LYNAS - Faktenthread, Analysen, Querverweise u. Meldungen zum Unternehmen (Seite 338)
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Letzter Kurs 22:02:16 Tradegate
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Werte aus der Branche Rohstoffe
| Wertpapier | Kurs | Perf. % |
|---|---|---|
| 0,7950 | +30,33 | |
| 227,00 | +21,91 | |
| 5,1500 | +21,75 | |
| 29,95 | +18,12 | |
| 16,050 | +17,41 |
| Wertpapier | Kurs | Perf. % |
|---|---|---|
| 29,70 | -7,19 | |
| 0,8925 | -7,27 | |
| 0,8800 | -7,37 | |
| 2,1800 | -9,17 | |
| 46,59 | -98,01 |
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Schade, ich habe kein Geld, um jetzt Lynas zu kaufen .... bei 0,18 hätte man zuschlagen sollen .... aber der Kurs ist immer noch günstig!!! ich schätze, spätestens in 2 Jahren liegt der Kurs wieder bei 1 Euro
http://www.americanelements.com/AErareearths.html
99% 2N 99.9% 3N 99.99% 4N 99.999% 5N 99.9999% 6N
RARE EARTHSAE Rare Earths™ 32.4 (A)/00.022
--------------------------------------------------------------------------------
(click on an element to view our products)
(Durch klicken Sie auf ein einzelnen Element bekommt man Infos zu den Produkten)
What are the rare earths? The lanthanide or rare earth metals include lanthanum, cerium, praseodymium, neodymium, promethium, samarium, europium, gadolinium, terbium, dysprosium, holmium, erbium, thulium, ytterbium and lutetium. scandium and yttrium are also sometimes included in this group in that they share many properties. They appear much like the transition metals, silvery metallic, and find many similar applications. Lanthanum and cerium are used in many solar energy, alloying, electronic, glass, fuel cell, nanotechnology and ceramic applications. Neodymium, praseodymium, erbium and dysprosium ions emit and absorb wave lengths within the visual light range making them useful in applications as varied as welding goggles to fiber optics to medical lasers. Promethium is the one lanthanide that does not naturally occur. Safety Information, properties and technical data for each of the rare earth elements and their many forms are provided.
How are rare earths produced? The 14 elements that make up the rare earth or lanthanide series are produced through the separation of certain rare earth oxide bearing minerals, including Bastnazite, Monazite and Ionic Clays. Mined Bastnazite is processed to a rare earth concentrate which is separated by solvent extraction into individual rare earth chlorides or nitrates depending on the system. These rare earth chloride or nitrate concentrates are subsequently refined to a variety of rare earth compounds, such as oxides, carbonates and fluorides. Rare Earth metal is produced through the thermic reduction of that element's oxide or fluoride powder.
What are the global locations of rare earths deposits? Essentially the entire world's producing reserves of rare earth minerals is located in Northern and Southern China where American Elements operates a rare earth separations plant. In China, an oft quoted statement of Deng Xiao Ping is that "the Middle East has oil and Baotou has rare earths" In fact, 80% of Chinese production is concentrated in Northern China (Baotou, Inner Mongolia). Proven Bastnazite reserves are estimated to be 48 million metric tons with prospective reserves estimated to be another 120 million metric tons.
Annual Chinese rare earth oxide production presently stands at between 70,000-90,000 metric tons, so the availability of rare earth supplies, from the standpoint of rare earth reserves, is not an issue. However recent changes in limitations placed by the Chinese government on rare earth production and export will limit their availability in the future.
Production quality has also benefited from China's proximity to Japan, a major innovator in rare earth applications in the electronics and automotive industries. As stated, China has two production regions. In the north, "ceric" or "light rare earths" are produced from Bastnazite resources from Baotou. In the south, "yttric" or "heavy rare earths" are mined from ion adsorption clays located in the provinces of Jiangxi and Guangdong.
Additionally, globally outside of China there are a few rare earth sources including Bastnazite (USA), monazite (Australia, India and South Africa), ioparite and apatite (Kazakhstan, Uzbekistan and Ukraine) and ion adsorption clays (Southern China). As described below, most of these regions are not exploiting their reserves. For example, we estimate that current world neodymium oxide production as a percentage basis is as follows:
REGION % OF GLOBAL PRODUCTION
China 86%
Russia and Former USSR States 8%
India 4%
Other 2%
Australia has monozite deposits in Western Australia as a bi-product of their zirconium and titanium production from heavy mineral sands. In the early 1990's Australia produced a substantial quantity of monozite for export to rare earth separation plants in Asia and Europe. However, production essentially stopped in 1994 due to the problems associated with the disposal of radioactive thorium (a monozite bi-product). There have been several proposals to develop deposits in Western Australia, such as the Mt. Weld deposit in Pinjarra. There are currently not any large commercial producers in Australia.
Brazil also has large monozite deposits in beach sands on the northeast coast of the country. Brazil has several facilities that produce relatively small quantities of separated rare earths. Since 1997, there has been a plan to separate rare earths from a stockpile of monozite at Industrias Nucleares do Brasil's former mining and milling complex with the intent to store the extracted thorium as fuel for nuclear power plants. There are no current large commercial producers in Brazil.
India is currently the largest monozite producer from beach sands along the coast of Kerala and Tamil Nadu. Producers export monozite concentrate, mixed rare earth chlorides and oxides.
Russia. Several small rare earth processing facilities exist in Russia which process from loparite and apatite deposits in Kazakstan, Uzebekistan and Ukraine. Operations are sporadic and production is usually available only on a spot sale basis.
South Africa has been planning since 1998 to start up production of monozite from the Steenkampskaal mine in the Western Cape province. Estimated reserves are 250,000 metric tons.
United States. Until 1998, the United States was the second largest producer of rare earths from the Molycorp mine in Mountain Pass, California. The facility was closed in December 1998 due to certain environmental concerns. Several monozite deposits were mined in the past in Florida. These operations were forced to close due to the high cost associated with disposing of the radioactive thorium waste products.
American Elements' Rare Earth Production. American Elements maintains the world's largest catalogue of rare earth materials, including metals, compounds, nanoparticles and ultra high purity forms. American Elements' Chinese production facility is one of only a few major rare earth separations plants in Baotou with warehouse and shipping facilities at the port in Tianjin. The facility produces under ISO 9002 certification.
