Beiträge von Popeye82

    Quartal Aktivitäten report ; Anastasios Arima, CEO & Managing Director of Hyperion Metals said:“We had a breakout quarter at Hyperion Metals – we made exceptional progress and we achieved a number ofmilestones that will deliver significant shareholder value.We secured the rights to the breakthrough GSD titanium metal powders technology that offers the potential to materially reduce the cost of producing metal powders for 3D printing. Titanium metal is the superior metal for a wide range of advanced applications, from aerospace to defence, and with lower prices it will also be the logical choice for industrial applications, electronic consumer products and electric vehicles.We announced a technology partnership with EOS GmbH, a global leader in 3D printing, that aims to accelerate the commercialization of Hyperion’s patented HAMR and GSD titanium metal and powders technologies. EOS shares our goal of developing sustainable, low carbon and low-cost titanium metal and powders supply chains. Our Titan Project in west Tennessee grew by 59% in size and we continued to rapidly define widespread, shallowhigh-grade mineralization in one of the world’s best located regions for a critical mineral project. This area is already infrastructure rich, with close access to excellent roads, rail, river, power and skilled labour. Electricity and skilled labour costs are significantly below Australian comparables. We expect to announce a maiden JORC Mineral Resource this quarter and we plan to continue to aggressively grow this resource over time. e have made excellent progress on offtake discussions for our high value products. The U.S. is the second largest global market for mineral sands and is currently ~94% import dependent. Strong global demand and major supply disruptions have led to very tight market conditions and our potential U.S. customers are looking to diversify and re-shore their sourcing of critical minerals. We announced an MOU with Energy Fuels to evaluate the potential supply of rare earth minerals from Hyperion’s Titan Project to Energy Fuels.I want to thank my team, our Advisory Board members and our consultants for their significant efforts over the quarter. We are in a strong financial position with $2.3 million cash and up to $2.5 million to be received this quarter through the exercise of listed options.Hyperion’s goal is to build an all-American vertically integrated ore-to-metal titanium business, with the highest quality and environmental standards across the full supply chain. We have already made outstanding progress towards this goal - and we are working on a range of exciting developments to accelerate our progress”


    - Secured the rights to the patented GSD technology for producing low-cost spherical titanium powders for 3D printing
    - Established a technology partnership with EOS GmbH, a global leader in industrial 3D printing, aiming to accelerate the deployment of Hyperion’s HAMR and GSD technologies to produce low cost, low carbon titanium metal and powders
    - Signed a MOU with Energy Fuels that aims to build an integrated, all-American rare earths supply chain. The MOU will evaluate the potential supply of rare earth minerals from Hyperion’s Titan Project to Energy Fuels for value-added rare earth processing at their operational White Mesa Mill
    - Outstanding technical advancement at the Titan Project, including delivery of initial Phase 3 drilling results, progression of metallurgical test work, commencement of scoping study and significant growth in the Titan Project area to approximately 6,000 acres
    - First results from the Phase 3 drill program at the Titan Project included the thickest, highest grade intercepts received to-date, highlighting the consistency of mineralization over ~3.6km strike length
    - Established leading Capital Markets and Scientific and Technology Advisory Boards, to advance strategic partnerships for financing, development, and operational activities as well as accelerate the research, development and commercialization of our patented titanium technologies
    http://cdn-api.markitdigital.com/apiman-gateway/ASX/asx-research/1.0/file/2924-02400699-6A1043083?access_token=83ff96335c2d45a094df02a206a39ff4


    Kula Chairman appears on The Market Herald’s Deal Room –July 2021; Kula Gold Limited Chairman Mark Stowell appeared on The Market Herald’s Deal Room to discuss the company’s significant Kaolin-Halloysite find at the Boomerang Prospect at Southern Cross, and what the company is doing for the rest of 2021


    http://www.kulagold.com.au/2021/07/kula-chairman-appears-on-market-herald-deal-room/


    http://themarketherald.com.au/kula-gold-asxkgd-set-to-raise-1-8m-for-wa-projects-2021-07-21/?t=60

    Quartals Aktivitäten report


    - Boomerang Kaolin Prospect discovery – average 42m true thickness, including 10m downhole Halloysite in southern drillhole.
    - Previously unmapped Amphibolite (greenstone) intersected at Crayfish Prospect Southern Cross WA.
    - Three large exploration licences applied for where field mapping has confirmed Amphibolite interpreted from the magnetics.
    - Brunswick EL’s all granted by DMIRS.
    - Acquisition of 100% of E70/5560 adding to the large Brunswick PGE-Ni-Cu, Gold project which hosts some of the historical Donnybrook Gold Mine workings.
    - First pass soils completed over numerous geophysical targets at Brunswick PGE-Ni-Cu, Au Project.


