ANSON RESOURCES WKN: A2AC6W ISIN: AU000000ASN8 Kürzel: 9MY Forum: Aktien Thema: Hauptdiskussion

Die Abbildung im Link zeigt, dass die Legacy Fläche ein fehlendes Puzzle Teil darstellt, um die Ressource von Inferred zu Indicated upzugraden

https://stockhead.com.au/resources/anson-eyes-resource-upgrade-off-the-back-off-strategic-lithium-project-acquisition-next-door-to-paradox/

Die Kursentwicklung ist bei Anson leider sehr enttäuschend. Nichtsdestotrotz ist das Upside Potenzial gigantisch. Das muss einem das Warten wert sein ;)

Der Legacy Lithium Deal sollte in den nächsten 2 Wochen abgeschlossen sein. Für Anson ist dieser Deal sehr wichtig um eine flächendeckende Landfläche zu erhalten. "The Green Energy project consists of 208 placer claims covering 16.85km2 that abut Anson Resources’ (ASX:ASN) Paradox project and will result in the Paradox project becoming one contiguous mineralised block – with an 8% increase in land area"

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https://www.proactiveinvestors.com.au/companies/news/1022717/anson-resources-modelling-confirms-constant-groundwater-pressure-will-remain-during-production-1022717.html?viewSource=TwitterAU

AU  Anson Resources modelling confirms constant groundwater pressure will remain during production Last updated: 10:01 07 Aug 2023 | First Published: 09:40 07 Aug 2023 Written by: Jonathan Jackson About this content ViewAnson Resources Ltd ASX:ASN  Anson Resources Ltd (ASX:ASN) has finished a Numerical Groundwater Flow Model covering the Paradox and Green River lithium projects in south-eastern Utah, USA.  Anson is focused on developing the Paradox Project into a significant lithium-producing operation. Its goal is to create value through the discovery, acquisition and development of natural resources that meet the demand of tomorrow’s new energy and technology markets. The flow model, completed by a third party, is to also be used to facilitate project planning, permitting, operations and resource estimation. Digital simulations confirm the regional flow parameters, while the flow model will be used to convert the indicated resources into reserves, noting that reserve calculations are required for project funding.  “One of the most frequent questions that we are asked about the Paradox Lithium Project is when it is expected that the pressure will drop and to what level. A drop in pressure often occurs in oil projects where reservoirs are usually in pods,” Anson executive chairman and CEO Bruce Richardson said. “The brine reservoir at Paradox has been discovered by historic drilling programs to cover an extensive area both in the Paradox Formation clastic zones and the Mississippian within the Leadville Formation.  “The 3D modelling that we have done using the data from these drilling programs confirms that the pressure of the brine as it is extracted remains constant providing a continuous feed without the need for pumping. "Similar to a geothermal project, this naturally occurring energy source provides a feed to the production plant at no extra cost and also can be used to power the extraction process. This is a unique project and Anson is working to maximise the opportunity presented to further lower production costs.”  Benefits of the flow model Anson imported the 3D Geological model directly into the flow modelling software to create the conceptual flow model.   Completed initial digital simulations confirm the known flow parameters for the project area, while simulations of lithium-rich brine extracted from the Skyline Unit 1 and Long Canyon Unit 2 wells over a 5-year period show that the pressure remains constant after a minimal drop when artesian flow begins.   The model shows that the constant high pressure over the five-year period will result in the continuation of the artesian flow seen in the re-entry drill programs.  Anson is set to utilise the flow model to ascertain aquifer attributes and flow rates, a significant step where direct measurements are not feasible. The model's capabilities extend to the simulation of aquifer responses under hypothetical conditions, such as determining the flow rates required throughout the project's lifespan to align with future production volumes. The model is designed to promote more accurate project planning, permitting, operations and reserve estimations, by allowing further sensitivity analysis and predictive simulations. Crucially, this flow model will equip independent consultants with digital results known as 'Modifying Factors'. These factors are critical in the conversion process of the JORC indicated resources into reserves, a necessary procedure for securing future funding for the project's construction

Anson Resources modelling confirms constant groundwater pressure will remain during production

Wir beschäftigen 2 Government Relation Manager. Das sollte ausreichen um die SUWA Bemühungen einzudämmen und die Behörden vom Vorhaben zu überzeugen.

https://twitter.com/anson_ir/status/1686676358213103616?t=taStPnDe70gItkgjW0u0LQ&s=19

Es kommt richtig Bewegung rein

Klingt sehr stabil

The lithium carbonate samples were created at the company’s Lithium Innovation Centre in Florida, USA, using equipment that replicates the DLE process planned for the proposed production plant at the project site. Over the past month, Anson has produced 33 gallons of eluate from 99 gallons of raw brine sourced from Paradox’s Long Canyon Unit 2 well. The company plans to ramp up production in the coming month and thereafter, relocate the sample demonstration plant to the proposed production site at the project. This will ensure a continuous production of samples to meet expected demand from potential original equipment manufacturer (OEM) partners, including electric vehicle and lithium-ion battery manufacturers. The DLE, the first step in the lithium carbonate production process, has been rigorously tested and validated at an independent laboratory in Salt Lake City.

Anson Resources produces first lithium carbonate from Paradox brines in groundbreaking moment. Anson Resources Ltd (ASX:ASN) is set to play a crucial role in powering the electric vehicle revolution after producing its first battery-grade lithium carbonate from brines at its Paradox Lithium Project in Utah, USA. The company produced the lithium carbonate by using the flowsheet designed by its direct lithium extraction (DLE) partner Sunresin New Materials Co. Ltd for the project’s lithium-rich brines. With the product samples at hand, Anson will now be able to advance discussions with potential off-take partners.