As a major Baotou-based producer, American Elements maintains close working relationships with the key city, state and national Chinese government officials controlling both mineral availability and separated rare earth exportation. Our quota allocation is timely granted and more than sufficient to allow for required sales. We will often have early information on the intentions of government officials and some limited ability to provide input in these areas. By producing close to the mineral source, transportation costs are minimized.
Rare Earth History and Historical Pricing. The history of rare earth use in industry began in the 1950's with the invention of the television which required europium as the phosphor. In the 1960's discoveries were made which created applications for the two rare earth elements that make up over 50% of the Bastnazite ore body; cerium and lanthanum. These elements found uses primarily in glass production and production of various catalysts.
The rare earths began to achieve global commoditized pricing in 1987 when large scale prices were first established as a result of the initial commercialization of the NdFeB magnet. Prices steadily rose until around Q2 1989. Stimulated by these relatively high prices and forecasts of 100%+ annual growth, Chinese rare earth separation plants rapidly expanded output capacity resulting in over capacity and price declines through 1992, which was also influenced by a concurrent recession in the global computer market. By Q4 1992 a combination of (1) plants closing that could not compete in this market environment and (2) exponential growth in NdFeB alloy demand, caused a supply shortage. Prices again recovered, steadily rising from Q1 1993 through Q1 1996. However, as early as the end of 1994, Chinese rare earth producers again rapidly increased capacity with, in our estimate, supply actually exceeding demand as early as Q3 1995.
As prices began to again fall at the beginning of 1996, an effort was initiated by Chinese government agencies to cause producers to voluntarily reduce production to within the projected demand with the stated goal of Chinese officials to establish a continuing "reasonable price" range. This voluntary program was under the threat that China would take a direct hand to control production output and exportation, if voluntary measures were insufficient. However, prices continued to fall through Q3 1999 when Chinese officials announced that export licenses would soon be required for all rare earth product exports. First to respond to this was Japanese buyers who purchased substantial inventories commencing Q4 1999 causing prices to steadily increase.
Prices were additionally impacted by the 1999 closure of the only large scale rare earth mine outside of China; the Mountain Pass mine owned by Molycorp (see above).
In Q2 of 2000, China in fact implemented its export license system granting each producer and certain Chinese import/export companies with quarterly export quota limits based somewhat arbitrarily on a combination of historical volume and a government desire to close many small facilities and reduce the number of ionic clay processors in Southern China in favor of production from Baotou. Additionally, China ordered a production stoppage at many ionic clay mines in Southern China, such that now substantially all rare earth mineral supplies for both exportation and domestic consumption come from Baotou
Current and Projected Rare Earth Trends and Pricing. The forgoing efforts by China to increase and stabilize rare earth prices had only marginal effect. The desire of the central government to continue to collect U.S. currency acted as a countervailing balance. However, in 2005 China first indicated that it was placing a greater emphasize on retaining its raw material resources than continuing to build its cash reserves. This lead to a serious effort to restrict rare earth exports and thereby increase prices.
In 2006, the government issued its first of currently two 10% export tariffs on rare earths. A third 10% tariff is expected before the end of 2007. Additionally, it began to strict the amount of quarterly export quota granted to producers to a very small percentage of the quotas first issued in 2005. In 2008, these factors are expected to force rare earth prices even higher with lower grade forms potentially becoming scarce further in the future.
Forms of Rare Earths. As stated, American Elements is the world's largest catalogue of rare earth materials with forms including metals, oxides, nanoparticles and nanopowders, compound powders and compound solutions and organometallics.
Rare Earth Metal can be purchased in numerous forms for alloying, for use in coating and thin film Chemical Vapor Deposition (CVD) and Physical Vapor Deposition (PVD) processes including Thermal and Electron Beam (E-Beam) Evaporation, Low Temperature Organic Evaporation, Atomic Layer Deposition (ALD), Organometallic and Chemical Vapor Deposition (MOCVD) for specific applications such as fuel cells and solar energy.
99% 2N 99.9% 3N 99.99% 4N 99.999% 5N 99.9999% 6N
RARE EARTHSAE Rare Earths™ 32.4 (A)/00.022
--------------------------------------------------------------------------------
(click on an element to view our products)
(Durch klicken Sie auf ein einzelnen Element bekommt man Infos zu den Produkten)
What are the rare earths? The lanthanide or rare earth metals include lanthanum, cerium, praseodymium, neodymium, promethium, samarium, europium, gadolinium, terbium, dysprosium, holmium, erbium, thulium, ytterbium and lutetium. scandium and yttrium are also sometimes included in this group in that they share many properties. They appear much like the transition metals, silvery metallic, and find many similar applications. Lanthanum and cerium are used in many solar energy, alloying, electronic, glass, fuel cell, nanotechnology and ceramic applications. Neodymium, praseodymium, erbium and dysprosium ions emit and absorb wave lengths within the visual light range making them useful in applications as varied as welding goggles to fiber optics to medical lasers. Promethium is the one lanthanide that does not naturally occur. Safety Information, properties and technical data for each of the rare earth elements and their many forms are provided.
How are rare earths produced? The 14 elements that make up the rare earth or lanthanide series are produced through the separation of certain rare earth oxide bearing minerals, including Bastnazite, Monazite and Ionic Clays. Mined Bastnazite is processed to a rare earth concentrate which is separated by solvent extraction into individual rare earth chlorides or nitrates depending on the system. These rare earth chloride or nitrate concentrates are subsequently refined to a variety of rare earth compounds, such as oxides, carbonates and fluorides. Rare Earth metal is produced through the thermic reduction of that element's oxide or fluoride powder.
What are the global locations of rare earths deposits? Essentially the entire world's producing reserves of rare earth minerals is located in Northern and Southern China where American Elements operates a rare earth separations plant. In China, an oft quoted statement of Deng Xiao Ping is that "the Middle East has oil and Baotou has rare earths" In fact, 80% of Chinese production is concentrated in Northern China (Baotou, Inner Mongolia). Proven Bastnazite reserves are estimated to be 48 million metric tons with prospective reserves estimated to be another 120 million metric tons.
Annual Chinese rare earth oxide production presently stands at between 70,000-90,000 metric tons, so the availability of rare earth supplies, from the standpoint of rare earth reserves, is not an issue. However recent changes in limitations placed by the Chinese government on rare earth production and export will limit their availability in the future.
