Chris Jones
Analyst · Crystal Equity Research. Please go ahead
A quick reminder on Page 7, of our core values here at Westwater. Safety first, that means the safety of each other, the safety of our environment, our assets, the communities where we work, and our reputation. Cost management, that's effective and efficient use of our shareholders' assets, a focus on first quartile cost performance. And integrity, the highest level of performance every day, improving our processes and conservative promises well kept. On Page 8, we are the owner of the leading graphite development property in the United States. We've developed a new environmentally sustainable proprietary process for purifying graphite, and we've applied for U.S. patent. Our pilot plant scheduled for operations this quarter, expects to produce battery grade graphite for customer testing and validate the design of our commercial scale facilities. Turning to Page 9, Coosa Graphite Project has these three key attributes: proprietary technology as we previously spoke, a high purity conversion process that is simple and robust, a cost advantage, U.S. manufacturer battery grade graphite, with vanadium potentially improving our project economics and sustainability. We have an environmentally sustainable process, and our graphite used in electric vehicles can save 300,000 tons per year of CO2 emissions. On Page 10, battery market segments include transportation, such as electric vehicles, we expect a 23% growth rate over the next 10 years. This is predominantly lithium ion batteries, with a qualification cycle for our products of three to five years. Consider this really our CSPG product that we'll be speaking about here in the next couple of slides. Energy storage systems, like those for grid, power and others at an 11% growth rate expected over the next 10 years. This is the enabling technology for wind and solar power generating facilities. And consumer electronics like the phone you may be using right now or the laptop on your desk, we see a 3% compounded annual growth rate for this well-established value chain. Qualifications for these products tend to be in the one to three year timeframe. And specialty markets that we will be working to develop in defense, aerospace, medical with major players in the United States' government and major contract based businesses. On Page 11, graphite is a component of all batteries. This includes lead-acid batteries, like the vehicle you may have driven to work this morning, or as parked in your garage, alkaline power cells, like those in your smoke detectors or your flashlights, and non-rechargeable lithium cells like the coin cells you see on the end caps at places like Home Depot and Lowe's. Coated purified spherical graphite, CSPG is a critical component in lithium ion batteries, like those that go into electric vehicles. The United States has defined graphite as, "critical to the nation's security and prosperity", and presidential executive orders ask U.S. government agencies to act with alacrity. On Page 12, we talk about the graphite supply. And let me summarize this slide and saying simply that China is responsible for more than 80% of the graphite produced worldwide, and almost all of the graphite we use here in the United States. The U.S. produces only 11,000 metric tonnes of domestic graphite a year, none of which is mined here. And the United States has projected to require more than 124,000 metric tonnes in 2030, that's only 10 years from now. Westwater Resources is poised to provide a direct solution to the security of domestic supply for graphite. On Slide 13, the Coosa graphite project provide two key advantages. It is a near-term source of domestic U.S. battery-grade graphite. Pilot plant commissioning is underway right now. Customer qualification on some products is underway right now with a 1 tonne bulk sample order previously announced. Westwater's graphite will be produced using, as we've previously described, an environmentally sustainable process here in the United States. And Westwater's graphite products serve all battery markets. Our vanadium discovery at Coosa could contribute revenues, an exploration is planned for the first part of 2021. On Page 14, we talk a little bit about our products. ULTRA-PMG is purified micronized graphite, this is the material that goes into alkaline power cells for instance, and lead-acid batteries as a conductivity enhancer. Think if the alkaline power cell market is $10 billion with a B, units per year for the gram of graphite in each battery. Our ULTRA-DEXDG product, which is delaminated and expanded graphite, goes into those batteries and lead-acid, and lithium ion batteries, as a conductivity enhancer. ULTRA-CSPG, this is the material that goes in lithium ion batteries for electric vehicles mostly and hand tools as you see in the hardware stores. This is a high performance anode material for lithium ion batteries. Our target market remembering from previous slides is the electric automobile sector. Our CSPG can save over 300,000 metric tonnes of CO2 emissions per year, when used in electric vehicles. This is enough material for 85,000 electric vehicles per year. On Page 15, we show our process flow sheet. The first step after the graphite is concentrated to 95% by our supplier is to purify that material to 99.95% or greater. This is done through a process for which we have applied a patent with the United States Patent Office. It involves several steps and we'll be talking about that in just a moment. This material right now