Christopher Jones
Analyst · Crystal Equity Research
Thanks, Jeff. And turning to Slide 7, we'll be going through our green energy asset portfolio. This includes our Coosa Graphite Project, our lithium projects, our uranium assets, and our vanadium discovery. Turning to Slide 8, you can see that the Coosa Graphite Project increases are leveraged in the rapidly growing energy, minerals and markets and notably increases revenue and cash flow opportunities. This project is the only battery grade graphite project in the United States at this stage of development. Current global graphite production is controlled by China and involves an unsustainable environmental footprint having a United States-based supply of graphite provides improved operational efficiency, while not compromising on the required quality. The U.S. is currently 100% import-dependent on graphite. Slide 9 goes through our business plan for the Coosa Graphite Project. We use proven environmentally sustainable technology. Processing we will start with purchased feedstock, which is widely available. Moreover, since mining operations are now deferred until 2026, permitting is no longer on the critical path to development. Note our pilot plant is projected to start operating next year, generating products for pre-qualification in large batches. Full-scale processing using our first furnace is expected to begin in 2022. On Slide 10, we illustrate the three graphite materials with enhanced conductivity performance that are used by battery manufacturers, purified micronized graphite or PMG, delaminated expanded graphite or DEXDG and coated spherical purified graphite, cSPG. Producing all three products means we can provide battery materials to a wide variety of customers. Westwater announced this morning that a major battery manufacturer requested a bulk sample of one metric ton or 2,200 pounds of our ULTRA-PMG product for further testing. So why is this such an important milestone? Product qualification testing battery manufacturers is typically a staged approach with each test dependent upon the success of the last. Our product has passed the initial testing rounds consisting of a few grams than a kilogram in size. As these tests are successful, manufacturers then ask for a bulk sample of material. The fact that we've reached this advanced stage demonstrates the high quality of the products that we've developed to meet the requirements of the worldwide battery industry. Turning to Slide 11, I'm sorry 12. We're going to discuss our lithium projects. On Slide 12, we've listed our lithium projects including Columbus Basin and Sal Rica. The Columbus Basin project now covers more than 14,000 acres with good highway and groundwater access. We own the water rights for this project. In terms of the Sal Rica project, we have more than 13,000 acres in Utah with good road, power access, sample results of up to a 100 parts per million from shallow aquifers have already been made public. We were recently granted water rights for the use of 1,500 acre feet of groundwater per year from the State of Utah. The right to use water is very important in the arid American West. These rights are essential to the development of lithium brine resources at the Sal Rica project. Turning to Slide 13. Battery market fundamentals remain very strong for us. It's projected that electric car and bus adoption rates are forecasted to grow at 23% annual growth rate and auto manufacturers are actively making the change to electric. In fact, in England, they've made the decision not to build any more gasoline and diesel vehicles by the end of 2040. While in China there are government mandates that 10% of total vehicle sales are either electric or hybrid. Lithium ion batteries use lithium and graphite and that's clearly an important catalyst in the supply, demand equation for batteries. New applications are constantly arising for batteries and continued growth is forecasted through 2025. Lithium prices are estimated to stay over $9,000 per ton through 2027 and meaningful amounts of capital are being invested into expanding lithium battery factories worldwide, which pose a terrific opportunity for the underlying materials. Turning now to Slide 15. We'll discuss our uranium assets. We believe that the completed Section 232 investigation and the decision by President Trump not to implement new trade restrictions, will be an important near term factor in driving uranium prices higher and with that meaningful upside potential for Westwater. Throughout the investigation, utilities have largely stayed out of the uranium market for more than year. Utilities restocking for inventory can drive underlying uranium prices higher as we are able to move past the uncertainty created by the investigation. Currently, the U.S. relies heavily on nuclear generation for baseload power. In fact, more than 20% of all uranium produced in the world is consumed in the U.S. Nuclear power represents the only electrical baseload solutions for global electric power growth driven by economic expansion with a focus on carbon reduction. On Slide 17, we will now discuss our vanadium discovery. We announced the discovery of significant widespread levels of vanadium concentrations throughout the of the Coosa project. The widespread distribution of highly anomalous vanadium mineralization is commonly associated with strong graphite mineralization. The values that have been determined through an independent analysis show high grades of vanadium contained in the rock, which according to current market prices reflects a potential opportunity for Westwater. The steel markets providing a baseload demand for vanadium, as well as increased used in electrical energy storage systems, these factors shape the landscape for higher value for Westwater. The market price for vanadium has come down from its recent highs as the new rebar standards in China were set to take place. Market fundamental show the balance between supply and demand going forward, supporting prices in the more reasonable $9 to $10 per pound range. On Slide 18, we show a team of tenured leaders in energy minerals development in Westwater. On Slide 19, that experience truly matters. Together, we have demonstrated a track record of highly disciplined management and we've maintained diligence capital stewardship. We restructured and recapitalize the company over the past several years, repositioning Westwater as diversified energy materials company. We've enacted a financing strategy through our $10 million purchase agreement with Lincoln Park Capital that allows for lower cost and less dilutive equity to provide working capital rather than using typical secondary equity offerings that can come with high price discounts and significant warrant coverage. We opted for a strategy that uses low price discounts and provides opportunistic timing options that take advantage of market events that cannot be anticipated. As a result, this agreement lowers our cost of capital while reducing our warrant coverage to below industry norms successfully financing our working capital needs while minimizing pollution. Our team has a demonstrated history of developing mineral properties from concept all the way to production. In a proactive merger and acquisition program has helped reposition Westwater’s singular asset base into a portfolio of diverse, low production cost assets, while selling non-core uranium properties redeploying capital to cost effectively manage and expand our resource base into lithium, graphite and vanadium. Concluding with Slide 20, why invest in Westwater? The underlying fundamental market drivers of our business are strong across all of our mineral assets. We also are continuing our commitment to expand our portfolio into green energy materials all of which are critical to national security. Investors with interest in green energy probably all the batteries for energy storage are the key to electrifying our transportation system. Electric vehicles are already 1% of all cars sold and sales are growing rapidly. Solar and wind power technologies also require batteries to store power so that it can be released to the grid when the wind is calm and the sun does not shine. The various graphite products we are producing are critical elements for these batteries. Furthermore, Westwater will be producing these critical graphite products in the United States, greatly reducing the chances of production halts or regulatory issues compared to operations in China or other foreign countries. The scale of the opportunities for Westwater is significant and we are moving forward to execute our business plan as fast as possible. We are also leveraging what we believe will be the rising uranium market with one of the largest uranium mineralization bases in the U.S. along with two licensed uranium processing facilities in Texas. The lack of uranium quotas post 232 provides significant upside potential as utilities come back into the market. And our vanadium discovery at Coosa has the potential to provide entry into steel markets along with the upside potential this valuable mineral presents. We’re currently debt free as well. Our recent customer acceptance and progression into bulk sample test of our ULTRA-PMG demonstrates our ability to develop high quality products with the promise of becoming a reliable producer and supplier of battery grade graphite materials to the worldwide battery industry. Our strong asset portfolio has significant upside potential purely on the underlying end user fundamentals. Electric cars and buses are forecasted to grow at a 23% annual growth rate and these vehicles are going to need lithium and graphite for their manufacturer. Providing a domestic manufacturer like Westwater favorable economics, a proven management team, the significant experience in energy, minerals development, and financial management, provides a key advantage in our industry. And with that, I’d like to open up the calls to questions, Ariel?