Production quality has also benefited from China's proximity to Japan, a major innovator in rare earth applications in the electronics and automotive industries. As stated, China has two production regions. In the north, "ceric" or "light rare earths" are produced from Bastnazite resources from Baotou. In the south, "yttric" or "heavy rare earths" are mined from ion adsorption clays located in the provinces of Jiangxi and Guangdong.
Additionally, globally outside of China there are a few rare earth sources including Bastnazite (USA), monazite (Australia, India and South Africa), ioparite and apatite (Kazakhstan, Uzbekistan and Ukraine) and ion adsorption clays (Southern China). As described below, most of these regions are not exploiting their reserves. For example, we estimate that current world neodymium oxide production as a percentage basis is as follows:
REGION % OF GLOBAL PRODUCTION
China 86%
Russia and Former USSR States 8%
India 4%
Other 2%
Australia has monozite deposits in Western Australia as a bi-product of their zirconium and titanium production from heavy mineral sands. In the early 1990's Australia produced a substantial quantity of monozite for export to rare earth separation plants in Asia and Europe. However, production essentially stopped in 1994 due to the problems associated with the disposal of radioactive thorium (a monozite bi-product). There have been several proposals to develop deposits in Western Australia, such as the Mt. Weld deposit in Pinjarra. There are currently not any large commercial producers in Australia.
Brazil also has large monozite deposits in beach sands on the northeast coast of the country. Brazil has several facilities that produce relatively small quantities of separated rare earths. Since 1997, there has been a plan to separate rare earths from a stockpile of monozite at Industrias Nucleares do Brasil's former mining and milling complex with the intent to store the extracted thorium as fuel for nuclear power plants. There are no current large commercial producers in Brazil.
India is currently the largest monozite producer from beach sands along the coast of Kerala and Tamil Nadu. Producers export monozite concentrate, mixed rare earth chlorides and oxides.
Russia. Several small rare earth processing facilities exist in Russia which process from loparite and apatite deposits in Kazakstan, Uzebekistan and Ukraine. Operations are sporadic and production is usually available only on a spot sale basis.
South Africa has been planning since 1998 to start up production of monozite from the Steenkampskaal mine in the Western Cape province. Estimated reserves are 250,000 metric tons.
United States. Until 1998, the United States was the second largest producer of rare earths from the Molycorp mine in Mountain Pass, California. The facility was closed in December 1998 due to certain environmental concerns. Several monozite deposits were mined in the past in Florida. These operations were forced to close due to the high cost associated with disposing of the radioactive thorium waste products.
American Elements' Rare Earth Production. American Elements maintains the world's largest catalogue of rare earth materials, including metals, compounds, nanoparticles and ultra high purity forms. American Elements' Chinese production facility is one of only a few major rare earth separations plants in Baotou with warehouse and shipping facilities at the port in Tianjin. The facility produces under ISO 9002 certification.
As a major Baotou-based producer, American Elements maintains close working relationships with the key city, state and national Chinese government officials controlling both mineral availability and separated rare earth exportation. Our quota allocation is timely granted and more than sufficient to allow for required sales. We will often have early information on the intentions of government officials and some limited ability to provide input in these areas. By producing close to the mineral source, transportation costs are minimized.
Rare Earth History and Historical Pricing. The history of rare earth use in industry began in the 1950's with the invention of the television which required europium as the phosphor. In the 1960's discoveries were made which created applications for the two rare earth elements that make up over 50% of the Bastnazite ore body; cerium and lanthanum. These elements found uses primarily in glass production and production of various catalysts.
The rare earths began to achieve global commoditized pricing in 1987 when large scale prices were first established as a result of the initial commercialization of the NdFeB magnet. Prices steadily rose until around Q2 1989. Stimulated by these relatively high prices and forecasts of 100%+ annual growth, Chinese rare earth separation plants rapidly expanded output capacity resulting in over capacity and price declines through 1992, which was also influenced by a concurrent recession in the global computer market. By Q4 1992 a combination of (1) plants closing that could not compete in this market environment and (2) exponential growth in NdFeB alloy demand, caused a supply shortage. Prices again recovered, steadily rising from Q1 1993 through Q1 1996. However, as early as the end of 1994, Chinese rare earth producers again rapidly increased capacity with, in our estimate, supply actually exceeding demand as early as Q3 1995.
As prices began to again fall at the beginning of 1996, an effort was initiated by Chinese government agencies to cause producers to voluntarily reduce production to within the projected demand with the stated goal of Chinese officials to establish a continuing "reasonable price" range. This voluntary program was under the threat that China would take a direct hand to control production output and exportation, if voluntary measures were insufficient. However, prices continued to fall through Q3 1999 when Chinese officials announced that export licenses would soon be required for all rare earth product exports. First to respond to this was Japanese buyers who purchased substantial inventories commencing Q4 1999 causing prices to steadily increase.
Prices were additionally impacted by the 1999 closure of the only large scale rare earth mine outside of China; the Mountain Pass mine owned by Molycorp (see above).
In Q2 of 2000, China in fact implemented its export license system granting each producer and certain Chinese import/export companies with quarterly export quota limits based somewhat arbitrarily on a combination of historical volume and a government desire to close many small facilities and reduce the number of ionic clay processors in Southern China in favor of production from Baotou. Additionally, China ordered a production stoppage at many ionic clay mines in Southern China, such that now substantially all rare earth mineral supplies for both exportation and domestic consumption come from Baotou
Current and Projected Rare Earth Trends and Pricing. The forgoing efforts by China to increase and stabilize rare earth prices had only marginal effect. The desire of the central government to continue to collect U.S. currency acted as a countervailing balance. However, in 2005 China first indicated that it was placing a greater emphasize on retaining its raw material resources than continuing to build its cash reserves. This lead to a serious effort to restrict rare earth exports and thereby increase prices.
In 2006, the government issued its first of currently two 10% export tariffs on rare earths. A third 10% tariff is expected before the end of 2007. Additionally, it began to strict the amount of quarterly export quota granted to producers to a very small percentage of the quotas first issued in 2005. In 2008, these factors are expected to force rare earth prices even higher with lower grade forms potentially becoming scarce further in the future.
