Under the Spotlight – Quinton Hennigh CEO, San Cristobal Mining

Rick Mills, Editor/ Publisher, Ahead of the Herd:

Last year, about this time, we started talking about gold, silver
and copper and the junior resource companies focused on them. And it
turned out we had a fantastic year. Our readers reaped the rewards
of being ahead of the herd on where gold, silver and copper prices
were going. Our predictions for many juniors to participate in our
anticipated junior market revival after years of stagnation proved
prescient.

Gold’s come off, but that was not unexpected by you, given the
current geopolitical situation.

Quinton Hennigh, CEO, San Cristobal Mining:

I think gold is prescient. It tends to front-run a lot of things.
Look at gold since 2024. Were we in the current situation we are in
the latter half of 2024? No.

The elections were coming up in the US and yeah, there was
uncertainty, but there wasn’t this global chaos that
we’re seeing right now. Yet gold went on a tear, basically. It
went from $1,800, I think, what was it, March of 2024. It was over
$2,000 by the end of 2024. And it went all the way up, peaked at
$5,500 just a little while ago.

Yeah, it’s pulled back, but it’s a new regime.
It’s price discovery, gold’s finding its place where
it’s going to be comfortable.

Other metals follow, okay? Silver followed, and copper is following.

And yeah, you’re going to see a cascade. Agriculture is going
to follow, and then ultimately wage inflation is going to come. Wage
inflation tends to be the last.

RM: I’m seeing a bit of a sector focus
switch into critical metals, citing security of supply issues.

QH: Yes we are, there’s definitely been
a pivot. Is it all about the supply side of these? Going out and
finding new deposits? No, absolutely not. It’s about refining
capacity. We in the United States blew it years ago.

China’s got all the refining capacity. What we should be doing
right now is instead of pouring billions of dollars into chasing
deposits we need to be building refineries here in the United
States.

RM: Well, if you haven’t got the
smelting and refining for any metals, I mean, the US has, for
instance, three copper smelters. They’re all so old.
They’re using technology with dinosaur dust on it. One of them
doesn’t work very well. It’s down half the time.

The US could mine all its own copper. They do. As a matter of fact,
they could easily mine 140% of their copper needs.

The problem is they can only refine 40% of their copper needs. The
rest is shipped to China. When you look at Canada, we have one small
copper smelter in Quebec.

All the copper produced in British Columbia is shipped to Asia. We
want to be a metal superpower. How do you get to be a metal
superpower? Certainly not by throwing money at mines to get them to
produce more copper to ship to China.

You want to talk about idiocy. How about some of these companies
with stranded metal? And they’re telling everybody
they’re the next great thing. Why find all that metal when you
can’t move it? You’ve got no railway. Are you going to
truck the concentrates many hundreds of kilometers?

QH: There’s so much wasted capital,
wasted effort right now. I hate to see money coming into this
industry that really isn’t smart. It’s dumb money. And
it gets misallocated.

It’s no better than the Green Deal crap that we saw a few
years ago under Biden. I love the philosophy that we need to rebuild
the mining industry. But for crying out loud, let’s do it
right.

And let’s not screw it up by pissing away all this money and
using these endeavors that just aren’t going to generate a
pound of copper, an ounce of gold or anything. This is just a waste
of time.

RM: You’re right. Why not put the money
into training people, enticing them into school to become
geologists, mining engineers, the people we need, business types to
run these things. And why don’t we build some smelters? Why
don’t we build some refineries? Why don’t we put in some
railways so when we fund the finding of the metals, we can actually
ship them to the smelters? Everything is just ass backwards the way
we’re looking at it.

We need to do this right, but we need to do it. And we can’t
just rush at it because then it becomes another government
boondoggle and a waste of time for all of us.

The last time we talked was two months ago, and I
mentioned Au Gold (TSXV:AUGC), Mark
Blythe’s Havelock Project in the Victoria goldfields,
Australia. You said you really liked it and you wanted to get
involved in it a little bit. Did you ever manage to?

Under the Spotlight – Marc Blythe Founder, President, CEO
& Director Au Gold Corp

QH: I did. I put some money into the last
private placement. I think the project does look like it’s a
true epizonal gold system. The structural controls look pretty
intriguing. It’s got that structural sauce that I like to see,
they call it a complex structural system that can host a lot of
ounces.

Au Gold Corp Identifies High-Grade Gold Targets at its Havelock
Project, Victoria, Australia

It reminds me of Southern Cross Gold’s (TSXV:SCGC) Sunday
Creek project down there.

