Australasian Metals Limited

Option to Acquire High Pure Quartz Project in the Northern Territory

Australasian Metals Limited (ASX: A8G, Australasian or the Company) is pleased to advise that the Company has entered into an Option Agreement with Verdant Minerals Limited regarding the Dingo Hole High Pure Quartz Project (EL31078) (Dingo Hole HPQ Project). The acquisition of the highly prospective project will provide Australasian with exposure to the rapidly growing High Pure Quartz (HPQ) sector.


Highlights

  • Australasian has signed an option to acquire the Dingo Hole High-Purity Quartz project in the Northern Territory
  • High Pure Quartz (HPQ) is defined relative to the IOTA® standard and is a key strategic raw material for global semiconductor and electronics industries
  • HPQ resources that can be processed to meet the IOTA® standard are rare globally and growth in AI technologies is resulting in surging demand

Dingo Hole High Pure Quartz Project Highlights:

  • Significant outcropping silica mineralisation across the project area with good road access
  • Historical geochemical data indicate over 30 surface samples contain greater than 99.94% SiO2 with only minimal sample preparation prior to assay1
  • 9 historical samples potentially meet IOTA standard with deleterious elements such as aluminium (Al) below 10 ppm and titanium (Ti) and lithium (Li) below 1 ppm

Dingo Hole High Pure Quartz Project

The Dingo Hole HPQ Project (EL31078) is located in the Georgina Basin, approximately 300km southeast of Tennant Creek (Figure 1). The project covers 35.16km2 and was subject to limited exploration by Rum Jungle Resources Limited (Rum Jungle, renamed to Verdant Minerals Limited) from 2012 to 2016.

Figure 1 Dingo Hole High Pure Quartz (HPQ) project location in Central Northern Territory

In 2015, Rum Jungle conducted a mapping and rock chip sampling program across the Dingo Hole project. 30 of the Dingo Hole samples tested were found to contain greater than 99.94% SiO2 with only minimal sample preparation prior to assay (the samples were pre-leached with 20% Hydrofluoric acid at 60˚ for 4 hours and subsequently washed in Milli-Q water). While this is highly encouraging, it is the low levels of deleterious elements such as aluminium, titanium and lithium contaminants that highlight the project’s world-class potential (Figure 2). Nine of 30 ICP-SMS samples from Rum Jungle’s program contained less than the IOTA® standard for deleterious elements aluminium (Al) at 16.2ppm (16,200ppb), nearly all were better than the 200ppb (0.2ppm) IOTA® level for lithium (Li) and all were well below the 1.2ppm (1,200ppb) level for titanium (Ti).


Click here for the full ASX Release

This article includes content from Australasian Metals Limited, licensed for the purpose of publishing on Investing News Australia. This article does not constitute financial product advice. It is your responsibility to perform proper due diligence before acting upon any information provided here. Please refer to our full disclaimer here.

A8G:AU
The Conversation (0)
Jindalee Lithium

Jindalee Lithium


Keep reading...Show less
Lithium batteries and wires with a lithium periodic symbol and rocks on a dark surface.

Green Technology Metals Boosts Market Position through Root Lithium Project

North America-focused Green Technology Metals (ASX:GT1,OTC Pink:GTMLF) has completed an updated preliminary economic assessment (PEA) for its Root lithium project in Ontario, Canada.

Green Technology Metals said that the PEA evaluated Root on a standalone basis, while the December 2023 PEA combined Root with the company's advanced Seymour lithium project. The new PEA took into consideration the recently updated Root Project MRE, revised pit optimisations and mine development options, and changed lithium market conditions.

“(The PEA confirms Root) as a technically and economically robust standalone operation,” Managing Director Cameron Henry said in an April 9 release. “With a longer mine life, reduced upfront capital requirements, and strong economics, Root is well-positioned to support GT1’s broader strategy of establishing a vertically integrated lithium supply chain in Ontario.”

Keep reading...Show less
CleanTech Lithium

CleanTech Lithium


Keep reading...Show less
Expansive salt flat with polygonal patterns, distant mountains under a clear blue sky.

Types of Lithium Brine Deposits

The growing global adoption of electric vehicles (EVs) is driving lithium demand, and it’s important for investors interested in the battery metal to understand the different lithium deposit types found around the world.

Lithium is mined from three types of deposits: brines, pegmatites and sedimentary rocks. Global lithium reserves are estimated at 30 million metric tons (MT), and continental brines and pegmatites are the main sources for commercial production.

A University of Michigan study published in the Journal of Industrial Ecology explains, “The feasibility of recovering lithium economically from any deposit depends on the size of the deposit, its lithium content … the content of other elements and the processes that are used to remove the lithium-bearing material from the deposit and extract lithium from it.”

Keep reading...Show less

Latest Press Releases

Related News

×