Project Omega’s $80 million Series A is a bet that used nuclear fuel can become a resource, not just a disposal problem. The company says its recycling technology could recover useful materials while reducing the volume of nuclear waste by up to 90%. Now it plans to build a domestic recycling facility and scale its modular power systems.
The round, announced November 9 and led by B Capital, gives the startup more room to move from technical development toward infrastructure. It also highlights a bigger idea for founders and operators in every industry: what one business pays to throw away may be valuable input for another.
That idea is exciting. But Omega’s plans are not the same as a commercial facility already operating at scale. The company’s claims about waste reduction and its intended products still need to be proven through further development and deployment.
What Project Omega wants to do
Founded by CEO Dr. Stafford Sheehan, Project Omega is developing a way to recycle used nuclear fuel using non-aqueous pyroprocessing. In broad terms, the approach uses molten salts and electrochemical methods to recover selected materials from spent fuel.
The company says its process can recover useful isotopes without separating pure plutonium. It also says recycling could reduce the volume of nuclear waste by as much as 90%. That figure is Omega’s estimate, not a verified result from a commercial-scale facility.
The company sees several potential uses for the recovered materials: reactor feedstock, strategic isotopes, and long-duration power sources. One area of focus is radiovoltaic power, which converts energy from radioactive decay directly into electricity. Such systems could be useful in places where charging, refueling or connecting to the grid is difficult, including remote sensors, communications equipment and defense applications.
Omega also plans to advance its X Series, a family of modular power systems intended for use in demanding or hard-to-reach environments. The company describes these systems as combining batteries, generators and intelligent controls, with future versions potentially incorporating isotope power.
The Series A is intended to support both development and manufacturing of the X Series, as well as work toward a domestic nuclear recycling facility. That is a significant step in ambition, but it is not evidence that Omega has already opened a commercial plant, secured a large-scale supply of reactor fuel, or begun delivering grid-scale electricity.
Why waste is starting to look like inventory
Most businesses have a version of this problem. A manufacturer may pay to remove offcuts. A food producer may discard material that could become an ingredient elsewhere. A data center may treat excess heat as a nuisance, even though another operation could use it.
The opportunity is to stop viewing a byproduct only through the cost of disposing of it. Instead, ask what it contains, who might value it, and what would need to change before it can be used safely and reliably.
That shift is the heart of Omega’s pitch. Used nuclear fuel is complex and tightly regulated, and recycling it is not a simple matter of finding a buyer. The company is trying to develop a process that recovers materials for potential use in other products and energy systems. If that model works, a costly waste stream could also become a source of feedstock.
The funding matters because this kind of work requires more than a clever process. It takes specialized equipment, testing, safety systems, regulatory planning, skilled teams and facilities built for the purpose. In other words, it calls for patient capital and a long view.
That makes the investment a signal worth watching. Investors are showing interest in infrastructure businesses with long development timelines when the underlying science and potential market are compelling. But funding is a milestone, not proof of a finished business model. Execution, permitting, customer demand and real-world performance will determine what comes next.
The defense angle is about dependable power
The company’s power ambitions also connect with a practical challenge: some users need electricity far from the grid, and some equipment must keep running where frequent maintenance or fuel deliveries are difficult.
That need is relevant to defense applications, including remote sensors and autonomous systems. The Pentagon’s interest in dependable power is part of the wider demand context, but it should not be mistaken for a confirmed contract or customer order for Omega.
For operators in any sector, the broader lesson is familiar. Buyers often care less about a technology’s novelty than whether it solves a costly, urgent problem. A power source that can operate for a long time in a hard-to-reach location could be valuable precisely because it reduces the burden of repeated visits, recharging or resupply.
Three questions businesses can borrow from Omega’s bet
You do not need nuclear technology to apply the thinking behind this story. A simple review of your own operations can surface overlooked value.
1. What are you paying to dispose of?
Look beyond obvious trash. Include material scraps, packaging, surplus inventory, rejected batches, excess heat, unused data or equipment sitting idle. Track the amount and the cost over time. A recurring expense can point to a recurring resource.
2. Who already values what you discard?
Start with nearby businesses, suppliers and customers. Another organization may have the equipment or process to use a material you cannot. The goal is not to assume every byproduct has a market, but to find out whether someone has a use for it before treating disposal as the only option.
3. What would make the exchange dependable?
A promising byproduct is not automatically a product. Buyers may need consistent quality, safe handling, predictable supply and clear documentation. Work backward from those requirements. That will reveal whether the opportunity is practical, and what investment it would take to pursue.
For founders, this kind of audit can also uncover a new line of business. The valuable insight may not be a breakthrough invention. It might be noticing that the material, energy or capacity your company has been treating as overhead is already valuable to someone else.
What to watch next
For Project Omega, the coming work is concrete: move forward on the recycling facility, advance X Series development and manufacturing, and demonstrate that recovered materials can support products customers actually need. The most important evidence will come from technical performance, regulatory progress, operating economics and credible customer demand.
The big idea is easier to state than to execute. Turning waste into inventory requires new processes, careful handling and buyers who can rely on the output. Still, Omega’s raise puts that idea in the spotlight at a moment when demand for dependable power and strategic materials is growing.
For any business, the takeaway is simple: before writing off a byproduct as a cost, take a closer look. It may not become a product, but asking the question can reveal efficiencies, partnerships or entirely new opportunities hiding in plain sight.