RM: There are several epizonal deposits in the
area, Sunday Creek, Fosterville and Costerville These deposits
formed roughly 60 million years later than the deeper, classic
mesozonal system like Ballarat and Bendigo.

QH: Yes, they’re of the same ilk.
They’re kind of sprinkled into the Victorian gold fields.
There’s several of these epizonal systems, meaning shallow,
high-grade gold systems, probably associated with late-stage
granites that are part of the orogenic systems down there. They tend
to have an antimony component, that’s a signature of these
epizonal systems. You certainly see that with Au Gold’s
project.

RM: We’ve talked about David
Hoffman’s Orestone Mining (TSXV:ORS) before. They’ve done the mapping and
they’ve outlined an oxide gold stockwork mineralized trend
that’s a strike length of 1,100m and it’s on a moderate
relief hill.

Orestone initiates exploration on Francisca Gold Project with
mapping and sampling program

Last January they put out a news release that they were going to be
working on it, and we haven’t heard much since. Are you still
favorable towards this project and the work they’re doing?

QH: Absolutely, I like to see good science and
from what I see that’s what they’re doing, so yes
absolutely. I’m a strong supporter.

RM: We were both excited about Rackla Metals (TSXV:RAK) prospects last year. Unfortunately, the drill
program didn’t work out the way anybody wanted or expected. I
wasn’t against the drill program. If we did it this year and
we found the same thing, we’d just be one year later. More
work would not have changed the results, imo. If I can get your
thoughts on that.

Rackla plans 10,000m drill program at Lentung tungsten
property

And then what are you thinking about the jump to the Lened tungsten
property to the (renamed) Lentung? It seems like United Carbon had
quite a database there, a very impressive amount and apparently of
quality. What are you thinking about the switch to tungsten here?

QH: Rackla was the heartbreaker of 2025. That
one was a shocker. I really thought that would generate a new gold
discovery. Yes, they hit some gold. They certainly hit the bismuth
and the tellurium in the system as well from the data they
presented.

But it did not hit the gold like we see at Snowline Gold’s
(TSXV:SGD) Valley deposit or something like that. Now they’re
pivoting to tungsten. You’re going to do a bit of mental
readjustment.

This part of the intrusive belt, the Tintina/Tombstone-type belt is
better known for tungsten, especially at the east end. There are
some very big reduced intrusive systems here with appreciable
tungsten.

What does it take to make a tungsten deposit work? One of the keys
with tungsten is metallurgy. You’ve got to see metallurgy that
says you can actually recover the tungsten.

In this case, in almost all reduced intrusive systems, the tungsten
occurs as a mineral called scheelite. Scheelite is basically calcium
tungstate, which is a white brittle mineral. It has very good
cleavage, meaning when you smack it, it tends to disintegrate along
cleavage planes. It breaks down fairly easily and is soft. To make
scheelite work, the key is this:

You’ve got to have a rock that when you mill it, it
doesn’t break the scheelite down preferentially over the rock
that you’re milling. There’s a lot of tungsten deposits
where the host rock is very hard. The problem there is that you go
after that kind of tungsten and you’re milling the hard rock
to break it down so you can release these particles of scheelite.

In turn, the scheelite gets absolutely grounded into bug dust and
you can’t recover the darn stuff. Fortunately, it sounds like
these guys have a more reduced intrusive-type system where the
scheelite is distributed in the intrusion itself. That’s a big
plus for the system.

Can they define a large volume of intrusive, with sheeted veining
and stuff? They seem to be on the right path. And they’ve got
a smart team. I think if they can demonstrate to the world by the
end of this season that they can pull that off, I think this could
be a very good opportunity.

RM: I was talking to Brian Savage the other
day. Electric Metals (TSXV:EML) is a new
sponsor of Ahead of the Herd, and I’m very happy about it.
We’ve talked for over a year now, and when I first started
talking to you, you were technical advisor to Crescat Capital, your
hat right now is CEO of San Cristobal Mining.

Are we going to have to start introducing you now as chairman of
Electric Metals along with chairman of San Cristobal?

You’ve put your name on Electric Metals, it’s a
fascinating company, and it is critical metals, manganese.

QH: First of all, you’ve got to
understand that I’ve known Brian (Brian Savage CEO –
Rick) for quite some time. I like Brian a lot. He’s a very
smart individual. He’s probably one of the most knowledgeable
people I’ve ever met in the manganese space.

He has a very good sense of every single level of the manganese
space from the geology to the engineering and production, and all
the way up through the actual refining and usage, and more
importantly, the supply chain of manganese.

He knows manganese inside and out. When Brian came to me in 2024, I
think it was mid-2024 and asked if I could join as director and then
chairman, I said, Brian, manganese is in the dumps right now.

