Beiträge von Blue Horseshoe

  • GOLD : Märkte und Informationen

    Zitat von vatapitta

    Ein simples Beispiel sind die marktnahen Preise für Baustoffe. Nach extremem Anstieg, folgt eine Preiskorrektur, da Kunden ihre Projekte und damit die Nachfrage wegen nicht mehr gegebener Finanzierbarkeit verschieben.
    Deshalb vermute ich, dass wir zunächst eine nachgebende Inflation sehen werden.

    guten morgen vatapitta,


    das kann sein, muss aber nicht denn so beleuchtest du nur den preistreibenden effekt aus angebot und nachfrage aber nicht die der geldentwertung über die geldschöpfung(geld vs währung). ob eine ware dann mal sporadisch für sechs monate billiger wird spielt im durchschnitt auf 12+ monate auch keine rolle mehr.
    auch die lieferkettenproblematik verschärt sich momentan eher als das eine entlastung in sicht ist.
    bei den agrar-rohstoffen kommen jetzt die von mir erwarteten schlechten erntezahlen, global.
    https://www.agrarheute.com/mar…marktschock-folgen-584425
    https://www.backnetz.eu/brasil…rnte-sinkt-um-42-prozent/


    etc...



    immens wichtig wird bei weniger verfügbaren freien mitteln, einkommenselastizität der haushalte, die grundbedürfnisse weiter zu stillen(wohnen, essen, gesundheit etc./güter ersten ranges)




    bg bh

  • Devex Resources | ASX: DEV

    Zitat von PatronaLupa

    Ich hoffe Freund Wally wird mir bald was ins Ohr flüstern.


    Da ich aber eine dreckige Frontrunnerratte bin .......decke ich mich bei guten Nachrichten ein....die schlechteren news gibts gleich


    cu DL....da sind die Kalgoorlie Boys wieder alle unter sich

    guten morgen lupo, hast du denn in dev investiert?


    bg bh

  • Devex Resources | ASX: DEV

    https://www.devexresources.com…nnouncements/61045832.pdf


    Large-scale, 12km long mafic-ultramafic intrusion at
    Sovereign Project, paving way for ground EM and initial
    diamond drilling


    Expanded air-core drilling program continues to reveal a differentiated intrusion with
    similar geology to the upper part of the Gonneville Intrusion


    HIGHLIGHTS

    • Air-core drilling continues to define a layered, differentiated mafic-ultramafic intrusion
    at Sovereign, extending over 12 kilometres in length.
    • The Sovereign Intrusion is interpreted to be flat lying, with geology consistent with the
    upper portion of the Julimar mafic-ultramafic intrusion, as seen on the western edge of
    Chalice Mining’s Gonneville Intrusion.
    • The reconnaissance air-core drilling has provided an insight into the underlying, more
    prospective, ultramafic portion of the intrusion in several areas along its 12km strike
    length.
    • An extensive ground electromagnetic (EM) survey is planned to commence next month
    over the larger intrusion to map conductors beneath the gabbro.
    • In parallel with the ground EM survey, stratigraphic diamond drilling is also planned to
    test the geometry of the ultramafic beneath the upper gabbroic rocks into the more
    ultramafic portion of the intrusion.


    DevEx Resources (ASX: DEV, “DevEx” or “the Company”) is pleased to report encouraging results
    from an additional 318 holes (8,456m) from its expanded reconnaissance air-core drilling program at
    the Sovereign Ni-Cu-PGE Project in Western Australia. The drilling is continuing to map the prospective mafic-ultramafic intrusion, extending the strike to at
    least 12km in length and providing information on the potential framework of the intrusion. Elevated palladium + platinum (PGE), multielement geochemistry and petrology are all consistent with
    the upper portions of a layered differentiated mafic-ultramafic intrusion, ranging from leuco-gabbros,
    to mela-norites, gabbronorites and olivine pyroxenite (metamorphic equivalent) These rocks are likely analogous to the western margin of Chalice Mining Limited’s Gonneville
    Intrusion where gabbronorite and pyroxenite rocks form the upper differentiated layer with the lower,
    more Ni-Cu-PGE rich, serpentinite (harzburgite) beneath.1 At Sovereign, DevEx has yet to drill beneath the upper differentiated mela-gabbronorite and pyroxenite
    to determine the position of any lower serpentinite that could occur beyond the pyroxenite layer.


