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Mark Mukhija, CEO of Eagle Nuclear Energy (NASDAQ: NUCL) points out that we are already in a significant and persistent supply deficit for uranium, and demand has nowhere to go but up as big tech and governments move to ramp up nuclear energy generation in the face of an AI arms race that will send electricity requirements soaring. Mark also breaks down how Eagle Nuclear Energy fits into the picture, with a focus on developing the nation’s largest conventional uranium deposit combined with proprietary Small Modular Reactor technology.
Eagle Nuclear Energy Website: https://eaglenuclear.com
Follow Eagle Nuclear Energy on X: https://x.com/Eagle_Nuclear
Disclaimer: Commodity Culture was compensated by Eagle Nuclear Energy for producing this interview. Jesse Day is not a shareholder of Eagle Nuclear Energy. Nothing contained in this video is to be construed as investment advice, do your own due diligence.
Follow Jesse Day on X: https://x.com/jessebday
Commodity Culture on Youtube: https://youtube.com/c/CommodityCulture
The following podcast is brought to you
by Eagle Nuclear Energy.
Enjoy.
[♪ OUTRO MUSIC PLAYING [♪
This is the Commodity Culture Podcast,
where we interview prominent investors,
fund managers, analysts, and companies CEOs
to give you an edge when it comes to investing
in the commodity space.
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Hello, everybody and welcome into Commodity Culture
where our goal is to make you a better investor
in the commodity sector.
My name is Jesse Day, and today is February 6th.
2026, before we dive in, standard disclaimer.
Nothing here is investment advice.
Do your own, do diligence.
And today's guest is a CEO of Eagle Nuclear Energy.
Said to be the first US domestic uranium resource
exploration and development company
with SMR Technology, it's Mark Mukija.
Great to have you on the show.
Great to be here, Jesse.
I want to kick things off with your current overview
of the uranium sector and where you see it headed,
because obviously we've seen a ton of tailwinds
and catalysts and the positive news flow
from both the uranium market side
as well as the nuclear energy side continues to ramp up.
How do you see uranium in nuclear position right now?
And what are the key factors in the market
you're watching most when it comes to this year here in 2026?
Yeah, that's a great question.
And I believe that we're in like foundationally different
uranium market than ever before.
You know, we're already in a structural deficit today.
And you've got people like Goldman Sachs
saying that there's a 20 million pound deficit today
and up to 20, I'm sorry, up to 130 million pounds
per year by the 2040s.
And that could be up to a, you know,
almost 2 billion pound cumulative structural deficit
by that time.
And, you know, given all the catalysts
that we're seeing coming into the industry, right?
We have so many countries signing up to triple their new clear
by 2050, so that's adding a lot of stress and strain
on the market already.
And then we have this power demand that's coming from AI,
cryptocurrencies, quantum computing, you know,
and if Elon gets his way, we're going to have
more humanoid robotics than people in the near term.
So we're going to need a lot more energy
to address those demands, right?
And we're in a climate now where we can't even separate
AI from national security.
So power generation is going to be a huge part of that.
And for, you know, North America to remain competitive,
we're going to have to increase
our power generation capabilities.
For 2026, what I'm going to be watching out for,
first of all, is for the utilities to come back
into the uranium contracting market, you know,
for a bunch of years that they haven't been contracting
at replacement levels.
So we do anticipate that to start happening, you know,
possibly this year or next year.
And then secondly, we'll be keeping an eye on, you know,
what the federal government is going to do.
So is there going to be a strategic reserve?
Are there going to be equity investments
into the uranium sector, like we've seen with rare earths
with MP materials?
We've seen it in lithium, lithium Americas.
And so we are starting to see that.
In other parts of the critical minerals supply chain,
potentially uranium.
Yeah, great summary.
Now, one thing that is interesting about the uranium sector,
I mean, and also kind of gut wrenching,
depending on how you look at it,
is that despite these fantastic fundamentals,
there's so much volatility going on with the equities.
We're seeing double digit percentage gains and losses
and then gains again and losses again.
