Auryn/Medinah 2026 1st half General Discussion

AUMC is not a traditional exploration/mining play - therefore any talk of drilling 1,000 holes is utterly irrelevant. Period.

AUMC was able to get the financing it needed from people who were apparently satisfied with the artisanal mining records from ENAMI, trenching and other geological results, plus the 30-some-odd drill holes AUMC has. No additional financing is needed in order to proceed. And, I certainly would advise MC to avoid wasting any such money - if the El Penon Mine can make money chasing veins, then so can we. This is not hard. We’re in the business of taking it in, not giving it out - don’t spend it until you HAVE to. It’s that simple.

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No, it’s not AI who makes it personal.

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No new pictures? Electrical complete to the plant yet,

Anyone else nervous about the debt claims that closed yesterday?

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Was it yesterday? I thought it was the 18th

It is February 15.

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MC and Wizard’s job will be to review whatever claims are filed and then decide whether to accept or reject the claim and then whether to file proceedings to object, if necessary. No timeline on that process that I saw.

According to NRS 32.295, Paragraph 2(f), the received may:

(f) Recommend allowance or disallowance of a claim of a creditor as provided in NRS 32.335;

According to Paragraph 5 of NRS 32.335:

  1. At any time before entry of an order approving a receiver’s final report, the receiver may file with the court an objection to a claim of a creditor, stating the basis for the objection. The court shall allow or disallow the claim according to law of this State other than NRS 32.100 to 32.370, inclusive.
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Yes….I’ve been here a long time, rarely contributing to the Miningplay but a constant reader and buoyed by the analysis and hopeful comments. :crossed_fingers:

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How would we know if claims were brought towards the company? That info should be public no or is it when there’s motion filed back from receivership to the court?

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The claims should be filed in the matter, MC (or Wizard) probably already have notice of them. I’m sure they’ll let us know in good time.

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MORE PICTURES

Feb 14, 2026 - Installation of a filter press onto the support platform.

Feb 12, 2026 - Electrical cable connections to motors, installation of connection flanges for the tailings and concentrate settling tank, welding of filter base and support legs, paint to affected areas, review of belts for additional rollers units.

Feb 11, 2026 - Installation of the filter press base continues; an access ladder installed, handrails have been installed.

Feb 11, 2026 - Installation of various electrical control panels.

Feb 10, 2026 - Assembly of the base structure and support legs for the filter press, fabrication and installation of bracing tensioners for the concentrate settling tank.

Feb 10, 2026 - 1913 mine portal (original mine access 1950s).

Feb 10, 2026 - Antonino portal, mineral piles.

Feb 10, 2026 - flotation plant, electrical generator pad, course ore bin, crushing circuit, grinding, flotation cells, tailings and concentrate silos.

Feb 10, 2026 - flotation plant, water reservoir, warehouse.

Feb 10, 2026 - tailings facility.

Feb 03, 2026 laying hdpe lining on inside of tailings facility wall.

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OMG it’s starting to look like a mine !!!

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What I’m liking is everything looks nice and organized. Tells you these guys know how to start up a mining operation.

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AI Overview

Here’s an AI overview of froth flotation and the use of filter presses.

Froth flotation coupled with a filter press is a critical industrial process for separating valuable minerals from ore and subsequently dewatering the concentrate. Flotation uses air bubbles to float hydrophobic minerals, while filter presses (often automatic, like the AFP2525) utilize pressure, diaphragms, and air blowing to remove water, producing dry, stackable tailings or concentrated solids.

This video explains the principles of froth flotation:

57s

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MJ SCHOOL OF MINING AND GEOLOGY

YouTube • May 14, 2024

Key Components and Processes

  • Froth Flotation (Separation): Ore is crushed, ground, and mixed with water to form pulp. Reagents (collectors, frothers) are added to make specific minerals hydrophobic, allowing them to attach to air bubbles and rise as foam.

  • Filter Press (Dewatering): The collected froth is pumped into a filter press, which typically consists of polypropylene cloth-covered plates.

