Aalo Atomics CEO, Matt Loszak, sits down with Balerion Advisor, Doug McAdams, to discuss mass-manufactured modular nuclear fission reactors, or XMRs.
00:00 – 01:30 Welcome & introductions
Doug McAdams introduces Matt Loszak, CEO of Aalo Atomics, framing the discussion around next-generation nuclear power and the need for scalable, manufacturable reactors.
01:30 – 04:00 Why nuclear needs a new approach
Matt outlines why traditional gigawatt-scale nuclear plants failed to scale economically and why a fundamentally different manufacturing mindset is required.
04:00 – 06:30 What is an XMR (Extra-Modular Reactor)?
Introduction to Aalo’s core concept: mass-manufactured, factory-built nuclear fission reactors designed for repeatability, speed, and cost control.
06:30 – 09:00 Manufacturing over megaprojects
Why Aalo prioritizes factory production over on-site construction, drawing analogies to shipbuilding, aerospace, and automotive manufacturing.
09:00 – 11:30 Design philosophy: simplicity and repeatability
How minimizing moving parts, standardizing components, and designing for manufacturing changes the economics of nuclear power.
11:30 – 14:00 Safety by physics, not procedures
Discussion of passive safety, inherent reactor stability, and why modern reactor designs reduce reliance on human intervention.
14:00 – 16:30 Fuel choice and reactor fundamentals
Overview of Aalo’s reactor fuel strategy, enrichment considerations, and how fuel design impacts safety and scalability.
16:30 – 18:30 Regulatory reality in the U.S.
Matt explains the NRC landscape, licensing pathways, and how Aalo thinks about navigating regulation without stalling innovation.
18:30 – 21:00 Initial markets and customers
Target use cases: data centers, industrial sites, defense installations, and microgrids where reliability matters more than absolute cost.
21:00 – 23:30 Nuclear vs renewables (honest tradeoffs)
A clear discussion of intermittency, storage limitations, and why nuclear complements—not replaces—renewables.
23:30 – 26:00 Time to deploy: years vs decades
How modular reactors could realistically be deployed in years rather than decades if manufacturing and licensing align.
26:00 – 28:30 Learning from naval nuclear power
Lessons from the U.S. Navy’s reactor program: standardization, training, culture, and operational excellence.
28:30 – 31:00 Capital efficiency and investor perspective
Why smaller, repeatable reactors attract private capital differently than traditional nuclear megaprojects.
31:00 – 33:30 Scaling production over time
How Aalo envisions ramping reactor output the same way aircraft or engines are scaled—through learning curves and volume.
33:30 – 36:00 Public perception and nuclear fear
Addressing public concerns, legacy accidents, and how modern reactor design changes the risk profile.
36:00 – 38:30 Waste, disposal, and reality
Straight talk on nuclear waste volumes, storage solutions, and why waste is often misunderstood relative to fossil fuels.
38:30 – 41:00 National security and energy independence
Why domestic nuclear manufacturing is a strategic asset in a multipolar world.
41:00 – 43:30 Global demand and export potential
Interest from international markets and why modular reactors could become a U.S. export industry.
43:30 – 46:00 Team, culture, and execution risk
What it takes to build a nuclear startup: talent density, discipline, and long-term thinking.
46:00 – 48:30 What success looks like for Aalo
Matt defines success not as a single reactor, but as a production line delivering reliable power at scale.
48:30 Closing reflections
Final thoughts on the inevitability of nuclear’s return and why manufacturing discipline is the key to unlocking it.
