Video summary
The video addresses the critical challenge of financing first-of-a-kind projects in the emerging critical minerals sector, emphasizing the need to strategically combine various capital sources throughout a project's development lifecycle. The speaker, drawing on experience from both banking and the startup world, highlights that while government funding is essential for early-stage research and development involving low Technology Readiness Levels (TRLs) of one through four, it is insufficient for later stages. As projects mature and move toward commercial demonstration, they require significant capital to bridge the gap between laboratory success and full-scale implementation, a phase often referred to as the "missing middle" where traditional funding sources may not yet be fully accessible or suitable.
A key argument presented is that relying solely on acquisition by large mining conglomerates is often not a viable pathway for early-stage developers due to high technology risks and difficulties in proving resource availability and execution capabilities. Instead, the speaker advocates for securing debt financing specifically tailored to project finance, which focuses on the expected cash flows of the individual project rather than the credit rating of the parent company. This approach allows investors to mitigate specific technical risks through structured lending solutions, providing a crucial lever in the capital stack that differs from venture debt or private credit, which typically carry higher costs and focus more on corporate-level metrics.
The discussion further explores how companies can optimize their overall cost of capital by utilizing a mix of funding instruments, including immigration investors and specialized project finance lenders, to scale operations effectively. The goal is to transition projects from demonstration levels, such as TRL five or six, to commercially ready stages around TRL eight or nine, ensuring they are robust enough for further expansion. By addressing the technical feasibility and commercial proposition directly through diligent review and tailored financing structures, these specialized funds play an indispensable role in de-risking unique technologies that standard banks might otherwise avoid due to their inherent novelty and uncertainty.
In conclusion, the transcript underscores that successful scaling of critical mineral projects requires a nuanced understanding of the entire capital stack and the ability to navigate the transition from experimental research to commercial viability. The speaker asserts that providing this missing middle through project-specific debt is vital for supporting innovators who cannot yet meet the stringent criteria of traditional corporate lenders or large acquirers. Ultimately, fostering an environment where diverse funding sources collaborate to support different stages of technological maturity is essential for advancing critical mineral extraction and refining technologies, ensuring that promising innovations can reach the market and contribute to broader energy and industrial goals.
Read the full video transcript
What is the right capital stack for, you
know, companies focused on this topic
given the maturity and
level of development they're likely to
be in right now. How do you think about
kind of, you know, marrying and and
stacking different sources of capital
across the development journey for
folks who are focused on critical
minerals?
>> I would just share more of that. I I
spent a number of years in banking. I
spent half of my career in banking and
the other half at a startup. So, I have
a little bit of a perspective from both
ends of the table, if you will. And I
think there's a similar trajectory for a
lot of folks on the startup side. And
Abby will have mentioned the US
government has been very strong
supporter for critical mineral
technologies and projects in their
earliest life cycles, right? Looking to
spend money in early stage R&D for new
process development and and new refinery
and new methodologies of extracting
critical minerals out of different types
of resources. And that's all fantastic
and great. And that's really the early
stage where you're looking at TRLs of
maybe, you know, one to three or four,
right? And then as you get through those
earlier stages, you might have
technology coming out of a lab,
whether it's a national lab or a large
research institution.
You might get some traction like Mariana
has had raising venture capital, right?
And to take it to the next step looking
at commercial development and improving
out a demonstration pilot case. And
those are the cases where it might not
be a huge amount of expense. It might be
a couple million or a couple, you know,
tens
of millions. But those are what is
potentially available from the venture
capital side. But as you look to go
further in commercializing the
technology, when you actually look at
the implementation of the technology,
yes, one way as
Darian mentioned is
these companies could get acquired by a
very large mining conglomerate, right?
But often times that's not the
um available pathway, if you will,
depending on where the stage of the
development of the project is. And also,
it might not be the most ideal option
from a return standpoint, or it might
have a very hard time convincing um the
potential uh acquirer on the
availability of resource, on the ability
to execute, and all those things, right?
So, to the extent that many of these do
involve a significant degree of
technology risk,
where is that missing middle?
Right? It's the capital stack that's
needed to take it to that next level to
actually execute on a project. And so,
you do you can go to an acquirer after
you've executed your first project and
say, "Hey, I I demonstrated this is my
technology works. It will produce, you
know, X amount of output um and and
yield and for whatever resource that is
we're looking at." And that's a much
better position from a negotiation
standpoint than before you actually had
a project executed, right? And so, what
we attempt to do in from my team's
standpoint, the Sustainable Solutions
Group, is to provide that missing
middle. To the extent that there is a
lot more
um work diligence required to undertake
the uh review of the technical
feasibility of the commercial
proposition. That's what we seek to
provide, and we are different in from a
venture capital investor in that we
primarily focus on debt instruments,
specifically project finance. We're
looking to bank against the cash flows
of a particular project,
and not exactly on, you know, is the is
the project developer investment grade
rated, right? A huge conglomerate that
has X number of employees and and brings
in billions of dollars a year in terms
of EBITDA. We're really looking at
specifically what is the economics
expected from this project, and is the
technology likely to work or not, and
are there ways we can mitigate around
with specific um financing structures
and and lending structures.
And I think we offer a very important
role with our product in the market and
that the alternatives to what we offer,
right? And and there are different
alternatives out there whether you're
looking at venture debt which has higher
cost of capital than bank financing like
we would offer. You also have potential
private credit lenders
who also have higher significantly
higher cost of capital given that
they're looking more at it from a
corporate perspective, right? And and so
I think we can be a very helpful lever
to put into the capital stack alongside
some of these other options or alongside
immigration investors which are also
another pathway that's being explored by
some companies at this point
to lower the overall cost of capital as
you seek to scale up your project from a
demonstration
TRL level of maybe five or six to get to
a TRL level of eight or nine that
becomes commercially ready to scale
further.
>> Very interesting. So it's that first of
a kind kind of project space is where
you guys are focused on and see there's
a real need across the capital stack as
projects go from what could be
to what is multiple times and therefore
is part of a a much larger operation.
>> [music]