Huge rare-earth material in
Helmand: USGS
WASHINGTON (PAN): The Khanashin carbonatites in southern Helmand
Province have an estimated one million metric tonnes of rare earth
material, according to a US Geological Survey (USGS) estimate.
This estimate came on Wednesday from a 2009-2011 USGS study, funded
by the Department of Defence Task Force for Business and Stability
Operations (TFBSO). "This is just one more piece of evidence that
Afghanistan's mineral sector has a bright future," said TFBSO Acting
Director Regina Dubey.
"The international mining community is beginning to realise Afghanistan's
extraordinary mineral potential. The USGS's groundbreaking work provides a
foundation for the kind of future investment that could help create a
vibrant Afghan economy," Dubey said.
USGS Director Marcia McNutt hoped a neutral and unbiased analysis of the
location, supply and flow of these strategic minerals would help the
Afghans understand the true extent of their mineral wealth, said The
primary area of mineralisation covers an approximately 0.74 square
kilometers of area.
"The potential that these findings have for the future well-being of the
Afghan people is significant," said Marc Grossman, Special US
representative for Afghanistan and Pakistan.
Washington would continue support the Afghan government's efforts to
develop the resources through private-sector investment in a responsible,
transparent and sustainable manner that benefitted the Afghan people,
expanded markets and promoted regional prosperity, he said.
The rare-earth element (REE) is a group of 15 metallic elements, with
similar atomic properties and structures which are essential components in
a diverse and expanding array of high-technology and clean-energy
products. Despite their name, they are relatively common within the earth's
crust, but are not often found in economically exploitable concentrations.
Rare earth elements are important ingredients in high-strength magnets,
metal alloys for batteries and light-weight structures and phosphors. These
are essential components for many current and emerging alternative
energy technologies, such as electric vehicles, photo-voltaic cells, energy
efficient lighting and wind power.
Products containing rare-earth elements also are used in a number of key
defence applications More than 95 percent of global REE production now
comes from China, which in 2010 exported approximately 30,000 metric
tonnes of such products.
http://www.pajhwok.com/en/2011/09/15...l-helmand-usgs
Helmand: USGS
WASHINGTON (PAN): The Khanashin carbonatites in southern Helmand
Province have an estimated one million metric tonnes of rare earth
material, according to a US Geological Survey (USGS) estimate.
This estimate came on Wednesday from a 2009-2011 USGS study, funded
by the Department of Defence Task Force for Business and Stability
Operations (TFBSO). "This is just one more piece of evidence that
Afghanistan's mineral sector has a bright future," said TFBSO Acting
Director Regina Dubey.
"The international mining community is beginning to realise Afghanistan's
extraordinary mineral potential. The USGS's groundbreaking work provides a
foundation for the kind of future investment that could help create a
vibrant Afghan economy," Dubey said.
USGS Director Marcia McNutt hoped a neutral and unbiased analysis of the
location, supply and flow of these strategic minerals would help the
Afghans understand the true extent of their mineral wealth, said The
primary area of mineralisation covers an approximately 0.74 square
kilometers of area.
"The potential that these findings have for the future well-being of the
Afghan people is significant," said Marc Grossman, Special US
representative for Afghanistan and Pakistan.
Washington would continue support the Afghan government's efforts to
develop the resources through private-sector investment in a responsible,
transparent and sustainable manner that benefitted the Afghan people,
expanded markets and promoted regional prosperity, he said.
The rare-earth element (REE) is a group of 15 metallic elements, with
similar atomic properties and structures which are essential components in
a diverse and expanding array of high-technology and clean-energy
products. Despite their name, they are relatively common within the earth's
crust, but are not often found in economically exploitable concentrations.
Rare earth elements are important ingredients in high-strength magnets,
metal alloys for batteries and light-weight structures and phosphors. These
are essential components for many current and emerging alternative
energy technologies, such as electric vehicles, photo-voltaic cells, energy
efficient lighting and wind power.
Products containing rare-earth elements also are used in a number of key
defence applications More than 95 percent of global REE production now
comes from China, which in 2010 exported approximately 30,000 metric
tonnes of such products.
http://www.pajhwok.com/en/2011/09/15...l-helmand-usgs


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