Stephen Cotton
Analyst · The Benchmark Company
Thank you, Dan, and good afternoon, everyone. I appreciate you joining us for Aqua Metals Fourth Quarter and Full 2025 Earnings Call. Today, I'll walk through what was an active and milestone-filled year for our company, covering how we evolved our technology, what we accomplished on the product side, how our strategic partnerships developed and the financial foundation we built heading into 2026. Eric will then follow with a detailed financial review. Let me start with the overall frame for 2025. It was a year in which discipline and execution went hand-in-hand. We made deliberate adjustments to our commercialization approach as market conditions evolved, cleared important technical hurdles, extended our platform with new strategic initiatives and put the balance sheet in meaningfully better shape than where we started the year. On the technology and product front, I would call 2025 the most expansive year in Aqua Metals' history in terms of what the AquaRefining process demonstrated that it can do. We grew the product portfolio. We raised the bar with product specs and proved the feedstock flexibility of our platform in ways that matter commercially and allow us to address the variability of material, not only in the battery recycling market, but beyond to include other markets like rare earths and undersea mining, for example. One of the most important strategic decisions we made this year was to sharpen the commercial scope of our first ARC facility. With the AquaRefining platform that's capable of producing a broader range of outputs, we made the deliberate decision to simplify the first commercial plant around 2 core feedstock streams, NMC black mass and LFP black mass. From those inputs, our initial commercial focus will be on 3 primary outputs: battery-grade lithium carbonate, nickel, cobalt mixed hydroxide precipitate or MHP, and iron phosphate. We have already successfully produced these materials at our innovation center, which gives us confidence that this is the right first commercial configuration. That decision is expected to reduce execution risk, shorten time to market, lower upfront capital requirements and support attractive unit economics and a stronger payback profile. In short, we are intentionally designing the first commercial ARC to be simpler, faster and more capital efficient to deploy while preserving the flexibility to expand the product slate over time as we scale. We believe that it is the right disciplined approach to commercialization and long-term shareholder value creation. On product quality, our team delivered results that we believe set a new benchmark for the recycling industry. Our lithium carbonate achieved fluorine levels under 30 parts per million, a specification that to our knowledge, places us at or above the quality standard for any recycled lithium source globally. Material meeting this threshold has been produced at meaningful scale and distributed to strategic counterparties for evaluation. The responses have been substantive and encouraging. On the broader product side, we generated product qualification representative volumes of multiple products and advanced those materials through partner qualification processes. We also developed nickel carbonate, producing initial samples calibrated to specific downstream partner requirements, which opens additional product pathways and gives us greater optionality as partner discussions mature. Now an LFP or lithium iron phosphate battery chemistry, which is cobalt and nickel-free, I want to get this attention it deserves because I consider proving that we can economically recycle this type of material is one of the most significant technical achievements in this company's history. We moved from engineering analysis and bench scale work on lithium iron phosphate recycling all the way through to processing an entire metric ton of LFP cathode scrap at our pilot facility. Recovering battery-grade lithium carbonate that was validated by OEM and third-party testing. That is not a lab result. That is demonstration at commercially meaningful scale. And because LFP chemistry is capturing an increasing share of both EV and stationary storage deployments, the ability to handle it gives our platform a decisive competitive advantage in terms of addressable feedstock. We also initiated trials on sodium sulfate regeneration, a process that could allow P-CAM producers to convert a problematic waste stream back into a usable chemical inputs, creating cost and sustainability advantages for our partners. And we extended our alternative feedstock testing to include nickel refinery residue alongside polymetallic nodule materials, rare earth-bearing magnets and e-waste, which underscores the core flexibility built into our electrochemical process. One achievement from 2025 stands out beyond the product and process milestones. We were central to producing the first cathode active material made entirely from recycled nickel sourced within the United States. That material has now entered qualification at a Tier 1 battery manufacturer. This matters not just as a technical accomplishment for Aqua Metals, but as a demonstration that a fully domestic closed-loop battery material supply chain is not a theoretical goal. It is something that can actually be built. As the field of players in this market continues to consolidate, we intend to be at the center of it. On the commercial development side, we advanced our ARC facility design to support a processing range of 10,000 to 60,000 metric tons of black mass input feedstock annually. That flexibility is intentional. It allows us to size the first commercial facility to the specific partner configuration and capital structure we ultimately bring together rather than being locked into a single predetermined scale. We also conducted structured due diligence on several candidate sites for the first commercial ARC, working through factors like feedstock proximity, offtake accessibility, utility infrastructure, permitting pathways and the strategic alignment of potential partners at each location. The process has been thorough, and we are in a good position to move forward with final site selection later this year as the remaining commercial conditions come together. And I want to be direct about the build decision because I think our approach is sometimes misread as a hesitation. In fact, this is exactly the opposite. We are not going to build before we are ready. And what ready means is contracted