MTM Critical Metals Achieves High Gold Recovery from E-Waste using FJH Technology

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THE CLEAN ENERGY CAFE: MTM Critical Metals (ASX: MTM) reported gold recovery success from electronic waste (e-waste) during initial tests of the company’s proprietary Flash Joule Heating (FJH) technology.

MTM Critical Metals believes the high recovery gold yields achieved by the testing demonstrates the technology’s potential to change the status quo for the recycling industry.

The company’s proof-of-concept stage testing recovered up to 70 per cent of the contained gold within e-waste without the use of toxic acids.

The FJH process works by ‘flash’ heating e-waste in a chlorine gas atmosphere, vaporizing the target metals like gold for efficient separation and collection via metal chlorides.

The process is highly scalable and environmentally friendly, offering a sustainable and energy-efficient alternative to traditional methods of recovering metals from e-waste such as smelting and chemical leaching, which are considered energy-intensive, environmentally harmful, and economically inefficient.

“FJH has proven to be an efficient and sustainable solution for recovering gold from low-grade e-waste, with future tests to focus on higher metal content material as it becomes available,” MTM chief executive officer Michael Walshe said in the company’s ASX announcement.

“As global e-waste levels rise and the demand for greener metal production increases, particularly in the face of an acid shortage, FJH presents a cleaner and more efficient alternative to traditional methods.

“This technology holds the potential to unlock significant economic value through environmentally responsible metal extraction, delivering lasting benefits for shareholders, the industry, and the environment.”

E-waste is one of the fastest-growing components of solid waste with over 60 million tonnes produced annually, of which only about 20 per cent is currently recycled.

This is a readily available source of precious and critical metals like gold, copper, and palladium that is valued at over US$70 billion in potential recoverable content.

It also presents a great opportunity for material reclamation that reduces carbon emissions and minimises toxic by-products.

 

TO READ THE FULL ANNOUNCEMENT: CLICK HERE

 

 

Great Western Exploration Identifies Large Compelling Niobium Soil Anomaly

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THE DRILL SERGEANT: Great Western Exploration (ASX: GTE) declared the defining of a large niobium soil anomaly within the company’s 100 per cent-owned Yerrida North project in Western Australia.

Great Western Exploration has named the anomaly, Sumo, which it considers to have prospectivity highlighted by coincident pathfinder geochemistry supporting the potential for a niobium-mineralised system.

Field reconnaissance undertaken by the company has verified Sumo as insitu, meaning it is not related to transported sedimentary material.

“The Sumo niobium target is another highly promising target that has been developed by the company through analysis of the large dataset provided to Great Western by Sandfire Resources, following withdrawal by the latter from the Yerrida North Joint Venture, Great Western Exploration said in its ASX announcement.

“Great Western anticipates that more prospective targets will be defined as the company assesses the dataset, undertakes fieldwork and completes further geological interpretation.

“In addition, the company anticipates the commencement of drilling at its giant Oval copper-gold target later this month.”

 

TO READ THE FULL ANNOUNCEMENT: CLICK HERE

 

 

Critical Resources Confirms Hillgrove South Antimony Prospects via Desktop Studies

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THE DRILL SERGEANT: Critical Resources (ASX: CRR) has upped the antimony ante within the company’s Halls Peak project area in New South Wales.

Critical Resources recently conducted desktop studies over its Halls Peak project area, which it claims to have confirmed the existence of strategic antimony prospects.

The impetus behind the company’s antimony curiosity was driven by the global shift in antimony supply dynamics.

The study initially focused on the Hall Peak tenements staked by Critical Resources in 2021 that are just down the road from Larvotto Resources’ ASX :LRV) Hillgrove deposit, which currently hosts a total resource of 7.264 million tonnes at 1.3 per cent antimony for 93,000 tonnes of contained antimony.

The prospect to emerge as a front runner is the Mayview Homestead Stibnite prospect grading 1.55 per cent antimony and situated to the east of Larvotto’s Hillgrove antimony-gold project.

Critical Resources considers the Mayview antimony prospect to potentially be a continuation of the Hillgrove system, occupying a southeast trending fault or shear zone, similar to many lodes at the nearby Hillgrove project.

“We are thrilled to confirm antimony showings within the Halls Peak project area,” Critical Resources non-executive director Nigel Broomham said in the company’s ASX announcement.