This is going on in single trading days.
Why do you think we're seeing such radical volatility
in this sector?
And do you expect it to calm down and maybe normalize
once the retail public catches on
and perhaps once more institutional investment
comes into the space?
Yeah, absolutely.
I think fundamentally we're in such a very strong uranium
market right now.
But we have seen that volatility, right?
We've seen other commodities like gold and silver
reach historic highs, right?
We've seen that happen.
And we've seen uranium take up over $100 a pound
last week, too.
And then also we've seen a bit of the AI stocks
kind of trade down as well.
And that's kind of had a broader impact
when those AI companies and the tech stocks have sold off,
there's still some geopolitical tensions in the Middle
East that are going on right now.
And that has had an impact on the entire market,
not just commodities.
And we believe when institutional investment starts
coming into the uranium sector,
that should dampen some of the volatility that we're seeing.
As I mentioned, the foundational setup of uranium
is just strong.
It's ever been.
Yeah, I agree.
You just got to be able to hold through
that inevitable volatility at the moment.
I want to get your thoughts on the push
by the Trump administration and the US Department of Energy
to increase both nuclear capacity and uranium production
in the United States.
How much of a boon is that for companies
like Eagle Nuclear Energy?
And how do you see it impacting the domestic uranium
production landscape in the United States?
Yeah, it's had an immense and meaningful impact
on Eagle Energy in every company that's associated
associated with nuclear.
So the whole sector, the whole nuclear sector
has been re-rated since those executive orders came out.
And there are particularly meaningful for Eagle in that,
the executive order that came out in March of 2025
was around boosting domestic mineral production
on federal lands.
So our project does reside on federal lands,
so that will have an impact on us.
We've seen other companies go onto the Fast41 dashboard,
which is around making the permitting process
more transparent and potentially accelerated.
So that was a big one that came out in March.
And then in May, we're the main ones
associated with nuclear.
So there was four executive orders that came out.
And they were all around removing regulatory barriers
in unleashing American nuclear energy.
And we're obviously a part of that.
And one of the main things there was talking about quadrupling
nuclear power generation by 2050.
So going from 100 gigawatts to 400 gigawatts.
And that's going to require a whole lot of uranium
to get there.
So that has a big impact.
And we believe that that could lead to things
like invoking the Defense Production Act,
just to re-ensure that supply of domestic uranium.
So there are a bunch of tailwinds
that came out of those executive orders.
We're hearing it from the president himself.
We're hearing it from Secretary Wright at the DOE.
So we do believe that there is this meaningful push
from the administration for nuclear power generation.
Well, let's talk about small modular reactors,
because this has been a very hot topic
in the nuclear sector as of late.
In your opinion, how close are SMRs
to being rolled out in large-scale commercial capacity?
And what is the timeline for your SMR development
at Eagle Nuclear Energy before that might hit the market?
Yeah, I definitely believe by the end of the decade,
some of these advanced reactor companies
will have a first-of-a-kind reactor that's built.
And we do see in Ontario, there are the BWXT
for 300 megawatt SMRs that should be completed
by the end of the decade.
So there are a lot of things that are happening.
It's gonna happen sooner than we think, right?
They're just on the horizon.
So I think they're gonna be very beneficial
for addressing any kind of incremental power demand
that does happen.
And for Eagle, we're very early in our SMR development.
So I would say we're in the concept development phase.
So the next two years are gonna be around
design validation and component testing
to really get a stronger idea of how we wanna build
that roadmap going forward.
If we satisfy and achieve our milestones that we have set,
then the next steps will be around
the detailed engineering, regulatory approval,
and then into commercialization.
And that whole process could still be about 10 years away,
but we're really excited about the technology
that we have in the portfolio.
But we really wanna take a phased,
disciplined, engaged approach with it.
And when it comes to uranium demand
and the increased demand coming from SMRs,
how do you see that having an impact?
Because obviously, in my opinion, the SMR side
when it comes to uranium demand is kind of icing
on the cake because the supply deficit is so glaring
and there's not a lot of new supply
that's gonna be able to come online to meet that.
