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

Kommt drauf an wann du gekauft hast

ErzgebirgeAue... da ist der Name Programm :-D

;)))

Alles gut :-)

Alles gut, wollte ja nur mal was geschrieben haben! Muss ja nicht immer sinnvoll sein! :-))

Dann noch dazu bemerkt läuft sie seid April eher seitwärts! Da das Volumen und die Impulse aus Australien kommen, ist das in Deutschland eher Kanonenfutter! :-))

Bevor ich solchen scheiss poste und anderen auf den wecker gehe mache ich das mit Vergnügen...

Köstlich solche Leute! Vor sieben Monaten Stand sie bei 0,006€! :-))

Ein weiterer Vollpfosten mit seinem überflüssigem Kommentar!

Schlusskurs AUD 0,040 -》€0,0261

Ich tippe auf Portugal, da dieses Projekt am meisten fortgeschritten ist. Nur meine Meinung.

Was glaubt ihr, woher wird Lepidico den ersten feadstock für die Anlage in Sudbury beziehen?

Top Tomson! Wie immer! ;)

sänks Tomson, es wird spannend ab Juni!

Alvarrões Lepidolite Mine (Gonçalo), Portugal1 The Company announced its maiden Mineral Resource estimate for the Grupo Mota operated Alvarrões Lepidolite Project in Portugal, in December 2017. During the current quarter work focussed on flotation optimisation, developing permitting schedules and concentrator site selection. Flotation testwork on Alvarrões pegmatite mineralisation during the quarter successfully generated separate feldspar and quartz concentrates, in addition to a quality lithium mica concentrate suitable for Phase 1 Plant feed. Aside from the additional revenue potential, the large increase in product mass means that co-disposal of only relatively small quantities of plant fines with mine waste can be considered, thereby negating the requirement for a tailing storage facility. Advantages of this approach include a significantly reduced footprint at Alvarrões along with the option to employ modular concentrator technology, reduced capital and operating costs, and maximisation of the mineral potential of the pegmatite. Grupo Mota is an established supplier of feldspar and quartz products to the substantial ceramics industry in the Iberian Peninsula and has advised that concentrate samples produced by Lepidico are of marketable quality. Further testwork is planned for the June 2018 quarte

Aktivitäten in der zweiten Jahreshälfte :-)) PHASE 1 L-MAX® PLANT PROJECT Feasibility Study Key activities undertaken during the quarter for the Phase 1 L-Max® Plant Feasibility Study (the “Study”) included: optimisation of the L-Max® process design and engineering through vendor testwork; selection of the preferred site within Sudbury for the location of the L-Max® Plant; permitting and regulatory approvals; design optimisation for silica production; and continued option assessments for product offtake and finance. To precisely determine the capacity of major equipment for the Phase 1 L-Max® Plant design provided by Lycopodium Minerals Pty Ltd, a vendor testwork program was designed in December 2017, which was progressively rolled out during the March 2018 quarter. This program will provide greater confidence on the actual capacity of each piece of equipment for its L-Max® application and identify the incremental cost or cost saving of increasing or decreasing respectively its capacity. This work is of particular importance when considering the ultimate optimal throughput for the Phase 1 Plant and production capability for all products. The nominal output rate for the Phase 1 Plant remains 2,500t to 3,000t per year of lithium carbonate. However, installed capacity for major capital equipment could potentially increase to allow output of 5,000t to 6,000t per year of lithium carbonate. The vendor testwork program is scheduled to be completed during the June 2018 quarter and will allow trade-offs between capacity and cost to be understood. An engineering optimisation phase will then commence with Lycopodium providing a final engineering report for the Feasibility Study including final capital cost estimates and an execution timeline. Confidentiality regimes have been entered into with various industry participants for the quality assessment and marketability of the main L-Max® products. Product samples of the highest possible purity will continue to be generated during the June 2018 quarter for third party evaluation. Leach optimisation tests undertaken over the past six months have yielded excellent results and are expected to lead to a material reduction in certain consumable consumption rates and to higher lithium recoveries. The resultant data will be integrated with the Phase 1 Plant feasibility study in the June 2018 quarter. Further logistics trade-off studies undertaken during the quarter confirmed Sudbury, Ontario as an optimal location for the Phase 1 Plant. Evaluations of the short-listed sites within Sudbury were undertaken resulting in a preferred site being identified within an existing industrial park. This site has excellent existing infrastructure including power, gas, water and sewer, as well as road and rail access into the site. The owner of the industrial park and Lepidico are working together to assess available incentives to upgrade the power and gas services at this preferred location. Environmental baseline work on the site continued and is on schedule for completion during the December 2018 quarter. Engagement with various potential stakeholders including local First Nations groups and Provincial Ministries continued during the quarter, with the objective of ensuring ongoing support for the development of the Phase 1 Plant Project in Sudbury. Samples of the four L-Max® residue streams were produced late in the quarter and shipped to Knight Piésold Consulting (KP Consulting) in Ontario to commence residue characterisation work. Residue storage facility engineering work continued for the preferred site during the quarter. However, KP Consulting, Lepidico and Laurentian University, in consultation with the City of Greater Sudbury are collaborating on possible commercial uses for the benign L-Max® residue. If successful, the need to store residue on site may be eliminated, thereby making the Phase 1 Plant a “zero waste” facility, and result in further capital and operating cost savings. The Feasibility Study for the Phase 1 L-Max® plant remains on track and budget for completion during the second half of the 2018 calendar year. However, depending on the initial assessment of the work being undertaken with Laurentian University, the timing of the Feasibility Study may be revised to accommodate and permit the use of L-Max® residue as a commercial product, so as to imbed the envisaged economic benefits into the Study. Permitting and approvals processes remain on the critical path. Selection of the primary feed source to the plant is expected mid-2018 and is also on the critical path for the integrated study. Feasibility study level process design criteria for the upstream concentrator are scheduled to be completed during the September 2018 quarter. This work is planned to be based on the Outotec cPlant design. The cPlant Concentrator offers a cost effective, flexible solution, ideal for projects with modest capacity needs and/or in remote locations. The plant is based on pre-fabricated and functionally tested modules inside container-sized steel frames that can be easily transported and installed, and quickly connected. Some of the stated benefits of cPlant include: reduced EPC project costs compared to a conventional flotation plant; up to 20% lower capital investment; requires 30% less labour resources; 95% of installation and pre-commissioning done prior to delivery; minimal civil engineering work required; and ease of relocation.