Forms of Rare Earths. As stated, American Elements is the world's largest catalogue of rare earth materials with forms including metals, oxides, nanoparticles and nanopowders, compound powders and compound solutions and organometallics.
Rare Earth Metal can be purchased in numerous forms for alloying, for use in coating and thin film Chemical Vapor Deposition (CVD) and Physical Vapor Deposition (PVD) processes including Thermal and Electron Beam (E-Beam) Evaporation, Low Temperature Organic Evaporation, Atomic Layer Deposition (ALD), Organometallic and Chemical Vapor Deposition (MOCVD) for specific applications such as fuel cells and solar energy.
Antwort auf Beitrag Nr.: 35.533.177 von JoJo49 am 11.10.08 19:11:13@ noch ein schönes Wochenende, bis in 8-Tagen
dito
dito
Antwort auf Beitrag Nr.: 35.499.877 von technophilosoph am 09.10.08 18:38:29Da hast du natürlich recht!
Zu Thema "Verbindlichkeiten" wie das Abwägen der Vor-Nachteile usw. habe ich im Thread: LYNAS - auf dem Weg zu einem Rohstoffproduzent von Hightech-Rohstoffen Stellung genommen.
http://www.mmnews.de/index.php/Seltene-Erden/
u.a.:
Annual Report to Shareholders - Sydney Morning Herald
Trawling the wreckage - The Australian
Austraila A$4 B Bailout; Inpex Picks Darwin - 123Jump.com
Australian Banks Curb Lending - 123Jump.com
PRESS DIGEST - Malaysia - Sept 22 - Hemscott
@ noch ein schönes Wochenende, bis in 8-Tagen
Grüsse JoJo
Zu Thema "Verbindlichkeiten" wie das Abwägen der Vor-Nachteile usw. habe ich im Thread: LYNAS - auf dem Weg zu einem Rohstoffproduzent von Hightech-Rohstoffen Stellung genommen.
http://www.mmnews.de/index.php/Seltene-Erden/
u.a.:
Annual Report to Shareholders - Sydney Morning Herald
Trawling the wreckage - The Australian
Austraila A$4 B Bailout; Inpex Picks Darwin - 123Jump.com
Australian Banks Curb Lending - 123Jump.com
PRESS DIGEST - Malaysia - Sept 22 - Hemscott
@ noch ein schönes Wochenende, bis in 8-Tagen
Grüsse JoJo
Antwort auf Beitrag Nr.: 35.498.832 von JoJo49 am 09.10.08 17:34:20"dann kommen wir auf insgesammt ~ 58.500.000.000 Euo geteilt durch die MK in Höhe von 167.000.000 Euro =~ 350 fache Unterbewertung vo Lynas.
Ich weiss, dass man so nicht rechnen soll, aber es führt uns mal das gewaltige Potential von Lynas vor Auge."
Ich denke, so einfach ist das nicht ... Es gibt Verbindlichkeiten gegenüber Geldgebern, Zinsen, inflationäre Verluste, Abschreibungen und - nicht zu vergessen - eine max. Laufzeit (Abbauzeit), Gebühren, evtl.. Dividenden .... etc. etc..
Wenn das Vorkommen in durchschnittlich 20 Jahren abgebaut wird, muss man den Wert auf diese Laufzeit beziehen, um eine durchschnittliche Rendite pro Jahr zu erhalten ...das gilt natürlich für alle fixen sowie variablen Kosten... Ach ja, die Maschinenkosten und die Infrastrukturkosten sind ja auch noch da, und die Energiekosten und die Löhne und die Steuern ..
Ich weiss, dass man so nicht rechnen soll, aber es führt uns mal das gewaltige Potential von Lynas vor Auge."
Ich denke, so einfach ist das nicht ... Es gibt Verbindlichkeiten gegenüber Geldgebern, Zinsen, inflationäre Verluste, Abschreibungen und - nicht zu vergessen - eine max. Laufzeit (Abbauzeit), Gebühren, evtl.. Dividenden .... etc. etc..
Wenn das Vorkommen in durchschnittlich 20 Jahren abgebaut wird, muss man den Wert auf diese Laufzeit beziehen, um eine durchschnittliche Rendite pro Jahr zu erhalten ...das gilt natürlich für alle fixen sowie variablen Kosten... Ach ja, die Maschinenkosten und die Infrastrukturkosten sind ja auch noch da, und die Energiekosten und die Löhne und die Steuern ..
Trading Spotlight
Antwort auf Beitrag Nr.: 35.497.771 von technophilosoph am 09.10.08 16:36:04aber wenn Lynas ab 2009 produziert und über den Umsatz hinaus Gewinne macht, nehme ich auch das in Kauf
Das kann man doch ganz einfach ausrechnen.
Auf der esten Seite der Investor Presentation vom September 2008 gibt Lynas die "The cash cost per kilo figure on page 32 has been corrected to read USD 6,20 +/- 10% per kilo of final REO product, as was stated in the quarterly report lodged with ASX 31 July 2008."
http://stocknessmonster.com/news-item?S=LYC&E=ASX&N=419903
Av. Mt Weld Composition wird zum 06.10.2008 mit 12,84 US$3/kg angegeben.
http://www.lynascorp.com/page.asp?category_id=1&page_id=25
Von den 12,84 ziehen wir die Cash-Kosten pro Kilo von 6,20 ab bleibt nach Adam Riese 6,64% Gewinn +/- 10% wenn ich mich nicht irre.
Aber mal Spass beiseite:
Auf Grund der weltweit weiter steigenden Nachfrage werden sich die Preise für Seltene Erden/Metalle m.e. noch wesendlich erhöhen.
Mit den Gewinnen wir Lynas ein weiteres gleichwertiges Projekt verwirklichen:
Denn zusätzlich zu dem Mt. Weld Seltene Erden Oxide (REO) Vorkommen besitzt Lynas ganz in der Nähe eine umfangreiche polymetallischer Ressource innerhalb der "Crown Deposit" das Niob, Tantal, Zirkonium, Titan, und Seltene Erden einschließt.
Dazu erstellte Dr. Phillip Hellman von Hellman & Schofield Pty Ltd, Sydney, eine Studie, diese JORC-konforme Multi-Metall-geostatistische Ressource Schätzung , indizierte eine Inferred Ressources von 37,7 Millionen Tonnen.