    The difference is that the Gonneville Intrusion appears to be folded onto its side so exposing the lower
    Ni-Cu-PGE rich serpentinite at surface. By contrast, the Sovereign mafic-ultramafic Intrusion is
    currently interpreted to be flatter lying, with the more prospective ultramafic rocks (serpentinite) lying
    beneath the pyroxenite and mela-gabbronorite. This interpretation is supported by several windows of mela-gabbronorite and pyroxenite seen within
    the intrusion and rimmed by elevated palladium and platinum (PGE) and lithologies consistent with
    the upper differentiated portion of the intrusion. A review of the previous Airborne EM (AEM) survey and limited ground follow-up undertaken by the
    Company’s geophysical consultants, Newexco Pty Ltd, found that the AEM survey would have been
    depth restrictive and therefore unlikely to have tested the full vertical extent of the prospective
    intrusion, including the more prospective ultramafic which may underly the gabbroic rocks. As a result,
    Newexco has recommended that a more extensive programme of ground EM is required to effectively
    test for massive sulphide Ni-Cu-PGE mineralisation with priority given to several windows where the
    lower ultramafic and mela-gabbronorites have been exposed near surface. In conjunction with these ground EM surveys, diamond drilling is also planned to understand the
    geometry and extent of the intrusion beneath the upper gabbroic rocks. DevEx is currently exploring the western half of the Sovereign mafic-ultramafic Intrusion (E70/3405)
    under an Earn-In Agreement with Australian Silica Quartz Group Ltd (‘ASQ’) (see the Company
    Announcement on 1st June 2020). The eastern half of the intrusion is located within a granted
    tenement held by DevEx (E70/5365).




    Page | 2
    The difference is that the Gonneville Intrusion appears to be folded onto its side so exposing the lower
    Ni-Cu-PGE rich serpentinite at surface. By contrast, the Sovereign mafic-ultramafic Intrusion is
    currently interpreted to be flatter lying, with the more prospective ultramafic rocks (serpentinite) lying
    beneath the pyroxenite and mela-gabbronorite. This interpretation is supported by several windows of mela-gabbronorite and pyroxenite seen within
    the intrusion and rimmed by elevated palladium and platinum (PGE) and lithologies consistent with
    the upper differentiated portion of the intrusion. A review of the previous Airborne EM (AEM) survey and limited ground follow-up undertaken by the
    Company’s geophysical consultants, Newexco Pty Ltd, found that the AEM survey would have been
    depth restrictive and therefore unlikely to have tested the full vertical extent of the prospective
    intrusion, including the more prospective ultramafic which may underly the gabbroic rocks. As a result,
    Newexco has recommended that a more extensive programme of ground EM is required to effectively
    test for massive sulphide Ni-Cu-PGE mineralisation with priority given to several windows where the
    lower ultramafic and mela-gabbronorites have been exposed near surface. In conjunction with these ground EM surveys, diamond drilling is also planned to understand the
    geometry and extent of the intrusion beneath the upper gabbroic rocks. DevEx is currently exploring the western half of the Sovereign mafic-ultramafic Intrusion (E70/3405)
    under an Earn-In Agreement with Australian Silica Quartz Group Ltd (‘ASQ’) (see the Company
    Announcement on 1st June 2020). The eastern half of the intrusion is located within a granted
    tenement held by DevEx (E70/5365).
    Large Scale Air-core drilling and magnetics continues to define the Sovereign
    Intrusion over 12km in strike ✓
    Right Rocks Range of rocks consistent with upper portions of differentiated mafic-
    ultramafic intrusion ✓
    Right Age Metamorphism of mafic-ultramafic rocks suggestive of Archaean age
    to the Sovereign Intrusion ✓
    Well Positioned Significant occurrences of Ni-Cu-PGE mineralisation discovered
    within mafic-ultramafic intrusions north and south of the Sovereign
    Intrusion at Gonneville1 and Yarabrook Hill2
    ✓

    Management Comment
    Commenting on the latest results, DevEx Managing Director, Brendan Bradley, said: “These are very
    encouraging developments for our exploration campaign at Sovereign and we now feel more confident
    that we are systematically peeling back the geological layers and forming a clearer picture of the
    exciting exploration opportunity in front of us. “Apart from the sheer scale of the intrusion at 12km in length, the important data being generated by
    the air-core drilling have provided us with windows into the more prospective intrusion below the
    overlying gabbroic rocks. “This has provided us with a clear picture of what to do next, which will include ground EM surveys
    over the most prospective areas to define potential accumulations of sulphide mineralisation and
    drilling of some selected stratigraphic diamond holes to give us a clearer picture of the geology,
    dimensions, orientation and geometry of the Intrusion. “We are very encouraged by the progress of our exploration at Sovereign, and we feel that we are
    getting much closer now to making the all-important exploration breakthrough that we are all striving
    to achieve on behalf of our shareholders.”


    bg bh

  • Newfoundland.gold

    ich packe das mal hier rein:



    New Found Gold vs Kirkland Lake - Mega Epizonal Deposits - Part 4 - Featuring Eric Sprott




