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na dann mal kurs auf!! läuft ja heute mit ein wenig verspätung richtig gut an!!
http://proedgewire.com/rare-earth-intel/department-of-defens…
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Ucore, through its subsidiary Landmark Alaska L.P., has been contracted to perform a mineralogical and metallurgical evaluation of the Company’s Bokan Mountain heavy REE (HREE) mine in southeastern Alaska, which is the largest NI 43-101 compliant HREE mine in North America. The goal will be to determine this property’s ability to produce a steady supply of HREE (i.e. the ‘rarer’ rare metals such as dysprosium, terbium, and yttrium) to meet DOD requirements in the long term. According to a related press release dated October 1, 2012, “Ucore will provide DOD with the most up-to-date data on the Bokan project’s mineralogy and proprietary bench and pilot scale Solid Phase Extraction (SPE) nanotechnology research”. The DOD, essentially, needs to ensure that there are no gaps in the supply of these critical metals, essential to develop current and future defense technology, demonstrating a very strong interest in American domestic mining of rare earths.
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Ucore, through its subsidiary Landmark Alaska L.P., has been contracted to perform a mineralogical and metallurgical evaluation of the Company’s Bokan Mountain heavy REE (HREE) mine in southeastern Alaska, which is the largest NI 43-101 compliant HREE mine in North America. The goal will be to determine this property’s ability to produce a steady supply of HREE (i.e. the ‘rarer’ rare metals such as dysprosium, terbium, and yttrium) to meet DOD requirements in the long term. According to a related press release dated October 1, 2012, “Ucore will provide DOD with the most up-to-date data on the Bokan project’s mineralogy and proprietary bench and pilot scale Solid Phase Extraction (SPE) nanotechnology research”. The DOD, essentially, needs to ensure that there are no gaps in the supply of these critical metals, essential to develop current and future defense technology, demonstrating a very strong interest in American domestic mining of rare earths.
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Das nenne ich gute Neuigkeiten: http://ucore.com/us-department-of-defense-contracts-with-uco…
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October 1, 2012 – Halifax, Nova Scotia – Ucore Rare Metals Inc. (TSX-V:UCU) (OTCQX:UURAF) (“Ucore” or “the Company”) is pleased to announce that the United States Department of Defense (DOD) has contracted with Ucore via the Company’s US operating subsidiary Landmark Alaska L.P. to conduct a mineralogical and metallurgical study on the Company’s Bokan Mountain heavy REE property in Southeast Alaska. The program, to be managed by DOD under the Defense Logistics Agency (DLA) will focus on possible development of Bokan Mountain, America’s largest NI 43-101 compliant heavy rare earth resource, to meet the requirements of the Department of Defense for an ongoing supply of critical heavy REE’s. Under the agreement, Ucore will provide DOD with the most up-to-date data on the Bokan project’s mineralogy and proprietary bench and pilot scale Solid Phase Extraction (SPE) nanotechnology research.
According to a March 2012 report from DOD, yttrium, terbium, and dysprosium are all considered to be “critical to the production, sustainment, or operation of significant United States military equipment,” as well as “subject to interruption of supply, based on actions or events outside the control of the government of the United States.” Yttrium, in particular, was shown to be in deficit when considering projected future domestic supply.
This announcement demonstrates strong interest by the U.S. Government in domestic mining and production of rare earth elements to support the heavy rare earth requirements of DOD. Bokan Mountain is the richest domestic source of three heavy rare earth elements –dysprosium, terbium, and yttrium – which are critical to several advanced weapon systems, such as stealth helicopters and precision-guided weapons. Currently, all of the world’s commercially-available heavy rare earth elements are produced in China. Ongoing production and export quotas have limited the availability of these materials to global markets.
“The United States does not yet have the capability to produce three of the heavy rare earths that occur naturally and in abundance in Bokan Mountain,” said Jim McKenzie, President and CEO of Ucore. “The Department of Defense’s investment in the Bokan deposit and Ucore’s proprietary SPE technology represents a significant step toward recapturing the rare earths technological lead surrendered to China decades ago. What’s more, the DOD relationship adds a great deal of credibility to Ucore’s domestic supply chain development, representing one of the largest purchasing capabilities amongst prospective customers worldwide.”