Die Erz Zusammensetzung in Tabelle aufgeführt.(siehe Homepage von Lynas)
Die Mehrheit der Erz liegt zwischen 30m und 60m Tiefe und ist damit für den offenen Tagebau geeignet.
Die Scoping-Studie im Jahr 2005 stellt eine offene Schnitt-Mine und einen Prozess Route auf der Grundlage der bestehenden Technologie zum produzieren vor, eine Suite von Metall-Verbindungen und Produkten. Die starke wirtschaftliche und technische Ergebnisse der Scoping-Studie wurden als „sehr ermutigend“ eingestuft.
Weitere mineralogische Proben für die Beurteilung und die metallurgischen Tests wurden in diesem Jahr durchgeführt.
Eine externes Forschungsinstitut hat weitere Untersuchungen auf die mineralogische vorläufige Bewertung und Entwicklung der Prozess vom polymetallischem Erz durchgeführt um damit dieses Projekt weiterzuführen damit die Mitarbeiter von Lynas sich weiterhin zu 100% auf die Entwicklung vom Seltene Erden-Projekt konzentrieren können.
Der nächste Schritt zur Erschließung vom Polymetallic Projekt wird der Testbeginn der auf der Grundlage der vorläufigen Mineralogie und Prozessentwicklung sein.
Zu Niobium Niob:
Damit ist diese Mt. Weld möglicherweise der weltweit zweitgrößte Nb 2 O 5-Ressource (bezogen auf das Metall Niob) im Vergleich zu den Ressourcen der bestehenden kommerziellen Produzenten, dazu zählen:
· CBMM's Araxa in Brasilien, mit 460 Millionen Tonnen Einstufung von 2,5% Nb 2 O 5 liefert mehr als 80% des weltweiten Marktes Niob,
· Mineracao Catalao de Goias Ltd (Anglo American plc) in Brasilien in Höhe von rund 18 Millionen Tonnen zu einem Durchschnittskurs von 1,34% Nb 2 O 5,
· Niobec Inc's kanadisches Unternehmen mit 24 Millionen Tonnen auf 0,65% Nb 2 O 5
Zu Titanium Titan:
Titan-Metall-und Ti-ferroalloy Produkte werden in der Luft-und Raumfahrtindustrie, für spezielle Apparate und Energietechnik, chemische Verarbeitung und Sportgeräte, vor allem Gold-Clubs.
Zu Rare Earths and Scandium Seltene Erden und Scandium:
Das Mt. Weld Rare Metals Vorkommen enthält auch beträchtliche Anteile in hoher Qualitäten von Seltene Erden die stark angereichert sind mit den wertvollen schweren Lanthaniden, die letztlich dazu beitragen könnten zur erheblichen Wertsteigerung. Ebenfalls vorhanden ist Scandium, wird für die hoher Festigkeit von Aluminiumlegierungen gebraucht.
Wenn wir die Mk von Lynas von z.Z. 167 Mio Euro. den Cashbestend auf der Bank in Höhe von 71 Mio Euro. gegenüberstellen dann das Geld aus den Vorverkaufsverträgen von 490 Mill. USD ~ 360 Mill. Euro dazuaddieren, die Ressourcenschätzung aus der JORC-Studie aus dem Jahr 2005 mit einem Insitu-Wert von über 40 Mrd.USD sowie die 40 Mrd aus Mt. Weld Seltene Erden Vorkommen zusammen rund 58 Mrd.
dann kommen wir auf insgesammt ~ 58.500.000.000 Euo geteilt durch die MK in Höhe von 167.000.000 Euro =~ 350 fache Unterbewertung vo Lynas.
Ich weiss, dass man so nicht rechnen soll, aber es führt uns mal das gewaltige Potential von Lynas vor Auge.
Gruß JoJo
Das kann man doch ganz einfach ausrechnen.
Auf der esten Seite der Investor Presentation vom September 2008 gibt Lynas die "The cash cost per kilo figure on page 32 has been corrected to read USD 6,20 +/- 10% per kilo of final REO product, as was stated in the quarterly report lodged with ASX 31 July 2008."
http://stocknessmonster.com/news-item?S=LYC&E=ASX&N=419903
Av. Mt Weld Composition wird zum 06.10.2008 mit 12,84 US$3/kg angegeben.
http://www.lynascorp.com/page.asp?category_id=1&page_id=25
Von den 12,84 ziehen wir die Cash-Kosten pro Kilo von 6,20 ab bleibt nach Adam Riese 6,64% Gewinn +/- 10% wenn ich mich nicht irre.
Aber mal Spass beiseite:
Auf Grund der weltweit weiter steigenden Nachfrage werden sich die Preise für Seltene Erden/Metalle m.e. noch wesendlich erhöhen.
Mit den Gewinnen wir Lynas ein weiteres gleichwertiges Projekt verwirklichen:
Denn zusätzlich zu dem Mt. Weld Seltene Erden Oxide (REO) Vorkommen besitzt Lynas ganz in der Nähe eine umfangreiche polymetallischer Ressource innerhalb der "Crown Deposit" das Niob, Tantal, Zirkonium, Titan, und Seltene Erden einschließt.
Dazu erstellte Dr. Phillip Hellman von Hellman & Schofield Pty Ltd, Sydney, eine Studie, diese JORC-konforme Multi-Metall-geostatistische Ressource Schätzung , indizierte eine Inferred Ressources von 37,7 Millionen Tonnen.
Die Erz Zusammensetzung in Tabelle aufgeführt.(siehe Homepage von Lynas)
Die Mehrheit der Erz liegt zwischen 30m und 60m Tiefe und ist damit für den offenen Tagebau geeignet.
Die Scoping-Studie im Jahr 2005 stellt eine offene Schnitt-Mine und einen Prozess Route auf der Grundlage der bestehenden Technologie zum produzieren vor, eine Suite von Metall-Verbindungen und Produkten. Die starke wirtschaftliche und technische Ergebnisse der Scoping-Studie wurden als „sehr ermutigend“ eingestuft.
Weitere mineralogische Proben für die Beurteilung und die metallurgischen Tests wurden in diesem Jahr durchgeführt.