    [Blockierte Grafik: https://www.kulagold.com.au/wp…aysBoomerang_July2021.jpg]
    http://www.kulagold.com.au/2021/07/quarterly-activity-report-period-ending-300621/



    MAIDEN(ERSTES) EXPLORATION TARGET


    - E70/4905 - 800 TO 1030 MT OF SILICA AT AN AVERAGE GRADE OF 99.6 TO 99.9 % SIO2


    - EASTERN HIGH PURITY SUB SECTION - 400 TO 480 OF SILICA SAND AT AN AVERAGE GRADE OF 99.7 TO 99.9 % SIO2


    - Mapping and drilling have defined a target area of 100km2 .....................................................
    http://cdn-api.markitdigital.com/apiman-gateway/ASX/asx-research/1.0/file/2924-02400394-6A1042957?access_token=83ff96335c2d45a094df02a206a39ff4



    Das sind in SPitze mehr als 1 Milliarde Tonnen.


    Damit "würden" Sie, überall in Der Spanne, Resourcebasis, Einer Der Grössten in Der Ecke da werden.




    Also "käme" Das so, würden Sie EINE DER GRÖSSTEN SILICA RESOURCEN DER WELT WERDEN .
    (Diatreme Res hat Eine "Ähnliche Range", und VRX Silica hat Eine Ähnliche Grössenordnung SCHON nachgewiesen)


    Ich freue mich gerade riesig über Die Entscheidung, von Dem Ding, SPEKULATIV, sich auch Stücke geholt zu haben.

    ohne jetzt den ganzen faden gelesen zu haben, verkaufen tue ich generell nur wenn sich der investment case negativ verändert oder wegfällt .


    Genau Das war damit gemeint.


    Das mache auch so, schon seit >10, 15 Jahren
    (also seit Anfang an).
    Wobei noch zufügen muss: Verkaufen, bei mir, auch wenn "Ziele erreicht werden".



    Ist nur Die Eigene Methode, Vorgehensweise;
    gibt seeeeehr Viele Begehbare Wege;
    aber Die aus Sehr, sehr, sehr Guten Gründen kann sagen.


    Das, auf Diese Art zu machen, hat nat auch Vor- UND Nachteile.


    Wenn es sich zum Beispiel "ins Negative" dreht, aber man es nicht merkt.


    Passiert mir ehrlich gesagt nicht oft,
    aber kann vorkommen,
    und kam auch schon vor.


    Oder wenn es "einfach runter geht(und vielleicht weiter, und weiter.................), und Du Keinen Grund erkennen kannst".
    Dann fängt es an, kann, im Gehirn zu arbeiten: Hab ich "Alles im Griff, und ist antizyklisch super Chance"?
    Oder übersehe/nicht verstehe irgendwas, und renne gerade "lachend in Die Kreissäge" ?


    Dann ist Das ganze Theoretische hier nett gesprochen, aber nicht mehr so einfach.


    Aber grundsätzlich gibt es für mich in "Der Welt Ursache und Wirkung",
    und Die Börse wird, letztlich, fundamental bestimmt.
    Kurz/mittelfristig mag es auch, Heftige, Übertreibungen, nach oben und unten, geben,
    aber langfristig findet an Der Börse, Meiner Erfahrung nach, FAST ALLES SEINEN FAIREN WERT....................