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    In Part 4 of Mega Epizonal Deposits, Billionaire Resource Investor Eric Sprott, Dr. Quinton Hennigh, Bob Moriarty of 321Gold.com, Denis Laviolette, Founder of New Found Gold, and Doug Hurst, Director at New Found Gold, take a deeper dive into Newfoundland and the possibility for an orogenic system to exist there. Does Newfoundland have the potential to rival the historic gold district in the Abitibi? If so, how much gold could be in Newfoundland and specifically at New Found Gold’s Queensway Project, which extends for over 110 kilometers in length? Find out in Part 4 of Mega Epizonal Deposits.



    bg bh

  • Explorer -- Ihre vielen Gesichter

    sokomon


    https://www.newsfilecorp.com/release/93206




    Sokoman and Benton Announce Discovery of High-Grade Lithium-Bearing Pegmatites at Golden Hope in Southwestern Newfoundland



    Two samples, 110 m apart, return 1.95% and 0.49% Li2O respectively



    St. John's, Newfoundland--(Newsfile Corp. - August 16, 2021) - Sokoman Minerals Corp. (TSXV: SIC) (OTCQB: SICNF) ("Sokoman") and Benton Resources Inc. (TSXV: BEX) ("Benton"), which are 50/50 members of a joint exploration alliance previously announced on May 10, 2021 (together, "the Alliance"), are pleased to announce that they have discovered a swarm of lithium-bearing pegmatite dikes on the Golden Hope Joint Venture Project in southwestern Newfoundland, Canada. Benton's President and CEO Stephen Stares and Director Michael Stares, along with Sokoman's President and CEO Timothy Froude and consultant Sean O'Brien, identified the pegmatites on a recent field visit, collecting three grab samples over a 110-m-width across the dykes. Two of the samples returned 1.95% Li2O and 0.49% Li2O, believed to be the first discovery of significant lithium mineralization on the Island of Newfoundland. Lithium occurrences in the Appalachian belt are well known and include important deposits in the Carolinas in the eastern US, as well as in the geologically equivalent Caledonides of Ireland.
    The lithium mineralization is situated in a so-far unknown-sized zone or swarm of pegmatite dykes with an apparent width of 110 m and as-yet unknown strike length. Random grab samples were collected near what is believed to be the northern and southern limits of the zone and submitted to Actlabs in Ancaster, Ontario for analysis by Sodium Peroxide Fusion ICPOES + ICPMS.



  • Uran -- Märkte und Informationen

    Zitat von Popeye82

    Kannste in Good, Great Germany vergessen, denke ich..............................

    gut das deutschland für den gesamtmarkt einfach keine rolle spielt. unsere entscheidungsträger deindustrialisieren deutschland bewusst über zu hohe energiekosten. ist auf der anderen seite aber logisch, wenn man die deutsche industriebasis ja auf die eu verteilen will. auch sind sie lieber abhängig vom eu ausland fr, cz, at, ch, pl etc und damit auch ein stück weit "erpressbar" anstatt autonom.



    Zitat von Blue Horseshoe

    importe aus der schweiz ca 2100mw !!
    importe aus österreich schwankend aber um die 2.600-3.000 mw
    importe aus tschechien ca 500-700 mw

    ohne diese importe hätte es letzten winter einen BLACKOUT gegeben. die importierten kapazitäten entsprechen
    der leistung von drei bis fünf epr.
    aber klar, hauptsache die politik kann weiterhin behaupten die energiewende ist ein erfolg :wall:


    bg bh

  • Uran -- Märkte und Informationen

    Policies must allow nuclear to play its vital role, says UNECE


    Nuclear power can be part of a broader portfolio alongside deploying other sustainable low- or zero-carbon technologies to decarbonise the global energy system and energy intensive industries, according to a new technology brief from the United Nations Economic Commission for Europe (UNECE). The publication highlights nuclear power as an important source of low-carbon energy that can contribute to attaining carbon neutrality and for policy-makers who wish to meet climate and sustainable development objectives using nuclear power should provide positive, long-term policy signals for new nuclear development.