Eine externes Forschungsinstitut hat weitere Untersuchungen auf die mineralogische vorläufige Bewertung und Entwicklung der Prozess vom polymetallischem Erz durchgeführt um damit dieses Projekt weiterzuführen damit die Mitarbeiter von Lynas sich weiterhin zu 100% auf die Entwicklung vom Seltene Erden-Projekt konzentrieren können.
Der nächste Schritt zur Erschließung vom Polymetallic Projekt wird der Testbeginn der auf der Grundlage der vorläufigen Mineralogie und Prozessentwicklung sein.
Zu Niobium Niob:
Damit ist diese Mt. Weld möglicherweise der weltweit zweitgrößte Nb 2 O 5-Ressource (bezogen auf das Metall Niob) im Vergleich zu den Ressourcen der bestehenden kommerziellen Produzenten, dazu zählen:
· CBMM's Araxa in Brasilien, mit 460 Millionen Tonnen Einstufung von 2,5% Nb 2 O 5 liefert mehr als 80% des weltweiten Marktes Niob,
· Mineracao Catalao de Goias Ltd (Anglo American plc) in Brasilien in Höhe von rund 18 Millionen Tonnen zu einem Durchschnittskurs von 1,34% Nb 2 O 5,
· Niobec Inc's kanadisches Unternehmen mit 24 Millionen Tonnen auf 0,65% Nb 2 O 5
Zu Titanium Titan:
Titan-Metall-und Ti-ferroalloy Produkte werden in der Luft-und Raumfahrtindustrie, für spezielle Apparate und Energietechnik, chemische Verarbeitung und Sportgeräte, vor allem Gold-Clubs.
Zu Rare Earths and Scandium Seltene Erden und Scandium:
Das Mt. Weld Rare Metals Vorkommen enthält auch beträchtliche Anteile in hoher Qualitäten von Seltene Erden die stark angereichert sind mit den wertvollen schweren Lanthaniden, die letztlich dazu beitragen könnten zur erheblichen Wertsteigerung. Ebenfalls vorhanden ist Scandium, wird für die hoher Festigkeit von Aluminiumlegierungen gebraucht.
Wenn wir die Mk von Lynas von z.Z. 167 Mio Euro. den Cashbestend auf der Bank in Höhe von 71 Mio Euro. gegenüberstellen dann das Geld aus den Vorverkaufsverträgen von 490 Mill. USD ~ 360 Mill. Euro dazuaddieren, die Ressourcenschätzung aus der JORC-Studie aus dem Jahr 2005 mit einem Insitu-Wert von über 40 Mrd.USD sowie die 40 Mrd aus Mt. Weld Seltene Erden Vorkommen zusammen rund 58 Mrd.
dann kommen wir auf insgesammt ~ 58.500.000.000 Euo geteilt durch die MK in Höhe von 167.000.000 Euro =~ 350 fache Unterbewertung vo Lynas.
Ich weiss, dass man so nicht rechnen soll, aber es führt uns mal das gewaltige Potential von Lynas vor Auge.
Gruß JoJo
Die Mt.-Weld-Mine ist mit einem Anteil von 15 Prozent Seltener Erden im Gestein das weltweit hochgradigste Vorkommen. Die Ressourcen belaufen sich derzeit auf bekannte 783 000 Tonnen Seltene Erden in oxidierter Form. Lynas will mit einem jährlichen Abbau von 10 500 Tonnen beginnen und die Produktion bis Ende 2011 auf 21 000 Tonnen im Jahr ausbauen. Das Material verschiffen die Australier dann zu ihrer eigenen Aufbereitungs- und Separieranlage in Malaysia.
? wie steigert man das ?
Das hochgradigste
das höhergradigste
das höchstgradigste ?
oder
das hochgradigste
das hochgradigstere
das hochgradigsteste
oder was kommt nach dem Suplativ? der Hyperlatoiv und der Megalativ ?
aber wenn Lynas ab 2009 produziert und über den Umsatz hinaus Gewinne macht, nehme ich auch das in Kauf
? wie steigert man das ?
Das hochgradigste
das höhergradigste
das höchstgradigste ?
oder
das hochgradigste
das hochgradigstere
das hochgradigsteste
oder was kommt nach dem Suplativ? der Hyperlatoiv und der Megalativ ?
aber wenn Lynas ab 2009 produziert und über den Umsatz hinaus Gewinne macht, nehme ich auch das in Kauf
http://www.mida.gov.my/en/view.php?cat=41&scat=1912
Lynas rare earth processing plant in Malaysia on track
Lynas Corp Ltd of Australia, the world's only viable producer and processor of rare earths outside China, is on track to invest in a processing plant at Teluk Kalong Industrial Park in Kemaman, Trengganu.
Rare Earths are a group of 15 metallic elements termed as Lanthanides and they range from the most abundant -cerium to thulium and lutetium, the least abundant. Processed rare earths are used in varied industrial applications such as in automotive catalytic converters, hybrid vehicles, energy efficient compact fluorescent light bulbs, iPod music players and liquid crystal display.
Lynas Executive Chairman, Nicholas Curtis said "We picked Malaysia to site the plant because of the excellent infrastructure available in Kemaman; the favourable investment climate; the availability of high quality workforce with strong engineering capacity; and the clear and transparent regulatory environment, in particular around the very high environmental standards required, which we thoroughly endorse."
Kemaman offers an excellent all weather deep water port facilities for handling bulk shipment of the rare ore from the company's Mt Weld mine, in Western Australia as well as the availability of liquid chemical handling facilities.
The State also offers reliable supply of electricity, natural gas and water, which the company found at prices more competitive than China.
In addition Malaysia offers cost- competitive workforce, which are not only highly skilled, but are also diligent and multi-lingual- conversant in English and Mandarin, which helps in communicating with the company's engineering staff at its China operation.
An added advantage to be located in Teluk Kalong Industrial Estate site, is a clustering of existing manufacturers of key reagents required for the process (lime, sulfuric acid, and (hydrochloric acid).
The company has undertaken a number of site reviews before the selection of Malaysia.
Lynas' Kemaman plant, scheduled to be operational in the second half of 2008, would see an initial Phase I built-up of 10,500 tonne- rare earth ore (REO) capacity plant and infrastructure. The production capacity is expected to be doubled to 21,000 tonnes of REO in Phase II.