“Our recent desktop studies have unveiled significant opportunities close to the Hillgrove antimony-gold mine, highlighting several historic prospects that have yet to be explored with modern techniques.

“The Mayview Homestead prospect, situated just 2.7 kilometres east of Larvotto Resources’ Hillgrove deposit, stands out as particularly promising.

“Data recorded from the Geological Survey of NSW which includes grades of 1.55 per cent antimony indicates that it could potentially extend the well-established Hillgrove antimony-gold system, given its alignment with similar fault structures.

“Additionally, our desktop analysis has identified the Riverview and Kempsey Road prospects, documented by the Geological Survey of New South Wales in the early 1980s have recorded antimony mineralisation.

“Given the current global dynamics in the antimony market, notably the recent export controls imposed by China, which have spiked prices and intensified market volatility, our findings position Critical Resources favourably.

“Antimony’s strategic importance in various high-tech and military applications further enhances the potential value of these prospects.

“Looking ahead, we are engaging leading geologists to refine our understanding of these prospects and plan comprehensive fieldwork, including mapping and sampling, to validate our initial findings.

“This strategic approach will ensure that we are well-positioned to capitalize on the growing demand for this critical mineral and advance our exploration efforts effectively.”

 

TO READ THE FULL ANNOUNCEMENT: CLICK HERE

 

 

Red Metal Confirms Sybella REO Resource Potential

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THE DRILL SERGEANT: Red Metal (ASX: RDM) reported confirmation of large tonnage potential at the company’s Sybella rare earth oxide (REO) discovery near Mt Isa.

Red Metal based its report on assay results from step-out drilling carried out over an eight kilometre by three kilometre portion of the rare earth enriched Sybella granite.

The company indicated infill drilling of the higher-grade zones was now a priority.

Red Metal said the assays reveal multiple, long intercepts of magnet rare earth oxide (MREO) mineralisation (neodymium, praseodymium, dysprosium and terbium) with many starting at surface and ending in mineralisation.

Two wide parallel zones of significant strike length have been outlined with mineralisation from surface grading between 340-400ppm MREO.

Both zones can confidently be extended beyond 120 metres in depth.

The Eastern Zone extends for over 4.8 kilometres along strike and is up to 1.5km wide covering an interpreted surface area of at least 3.6 square kilometres and appears to remain open to the southeast.

The parallel Western Zone is 7.2km long and varies from about 400m to over 1.6km wide over an interpreted surface area of about 7.6sqkm.

“Step-out drilling has successfully confirmed Sybella’s vast size potential and most importantly, it has shown opportunity for wide shallow zones of higher-grade mineralisation where potential starter pits could be initiated,” Red Metal managing director Rob Rutherford said in the company’s ASX announcement.

“This drilling together with our positive early-stage metallurgical test work has enhanced the potential for a bulk tonnage heap leach opportunity at Sybella.

“Preparations for infill drilling this season are underway and we look forward to announcing results from more detailed assessments on this exciting new drill data in the months ahead.”

 

TO READ THE FULL ANNOUNCEMENT: CLICK HERE

 

 

Brightstar Resources Encounters High-Grade Gold at Menzies Link Zone Deposit

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THE DRILL SERGEANT: Brightstar Resources (ASX: BTR) released assay results from it first drilling campaign on the Link Zone, part of a larger drilling program being undertaken across the company’s Menzies and Laverton gold projects in Western Australia.

Brightstar Resources is carrying out diamond drilling across its broader 1.45 million ounces of gold portfolio in Menzies and Laverton.

This program is targeting gold mineralisation for near-term development assessment of the Link Zone deposit, specifically targeting the Merriyulah and Golden Dicks deposits, located between the 287,000 ounces gold Lady Shenton System and 43,000 ounces gold Lady Harriet System at the Menzies gold project.

Assays have been received for five diamond holes drilled at the Link Zone deposit, with all holes at Link Zone drilled for metallurgical and geotechnical testwork purposes.

Results produced multiple high-grade intercepts targeting conceptual pit shells at the Merriyulah and Golden Dicks deposits within the Link Zone area.