    The nuclear technology brief is one in a series of energy technology briefs published by UNECE to help mitigate climate change and accelerate deployment of low-carbon technologies. The new publication was prepared by the UNECE Task Force on Carbon Neutrality and a dedicated team of high-level international experts across the entire energy community. It reflects findings from the Workshop on the Role of Nuclear Energy to Attain Carbon Neutrality in the UNECE Region held on 23 November 2020, and the Subregional Workshop on Attaining Carbon Neutrality in the UNECE Region held on 24 November 2020.
    "Nuclear power is an important source of low-carbon electricity and heat that contribute to attaining carbon neutrality," the document says. "They have played a major role in avoiding carbon dioxide emissions to date. Decarbonising energy is a significant undertaking that requires the use of all available low-carbon technologies. Analyses indicate that the world's climate objectives will not be met if nuclear technologies are excluded."
    Some 292 nuclear power reactors are currently in operation in the UNECE region, accounting for 20% of total electricity generation and 43% of low-carbon generation. However, fossil fuels still account for over half of electricity generation in the UNECE region.
    In the UNECE region, 20 countries currently operate power reactors, with nuclear accounting for over 30% of total electricity generation in 11 countries (Belgium, Bulgaria, Czech Republic, Finland, France, Hungary, Slovakia, Slovenia, Sweden, Switzerland and Ukraine). Fifteen countries have new reactors under construction or under development. Seven UNECE member States are in the process of developing nuclear power programmes for the first time.
    The technology brief notes a number of countries - including Canada, Czech Republic, Finland, France, Hungary, Poland, Romania, Slovakia, Slovenia, Russia, Ukraine, the UK and the USA - have explicitly stated that nuclear power will play an important role in reducing their national emissions in the future. Belgium and Germany have announced their phase-out of the use of nuclear power, in 2025 and 2023 respectively.
    Over 70 reactors have been shut down in the UNECE region since 2000, for political, economic or technical reasons. UNECE notes that, in most cases, these have been replaced at least partly by fossil-fuel power generation, therefore representing a setback for climate mitigation efforts. Preventing the premature closure of further nuclear power plants is seen by the International Energy Agency and the International Atomic Energy Agency as an urgent priority for addressing climate change.
    Nuclear power has the potential to increase its integration with other low-carbon energy sources in a future decarbonised energy mix, the techology brief says. As nuclear power plants produce both low-carbon electricity and heat, they also offer opportunities to decarbonise energy intensive industries. For example, there is potential to scale up low or zero-carbon steel, hydrogen and chemical production to decarbonise hard-to-abate sectors.


    UNECE says nuclear power is a cost-competitive option for generating electricity in many parts of the world. Low-cost financing and market frameworks could lessen the burden of high up-front capital costs ranging from USD5-10 billion for large nuclear power plants. Future microreactors and small modular reactors (SMRs) are likely to be easier to finance and support technology interplay with variable renewable energy.
    "For those countries who choose to implement this technology, nuclear power is an important source of low-carbon electricity and heat that can contribute to attaining carbon neutrality and hence help to mitigate climate change and attain the 2030 Agenda for Sustainable Development” said UNECE Executive Secretary Olga Algayerova.
    Favourable policies needed


    UNECE says policy-makers who wish to meet climate and sustainable development objectives using nuclear power should: establish a level playing field for all low-carbon technologies; provide positive, long-term policy signals for new nuclear development; accelerate the development and deployment of SMRs and advanced reactor technologies; and secure the long-term operation of existing nuclear plants.
    "This technology brief has been developed as part of UNECE's assessment of integrated approaches to meeting the world's climate objectives," said Scott Foster, director of UNECE's Sustainable Energy Division. "Our analyses show that our climate objectives cannot be met if technologies such as nuclear power are excluded. That reality creates an imperative for governments to put in place policy frameworks that deliver the world's social, environmental and economic objectives in an agnostic, technology-neutral way."
    King Lee, vice-chair of the UNECE Group of Experts on Cleaner Electricity Systems, together with experts from nuclear and energy communities, supported the development of the brief as part of UNECE Carbon Neutrality project. Lee said: "The brief provides an overview of the important role of nuclear energy technologies - both existing large-scale reactors and innovative SMR technologies - as part of a low-carbon energy mix in providing a range of energy services, such as dispatchable electricity, district heating, high-temperature process heat and hydrogen production."
    The publication of the nuclear technology brief was welcomed Sama Bilbao y León, director general of the World Nuclear Association.
    "I applaud the UNECE for the publication of this technology brief on nuclear technology, which provides valuable insights for governments wishing to develop forward looking policy signals that facilitate new nuclear energy development," she said. "The thought leadership of governments and policymakers is essential to instil confidence and incentivise long-term planning and investment in nuclear energy projects, which could play a very important role helping decarbonise the entire economy in many countries."


  • Salt Lake Potash / SO4 (ASX)

    nein sind vom handel ausgesetzt da die salzernten & qualität nicht so laufen wie geplant. ein ziemliches desaster!
    es geht jetzt um eine weitere finanzierung um bis ins jahr 2022/23 zu überbrücken...


    heute ist nur die meldung das middlemas 2.500.000 aktien zeichnen musste, zu 0,35 aud... also ca 100% über aktuellem kurs(lse).


    bg bh