  • Dewatering Cycle: Includes slurry feeding, diaphragm squeezing, and air blowing at high pressure (approx. 620 kPa) to maximize moisture removal.

This video demonstrates how an automatic filter press works:

47s

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FLSmidth

YouTube • Mar 1, 2021

Common Applications and Equipment

  • Mineral Processing: Widely used for sulfide ores (copper, lead, zinc) and coal.

  • Equipment Examples: FLSminth’s AFP (Automated Filter Press) IV is used for high-capacity, automated dewatering.

  • Performance Factors: Proper selection of slurry pumps and maintenance of filter cloth are critical for efficient operation.

  • Optimization: Technologies like radial froth crowders are used to enhance recovery rates by stabilizing the froth.

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I had it all WRONG - thy hydroPHOBIC minerals attach to the bubbles and rise.

Hi MrB,
Now you’ve got it right. What they’ll do is grind the ore to the proper size which for our type of ore will be around 45 to 75 microns. Then you throw in some ethyl xanthate which is very HYDROPHOBIC which means it hates water. The ethyl xanthate will cover the sought after metals making then H-PHOBIC. The H-PHOBIC particles prefer to hang on to the air bubbles and ride them to the surface. The gangue minerals (the lousy stuff) is HYDROPHILIC, it loves the water at the bottom of these Denver cells. The bad stuff exits out the bottom of these cells and heads over to the “FILTER PRESS” where the water is separated from the solid bad stuff and gets recycled. The tailings, now dry, head over to the “dry stack tailings storage facility” which has an HDPE liner (High Density Poly-Ethylene) to keep any contaminants from touching the soil. The regulators love it when a miner builds a “dry stack tailings storage facility”. Liquidy “tailings ponds” can rupture during an earthquake which might lead to toxic stuff contaminating the local water drainage areas.

The bubbles carry the H-PHOBIC minerals, the good stuff, to the surface where it creates a “froth”. The froth is swept into a gutter like receptacle, and then dried. Once again the water gets recycled. The good stuff, now called a “float concentrate” is shipped by truck, often to a smelter. Lucky for us, China recently overbuilt their smelting capacity and now they’re basically giving away free smelting in order to keep their new smelters busy and their people employed. Over half of Chilean “float concentrate” goes to China.

A lot of the gold at the ADL is associated with a sulfide mineral known as “Arsenopyrite” or APY. The formula is Fe-As-S. APY is one of the most powerful “gold magnets” on the planet. The concentration of gold within APY can get over 1 million times (not a typo) the concentration of the gold in nearby rocks. The gold is often super- tiny in particle size and it is known as “invisible gold”. It’s tougher to extract than larger “coarse gold” but the insanely high grades more than compensate for the extra extraction work which typically is done via “froth flotation”. Those tiny little specs of gold love to hop on those HYDROPHOBIC air bubbles and ride them to the surface.

Our gold tends to hang out near the 2 edges (selvages) of each vein associated with APY. Thankfully APY is “acid-consuming” rather than “acid producing”. Acid mine drainage can result from “acid producers”. If you rub 2 chunks of APY (also known as mispickel) together, you’ll get a garlic smell which is very diagnostic that you’re dealing with APY.

You might remember that over at the Merlin 1 Vein (Caren Mine), the gold particles were coarser and that “free milling” ore was amenable to being concentrated by a Sepro-Falconer gravity-based system. They got over 90% recovery. Both the Merlin 1 Vein and the DL2 Vein showed “bonanza” grades (over 100 gpt gold) at the 1,850 meter above sea level elevation. With all of the pre-existing adits in place at the ADL, the miners know exactly where to go in several of the veins. As the miners continue to mine the DL2 Vein heading towards the NNW in the new “NW Drift”, they’re about to hit an area near the base of “Shaft A” where they took a dozen samples a while back. The samples averaged over 100 gpt gold but one sample was way off the charts and it added to the average quite a bit. There’s a thing called “the nugget effect” which basically says if you have one of several samples that is head and shoulders higher than the others, then don’t go telling people that you expect similar grades all over the place.