Intercepts returned at Link Zone include:

LZMET24001
12 metres at 11.9 grams per tonne gold from 51m, including 1m at 55.8g/t gold from 54m
10m at 0.97g/t gold from 23m, and
0.6m at 12g/t gold from 43.4m;

LZGT24001
1m at 5.57g/t gold from 45m;

LZGT24002
9.7m at 1.77g/t gold from 34.3m;

LZGT24003
8.49m at 1.56g/t gold from 14m; and

LZGT24004
13.1m at 1.19g/t gold from 11.3m.

“The diamond drilling component of our +30,000m campaign kicked off at Link Zone, with excellent grade results returned despite most holes being drilled for geotechnical purposes,” Brightstar Resources managing director Alex Rovira said in the company’s ASX announcement.

“Additionally, the metallurgical hole has given us valuable information for downhole lode grade variability, highlighted by a superb 6m at 21.08 grams per tonne gold intercept containing six individual 1m +5g/t gold intercepts within a broader down dip intercept of 12m at 11.9g/t gold.

“We’re particularly encouraged by the grades returned, with these results released today along with our recently completed Link Zone RC program all returning grades well above the global MRE estimate for Link Zone emphasising areas for potential open pits.

“Geotechnical logging was completed ahead of sampling and assaying, with the remaining core and existing RC samples being utilised for a metallurgical testwork program presently underway to feed into re-optimised pit shells and ultimately define a pathway to monetisation via a small-scale mining campaign similar to the successfully completed Selkirk Mining JV earlier this year.

“Approximately one kilometre to the north, the Lady Shenton System RC drilling program will complete in the coming fortnight, with these results to be assessed and integrated into an updated Mineral Resource Estimate for the Definitive Feasibility Study presently underway.

“We look forward to updating the market with these results, along with previously completed RC and diamond programs at Jasper Hills and Second Fortune with assays progressing through the laboratory.”

 

TO READ THE FULL ANNOUNCEMENT: CLICK HERE

 

Carnaby Resources Confirms Mohawk Copper-Gold Discovery

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THE DRILL SERGEANT: Carnaby Resources (ASX: CNB) has confirmed its recent Mohawk copper gold discovery at the company’s Greater Duchess copper gold project in Mt Isa, Queensland.

Carnaby Resources announced the confirmation via the release of assay results from the first two drill holes undertaken at the Mohawk copper gold discovery.

Assays results included:

MKRC001
21 metres at 2 per cent copper, 0.6 grams per tonne gold from 43m, including 12m at 3.3 per cent copper, 0.9g/t gold from 44m; and

MKRC008
25m at 1 per cent copper, 0.3g/t gold from 97m, including 14m at 1.4 per cent copper, 0.5g/t gold from 98m.

“Assay results from the first two drill holes at Mohawk have come in at much higher grades than the previously reported pXRF readings and confirm Mohawk as a significant new high grade sulphide discovery,” Carnaby Resources managing director Rob Watkins said in the company’s ASX announcement.

“To date we have only drilled six holes into the main Mohawk zone with every hole intersecting strong copper sulphide mineralisation over broad widths.

“Drilling continues and we eagerly await the next the next round of assay results where we may see similar increases in copper grades from the pXRF readings.”

 

TO READ THE FULL ANNOUNCEMENT: CLICK HERE

 

 

New World Metals on Show at Investment Series

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THE CONFERENCE CALLER: As always, the annual New World Metals Investment Series is hosting a strong program of presenting companies.

This year, however, The Roadhouse has opted to look at the commodities being showcased by the presenters.

 

Antimony

The United States is currently on the look out for deliveries of many critical metals that were previously supplied by China and Russia, of which antimony is one.

China has imposed export restrictions on antimony to the extent that the reaction has been a very strong increase in the global price.

Antimony is used in a wide range of applications, ranging from flame retardants by enhancing the fire resistance in fabrics, plastics, and building materials.

Antimony plays an important role in the electronics industry for making diodes, Hall-effect sensors, and infrared detectors.

Antimony oxide improves the clarity and quality of glass and ceramics.

 

Copper

Copper exploration has been an ongoing constant in the Australian mining landscape and continues to be so.

Recent expenditure on copper exploration shows Australian exploration plays still enjoy the thrill of looking for, and the added thrill of finding this soft, malleable, and ductile metal with very high thermal and electrical conductivity.

According to the boffins at the Department of Industry, Science and Resources in their Commonwealth of Australia Resources and Energy Quarterly March 2024 the average spend on copper exploration in Australia rose to $169 million in 2023.