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October 1, 2012 – Halifax, Nova Scotia – Ucore Rare Metals Inc. (TSX-V:UCU) (OTCQX:UURAF) (“Ucore” or “the Company”) is pleased to announce that the United States Department of Defense (DOD) has contracted with Ucore via the Company’s US operating subsidiary Landmark Alaska L.P. to conduct a mineralogical and metallurgical study on the Company’s Bokan Mountain heavy REE property in Southeast Alaska. The program, to be managed by DOD under the Defense Logistics Agency (DLA) will focus on possible development of Bokan Mountain, America’s largest NI 43-101 compliant heavy rare earth resource, to meet the requirements of the Department of Defense for an ongoing supply of critical heavy REE’s. Under the agreement, Ucore will provide DOD with the most up-to-date data on the Bokan project’s mineralogy and proprietary bench and pilot scale Solid Phase Extraction (SPE) nanotechnology research.
According to a March 2012 report from DOD, yttrium, terbium, and dysprosium are all considered to be “critical to the production, sustainment, or operation of significant United States military equipment,” as well as “subject to interruption of supply, based on actions or events outside the control of the government of the United States.” Yttrium, in particular, was shown to be in deficit when considering projected future domestic supply.
This announcement demonstrates strong interest by the U.S. Government in domestic mining and production of rare earth elements to support the heavy rare earth requirements of DOD. Bokan Mountain is the richest domestic source of three heavy rare earth elements –dysprosium, terbium, and yttrium – which are critical to several advanced weapon systems, such as stealth helicopters and precision-guided weapons. Currently, all of the world’s commercially-available heavy rare earth elements are produced in China. Ongoing production and export quotas have limited the availability of these materials to global markets.
“The United States does not yet have the capability to produce three of the heavy rare earths that occur naturally and in abundance in Bokan Mountain,” said Jim McKenzie, President and CEO of Ucore. “The Department of Defense’s investment in the Bokan deposit and Ucore’s proprietary SPE technology represents a significant step toward recapturing the rare earths technological lead surrendered to China decades ago. What’s more, the DOD relationship adds a great deal of credibility to Ucore’s domestic supply chain development, representing one of the largest purchasing capabilities amongst prospective customers worldwide.”
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http://www.alaskapublic.org/2012/09/27/mine-developers-optim…
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The annual Southeast Conference kicked off in Craig this week with a morning dedicated to mining.
Representatives of area mining interests spoke back-to-back to about 200 conference participants.
Two potential mines on Prince of Wales Island remain in development, but both are promising enough that owners intend to submit preliminary economic assessment plans within the next couple of months.
Geologist Randy MacGillivray spoke about the Bokan Mountain rare earth exploration project. He says they’ve taken about 20 tons of material for testing, and have developed a three-dimensional digital model of the underground mine.
MacGillivray describes rare earth elements as “space age” metals, used in green technology and in the defense industry. For example, he says a single hybrid car uses about 33 pounds of rare earth elements.
He says a preliminary economic assessment of the mine is due out soon.
“This is a rough look at the project from an economic standpoint, using the information we know now, plus or minus 40 percent,” he says.
A more detailed feasibility study will follow if results look good.
MacGillivray says that once in operation, the mine is expected to produce about 1,500 tons per day. About 200 workers would be employed at the mine, with a two-week-on, two-week-off work rotation.
Processing would take place on site. The initial process would involve crushing the extracted rock and screening the crushed material with X-rays to determine which rock fragments include the desired mineral. An air jet would blow waste rock into a disposal bin.
MacGillivray says the mineral-containing rock then would be processed using chemicals to extract the minerals.
“We’ve done three tons of material through the X-ray sorter already, and we’re anticipating about a 50 percent split. So we mine 1,500 tons a day, but we only have to mill 750 tons a day,” he says.
He says waste rock will fill empty shafts, avoiding the need for a surface tailings facility.
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The annual Southeast Conference kicked off in Craig this week with a morning dedicated to mining.
Representatives of area mining interests spoke back-to-back to about 200 conference participants.
Two potential mines on Prince of Wales Island remain in development, but both are promising enough that owners intend to submit preliminary economic assessment plans within the next couple of months.