    Warum soll ich einen potentiellen z.b "Hundertbagger" dann bei 50% Verlust abgeben? :wall:
    Macht überhaupt keinen Sinn wenn nicht irgendwas richtig stinkt an der Aktie :thumbup:



    Das ist Der "Theorie"teil. ;) :D ;)



    "Naja, das lief erwartungsgemäß erstmal sehr schleppend. War dann so bei -30% maximal. Dann kam der "c-crash", fast alles verkauft und dann so 1 Woche später oder praktisch am tief gleich wieder in etwas andere Auswahl rein. Der relativ "gute" "Wiedereinstieg" hat mich bis jetzt mit +19,52% über Wasser gehalten. Also der Zeitpunkt, nicht die "Quälität" der Aktien"




    Grundsätzlich: Fehler macht Jeder.
    (aber "eher Weniger ist schon eher besser" ;) )


    Aber mit "Der Zeitpunkt, nicht Die Qualität" hast Du m.E. schon EIne SEEEHR Wichtige Erkenntnis gehabt.


    Mach Dich würde ich sagen erstmal nicht verrückt,
    SCHRITT FÜR SCHRITT,


    vom Gefüüüüühl her würde ich sagen dass Du nach und nach auf Einen Besseren Weg reinschwenkst.



    Aber vom Prinzip her hat Warum mit sich "Eine Eigene Anlagestrategie aufbauen" m.E. toooootal Recht.


    Das ist aber nicht (spezifisch) auf Dich bezogen, sondern allgemein.

    Alpha HPA Plots New Alumina Process for Lithium-Ion Batteries; Rimas Kairaitis, managing director at Alpha HPA Limited, takes Alan through the details of his company's plans of a new way to produce high purity alumina and aluminium for lithium ion batteries


    - Rimas Kairaitis is Managing Director of Alpha HPA Ltd which has got the ASX code A4N and the share price has been rising pretty strongly lately and what it does is produce, or it’s going to produce at least, high purity alumina and aluminium mainly for lithium ion batteries but also for LED lights. It’s building a plant in Gladstone in Queensland, first a smaller plant and then a larger plant and it’s intending to disrupt the world business of high purity alumina and aluminium. It’s got a process, it’s licensed the IP of a process to do that with using feedstock from an alumina refinery, also in Gladstone.


    It’s an interesting business, they’re a little way off, they’re still burning cash but they raised quite a lot, they’ve got $50 million in the bank which will build their first plant and then they reckon they’ll be cash flow positive after that so an interesting way into the lithium ion battery boom as it were, as opposed to lithium and the other metals. This is quite a different one but it’s definitely used in those batteries and it definitely has a future, and it sells for quite a lot of money.


    Here is Rimas Kairaitis who is Managing Director of Alpha HPA.



    Table of contents:

    - Construction Cash Burn
    - Collerina Cobalt
    - Cheaper, Streamlined Business
    - License Agreement Status
    - Purity of Aluminium
    - Product by Product Pricing
    - Lithium-Ion Battery Supply Chain
    - Two-Step Production Process -
    http://www.eurekareport.com.au/investment-news/alpha-hpa-plots-new-alumina-process-for-lithium-ion-batteries/150019

    10.000-Zeilen-Regel............................






    [Blockierte Grafik: https://aheadoftheherd.com/app…wy-Australia-1024x634.jpg]
    http://aheadoftheherd.com/cashed-up-norden-crown-to-continue-exploring-broken-hill-type-silver-zinc-lead-deposit-in-sweden/


    "2021.07.28


    The largest miner in the world, BHP Billiton (in 2018 shortened to BHP) began in the mid-1800s as a merger between two small mining companies, BHP and Billiton.


    Billiton’s roots go back to 1851 and a tin mine on the little-known Indonesian island of Belitung, while the first part of the name, BHP, is an acronym of the Broken Hill Proprietary Company, founded on July 16, 1885.


    Broken Hill Proprietary’s rich history started at its namesake Broken Hill mining property in New South Wales, a large silver, lead and zinc deposit.


    Broken Hill has an interesting history.


    In 1875, men drilling on a sheep station struck a lode of silver. The discovery prompted other station hands to look for the shiny metal, and in September 1883, a boundary rider named Charles Rasp found what he thought was tin oxide on an unusually shaped formation known locally as Broken Hill.


    Rasp wasn’t a geologist, but he had worked in the chemicals industry in his native Germany, giving him some knowledge of minerals. When Rasp sent samples to Adelaide for testing, the results were disappointing. They came back showing concentrations of lead and zinc but only trace amounts of silver.



    [Blockierte Grafik: https://aheadoftheherd.com/app/uploads/2021/07/image-82.png]Source: YouTube



    Undeterred, Rasp maintained his belief and registered a 40-acre claim on the hill with two co-workers. He received the support of Mt. Gipps sheep station owner George McCullough, who initially was opposed to prospecting on his land, but softened his stance after a drought left the station in poor financial shape.