“This was around 19 per cent higher compared to the last year, and continues a general upward trend seen since 2017,” DISR said.

“Export volumes are forecast to reach 845,000 tonnes in 2023–24, little changed from 2022–23.

“However, due to a lower copper price, export earnings for 2023–24 are forecast to be around $12.1 billion, a 1.2 per cent contraction compared to 2022–23.

“Exports earnings (in real terms) are projected to grow 4.7 per cent annually, to reach around $16.8 billion by 2028–29.”

 

Gallium

Gallium is a critical metal used in the defence industry and computer chips with gallium chips anticipated to potentially replace silicon in semi-conductors, transistors, including electronic circuitry.

Gallium increases component speed and miniaturisation critical in generative AI and associated demands for semiconductors.

Once again, China has been central to the element’s recent surge in interest due mainly to an export ban implemented by that country in 2023.

Up to then, China was pretty much the sole gallium supplier to the semiconductor industry, producing around 98 per cent of the world’s supply of raw gallium.

Critical metal watchers anticipate USA, European and Asian, Sovereign states and semiconductor chip makers will be active in seeking reliable and secure supplies outside of China.

 

Graphene

Graphene was discovered in 2004 by some University of Manchester scientists playing with their graphite pencils and some sticky tape.

Their curiosity produced a substance 200 times stronger than steel that is 1,000 times lighter than paper.

Graphene conducts electricity better than any other material at room temperature making it a high contender for use in the battery industry.

Its exceptional conductivity has potential to produce graphene-based batteries that charge faster and last longer than the current lithium-ion favourites.

 

Graphite

Graphite is a soft, black mineral composed of carbon in a hexagonal crystalline structure, making it an ideal source for producing graphene.

Graphite is found in three different forms: in high-grade metamorphic rocks as disseminated crystal flakes; in veins or fractures as vein graphite; and in thermally metamorphosed coal deposits as amorphous graphite.

Graphite is a good electrical conductor and has a high fusion point and good lubricating properties.

It is used as an anode in batteries, as a refractory material in industries producing molten metal for crucibles and blast furnace linings, and to replace asbestos in brake shoes for heavier vehicles. Graphite is also used in pencils.

 

High Purity Alumina

High purity alumina (HPA) is a pure, high-grade form of non-metallurgical alumina or aluminium oxide (Al2O3).

Uses for HPA varies depending on its degree of purity, which can vary from 99.99 per cent (4N) and 99.999 per cent (5N), with some companies now seeking to produce 99.9999 per cent (6N) purity.

HPA is an essential compound for the manufacturing of LED (light-emitting diode) lights, lithium-ion batteries for electric vehicles and synthetic sapphire glass for wearable tech and smartphone camera lenses.

 

Indium

Most indium is used to make indium tin oxide (ITO), an integral ingredient of touch screens, flatscreen TVs and solar panels. This is because it conducts electricity, bonds strongly to glass and is transparent.

Indium nitride, phosphide and antimonide are semiconductors used in transistors and microchips.

Indium metal sticks to glass and can be used to give a mirror finish to windows of tall buildings, and as a protective film on welders’ goggles.

It has also been used to coat ball bearings in Formula 1 racing cars because of its low friction.

 

Lithium

If you haven’t heard of lithium by now, turn your phone on.

Lithium, a soft, very light, white metal, is found in spodumene rock formations, and Australia has some of the best-known deposits in the world.

Aside from its technological uses, lithium also has medicinal properties for psychotic medications.

 

Mineral Sands

Mineral sands (sometimes known as heavy mineral sands) contain concentrations of industrial minerals, such as rutile, ilmenite and zircon.

Other elements are sometimes present in the form of monazite and xenotime.

Rutile and leucoxene are sometimes blended to produce a high-grade titanium to be used as a feedstock to produce titanium dioxide and to make titanium metals for the aerospace industry.

Zircon is used as an opacifier for glazes on ceramic tiles, in refractories and for the foundry industry.

 

Nickel

Nickel has been delivering a world of pain to Australian participants with global mined nickel production up by 6.9 per cent year-on-year in the March quarter 2024.

Sounds good initially, until Indonesia is factored into the equation, which takes credit for the vast majority of that growth.

Because of its ability to process nickel further than Australian producers, Indonesia has more chance of exporting to China and is on track to further add to its current output.