Yep, it’s in the dumps. What’s the case here? And he
laid it out. He showed me everything from basic supply chain –
we talked about the reorganization of the world, the global supply
chains.

He explained it to me in a very simple picture that was extremely
compelling. Basically, the West needs to secure its own manganese
supply chains. There’s a lot of new uses coming up for
manganese that are going to mean additional refining capacity, other
particular refining products that are going to be needed, things
like this.

I said, okay, so what do you want to do about it? I can’t go
into the details about what the company is working on, but I would
say in the next six to 12 months, I think you’ll see a
fundamental change where Electric Metals becomes a significant
producer of manganese products for the global supply chain. And
between Brian and Tyson and a few others on the team there, Rick and
so forth, we’ve got an excellent team.

These guys know what they’re doing. And that’s what I
need to see in the company. So, I’m very happy to be part of
the story.

Am I a manganese guy? No, not at all. I have public company
experience and I’m happy to help make some connections, which
I did for the financing. We got Eric Sprott in there, by the way.

It’s funny because Eric found out about Electric Metals,
independent of my introduction, he called me up one morning. He
said, okay, you’ve got to tell me more about this. And I
explained the concept of what we’re going to work on.

And he jumped in. He put in $2 or $3 million on the back of one of
the raises we did. So, Eric’s actually a big believer in
manganese, which kind of caught me off guard, but he’s got the
right view.

Buy low, sell high. These are the stories you want to put money into
while the commodity is soft.

RM: It’s an interesting story because
you’re mating up a high grade manganese district and the Emily
deposit to a future processing plant.

The Emily’s the highest-grade manganese deposit, according to
USGS, in the northern hemisphere. You’re going to mate it with
exclusive exploration, mining and processing rights of manganese ore
in the Cuyuna Iron Range, Crow Wing County, Minnesota. You’re
going to incorporate the construction of a 100,000-tonne per year
high-purity manganese sulfur monohydrate (HPMSM) plant.

So, you’re marrying this high-grade manganese, the highest in
the northern hemisphere, with production of the high-purity
manganese sulfide monohydrate. Now, that sounds like a winning
combination.

It seems to me that it’s not only the potential opportunity to
go mining, but also potentially kicking in some manufacturing as
well, and capture not just the upstream or downstream, you’re
capturing the whole damn stream.

QH: That’s precisely the business model
here. It is about everything from the mining side of it all the way
to producing very specialty products in the manganese space,
correct.

RM: Which just isn’t happening a lot in
the US if there’s any, is there?

QH: No, it’s not. It’s almost a
lost art. There’s a very precious handful, a few plants out
there that produce these products. And here we are about to embark
into some high tech uses, modern uses of manganese that aren’t
even on most people’s radar yet.

So, we’ve got to ramp up our ability to produce quality
manganese products in the United States, absolutely.

RM: Okay, we’ve got three left.

White Gold (TSXV:WGO). We talked about White
Gold early last year. You went up and you visited David
D’Onofrio. You talked to Dylan Langille. You talked to Sean
Ryan several times. These guys put together one hell of a program,
and it really paid off for investors.

What do you think about WGO going forward now?

QH: The White Gold story, I did talk to the
team about a week and a half ago. I really like the team, like
Dylan, all the rest of the folks. What impresses me is that they
really do have a concrete understanding of the controls on the gold
deposits now, that I think by and large was lacking previously.

White Gold reports assays, announces critical minerals spin-out
and multiple porphyry-style targets on Pedlar property

So, I think these guys, as they take this understanding, they start
showing some of these targets again or testing new targets even, I
think they’re going to have a very strong success rate. I
think that this particular style of deposit is orogenic gold, okay,
and there’s no question these are orogenic deposits.

But the particular style of deposit here reminds me of some of the
great orogenic systems that we have in the southwest United States
and into northern Mexico. So, I see a strong similarity between the
White Gold area, we’ll call it this area south of Dawson, and
places like La Herradura in Mexico, where you can get 10-plus
million-ounce deposits sprinkled over the terrain. I think these
guys are onto it.

I think they’ll do the good work to find these. And the best
part is the grades are there. I mean, they’re finding some
very handsome grades, 2-3 grams per tonne. It’s not, point X
gram per tonne or 1 g/t. This is 2.5, 3.5 grams per tonne-type
grades.

RM: I don’t think there’s anything
quite like it for an open pit, and it’s shaping up to have a
starter pit, in North America, is there? The grades seem to be
exceptionally high.

QH: It is. These things will go down to the
bowels of the earth, too. But as an open-pit target, these is one of
the highest-grade things I’ve seen in recent history.