    “At the start it was very bad. There was no accommodation, water and provisions were scarce and the weather was very trying. It was an awfully dusty place. For 12 months it was really doubtful whether we would make anything out of it; I had unlimited faith in it right through. Of course, I did not think it would turn out as big as it has done, but I always thought it would be a fairly good thing.”

    • Charles Rasp, Argus, 19 August 1905

    McCullough convinced Rasp to take on more partners and organized some of the station hands to peg off claims. Known as the Syndicate of Seven, the men later amalgamated their claims into the Broken Hill Mining Company, the predecessor of BHP Billiton.


    As Professor Geoffrey Blaney discusses in a video of BHP’s founding, “They didn’t get all the good ore at Broken Hill, but they got a large part of the cream.”


    The National Museum of Australia describes what happened next:

    Mining on the Broken Hill was initially not a great success and shares in the enterprise changed hands many times between pegging the claim in 1883 and floating the company two years later. Lind, Poole and Urquhart sold out of the syndicate before the company made any significant finds.

    However, in January 1885 the syndicate’s luck changed when Phillip Charley found the first substantial amount of silver on the claim. In the company’s first large-scale smelting in Melbourne an astonishing 35,600 ounces of silver was produced from 48 tons of Broken Hill ore.

    Unemployed miners from around the country were attracted by the promise of Broken Hill. Most of the population of Silverton moved there, as did many Cornish miners from South Australia. The town of Broken Hill sprang up at the base of the hill, with Argent Street as its main road. In just six years the population neared 20,000.

    The directors made fortunes splitting their shares and floating different companies, and profits flowed on to shareholders.

    However, there were challenges: the sheer size of the lode (7.5 kilometres long and 250 metres wide) made the logistics of the operation complex and there were difficulties in finding senior staff qualified to manage the scale of the undertaking.

    Despite these difficulties, Broken Hill went on to become the largest single source of silver, lead and zinc in the world. It would eventually generate more than $100 billion.


    Fredriksson Gruva


    Fast forward to the spring of 2021, when Scandinavia-focused junior Norden Crown Metals (TSXV:NOCR, OTC:NOCRF, Frankfurt:03E) announced the discovery of “Broken Hill Type” mineralization at a prospect within its Gumsberg volcanogenic massive sulfide (VMS) project in Sweden.


    VMS deposits are sought after for mining because they usually contain a mix of base metals and sometimes precious metals including zinc, lead, copper, silver and gold. The minerals are often clustered together, making them relatively easy to extract.


    The Fredriksson Gruva target is a past-producing Swedish mine originally discovered in 1976.


    Based on historical drilling data and 3D modeling, the company projected that the mineralization does not end below historical mine workings, and instead continues, as suggested by regional drilling done by past explorers looking for iron deposits.


    The evidence so far is proving this theory correct .


    Having completed the first three drill holes, the company has successfully shown not only that the mineralization continues at depth, but that it has qualities consistent with a Broken Hill Type (BHT) deposit.


    BHT comparison


    BHT silver-zinc-lead deposits constitute some of the largest and highest-grade ore deposits in the world (see Table 4 below). The namesake deposit, Broken Hill in New South Wales, Australia, represents the largest accumulation of lead, zinc and silver on Earth.


    Broken Hill Types constitute a distinctive type of stratiform, sediment hosted lead-zinc mineral deposit. They are distinguished from other silver-zinc-lead deposits by the chemistry of the sediment that hosts them, and they are usually associated spatially and temporally with volcanism.


    [Blockierte Grafik: https://aheadoftheherd.com/app/uploads/2021/07/image-84.png]



    Most of the world’s BHT deposits are concentrated in Australia, Sweden and Africa. The map below shows the main ones.


    According to a research paper on Broken Hill Type lead-zinc deposits authored by geologist Robert Beeson, PhD, “Broken Hill-type deposits are major resources and sources of lead, zinc and silver. The large size of some deposits of the type, plus their potential to contain high grades of Pb-Zn, makes them an attractive exploration target. In addition, the metamorphic overprint increases the grain size of minerals and improves processing amenability. In consequence, deposits of this type are currently being mined in five continents.”