The recent fall in nickel prices is expected to result in a substantial drop in Australia’s total mined and refined nickel production through to 2025–26.

We have already seen mine closures and reduced output from several Australian producers, as well as delays in planned projects.

 

Rare Earths

Rare earth elements are a group of seventeen chemical elements that occur together in the periodic table that is made up of yttrium and the 15 lanthanide elements (lanthanum, cerium, praseodymium, neodymium, promethium, samarium, europium, gadolinium, terbium, dysprosium, holmium, erbium, thulium, ytterbium, and lutetium).

Rare earth metals and alloys that contain them are used in many everyday use devices, such as computers, rechargeable batteries, mobile phones and magnets.

Many of the rechargeable batteries made with rare earth compounds are also used in electric vehicles.

 

Silica Sand

Silica sand is probably one of the more underrated of the world’s resources, being as it is the second most consumed globally after water.

Silica sand is demand as the primary ingredient for all glass and concrete, making it the foundational ingredient of the modern city.

Silica sand also has a crucial role to play in the global decarbonisation effort as high purity silica sand with a low iron content is needed for the high-tech flat glass used in solar panels and smart screen technology.

 

Silver

Silver has been giving gold a good run for its money of late, in fact the past twelve months has seen the second most shiny of the precious metals rising by more than 25 per cent this year to mid-August.

Silver is not often credited for its photovoltaic contribution, but being a quiet achiever the part it plays in generating solar power grew 64 per cent to a record high with analyst predicting strong growth to come.

There are many other uses for silver, including in medicine, the automobile industry – combustion and electric, as a water purifier, and is used in brazing and soldering.

A further approx. 280 million ounces (nearly 9,000 tonnes) of silver used in photography, silverware and jewellery manufacturing each year.

 

Tin

Tin is a white metal at room temperature that is soft and highly rust-resistant and fatigue-resistant.

Tin is non-toxic and highly malleable, which means it is easily shaped to suit the demands of its users.

Tin alloys easily with other metals, has a low melting point and is easy to recycle.

Of the many important uses for tin, the most common is to produce tinplate, or steel coated tin to be used for food packaging.

Tin and tin alloys are used also for solder, especially in the electronics industry.

It is commonly used as an alloy for bearing metal and as an alloy in metallic coatings.

 

Uranium

Uranium has found its way back to the national consciousness due to recent power policy shifts announced by the Federal Opposition.

Uranium is used to power nuclear power plants to generate electricity.

The energy produced by uranium creates steam that turns the turbines in the power plant which generate electricity.

Australia has the world’s largest Economic Demonstrated Resources of uranium and in 2022 was the world’s 4th largest uranium producer.

Australia, at present, has no commercial nuclear power plants and has very limited domestic uranium requirements.

Australia exports all its uranium production to countries that have signed bilateral safeguards agreement to ensure Australian uranium is only used for peaceful purposes and does not contribute to any military applications.

 

 

CLICK HERE TO VIEW THE NEW WORLD METALS INVESTMENT SERIES PROGRAM

 

 

Great Boulder Resources Confirms High-Grade Gold North of Mulga Bill

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THE DRILL SERGEANT: Great Boulder Resources (ASX: GBR) reported encouraging gold encounters from recent drilling at the company’s Side Well gold project near Meekatharra in Western Australia.

Great Boulder Resources completed 14 RC holes testing targets up to 300 metres north of Mulga Bill in a program designed to confirm the continuity of high-grade mineralisation extending north of the current resource area into Mulga Bill North.

The drilling has stretched the mineralised footprint at Mulga Bill, which hosts a current Mineral Resource Estimate of 568,000 ounces gold at 2.7 grams per tonne gold to over 2.3 kilometres.

Highlights from the latest drilling include:

24MBRC018
8 metres at 10.84 grams per tonne gold from 135m, including 3m at 27.94g/t gold from 138m, and
5m at 1.98g/t gold from 117m;

24MBRC012
6m at 7.62g/t gold from 136m; and

24MBRCD013
8m at 2.02g/t gold from 72m, including 4m at 3.86g/t gold from 72m.

“RC drilling immediately north of Muga Bill has confirmed high-grade mineralisation extending 250 metres north of the current resource envelopes,” Great Boulder Resources managing director Andrew Paterson said in the company’s ASX announcement.

“This program comes on the back of high-grade hits announced in this area earlier in the year, including 16m at 13.83g/t gold in hole 24MBRC001.