Upon commissioning of the plant, Trengganu would become a global supplier of key metals used in the environmental protection and digitisation for the global automotive and electronic industries.
On the funding for the construction of the Malaysian plant, Lynas is in the midst of planning to sell A$115 million (RM338.1 million) of bonds convertible into its shares.
Adapted from NST Business Times, 13 August 2007 and Lynas website
Grüsse JoJo
Lynas rare earth processing plant in Malaysia on track
Lynas Corp Ltd of Australia, the world's only viable producer and processor of rare earths outside China, is on track to invest in a processing plant at Teluk Kalong Industrial Park in Kemaman, Trengganu.
Rare Earths are a group of 15 metallic elements termed as Lanthanides and they range from the most abundant -cerium to thulium and lutetium, the least abundant. Processed rare earths are used in varied industrial applications such as in automotive catalytic converters, hybrid vehicles, energy efficient compact fluorescent light bulbs, iPod music players and liquid crystal display.
Lynas Executive Chairman, Nicholas Curtis said "We picked Malaysia to site the plant because of the excellent infrastructure available in Kemaman; the favourable investment climate; the availability of high quality workforce with strong engineering capacity; and the clear and transparent regulatory environment, in particular around the very high environmental standards required, which we thoroughly endorse."
Kemaman offers an excellent all weather deep water port facilities for handling bulk shipment of the rare ore from the company's Mt Weld mine, in Western Australia as well as the availability of liquid chemical handling facilities.
The State also offers reliable supply of electricity, natural gas and water, which the company found at prices more competitive than China.
In addition Malaysia offers cost- competitive workforce, which are not only highly skilled, but are also diligent and multi-lingual- conversant in English and Mandarin, which helps in communicating with the company's engineering staff at its China operation.
An added advantage to be located in Teluk Kalong Industrial Estate site, is a clustering of existing manufacturers of key reagents required for the process (lime, sulfuric acid, and (hydrochloric acid).
The company has undertaken a number of site reviews before the selection of Malaysia.
Lynas' Kemaman plant, scheduled to be operational in the second half of 2008, would see an initial Phase I built-up of 10,500 tonne- rare earth ore (REO) capacity plant and infrastructure. The production capacity is expected to be doubled to 21,000 tonnes of REO in Phase II.
Upon commissioning of the plant, Trengganu would become a global supplier of key metals used in the environmental protection and digitisation for the global automotive and electronic industries.
On the funding for the construction of the Malaysian plant, Lynas is in the midst of planning to sell A$115 million (RM338.1 million) of bonds convertible into its shares.
Adapted from NST Business Times, 13 August 2007 and Lynas website
Grüsse JoJo
http://www.brr.com.au/asx/LYC
LYNAS CORPORATION LIMITED (LYC)
ASX code: LYC
Listing Date: Thu, 11 Sep 1986
Website: http://www.lynascorp.com/
Industry: Materials
Principal Activities:
Project development, mineral exploration and investment.
Address:
56 Pitt Street, Level 7
SYDNEY
NSW 2000
Phone: 02 8259 7100
Fax: 02 8259 7199
Executives & Directors
Mr Nick Curtis, Managing Director, CEO, President, Executive Chairman
Mr Michael Wolley, Vice President, Chief Op. Officer
Mr Jacob Klein, Non Exec. Director
Mr David Davidson, Non Exec. Director
Mr William Forde, Non Exec. Director
Dr Matthew James, CFO
Mr Andrew Arnold, General Counsel
Please contact the ASX to change these details
Company Podcasts
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Announcements from the preceding six months are shown below.
View this company's details on the Australian Securities Exchange website
LYNAS CORPORATION LIMITED (LYC) Events
Company (Stock Code) Date/Time Event Timezone:
Australia/NSW
LYNAS CORPORATION LIMITED (LYC) Tue, 15 Apr 2008
10:00AM EGM
Sydney Harbour Marriott Hotel, 30 Pitt Street, Circular Quay, Sydney
LYNAS CORPORATION LIMITED (LYC) Wed, 27 Feb 2008 Interim Results
LYNAS CORPORATION LIMITED (LYC) Tue, 27 Nov 2007
09:00AM Annual General Meeting
Radisson Plaza Hotel, 27 O'Connell Street Sydney NSW
LYNAS CORPORATION LIMITED (LYC) Wed, 21 Feb 2007 Interim Results
LYNAS CORPORATION LIMITED (LYC) Thu, 23 Nov 2006
10:30AM Annual General Meeting
Hotel Inter-Continental, Cnr Bridge & Phillip Streets Sydney NSW
LYNAS CORPORATION LIMITED (LYC) Tue, 12 Sep 2006 Full Year Results
LYNAS CORPORATION LIMITED (LYC) Fri, 4 Aug 2006
11:00AM EGM
Bridge Room, Hotel Intercontinental, 117 Macquarie Street Sydney NSW 2000
LYNAS CORPORATION LIMITED (LYC) Tue, 21 Feb 2006 Interim Results
LYNAS CORPORATION LIMITED (LYC) Wed, 30 Nov 2005
10:30AM Annual General Meeting
Display 10 results per page 20 results per page 50 results per page 100 results per page
LYNAS CORPORATION LIMITED (LYC)
Click here to view details on the ASX site
Update on Project and Concentration Plant Contract Wed, 17 Sep 2008
Full Year Statutory Accounts Tue, 16 Sep 2008
Updated Investor Presentation - September 2008 Thu, 4 Sep 2008
Investor Presentation - September 2008 Mon, 1 Sep 2008
Change of Director`s Interest Notice Thu, 21 Aug 2008
Diggers and Dealers Presentation August 2008 Wed, 6 Aug 2008
Diggers and Dealers Presentation August 2008 Tue, 5 Aug 2008
Quarterly Activities Report Thu, 31 Jul 2008
Appendix 5B Thu, 31 Jul 2008
Change in substantial holding Fri, 25 Jul 2008
Please note: This company appears on this website as a result of its listing on the Australian Securities Exchange. Boardroom Radio does not claim any association with any company listed on this site.
http://www.infomine.com/index/companies/LYNAS_CORPORATION_LT…
http://www.hotstocked.com/companies/l/lynas-corporation-ltd-…
http://www.hotstocked.com/pdf/LYSCF-54235-report.pdf
http://www.reuters.com/finance/stocks/overview?symbol=LYSCF.…
http://tradingroom.com.au/apps/qt/quote.ac?code=LYC
https://commerce.us.reuters.com/purchase/showReportDetail.do…
Gruß JoJo
LYNAS CORPORATION LIMITED (LYC)
ASX code: LYC
Listing Date: Thu, 11 Sep 1986
Website: http://www.lynascorp.com/
Industry: Materials
Principal Activities:
Project development, mineral exploration and investment.