In my opinion, you want to keep a close eye on the throughput level of the FF plant through time. The initial nominal throughput level is only 100 TPD. That is miniscule for an FF plant, but even at that rate I’ve shared with you guys my earnings projections of about $57 million (pre-tax) for the first year of production starting after the FF plant is fully dialed-in. What I want to see is the projected rate of growth of the throughput rate through time. Dr. Helmut Mischo told us that once fully dialed-in, the cranking up of the throughput level is going to be very “straightforward”. The nominal throughput level is set BY THE MANUFACTURER. It is not uncommon to blow through that level once things get going.

There is this concept called building a “pilot plant” in order to establish “proof of concept”. You go super-conservative at first and see how the dialing-in process goes without taking much RISK financially or with the regulators. Once you’ve established “proof of concept” then sometimes institutional investors that are keeping an eye on you will be willing to really open up their wallets. What Auryn wants to do is to establish a robust growth profile. The major miners have trouble doing this. They end up going deeper and deeper after lower and lower grades after a while. It’s the young punks like Auryn that can crank up production rapidly. They will be awarded a larger “multiple” of EPS when they accomplish this.

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AUMC is going to PDAC, this year on March 1-4 in Toronto - BB, you going?

“We are excited to announce that we will be attending the PDAC convention again this year from March 1-4 in Toronto. We will be available to meet with investors at our booth, number 2209. We are looking forward to this opportunity to share with you the latest developments and insights on our company. It promises to be an exciting time.”

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I see that Auryn put out a notice that they’re going to PDAC in Toronto in about 10 days. I like the tease “it promises to be an exciting time”. Perhaps it is finally TIME TO TELL THE STORY. Maurizio doesn’t know how to do anything “half way”. He’s probably prepared a “roll out” in front of the entire mining community. If anybody deserved his day in the sun, it would be him.

SO, WHAT EXACTLY IS “THE STORY” WITH AURYN?

For me, “The story” here centers on FORTUITOUS TIMING. According to “The Lassonde Curve”, the sweet spot for investing in the junior miners is immediately before they go into production. More precisely, it is when they enter into the “CONSTRUCTION PHASE”, typically after successfully landing a financing. The reasoning here is pretty straightforward. Approximately only 1-in-1,000 mineral prospects will ever make it into PRODUCTION. For the “lucky” 1-in-1,000, it now takes an average of 17 to 24 years from the commencement of exploration until the first day of PRODUCTION.

It becomes a relative no-brainer to hold off investing in a junior miner until it has already spent those 17-24 years and is IRREFUTABLY at the brink of commencing production. Once into PRODUCTION, “The Lassonde Curve” illustrates what is referred to as a “MARKET RE-RATE” in which the share price of the now “junior producer” typically explodes to the upside. The trajectory and extent of the upward movement in the share price will be highly dependent upon EARNINGS PER SHARE and therefore “TOTAL EARNINGS” as well as the number of shares issued and outstanding at the time of going into production. The ultimate goal for any junior miner is to not only defy the odds and get your mineral prospect into production BUT TO DO SO WITH AS FEW SHARES ISSUED AND OUTSTANDING AS POSSIBLE.

The first component of this “FORTUITOUS TIMING” would be holding off on investing in a junior miner UNTIL it has irrefutably proven that it is entering into PRODUCTION, it has already landed any necessary financing to make that happen, and the junior has not yet received its “MARKET RE-RATE”.

As far as “FORTUITOUS TIMING” goes, if a junior miner can somehow time all of the above accomplishments with the price of the metals being mined and sold trading at or near their all-time highs, then that would obviously be the ideal. If a junior miner can pull off all of the above accomplishments while having only 70 million shares issued and outstanding and 7 million shares in the “float”, then this accentuates the concept of “FORTUITOUS TIMING”. That’s an awful lot of stars to align at the same moment in time.

