Thanks, Kirk. I'm going to make a few comments on ReElement Technologies. As we frequently state, our ReElement Technologies division represents an incredibly exciting and very strategic opportunity for us. We've never been involved with an entity that, in our opinion, has as much upside than ReElement. Our mission has always been focused on how to most efficiently and effectively deploy critical mineral refining outside of China. And it had always been our belief that attempting to deploy legacy Chinese refining technologies in the U.S. or Europe, really any other part of the industrialized world, would pose real challenges. Those types of facilities and technologies are extremely expensive to build and operate due to the harsh chemicals, waste output, and maintenance at large scale, and are not sustainable outside of China. Given the projected growth and demand, the geopolitical landscape, the monopolistic position China has facilitated over the past couple of decades, and the rapid execution we've achieved to date, ReElement is uniquely positioned to solve complicated and pressing problems that exist today. As such, we sit at where I say is the intersection of critical mineral supply chain health and resiliency and national security interests. As we continue to strategically position ourselves in the global supply chain for critical minerals, it is becoming more and more evident that we are separating ourselves from the pack as the preeminent refining solution outside of China, and the most efficient critical mineral refining platform in the world. Our ability to produce high purity lithium products, battery elements, rare earth oxides, and critical defense elements for both recycled feedstocks as well as from natural feedstocks showcases our platform's flexibility, and certainly differentiates us from anyone else out there. While our platform's flexibility uniquely positions us across multiple supply chains, we also have to stay focused on our particular end markets we serve and as we continue to execute and scale. Those end markets are, the production of rare earth oxides that are predominantly used for the manufacturing of permanent magnets, which are critical components within high efficiency motors in applications such as electric vehicles, windmill turbines, power tools, as well as critical defense technologies. Also the production of either ultra-pure lithium carbonate or lithium hydroxide, which are precursors for battery cathode that are used in a variety of lithium ion battery technologies. And then as well, another end market is critical defense elements. These are highly unique for certain defense or military applications. The feedstocks that we're currently most focused on are both primary ores as well as recycled feedstocks, which again, you know, contributes to the unique aspect and our unique positioning throughout the global marketplace. These feedstocks include end of life rare earth permanent magnets, which can come to us as magnets themselves or part of decommissioned wind turbines, electric vehicle rotors and motors, or any other consumer goods such as power tools and other e-waste. This is really where we cut our teeth and how we began ReElement Technologies with our partners at Purdue University in extracting the rare earth elements from the magnets and refining them back into magnet grade rare earth oxides. Another key feedstock for us is black mass, which is shredded cathode material from lithium, excuse me, lithium ion batteries and lithium ion battery waste or scrap. Not all black mass is the same. There is very wide range of qualities and a variety of different battery chemistries that have different inherent elements and minerals. We've taken in black mass from well over a dozen producers worldwide and validated the efficacy of our technology. It is important to note that the battery recycling industry's competency is really in the collection and aggregation of batteries and shredding them to produce a black mass material. Black mass cannot be used in the manufacturing of new cathode or batteries and requires further refinement of the material to produce battery grade precursor products. The competency of those platforms is not in separating the high value elements in black mass and refining them back into battery grade precursor products. That is where we step in. Additionally, our ability to handle different types of black mass chemistries is another distinct differentiator of ours. Typically, battery shredders require NMC or nickel manganese cobalt type battery chemistries in order to monetize the inherent nickel cobalt value. While most, if not all, of the lithium is either lost or wasted. A lot of NMC black mass is sold today into China for refinement, which we believe will eventually be restricted or banned. And we are having success as a value added partner to separate and refine NMC based elements for certain recycling platforms all over the world. However, our ability to economically refine LFP or lithium iron phosphate black mass is extremely unique. And we believe we are the only ones in the world that can economically extract the lithium and refine it back to battery grade products. LFP chemistry is the largest sub-segment of lithium ion battery chemistry today in the world and growing. It also sets us apart from any other critical mineral refining platform and showcases the value of our platform to the recycling industry. Our value added position in the recycling market and a sustainable supplier of critical minerals is strategically important as we move towards a highly mineral dependent electrified economy. And from our perspective, traditional solvent based processing methods don't work efficiently within the