Address:
56 Pitt Street, Level 7
SYDNEY
NSW 2000
Phone: 02 8259 7100
Fax: 02 8259 7199
Executives & Directors
Mr Nick Curtis, Managing Director, CEO, President, Executive Chairman
Mr Michael Wolley, Vice President, Chief Op. Officer
Mr Jacob Klein, Non Exec. Director
Mr David Davidson, Non Exec. Director
Mr William Forde, Non Exec. Director
Dr Matthew James, CFO
Mr Andrew Arnold, General Counsel
Please contact the ASX to change these details
Company Podcasts
Subscribe to current and future audio events for this company by clicking on the podcast icon:
Company ASX Announcements
Company ASX announcements can be viewed on the ASX website.
Announcements from the preceding six months are shown below.
View this company's details on the Australian Securities Exchange website
LYNAS CORPORATION LIMITED (LYC) Events
Company (Stock Code) Date/Time Event Timezone:
Australia/NSW
LYNAS CORPORATION LIMITED (LYC) Tue, 15 Apr 2008
10:00AM EGM
Sydney Harbour Marriott Hotel, 30 Pitt Street, Circular Quay, Sydney
LYNAS CORPORATION LIMITED (LYC) Wed, 27 Feb 2008 Interim Results
LYNAS CORPORATION LIMITED (LYC) Tue, 27 Nov 2007
09:00AM Annual General Meeting
Radisson Plaza Hotel, 27 O'Connell Street Sydney NSW
LYNAS CORPORATION LIMITED (LYC) Wed, 21 Feb 2007 Interim Results
LYNAS CORPORATION LIMITED (LYC) Thu, 23 Nov 2006
10:30AM Annual General Meeting
Hotel Inter-Continental, Cnr Bridge & Phillip Streets Sydney NSW
LYNAS CORPORATION LIMITED (LYC) Tue, 12 Sep 2006 Full Year Results
LYNAS CORPORATION LIMITED (LYC) Fri, 4 Aug 2006
11:00AM EGM
Bridge Room, Hotel Intercontinental, 117 Macquarie Street Sydney NSW 2000
LYNAS CORPORATION LIMITED (LYC) Tue, 21 Feb 2006 Interim Results
LYNAS CORPORATION LIMITED (LYC) Wed, 30 Nov 2005
10:30AM Annual General Meeting
Display 10 results per page 20 results per page 50 results per page 100 results per page
LYNAS CORPORATION LIMITED (LYC)
Click here to view details on the ASX site
Update on Project and Concentration Plant Contract Wed, 17 Sep 2008
Full Year Statutory Accounts Tue, 16 Sep 2008
Updated Investor Presentation - September 2008 Thu, 4 Sep 2008
Investor Presentation - September 2008 Mon, 1 Sep 2008
Change of Director`s Interest Notice Thu, 21 Aug 2008
Diggers and Dealers Presentation August 2008 Wed, 6 Aug 2008
Diggers and Dealers Presentation August 2008 Tue, 5 Aug 2008
Quarterly Activities Report Thu, 31 Jul 2008
Appendix 5B Thu, 31 Jul 2008
Change in substantial holding Fri, 25 Jul 2008
Please note: This company appears on this website as a result of its listing on the Australian Securities Exchange. Boardroom Radio does not claim any association with any company listed on this site.
http://www.infomine.com/index/companies/LYNAS_CORPORATION_LT…
http://www.hotstocked.com/companies/l/lynas-corporation-ltd-…
http://www.hotstocked.com/pdf/LYSCF-54235-report.pdf
http://www.reuters.com/finance/stocks/overview?symbol=LYSCF.…
http://tradingroom.com.au/apps/qt/quote.ac?code=LYC
https://commerce.us.reuters.com/purchase/showReportDetail.do…
Gruß JoJo
Da ist Musike drin!
http://www.bloomberg.com/apps/news?pid=newsarchive&sid=anxEH…
Lynas Corp. Ltd. (LYC AU), an Australian miner of minerals used in iPod music players and liquid crystal displays, surged 5 cents, or 8.5 percent, to 70 cents, the fourth-best performer on the benchmark. The company today said it's committed to delivering its Mount Weld Rare Earths project on schedule and ``within financial resources available to Lynas.''
http://www.bloomberg.com/apps/quote?ticker=LYC%3AAU
http://www.miningweekly.com/article.php?a_id=141568
Company Announcement: Major Increase In Reo And NAF Resources At Kvanefjeld
Published on 26th August 2008
Attached please find a press release on: Greenland Minerals and Energy Limited is pleased to announce a major increase in rare earth oxide (REO) and sodium fluoride (NaF) resources at Kvanefjeld, in southern Greenland.
http://www.miningweekly.com/searchquick.php?searchString=REO
http://www.resourceinvestor.com/pebble.asp?relid=46285
Grüsse JoJo
http://www.bloomberg.com/apps/news?pid=newsarchive&sid=anxEH…
Lynas Corp. Ltd. (LYC AU), an Australian miner of minerals used in iPod music players and liquid crystal displays, surged 5 cents, or 8.5 percent, to 70 cents, the fourth-best performer on the benchmark. The company today said it's committed to delivering its Mount Weld Rare Earths project on schedule and ``within financial resources available to Lynas.''
http://www.bloomberg.com/apps/quote?ticker=LYC%3AAU
http://www.miningweekly.com/article.php?a_id=141568
Company Announcement: Major Increase In Reo And NAF Resources At Kvanefjeld
Published on 26th August 2008
Attached please find a press release on: Greenland Minerals and Energy Limited is pleased to announce a major increase in rare earth oxide (REO) and sodium fluoride (NaF) resources at Kvanefjeld, in southern Greenland.
http://www.miningweekly.com/searchquick.php?searchString=REO
http://www.resourceinvestor.com/pebble.asp?relid=46285
Grüsse JoJo
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