What if we were able to layer upon all of the above accomplishments the fact that the grades of the ore being mined are pretty much off the charts when compared to industry averages? The mining of extremely high-grade ore tends to drive down the ALL IN SUSTAINING COST (AISC) to mine each ounce. This in turn increases the “MARGINAL PROFIT” per ounce produced. The extremely low number of shares outstanding when combined with the low AISC and high “MARGINAL PROFITS” per ounce of gold produced, increases the all-important “EARNINGS PER SHARE” (EPS). Stocks within the mining industry tend to trade at an industry-standard “multiple” of EPS. In mining, the average “multiple” is 30.1. Those young producers able to generate a robust growth profile in EPS or production rate, can expect th market to award it with an above-average “multiple”. Investors award “multiples” and they want GROWTH.

The focus for prospective investors needs to be on EARNINGS PER SHARE. All of these various components that are nicely co-aligning for Auryn, tend to maximize EARNINGS PER SHARE. Some of these components tend to act in a SYNERGISTIC fashion with other components in a 2 plus 2 equals 8 fashion. Thus “THE STORY” on Auryn is basically “FORTUITOUS TIMING”. If there was a key component, it might be the low number of shares issued and outstanding at the time of entering into PRODUCTION. After all, this is the “ULTIMATE GOAL”. In Auryn’s case, the low number of shares outstanding can be DIRECTLY attributed to their CEO being willing to advance all of the cash needed to make it all of the way into PRODUCTION while charging no interest. This bypassed the need to sell hundreds of millions of shares in order to fund exploration and development.

If another junior miner were to attempt to emulate what Auryn has achieved, I would wish them all of the luck in the world especially in finding a CEO willing to advance all of this cash while charging no interest. So, that’s “THE STORY”, good luck in trying to replicate it. Now the onus is on management to tell “THE STORY”.

SO, ONCE YOU KNOW “THE STORY” WHAT’S THE NEXT STEP ALONG THIS JOURNEY?

I think the next step is to model the potential earnings at play here. I mentioned the presence of SYNERGIES here, in order to get a feel for just how powerful they are, a prospective investor needs to create a list of conservative “input variables” and see how they interact with each other in modeling potential earnings. It’s one thing to model potential top line earnings and then it’s quite another to calculate the EARNINGS PER SHARE, factoring in the microscopic number of shares outstanding i.e. 70 million, and then multiplying that EPS figure by the 30.1 average “multiple” for this sector in order to EXTREMELY ROUGHLY determine an “appropriate share price” (ASP).

If the ASP comes out to a figure that is approximately 8- to 12-TIMES the current share price, then I think that maybe I can talk you into rolling up your sleeves and doing a deep dive into this situation. How large can these “MARKET RE-RATES” be for a junior miner to do what is necessary to get into PRODUCTION? Pretend for a minute, that the odds for a junior miner to get its mineral prospect into production was 1-in-2 instead of 1-in-1,000. You wouldn’t expect much of a “MARKET RE-RATE” would you, because the accomplishment wasn’t that significant? Similarly, if it took the “lucky” 1-in-1,000 an average of 17 days to put its mineral prospect into production instead of 17 years, the accomplishment, and the expected “MARKET RE-RATE”, would be lessened. Because of the actual statistics, the NET PRESENT VALUE (NPV) of a junior miner that did get its mineral prospect into production and has already put in the inordinate amount of time needed to accomplish this, goes up parabolically. The majors that annually need to replace the number of ounces mined per year by drilling out new “in-situ” ounces, don’t have the TIME nor the desire to take on statistical odds like that. There’s a saying in this industry, the “NEW JUNIOR PRODUCERS” don’t stay in that category for very long. They either get taken out by a major or they rapidly become “MID-TIER PRODUCERS”.

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I think the PDAC will be MC’s big opportunity to show his buddies there that:

(1) He has a lot of new toys on his property.
(2) Getting ready to dial his production in.
(3) Only 70 Million shares outstanding (not close to a billion, like some others).
(4) 7 Million float.
(5) Showings/data with HUGE ounces per ton,
(6) Potential for HUGE EPS.

You can’t get better than that - and he won’t need any snazzy show either with all the bells and whistles. This just might be his opportunity to draw some institutional money into this investment! And yes, he DESERVES it!

Thanks Brecciaboy!

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