is being piloted in Germany and in New York. Our DEXDG process is being piloted in Illinois. Germany is responsible for CSPG and PMG development, and we're using three different locations in Germany to do this work. It is a complex project that is already underway, and managed quite well by our management team. Let's talk about purification for a moment. Our purification methodology has a more sustainable footprint than those currently used in China, where environmentally damaging and expensive to manage hydrofluoric acid is used. This process yields prophetic carbon grade of at least 99.95%. Our three-step process allows for flexible feedstock and consistent performance. It basically consists of three process steps, caustic roasting of the graphite concentrate sample, acid leaching of the roasted sample, and thermal treatment of that sample to get rid of the remaining contaminants. On Slide 17, we talk about project investment options. As we look for project financing going forward from here, we're looking for loans or loan guarantees to take on some measure of debt against the project. And the process facility can be used as collateral. Direct equity investments by PE firms or other investors interested in an equity level of return, and that can happen at the parent or the project level, and joint ventures. We are considering all options. We've executed on none of those so far. We've retained a project finance firm to assist this experienced team in evaluating these various sources of capital. On Slide 18, our pilot plant commissioning is underway, in Germany, New York, and Illinois. We expect our pilot plant startup to occur as early as next week, generating products for pre-qualification in large batches to facilitate sales. Full scale production is expected from purchased feedstock in 2022, producing battery-grade graphite. And we expect to begin mining at the Coosa Graphite Project in Alabama beginning in 2028. On Slide number 19, we talk about our economics. Our pre-tax NPV for this project is $603 million, internal rate of return is 36%, and initial CapEx is only $118 million. We'll commission that plant in 2022, and we expect revenues in 2023. We'll remind our listeners that these are PEA level estimates going forward from here, and our feasibility study to be completed at midyear 2021. We'll further refine these numbers as we go along. We have a graphical representation of our project plan on Slide 20. Remember that we have a feedstock supply contract through 2027, to serve the mine startup in 2028. We have ensured adequate financial liquidity to support our key operations and business activities for the next couple of years. On Slide 31, we announced a year ago that we had discovered vanadium on our property. We'll be exploring for that vanadium in the first-half of 2021, with results at midyear. There are solid indications that vanadium is present. The drilling activities we propose for that site, we'll explore those vanadium concentrations, and also give us some information on metallurgic ore needed to recover. We will be able to speak to the economics sometime during 2021, as we finish those activities. On Slide 22, we talk about our team. I've been in business for something over 35 years, we like to say. And I've been in various mining environments from gold and silver and molybdenum and coal and oil sands and others, and I've been able to lead high performance teams like this one on several different occasions. Jeff Vigil backed up more than 40 years of financial experience in mining and manufacturing. Dain McCoig, joined us in 2004. He is experienced with all phases of ISR development and production for uranium, but he is leading our graphite development business as a licensed professional engineering and Bachelor of Science in mechanical engineering. Cevat Er, joined us in 2015. He is founder of SRK, Ankara, with more than 30 years of Turkish and U.S. mining and environmental experience, taking projects from concept to production. John Lawrence joined us in 2012 with more than 30 years of experience in law and licensing across the nuclear fuel cycle. He has a BS in nuclear engineering from Purdue University, and a J.D. from Catholic University, Columbus School of Law. Our newest addition, Jay Wago, joined in 2020, with more than 20 years of experience in sales and marketing to the lithium ion and electric vehicle manufacturers and markets in the United States and Asia. On Slide 23, experience matters. We've restructured and recapitalized this company, repositioning Westwater as an energy materials company, with a laser focus on battery-grade graphite products. Our experienced management team has a demonstrated history in finance, and green energy development from concept through production. We've executed a proactive M&A program, sale of our non-core uranium properties to redeploy capital and expanding our resource base space into green energy materials. On Slide 24, why Westwater is an investment? We have a battery grade graphite development business with strong upside potential. Graphite has been designated a critical mineral by the United States government. We have a proven management team with experience in energy minerals development and financial management. And you can anticipate catalysts for the remainder of 2020, and 2021, through pilot plant operational results, vanadium exploration results, feasibility study results, and Coosa Graphite Project development and project milestone achievement. And with that, I'd like to open it up for questions, Anastasia?