LEPIDICO WKN: A2DHFT ISIN: AU000000LPD2 Kürzel: AUB Forum: Aktien Thema: Hauptdiskussion

Na jetzt 7.500 in München . Warst du das DI ? :)

Ich kann mir vorstellen, dass die Volumen bis zum 16.5 (Record Day) anziehen. Umso mehr Anteile man bis dahin hält, umso mehr Aktien kann man für 1c$ (ca. 0,007€) erhalten.

Aber keine Volumen ;)

Doch

Was ist denn hier los? Krin Handel?

Dem kann ich iwie kein glauben schenken

Volumen angeblich bei 0

Di Das sind super Nachrichten aber mich stört es bisschen dass der Kurs auf garnicht reagiert

Ich auch wenn es durch geht. bete jeden abend ;)

Platypus’s Intentions Following completion of the Acquisition and the Capital Raising, Platypus intends to adopt the following strategies in respect of both its current assets and the assets of Lepidico: (a) Organic Growth: Early implementation of targeted exploration programs at Lemare (if acquired), Euriowie and Manga aimed at fast-tracking the delineation of maiden resources. (b) Brownfields projects: Platypus will continue to seek out opportunities associated with existing mining projects around the world that currently have lithium bearing micas being passed through to waste dumps or tailings dams. Lithium bearing micas can be effectively concentrated by flotation, which would allow the L-Max® process to be utilised to produce lithium products (and other by-products) from a source that has previously been deemed to be of no value. (c) Greenfields projects: There has been limited exploration to date relating to specifically identifying deposits of lithium bearing micas. These micas typically occur in pegmatites, often in association with other lithium, tin or tantalum containing minerals. Pegmatites dominated by lithium mica minerals, which would have previously been generally disregarded, could be ideally suited for economic exploitation utilizing the L-Max technology. Another lithium mineral that is generally ignored as an economic target is amblygonite. Amblygonite is one of the most Li-rich minerals and can contain up to 10.1% Li2O, compared with spodumene (6%-8%) and lepidolite (3.3%-7.0%). Lepidico has secured three historical small-scale amblygonite mines at the Euriowie project near Broken Hill. Platypus will continue to seek out additional amblygonite deposits. Platypus will also pursue opportunities in traditional lithium minerals, such as spodumene pegmatites (eg, Lemare) and brines, to maintain exposure to the full spectrum of the lithium sector. (d) Strategic alliances: Platypus will seek to expand strategic alliances, such as that secured by Lepidico with Crusader in Brazil, with other companies with lithium assets in other parts of the world, using L-Max® as a strategic advantage to attract new partners. (e) Technology development and marketing: Platypus will pursue marketing opportunities to promote Lepidico’s L-Max® technology as the process of choice to companies seeking an economic development solution to their existing lithium mica deposits. Work on enhancing the L-Max® process will be ongoing to ensure its adaptability and application to the different chemical profiles of each such target deposit. (f) Gobbos polymetallic project: Platypus intends to continue with exploration activities at this multiply prospective project to evaluate the potential for economic mineralisation at a number of defined targets. Specifically, planned work includes: (i) Bridget – drilling to test for Cu-Au mineralisation (ii) Pearl Bar – drilling to test for Cu-Ag mineralisation; and (iii) Cyclops – ground-based EM survey, and drilling to test for Ni-Cu sulphide mineralisation.

Aber das mach ich da auch freiwillig ;)

Nein..da habe ich nichts davon gelesen

bei pilbara das selbe Spiel mit dem halben jahr halten?

L-Max® Technology Currently, the majority of the world’s lithium is produced from either brines or hard rock spodumene. L-Max® is a hydrometallurgical process developed, and 100% owned, by Lepidico that delivers an opportunity to create a third supply source of lithium from unconventional sources, namely lithium bearing micas such as lepidolite and zinnwaldite. Although there are a number of known deposits of lithium bearing micas around the world, these materials have typically been overlooked as a source of lithium as there has been no commercial process available to economically extract the contained lithium and produce a product, such as lithium carbonate or lithium hydroxide, that is suitable for end users. Lepidico has lodged a global patent application covering the L-Max® process which is potentially a key to unlocking the value in lithium micas that could see commercial projects developed from what was previously regarded as waste. L-Max® is a hydrometallurgical process involving the direct atmospheric leaching of lithium mica, followed by impurity removal stages, and subsequent lithium carbonate precipitation. The process also results in the production of potassium- and rare metal-containing byproducts, which will significantly offset the operating costs of lithium carbonate production. The process differs considerably from the processing of spodumene, which requires high temperature decrepitation and sulfate roasting prior to lithium recovery. The novel L-Max® process is simpler and is expected to have lower energy requirements than existing lithium recovery processes. The L-Max® process has been tested in a series of batch laboratory tests, including using material sourced by Lithium Australia NL (ASX:LIT) from Lepidolite Hill and by European Metals Holdings Ltd (ASX:EMH) from the Cinovec project in the Czech Republic. The metallurgical test work has demonstrated the viability of producing battery grade lithium carbonate (99.5% purity) and potassium containing fertiliser from the Li-mica feed material. The L-Max® process uses mainstream industrial chemicals namely, sulfuric acid and lime/limestone. These are cheap and readily available tonnage chemicals that are the 16 cornerstone of large-scale chemical processing. L-Max® does not use expensive, specialised reagents that may be difficult to obtain, expensive to procure, or complex in operation. The use of cheap, readily available reagents does not necessitate their recovery or recycling, thus further enhancing the economics of the process. As part of its exploration strategy, Lepidico has commissioned and received several geological reports to assist in the identification of targets that have the potential to host commercial quantities of lithium bearing micas and associated lithium minerals. With the use of its L-Max® technology, Lepidico is seeking to unlock the potential value of such lithium bearing mica deposits. Lepidico is actively exploring opportunities to apply L-Max® directly to: • Brownfields Projects: There are existing mining projects around the world that currently have lithium bearing micas being passed through to waste dumps or tailings dams. Lithium bearing micas can be effectively concentrated by flotation, which would allow the L-Max® process to be utilised to produce lithium products (and other by-products) from a source that has previously been deemed to be of no value. • Greenfields Projects: There has been limited exploration to date relating to specifically identifying deposits of lithium bearing micas. These micas typically occur in pegmatites, often in association with other lithium, tin or tantalum containing ores. Lepidico has also lodged an Australian Provisional Patent Application 2016900582 for the extraction and recovery of lithium chemicals from lithium phosphate minerals such as amblygonite and montebrasite. As with lithium bearing micas, these lithium-phosphate minerals are unconventional sources of lithium. As part of the preparation of the provisional patent, Lepidico conducted testwork on a sample of amblygonite-rich rock sourced from the Euriowie project. In the testwork, lithium was readily extracted from the sample by leaching in sulfuric acid under atmospheric conditions. Subsequent processing steps that form part of the patent application, proved effective in separating lithium from impurities, with the resultant liquor being amenable to lithium carbonate precipitation. This novel process is complementary to the L-Max® process. However, this process is inherently unique with respect to L-Max® due to the differences in the feed composition and subsequent processing steps to separate lithium from the impurities.

Es ist echt schwierig einzuschätzen warum sich der Kurs nicht bewegt. Aktien die beim 5 zu 3 Deal zu 1c$ erworben werden müssen 6 Monate gehalten werden. Das dürfte den Kurs stabilisieren.

Die ruhe vor dem Sturm? Hoffen wir mal