In my opinion, prices have no choice
but to rise under that scenario.
But when it comes to the SMR side once they're rolled out,
do you see that also having a big impact on demand?
Just so you nailed it when you said it's icing on the cake.
So the SMRs are definitely gonna be a part
of addressing some of that incremental demand
that comes from AI and data centers.
But there's just so much demand today
from existing reactors.
And that's not even taking into consideration
the low-hanging fruit of doing upgrades, life extensions,
were the new builds that we're gonna see in this country.
So I think there's more than enough demand
from traditional reactors.
And that just getting domestic supply of uranium
that it's just gonna be icing on the cake, as we said earlier,
when these SMRs do come online.
I wanna discuss how EGLE nuclear energy fits into the picture.
You've touched on it a little bit so far
but maybe you could unwrap it for us
and give us an overview of the company.
Yeah, EGLE energy is in a very unique position
in that we have the largest mineable
measured and indicated uranium deposit in America.
And along with that, we've got this proprietary SMR technology.
So we're building that integrated nuclear company.
And as a part of our going public,
we've partnered with Spring Valley.
So Spring Valley is a team that took new scale public.
And pardon the pun, but they started this whole chain reaction
in the nuclear equity sector, right?
So we're very fortunate to have them as our partners.
And as a part of that transaction with them,
we got a $30 million pipe investment
from a singular institutional investor.
And that funds us for the next 20 to 24 months.
So that our team can focus on execution
and meeting our milestones,
rather than having to raise equity right away.
Let's talk about Aurora,
the largest mineable uranium deposit
in the United States over 32 million pounds
of indicated and around 5 million pounds
of inferred resource.
Walk us through your plans for Aurora.
And are you looking to bring it into production yourselves?
Ultimately, or is the goal to be acquired
by a bigger player in the space
once you get all the resources established there?
Yeah, that's a good question.
And Aurora is just an incredible and rare asset.
We're so fortunate to have it or portfolio.
So our focus will be on de-risking this asset, Jesse.
And that starts with a technical work program
that we're aiming to commit in July.
And as a part of that program
is gonna be about 30 to 35 holes
and they're gonna be focused on metallurgical testing,
hydrogeology, rock mechanics,
and also some exploration drilling too.
That information is gonna feed into a pre-fusability study
that we're gonna start by the end of this year
and have completed by the end of next year.
So our whole focus, how can we de-risk this asset?
And in parallel, we're gonna be working
on our baseline environmental studies,
our permitting, and all of that process as well.
And the plan is for us to take it into production ourselves.
There's gonna be opportunities for non-dilutive funding
from the federal government.
There are opportunities to raise capital in the future
as long as we continue to meet our milestones.
But I can totally understand that this project
becoming more and more attractive to others
as we continue to de-risk it.
I'd love to discuss the team behind Eagle nuclear energy
and how you plan to leverage their expertise.
Let's start with yourself and your own background
because you have an extensive background
in the mining sector along with AI.
Could you walk us through that?
What led you to taking the helm at Eagle
and any highlights of the team members as well?
That'd be great.
Absolutely.
So I'm a professional mining engineer.
So I studied at the University of British Columbia.
I started my career with BHP in Australia.
So I got my technical and operational foundation with them.
I transferred internally with them
to the Caddy Diamond mine
where I did some underground notem pit diamonds
from there I was an engineering team leader
at an energy coal mine in Alberta.
And then in 2016 I started at a mining tech startup
at a Vancouver and they were focused around using
machine learning AI and computer vision
to make mining safer and more productive.
Now they saw the Australia and my resume
and they shipped me right back out there
to run Asia Pacific.
So help get the tech deployed at BHP, Rio and Fortescue.
And while I was in that world,
I got to see just how important innovation was
to not just the mining industry but every industry.
And that helped shape my conviction
that clean power, reliable energy
and advanced technology,
they all converged in that nuclear space
and that led to the creation of Eagle Energy
at the end of 2023.
And I'm blessed to be surrounded by a great team as well.