    There are two settings where mineralization in BHT deposits occurs: in calc-silicate rocks and in banded iron formations (BIF). (most Broken Hill Types contain both calc-silicates and BIF, but usually one is more prevalent than the other)


    Examples of the calc-silicate type are the Broken Hill mine in Australia, Zinkgruvan in the Bergslagen mining district of Sweden, currently being mined by Lundin, and the Franklin zinc-iron-manganese deposit in New Jersey, USA.


    Banded iron formations known to host Broken Hill Type mineralization include the Dammberg deposit in Sweden which is close to Norden Crown Metals’ Fredriksson target; Gamsberg and Aggeneys in South Africa, Pegmont at Mount Isa, Australia; and Boquira in Brazil.


    [Blockierte Grafik: https://aheadoftheherd.com/app/uploads/2021/07/image-85.png]Examples of Broken Hill Type deposits, including their host rock, ie., calc-silicates and iron formations.



    Back to Norden Crown, the three discovery holes (569m), part of an 11-hole, 2,365-meter diamond drill program at its Gumsberg property, intersected significant (ie. wide, high-grade) mineralized widths ranging from 8.13 to 13.60 meters of precious and base metals massive and semi-massive sulfide mineralization, in a geological setting unique to the BHT clan of silver-rich zinc-lead ore deposits.


    “We are delighted to present to our shareholders robust silver-zinc-lead intersections which are part of a bona fide Broken Hill Type mineralizing system at Fredriksson Gruva; the widths and grades intersected beneath the historical mine workings suggest that the Gumsberg Project has exceptional growth potential,” said Patricio Varas, Norden Crown’s chairman and CEO, in the March 1 news release.


    “Massive sulphide deposits are special because it is possible to delineate large tonnages from comparatively small drill footprints due to the high density of the mineralization. To put these results into perspective, Norden Crown’s GUM-20-09 intercept is comparable in width to the height of a three-storey building.”


    The drill program’s objective was to demonstrate that the mineralization continues below the Fredriksson mine workings, which extend to 91m depth, and to confirm historical silver-zinc-lead grades, thicknesses and continuity.


    The findings from the first three holes confirm that Norden Crown is into a Broken Hill Type deposit such as those found in Australia, South Africa and parts of the Bergslagen mining district of southern Sweden where Gumsberg is located.............................................................."

    Quartal Aktivitäten report; “The quarter has been transformational for Alpha. The Company is now set to enter commercial production via the PPF next year, and is accelerating each of the workstreams on the full scale Project


    RECURSOR PRODUCTION FACILITY (PPF) STRATEGY
    - Fast-track commercialisation of the Company’s two ultra-high purity precursor products
    - Facility to be built on HPA First Project site in Gladstone
    - $27M capex fully funded after successful completion of $50M placement
    - First production expected in July/August 2022


    LOBAL MARKETING PARTNERS IN PLACE
    - MoU with APL Engineered Materials to market Alpha’s products to Japanese and Chinese markets
    - MoU with Technologica to market Alpha’s products to Europe
    - MoUs complement existing marketing activities and expand geographical reach


    RODUCT MARKETING ACCELERATES
    - Significant additional inbound interest in the Company’s precursor products since PPF strategy launch
    - First commercial HPA sales to a German LED phosphor counterparty
    - Additional 93kg of Al-nitrate sales (Al-precursor #1)
    - 26 product test orders received and/or shipped in the quarter
    - Over 60 test orders despatched in total to over 35 end-users


    EMORANDUM OF UNDERSTANDING WITH CLEANCO QUEENSLAND
    - Potential to supply 100% of the HPA First Project electricity demand with renewable energy
    - Carbon footprint modelling of the HPA First project indicates a 59% reduction in CO2 emissions over incumbent HPA manufacturing processes


    PA FIRST PROJECT WORKSTREAMS ADVANCED
    - Worley awarded the HPA First Project Front End Engineering and Design (FEED) and also nominated as preferred ePCM contractor
    - Water supply contract signed with Gladstone Area Water Board
    - Orica Definitive Agreements scheduled for execution in late July/early August
    - Stage 1 of the Lender Engineer’s Independent Technical Expert (ITE) review completed
    http://alphahpa.com.au/wp-content/uploads/2021/07/pjn10896.pdf