recycling industry for a variety of reasons, including performance, CapEx and OpEx fundamentals. Those challenges are beginning to manifest themselves in a big way across the recycling industry. Our powered by ReElement product offering, which is a collaborative and flexible refining service within the recycling industry, has tremendous growth opportunities to efficiently scale alongside the growth of the recycling industry while also being able to adapt to different and evolving battery chemistries. And we are beginning to see the success with some early adopters and partners. While recycling feedstocks are important from a sustainability perspective and provide us a tremendous opportunity, natural ores will allow us to move the needle faster to meet the rapidly growing demand of the energy storage market. Our current focus is mainly hard rock lithium bearing ores. Given the efficiency of our process and technology to refine lithium very cost effectively. However, we also currently are working on different ores types, including cobalt and nickel bearing ores, unique and specific critical mineral defense minerals. And we are also in the early stages of incorporating rare earth ores into our development platform. Our commercial qualification plant in Noblesville, Indiana, has been extremely busy taking in these different feedstocks and validating our process and products with a variety of existing and potential partners in a variety of industries, including the renewable energy space, automobile OEMs, battery recycling, consumer power tools, and miners of minerals and ores from across the globe. These customer qualification and validation processes have sometimes been lengthy, sometimes taking over a year. But they have also been successful in showcasing our distinct advantages. Additionally, our Noblesville facility has been hard at work utilizing these feedstocks to validate and design our process at larger commercial scale. For our two U.S.-based large-scale projects in Knott County, Kentucky, and Marion, Indiana, while also other co-located facilities in the United States and abroad. Our two large-scale U.S.-based critical mineral refining projects exemplify how we are leading the charge and are uniquely equipped to address probably the largest choke point in the critical mineral supply chain, which we believe is midstream processing in refining. Our Kentucky Lithium project is upcycling one of our carbon processing facilities in eastern Kentucky and transforming it into a large-scale critical mineral refinery with initial focus on hard rock lithium ores as its primary feedstock. It is currently being designed with an initial capacity to produce 15,000 tons per year of battery-grade lithium, and will have the ability to incrementally add modular capacity beyond that. As previously discussed, this project is now funded with the closing of our tax-exempt bond we announced today, and I cannot think of another project that defines energy transition better. Our Marion, Indiana, Supersite project is converting what was once a beacon of U.S. innovation in manufacturing, it was once the largest television manufacturing facility in the world and is transforming it into a first-of-its-kind critical and rare-earth mineral refining campus with a focus on recycled feedstocks. This facility has been undergoing renovations and is being designed with initial capacity to produce 5,000 metric tons of battery-grade lithium and 1,000 tons of rare-earth oxides per year. I cannot think of another project that defines the reshoring of U.S. manufacturing better than this project. Our innovative and advanced separation and purification methods using chromatography replace the guts within a typical hydrometallurgical process. In essence, we use a modified version of hydromet, but without the harsh solvents and acids that are typically used in the separation phase of refinement. This allows us to displace the toxic conventional methods used in China and what many are trying to attempt to deploy outside of China. We are lower cost and more efficient because we utilize a smaller footprint, we don't use harsh chemicals, meaning our OpEx is much lower and our environmental footprint is much cleaner. Our process is modularly scalable, contributing to a meaningfully lower CapEx. Also, our speed to market is faster than anyone else. Disruptive technologies comes down, in my opinion, to cost and know-how, and we are in a unique and fortunate position to have both. Our intellectual property has been developed and commercialized with approximately 40 years and over $40 million invested across multiple industries. Our best-in-class team leverages the know-how from the research and development, the commercialization, and operational expertise coupled with our asset base and relationships to execute on our mission. And we are able to produce high-demand products cost-competitively, if not lower than China. We believe our platform technology is an important linchpin in making the United States competitive within the electrified economy, as well as for national security objectives. The value proposition for ReElement is, the world needs advancements in refining these raw materials that power our modern-day technologies, and we believe we provide the most efficient solution while also being in the lead position to do so. We truly believe ReElement has the opportunity to create substantial and meaningful value for our shareholders, and the decisions we make and the time associated around the entire process, while sometimes certain things being out of our control, are based on maximizing that value the very best that we can. I'd like to now turn it over to Mark Jensen for some additional comments. Mark?