RM: We were very high on Harvest Gold (TSXV:HVG).

We went into the drill program, I’ll say, with some high
expectations. We talked about the northern part of the Mosseau and
we got smoke.

Under the Spotlight Rick Mark CEO Harvest Gold & Louis Martin
Technical Adviser Harvest Gold

We got some good solid sniffs of copper and gold smoke. We came
down, we drilled some holes into the central, the Kiask River Fault,
which a lot of the length seems to be a mirror image of the rocks
over where Gold Fields’ (NYSE:GFI) Windfall deposit is. We
talked to Louis and Rick, and we’re talking structures,
we’re talking layers, we’re talking just exceptional
exploration potential.

We did hit 100-and-some grams per tonne over 1.15 meters. And it
wasn’t just one chunk. Apparently, the visible gold was spread
over the entire 1.15 meters. Where are you on HVG right now?

QH: They’re going to have to raise some
more money. But as a first pass drill program goes, any time you
manage to hit a 100-gram meter hole, I don’t care if
it’s, like you said, just 1.15 meters of 100 and something
grams. That’s fine.

Okay, that works. You don’t have to hit 100 meters of a gram
or something like this. I actually like the high-grade nature of
this particular hit, because this camp is known for high grades,
okay? You don’t hit stuff like this at random in a hole out in
the middle of miles and miles of nothing.

To manage to find a geophysical target, the structural target, go in
there, poke a hole and hit high grade, that’s a good omen.
Yeah, they could have got lucky. Sure, that’s a possibility.

I’d love to think that all geologists are just inherently
lucky. But the corollary is it’s telling us something about
the geology. There is gold here.

And it is high grade. And I think everybody should pay attention.

Now, the company has thought about picking up a few scraps of
additional land, which I think is good. And they’re collecting
other data. But yeah, they’re going to have to get some money
in the bank and go out there and give this thing another go.

I bought shares, would I participate in another placement? Yeah,
I’d probably participate in a placement. I think it’s a
discovery. It’s not like super flash in front of
everybody’s face — 100 grams over a meter.

Yeah, it goes kind of quick in many people’s views;
everybody’s got ADHD. But in my view, it didn’t slip by
me. I’m a believer.

RM: It’s so easy for a deposit like
Windfall to be hiding in those rocks that we’ve got to go
back. We’ve got to do another drill program. It’s just
that simple.

QH: I agree. I’m right with you.

RM: Tell us about BCM Resources (TSXV:B).

QH: BCM is drilling currently for a porphyry
copper skarn target in Utah. The fellow who runs the company, Sergei
Diakov, is one of the best-known copper geologists in the geologic
world.

He found Oyu Tolgoi in Mongolia. He’s an absolute rock star.
Sergei and his team developed this target, which is underneath a
gravel flat out in the middle of nowhere in southwest Utah a few
years ago. They went in and tested it. We were big supporters.

Crescat put some money in alongside a lot of other fairly savvy
investors. And they went out and tested, and it was hole 8 where
they hit 155 meters of about 0.85% copper equivalent. It was mainly
copper with a bit of gold, bit of silver and a little bit of moly, I
think.

Anyway, it was a significant intercept, 155 meters. Now, a lot of
people said, oh, it’s kind of deep. It’s underneath this
gravel.

That doesn’t bother me so much because the target here is what
you’ve got to understand. We’re looking for a Bingham
Canyon-scale target or a Robinson porphyry target or something like
that. Both world-class deposits that are within the neighborhood of
this system.

So, they hit that drill hole in May of 2023. The market was going
pear-shaped at that point; everything was turning soft. They had
very little chance to raise additional money and get back to work.
So, what I did with Sergei is I funded a student at Colorado School
of Mines who studied the discovery hole.

And he also studied some of the other holes that had been drilled
across the property. They basically came up with a vector for future
drilling. And that’s what we chased.

I worked with Sergei once all of this technical work was done and we
could see what the vector was, which is to the southwest. We got
some money into Sergei’s hands recently and now we’re
drilling.

We’ve completed our first pre-collar hole and now
they’re core drilling. They’ll be down at target depth
over the next week or two.

We’re going to find out if there’s something really
super-big here. This is a swing-for-the-fence-type story. I think
the science behind it is absolutely compelling. It’s already
got a discovery hole in it. And I think this next hole, hopefully,
will show that the vectoring that we did is accurate and that
we’re going to actually home in on the prize here. I think
we’re going to hit something big.

RM: Okay. Thank you for your insights,
Quinton.

QH: Thanks Rick.

Richard (Rick) Mills
aheadoftheherd.com