Steve Cotton
Analyst · HC Wainwright. Please go ahead
Thank you, Glen. Okay, thanks, Glen, for taking everybody through the Safe Harbor. So I'll move on to the next slide, which is our mission, which will be the first slide that I present today. And this is a presentation that's geared towards updates of what we are doing, but also some reminders and new information for those that are new to the Aqua Metals story. Our mission is to provide sustainable metal recycling for materials that are strategic to energy storage applications. And our technology, which we call AquaRefining, returns raw materials directly back to the manufacturing supply chain in both a clean way and an economical way, thus reducing reliance on mining to meet the growing demand for energy storage systems that are battery-based. On the next slide, we are the only recycling technologies that are aligned with the U.S. Department of Energy Vision, which is to use air and water to recycle and electricity to recycle critical battery minerals. We have PB AquaRefining, which stands for lead AquaRefining, which is commercialized and we'll talk about our process and where we are with the first deployment with our first licensee and we have lithium AquaRefining, both of which are room temperature closed loop and fundamentally non-pollutive processes. The lead AquaRefining is commercially proven and we are deploying that with our first licensee in Taiwan later this month, and we'll get into some more details on that in the future slide. And we've been expanding rapidly into the critical minerals associated with recycling lithium-ion batteries. And those periodic table of the elements symbol stands for cobalt, nickel, manganese, copper and lithium, for which you'll see examples in this presentation of what we've been able to accomplish with our lithium AquaRefining efforts and the results of extracting those critical elements. Our process is also cleaner and more cost-efficient recovery in a very efficient recycling processes compared to incumbent smelting processes. And what we see out in the marketplace is what we characterize as traditional hydrometallurgical processes as compared to our AquaRefining process. We also produced a very high-quality product, and we'll explain that and show you some pictures of the products that we created already with the lithium AquaRefining process. And our entire set of technologies is really well patent protected. And we'll talk about that in the future slide as well. Moving on to Slide 5, I want to summarize for everybody our very active Q2 2022 highlights that we've accomplished just this past quarter. First off, all the AquaRefining equipment for the lead AquaRefining licensee at ACME Metal Enterprises arrived in Taiwan, and installation and conditioning is set to commence this month in July. To-date, we have also successfully recovered all the high value metals and minerals from used lithium-ion batteries, including high purity lithium hydroxide, copper, nickel, cobalt and manganese dioxide. We made an announcement today that we'll talk about lithium hydroxide, and I'll ask Ben to kind of take everybody through what these minerals look like as we extract them. Third, we proved the bench scale our clean and economical metals recycling process. Fourth, we initiated deployment of our first lithium-ion recycling pilot operation, which is located at our innovation center in the Tahoe Reno Industrial Center and that is slated to begin operations later this year, only a matter of several weeks. Next, we signed a letter of intent which was announced today with Dragonfly Energy Corporation. Dragonfly Energy is a lithium-ion battery producer and they would purchase commercial quantities of lithium hydroxide from Aqua Metals sourced sustainably from recycling to support the ongoing development of their solid state lithium-ion battery technologies and future manufacturing activities. Dragonfly Energy by the way is located right here in the Tahoe Reno area as well. And Aqua Metals will also be providing recycling services from scrap materials from Dragonfly Energy as feedstock into our process. Lastly, and certainly not least, is our technology allows us and we believe only us to make 100% of our operations using the electron as the reagent instead of fire chemicals, including our offices and the innovation center 100% powered by renewable energy. So we are already 100% RE today as a company and we will be operating the pilot plant that will be turning on very soon with that covered and to prove that you can truly and sustainably recycle lithium-ion batteries with renewable energy sources. Next Slide number six a little bit more about our deployments in Taiwan. This is slated to have the installation commissioning and early ramp of the first phase of the deployment happen in a very near-term, peak time period where as the installation site is prepped. The team is traveling to ACME beginning in just a matter of days this month and all major and equipment and electrolyte as pictured as you can see is on site. And the Phase I estimated completion is going to be by October of this year. So very quick path to success with our Phase 1 is what we anticipate and that is commencing again in a matter of days really. This next slide is a little bit more about Dragonfly Energy. This is a picture of one of their locations here in the Tahoe Reno area. Lithium AquaRefining uniquely recovers the high value lithium that's currently lost in the smelting process today of the 5% of batteries that are recycled their lithium batteries while the other 95% in the landfill. There's a total of zero lithium recovery with smelting incumbent processes. Lithium AquaRefining allows us to recover all -- nearly all of the lithium. Dragonfly would purchase commercial quantities of the lithium hydroxide beginning with our pilot plant for ongoing development of solid state lithium-ion battery technologies and future manufacturing activities. Aqua Metals will also provide the recycling services associated with the scrap materials as well as lithium-ion cells that come back from Dragonfly Energy. Dragonfly expects to begin production of its solid-state pilot line as early as 2023, which is quite exciting to see such a large facility being planned for 2023 production of lithium being sourced not only as through traditional resources, but through sustainable methods such as Aqua Metals. So we and Dragonfly are very excited to embark upon this partnership. I'm going to now ask Ben Taecker, our Chief Engineering and Operations Officer, to take us through some of our recent achievements this quarter with the Innovation Center, and I'll turn it over to Ben. Ben, go ahead.