomiko optioned the Quatre Milles Graphite Property in
Quebec to search for large flake, crystalline graphite which is sought after for use in electric cars, fuel cells,
pebble-bed nuclear reactors. Graphene, a newly discovered, chicken-wire shaped ...
ESI Africa
May 3, 2012
The ideal is that
South Africa will one day export its own
nuclear power know-how. This was the ambition of the failed Pebble Bed Modular Reactor project, and while the outcome was demoralising, South
Africa's ambitions of being a nuclear energy ...
Money Morning Australia
April 26, 2012
A new generation of
nuclear reactors called '
pebble-bed nuclear reactors' use large amounts of flake graphite. The reactors get their name from the pebble-sized spheres of graphite mixed with
uranium they contain.
National Post
April 26, 2012
This is the type most actively pursued and associated with current and next-generation energy technologies:
lithium-ion batteries,
vanadium redox
batteries,
pebble-bed nuclear reactors,
solar panels and fuel cells. Flake is also used to produce ...
Resource Clips
April 26, 2012
This is the type most actively pursued and associated with current and next-generation energy technologies:
lithium-ion batteries,
vanadium redox
batteries,
pebble-bed nuclear reactors,
solar panels and fuel cells. Flake is also used to produce ...
Seeking Alpha
April 26, 2012
Flake graphite, as opposed to the more common amorphous graphite, is the type that is used in Li-Ion battery technology, fuel cells,
vanadium Redox
batteries, and
pebble bed nuclear reactors. Graphite prices range from $600/tonne for the amorphous ...
Financial Post
April 26, 2012
The more expensive flake graphite is the type associated with emerging needs:
lithium-ion batteries,
vanadium redox
batteries,
pebble-bed nuclear reactors,
solar panels and fuel cells associated with energy storage, generation and efficiency.
Canada NewsWire (press release)
April 26, 2012
Furthermore, additional demand is expected from use in fuel cells and the construction of pebble bed nuclear reactors. An average fuel cell vehicle will use 80 kilograms of graphite.
Credit Writedowns
April 24, 2012
Another source of potential demand is in pebble-bed nuclear reactors. The hope is that these will become more efficient and safer than current reactors and hence more widespread.
Creamer Media's Mining Weekly
April 24, 2012
South Africa's abandoned Pebble Bed Modular Reactor (PBMR) project still casts a shadow over the country's future nuclear energy plans, as far as the National Union of Mineworkers (NUM) is concerned.
Independent Online
April 23, 2012
Taylor said the last planned nuclear build in
South Africa was the pebble bed modular reactor (PBMR), which was abandoned last year after costing R9.4 billion.
Seeking Alpha
April 22, 2012
Graphite demand is currently surging due to the its key role in many green technologies, namely
lithium-ion batteries, fuel-cells, and
pebble bed nuclear reactors. Graphene, a product of large flake graphite, has the potential to have an impact on ...