“The new results support our expectation that we will be able to extend and increase the Mulga Bill JORC resource estimate later this year.

“The combined footprint of Mulga Bill and Mulga Bill North extends over 2.3 kilometres of strike, and we’ve really only scratched the surface of the northern half of that zone with relatively shallow drilling.

“The RC rig has now moved onto resource definition targets at Mulga Bill.

“This program is designed to infill and extend areas of the inferred resource to upgrade those ounces to JORC indicated category.

“We will then return to greenfields targets, with a first-pass AC program at Side Well South in late September.”

 

TO READ THE FULL ANNOUNCEMENT: CLICK HERE

 

Ausgold to Conduct Major RC Drill Program at Katanning

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THE DRILL SERGEANT: Ausgold (ASX: AUC) is about to push the green button for a major new gold drilling program to be undertaken at the company’s 100 per cent-owned 3.04Moz Katanning Gold Project (KGP) in Western Australia.

Ausgold is scheduled to commence drilling of approx. 19,000 metres of Reverse Circulation drilling on the 3.04 million ounce Katanning Gold Project in October 2024.

RC drilling will commence with a planned 5,000m infill drilling program within the KGP Central Zone, designed to de-risk the first 18 months of the mine schedule.

A further 6,000m of RC drilling is planned across key target areas within the KGP with another 8,000m of exploration drilling planned to target high-priority prospects within Ausgold’s 4,300 square kilometres of SW Yilgarn tenure it considers to hold potential to host large gold systems.

The company is currently progressing a Definitive Feasibility Study (DFS) on the development of the KGP in parallel with regional exploration to unlock the potential of its tenure position in the Katanning Greenstone Belt, located in the historically underexplored and highly prospective south-west portion of the Yilgarn Craton.

“Ausgold is about to launch a substantial drilling campaign with the dual focus of de-risking the 3.04 million ounces Katanning Gold Project and building Resource potential regionally across our dominant tenure position,” Ausgold managing director Matthew Greentree said in the company’s ASX announcement.

“New drilling will focus on de-risking initial mining areas before moving on to target direct extensions to the KGP as well as greenstone belts along regionally significant structures, including targets along 130 kilometres of strike length along the Stanley Trend.

“The region is largely under-explored and the company sees clear opportunities to leverage its technical expertise and geological understanding to build a regional resource footprint alongside the growing resource base at the Katanning Gold Project, while maintaining its primary focus on developing a large-scale mining operation.”

 

 

TO READ THE FULL ANNOUNCEMENT: CLICK HERE

 

Critical Resources Commences Drilling at Mavis Lake Lithium Project

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THE DRILL SERGEANT: Critical Resources (ASX: CRR) has commenced a targeted drilling campaign at the company’s 100 per cent-owned Mavis Lake lithium project in Ontario, Canada.

Critical Resources explained the drilling will be focused on two key areas, the first being to conduct drill testing of the project’s high-priority Northern Prospects, specifically the Tot pegmatite, whilst the company continues resource expansion drilling at the Main Zone of Mavis Lake.

Critical Resources previously identified the Northern Prospects (Gullwing and Tot) as high-priority targets after they displayed favourable geological characteristics and potential to add substantial tonnage to the overall resource base.

Drill testing will focus on identifying and delineating additional lithium-bearing pegmatites the company believes could enhance the project’s scale and economic viability.

Critical Resources’ is drilling to build upon its existing Mineral Resource Estimate (MRE) of 8 million tonnes at an average grade of 1.07 per cent lithium oxide (Li2O).

“This drill campaign at Mavis Lake is a crucial step in unlocking the geological potential of the area,” Critical Resources exploration manager Troy Gallik said in the company’s ASX announcement.

“Our exploration strategy is meticulously designed to enhance our understanding of the spodumene-bearing pegmatites, particularly within the Northern Prospects, including Gullwing and Tot, which have shown significant promise in preliminary exploratory works.

“The targeted drilling at these zones, along with continued work at the Main Zone, is expected to provide critical data that will refine our resource models and support the potential for a substantial expansion of the current resource base.

“The insights gained from this program will be instrumental in advancing the geological understanding of the Mavis Lake Project as we work towards our exploration target.”

 

TO READ THE FULL ANNOUNCEMENT: CLICK HERE