Such as our VP of operations who, you know,
he's worked as a professional geologist.
He's got 20 years of experience.
He spent some time in investment banking
and being a mining analyst.
And to have somebody of that experience on the team
is just so beneficial for us, you know,
as we look at other M&A transactions,
as we look at doing our work program
in the southeast of, sorry, the southwest of the United States.
So very, very fortunate to have a show all on our team
on that.
And then when it comes to the SMR side of things,
we hired a head of licensing
that has 27 years of nuclear experience,
20 years of that at EnterGee.
So all of our activities and R&D activities,
I should say, will be focused
with the NRC lens in mind, right?
Where'd we focus our time and efforts
just with that regulatory lens as our focus?
And I would like to discuss that how you divide your attention
between the uranium mining side and the SMR side
because you're an SMR technology company
and an exploration and development company
in the uranium industry, which is a very unique value
proposition.
I don't know of another company like it.
Could you explain how you plan to advance both sides
of the company without diluting your focus?
Yeah, absolutely.
Our uranium asset is our foundation, right?
We know the size and scale of it is just so important
to the nation in terms of energy security
and energy independence.
So that's going to be our primary focus.
But the SMR technology, we believe it's completely
innovative, it's going to be game changing as well.
And because we're so early in that in terms of concept
validation and component testing,
we don't believe it's going to detract
from our main vision of bringing that uranium asset online.
And then also doing that initial phased and gated work
on the SMR technology, I think as long as we keep
it structured and miles driven on the SMR tech.
And then, you know, as that grows and develops,
that there's an opportunity to raise more capital
and progress through the steps of the SMR tech,
all while remaining our focus on that foundational uranium
Well, you mentioned the company's cash position earlier.
I'd love you to dive a little deeper in that
because you said that you were funded
for, I believe, 12 to 24 months up ahead.
Maybe you can correct me if I'm wrong there.
But could you walk us through your cash position,
how you plan to put that cash to work
and moving forward how you plan to raise capital as needed?
Yeah, so that initial pipe investment
should give us 20 to 24 months of runway.
With a bulk of that, going towards the uranium asset
and de-risking that and a small portion
of that going towards the SMR technology.
So, you know, that's good that we can focus
on execution and milestones.
You know, we're not gonna have to go do the meetings
to try to raise capital right away.
We're focused on achieving the milestones.
And then when we do have to go raise capital,
we've proven that we can execute on what we said
we were going to.
And then, you know, when we do need to go back
to the market, we have that track record
that we can rely upon to raise more capital when required.
And then also things like the federal government
can come into play as well.
As we continue to de-risk the project,
get our pre-visibilities studies completed.
You know, things like the DOE,
the energy dominance financing, formally LPO.
Those are all kind of non-diluted options
that we can look at in the future.
I'll end by opening the floor to you.
Is there anything we haven't yet discussed
or anything you think it's important to emphasize
on eagle nuclear energy that investors should be focused on?
Yeah, I just want to reiterate the importance
of domestic uranium.
There's 94 reactors in the country
and they consume 50 million pounds of uranium per year.
And in 2024, the country only produced 677,000 pounds.
So under 2% of requirements, you know,
it's just so important for us to focus on bringing projects
such as ours online.
You know, when you look at the importation
where that is coming from, half of it is Canada and Australia.
But the other half is Russia, Kazakhstan, Uzbekistan.
And when you look around the world,
you see that China's doing in a huge build-out
of nuclear reactors as well.
And there could come a time where, you know,
that Russian and Kazakhstan supply
start flowing east rather than west.
And we're very honored to be a part of the Western response
to that and try to bring these pounds online
so that they can go into American reactors
or these advanced SMRs that are coming to market as well.
Fantastic.
Well, Mark, very much appreciate you coming on the show.
I'm going to put a link in the description below
to Eagle Nuclear Energy website as well as social media
for people who want to follow along with the company.
And Mark, thank you so much for coming on
and sharing your knowledge with the audience.
Thank you, Jesse.
I appreciate you having me on here.
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