feedstock, committed offtake and project financing that is genuinely bankable. Our posture is simple: build once, build right and execute from a position of confidence. That approach protects shareholders and gives us the best possible path to a facility that ramps to profitability on a reasonable time line. We also remain actively engaged in diligence with Lion Energy around a transaction structure that we believe could be highly strategic and meaningfully additive to Aqua Metals. If completed, this opportunity would not only provide immediate commercial revenue and extend our reach downstream into branded energy storage systems across portable, residential, commercial, data center and industrial applications, but it would also position Aqua Metals and its shareholders to participate more directly in 2 of the fastest-growing segments of the electrification economy, distributed energy storage and domestic LFP battery manufacturing of cells. Importantly, through Lion's existing relationship with an equity stake in American Battery Factory, or ABF, this transaction would also bring with it a meaningful equity interest in ABF, creating exposure to the emerging U.S. GigaFactory build-out and LFP cell production market. We view this as a compelling strategic fit that could broaden our platform, advance our long-term circularity vision, enhance our commercial relevance and create additional pathways for shareholder value creation. We remain disciplined and thoughtful in our process, and we look forward to updating the market in the near term. Let me now turn to our partnership activity in 2025, which was broad and meaningful. I'll walk through the key relationships because the pattern they reveal is important. With 6K Energy, we formalized a multiyear supply agreement that establishes the commercial terms under which we would deliver battery-grade nickel metal and lithium carbonate into their domestic cathode active material manufacturing operations. This moves the relationship beyond technical collaboration and into a defined commercial framework, positioning Aqua Metals as a main supplier into a domestic CAM production chain. With Westwin Elements, we entered a nonbinding LOI outlining terms for a potential supply of recycled nickel carbonate that would support Westwin's efforts to build a domestic nickel supply chain. What makes this relationship particularly interesting is the downstream implication. We believe that a Westwin Aqua Metals commercial partnership and relationship can help stand up nickel production and refining capability on U.S. soil that simply does not exist at scale today. We also signed 2 MOUs that extend the AquaRefining platform into adjacent critical minerals territory. The first with Impossible Metals explores applying our refining process to material collected responsibly from the seafloor, feedstocks that contain nickel, cobalt, copper, manganese and rare earth elements. The second with Moby Robotics evaluates whether AquaRefining can be applied to polymetallic nodules with the potential to recover true rare earth elements as well. Both extend our platform well beyond battery recycling and into strategic areas of focus on critical minerals in today's world. I want to address the strategic logic here directly. These are not departures from our mission. The chemistry underlying AquaRefining, electrochemical refining of dissolved critical mineral streams is the same whether the feedstock originates from black mass, refinery residue, e-waste or deep sea nodules. The intellectual property travels. What these agreements do is extend our total addressable market and create optionality that a licensing and partnership-oriented business model can monetize without heavy incremental capital. Battery recycling remains our primary commercial path to these adjacencies, add strategic depth. We also continued active industry engagement at our Tahoe Reno-based Innovation Center and demonstration plant throughout the year, hosting the National Battery Conference, automotive OEMs, battery manufacturers, recyclers and upstream material suppliers for facility tours and technical reviews. The consistency of the feedback about the quality of our output and the operational sophistication of our pilot plant continues to build credibility in commercial discussions. And you can see some of that feedback on our blog, the current on our website. On the governance front, we made targeted additions to the Board of Directors, bringing in directors with specific expertise in growth strategy, commercialization and financial markets. These additions reflect where we are in our development, a company that is transitioning from technology validation to commercial execution, and the Board now reflects that stage appropriately. We also completed a CFO transition with Eric West stepping into the role of bringing both deep Aqua Metals institutional knowledge and a fresh financial perspective to this next phase. On intellectual property, the U.S. Patent Office granted allowance of a foundational patent covering key elements of our lithium battery recycling process. This is a significant addition to an already substantial IP estate and reinforces the long-term defensibility of the AquaRefining platform at commercial scale. We also filed a provisional application covering a novel low-cost leaching approach applicable to mined manganese ores and deep sea nodule feedstocks, which is further evidence of the expanding reach of our IP program. As we enter 2026, our priorities are well defined. We are advancing engineering and permitting work to support site selection for our first commercial ARC. We are deepening commercial negotiations with supply, offtake and project financing partners. And we are moving strategic partner qualifications for our lithium carbonate and MHP forward in a deliberate milestone-oriented way. The broader environment for domestic critical minerals has continued to shift in our direction. The policy and geopolitical case for building domestic battery material production capability has never been stronger, and we are increasingly recognized as a technically validated credibly financed player in that space. We have the process, the people, the operating demonstration plant and the strategic relationships to move from validation to commercialization. Now it is about refining that momentum into commercial results, and I am confident in our team's ability to deliver. With that, I will turn it over to Eric for the financial review. Eric, over to you.