Geologist Randy MacGillivray spoke about the Bokan Mountain rare earth exploration project. He says they’ve taken about 20 tons of material for testing, and have developed a three-dimensional digital model of the underground mine.
MacGillivray describes rare earth elements as “space age” metals, used in green technology and in the defense industry. For example, he says a single hybrid car uses about 33 pounds of rare earth elements.
He says a preliminary economic assessment of the mine is due out soon.
“This is a rough look at the project from an economic standpoint, using the information we know now, plus or minus 40 percent,” he says.
A more detailed feasibility study will follow if results look good.
MacGillivray says that once in operation, the mine is expected to produce about 1,500 tons per day. About 200 workers would be employed at the mine, with a two-week-on, two-week-off work rotation.
Processing would take place on site. The initial process would involve crushing the extracted rock and screening the crushed material with X-rays to determine which rock fragments include the desired mineral. An air jet would blow waste rock into a disposal bin.
MacGillivray says the mineral-containing rock then would be processed using chemicals to extract the minerals.
“We’ve done three tons of material through the X-ray sorter already, and we’re anticipating about a 50 percent split. So we mine 1,500 tons a day, but we only have to mill 750 tons a day,” he says.
He says waste rock will fill empty shafts, avoiding the need for a surface tailings facility.
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http://www.theaureport.com/pub/na/14372?utm_source=delivra&u…
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I am also very optimistic about Ucore Rare Metals Inc. (UCU:TSX.V; UURAF:OTCQX) in Alaska being able to produce more than 100t of dysprosium a year in the same time period, maybe sooner. Note that Ucore recently announced that it is already able to take the uranium and thorium out of its material at the mine. This is an extremely significant announcement.
In the next year, I think you're going to see the announcement of some big breakthroughs in some other processing technologies. I sincerely believe that solid-phase extraction, which is mentioned by the EPA's report, is going to make an impact on rare earths processing globally, especially where a commitment to a large-scale solvent extraction plant has not yet been made.
TCMR: Where is this new technology coming from?
JL: America. The solid-phase extraction technology that Ucore is using to separate out the radioactive nuisance elements at the mine is coming from the United States. Typically, if you have a discussion about solid-phase extraction with informed people, they will tell you it's beautiful in the laboratory but it doesn't scale up. Well, I don't doubt that was true when they tried it more than a dozen years ago. But things change. Chemical process engineering is a living, organic process. And the fact is that until 2007, the only people in the world working on improving solvent extraction separation technology were the Chinese and the Indians, as well as the Western companies based in China, like France's Rhodia Group (RHA:NYSE) and Neo Materials technology (now Molycorp Canada). When interest ramped up in separating rare earths and purifying them in the last few years, quite a few serious laboratories looked into it. Rhodia has since reactivated its shut-down solvent extraction plant in LaRochelle, France. Germany has a private pilot solvent extraction plant I will visit next month—it's the one that developed and verified the SX/IEX process now being installed by Orbite in Quebec. The Italian state agency ENEA is working on solvent extraction. In Japan, I know for a fact there are companies that have solvent-extraction plants and they are keeping up with the newest technology. Orbite's plant in Quebec is state-of-the art solvent extraction and represents significant improvements in solvent-extraction capability. There's a private company in the United States, Intellimet, that has really made some major improvements in solid-phase extraction. I expect solid-phase extraction of HREEs will be underway at full scale in the United States no later than 16 months from now. I am not at liberty to say where, but I think you can figure it out just from what I've said today.
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I am also very optimistic about Ucore Rare Metals Inc. (UCU:TSX.V; UURAF:OTCQX) in Alaska being able to produce more than 100t of dysprosium a year in the same time period, maybe sooner. Note that Ucore recently announced that it is already able to take the uranium and thorium out of its material at the mine. This is an extremely significant announcement.
In the next year, I think you're going to see the announcement of some big breakthroughs in some other processing technologies. I sincerely believe that solid-phase extraction, which is mentioned by the EPA's report, is going to make an impact on rare earths processing globally, especially where a commitment to a large-scale solvent extraction plant has not yet been made.
TCMR: Where is this new technology coming from?
JL: America. The solid-phase extraction technology that Ucore is using to separate out the radioactive nuisance elements at the mine is coming from the United States. Typically, if you have a discussion about solid-phase extraction with informed people, they will tell you it's beautiful in the laboratory but it doesn't scale up. Well, I don't doubt that was true when they tried it more than a dozen years ago. But things change. Chemical process engineering is a living, organic process. And the fact is that until 2007, the only people in the world working on improving solvent extraction separation technology were the Chinese and the Indians, as well as the Western companies based in China, like France's Rhodia Group (RHA:NYSE) and Neo Materials technology (now Molycorp Canada). When interest ramped up in separating rare earths and purifying them in the last few years, quite a few serious laboratories looked into it. Rhodia has since reactivated its shut-down solvent extraction plant in LaRochelle, France. Germany has a private pilot solvent extraction plant I will visit next month—it's the one that developed and verified the SX/IEX process now being installed by Orbite in Quebec. The Italian state agency ENEA is working on solvent extraction. In Japan, I know for a fact there are companies that have solvent-extraction plants and they are keeping up with the newest technology. Orbite's plant in Quebec is state-of-the art solvent extraction and represents significant improvements in solvent-extraction capability. There's a private company in the United States, Intellimet, that has really made some major improvements in solid-phase extraction. I expect solid-phase extraction of HREEs will be underway at full scale in the United States no later than 16 months from now. I am not at liberty to say where, but I think you can figure it out just from what I've said today.
Trading Spotlight
Am wenigsten schlechte Performance im REE-Bereich auf Jahressicht: Ucore Rare Metals...
http://www.raremetalblog.com/2012/08/rees-2012-alaska-in-pla…
Monday, August 27, 2012
REEs 2012 – Alaska in Play.
Rare earths are vital to everything from consumer electronics to military weapons systems, and while the minerals are highly coveted there is a limited market that could be supplied by just a few producing mines.
Alaska is positioned well to meet those needs, and the strategic mineral survey now under way is giving mining companies a strong set of indicators on where to start digging.
Readers of this blog are well aware that Alaska is likely to be a future part of rare earth elements non-Chinese supply, if only by following developments at Ucore Rare Metals Inc. Ucore is likely to be first to production in Alaska, if only because their main focus is “the 100% owned Bokan – Dotson ridge REE property in Alaska. The Bokan – Dotson ridge REE project is located 60 km southwest of Ketchikan, Alaska and 140 km northwest of Prince Rupert, British Columbia and has direct ocean access to the western seaboard and the Pacific Rim, a significant advantage in expediting mine production and limiting the capital costs associated with mine construction.”
Monday, August 27, 2012
REEs 2012 – Alaska in Play.
Rare earths are vital to everything from consumer electronics to military weapons systems, and while the minerals are highly coveted there is a limited market that could be supplied by just a few producing mines.
Alaska is positioned well to meet those needs, and the strategic mineral survey now under way is giving mining companies a strong set of indicators on where to start digging.
Readers of this blog are well aware that Alaska is likely to be a future part of rare earth elements non-Chinese supply, if only by following developments at Ucore Rare Metals Inc. Ucore is likely to be first to production in Alaska, if only because their main focus is “the 100% owned Bokan – Dotson ridge REE property in Alaska. The Bokan – Dotson ridge REE project is located 60 km southwest of Ketchikan, Alaska and 140 km northwest of Prince Rupert, British Columbia and has direct ocean access to the western seaboard and the Pacific Rim, a significant advantage in expediting mine production and limiting the capital costs associated with mine construction.”
Ich wiederhole mich nur ungerne, aber die Tatsache, dass das Volumen für Ucore in den Vereinigten Staaten aktuell
grösser ist als in Kanada, deutet darauf hin, dass es sich hier nicht um eine der üblichen TSX-Abzockeraktien handelt....
grösser ist als in Kanada, deutet darauf hin, dass es sich hier nicht um eine der üblichen TSX-Abzockeraktien handelt....
Antwort auf Beitrag Nr.: 43.528.954 von Langstrumpf2 am 24.08.12 11:13:31naja, solche "Empfehlungen" sind immmer mit groesster Vorsicht zu bewerten, denn auch bei anderen Aktien wurde/wird ueber Monate ein Kauf empfohlen und dennoch stuerzen die Kurse ab, teilweise >> -60% in 3-6 Monate.
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