Christopher Jones
Analyst · Crystal Equity Research. Please go ahead
Thanks, Jeff. Turning to the Slide 8. We have our Green-Energy asset portfolio, which includes our Coosa Graphite Project along with our lithium and uranium assets. Importantly, all three of our portfolio minerals have been identified as critical to the nation's security and economic prosperity by the U.S. Secretary of Interior. Turning to Slide 9. The Coosa Graphite Project is the only battery grade graphite project in the contiguous United States. In a market that's currently controlled by China we view this as a great opportunity to become an American supplier of graphite to end-users. One that it adheres to a high level of environmentally sustainable supply chain management, while reducing shipping costs. We have continued to work with state and local officials in Alabama and Coosa County to site and permit the full scale processing facility and explore mutually beneficial business incentives. Alabama is a terrific place to do business. It's no wonder that they have landed Mercedes, Toyota and Honda. Most recently, Mercedes committed another $1 billion to build a battery assembly plant less than a couple of hours drive from our Coosa project. On Slide 10, these are the three component products, which provide graphite materials with enhanced connectivity performance for battery manufacturers. Purified Micronized Graphite or PMG, Delaminated Expanded Graphite or DEXDG, and Coated Spherical Purified Graphite, CSPG, this allows us to provide battery products to a wide variety of end-users. On Slide 11, our business plan for COOSA has resulted in a de-risking of the project plan and product profile. Processing now intends to use a fifty-year old proven environmentally sustainable technology using a version of an electric furnace. Processing begins on purchased feedstock widely available right now. And the mine is deferred permitting is no longer on a critical path but it remains a value enhancement project going forward. The pilot plant starts in 2019, generating products for pre-qualification in large batches and processing on a production level begins in the fourth quarter of 2020. And the economics are no longer solely dependent upon us CSPG the Coated Spherical Purified Graphite. We de-risk the product profile as well with the products discussed on the previous slide. Production starts with a simpler PMG product, that goes into lead acid batteries as the conductivity enhancement. Remember that 50% of all batteries sold are still lead acid. DEXDG, which is Delaminated and Expanded Graphite begins production in 2021. These are conductivity enhancers for alkaline power cells and other batteries. Then CSPG production starts in 2023. Note that mining is not expected to start until 2026. This removes permitting time lines from the critical path and de-risking the production of graphite products for us. Speed to market accounts on the battery material space and this plan works to place advanced graphite materials in the markets sooner than originally contemplated. On Slide 12, you can see the effect of our business plan on the project economics for Coosa. We've increased the NPV by almost $50 million, while reducing capital expenditures. Positive cash flows are advanced by one year from 2022 to 2021 and revenues are advanced from 2022 now to 2020. On slide 13 we talk about our Coosa Graphite Project schedule including important milestones that we’ll refer to time and again as we began to develop this project. On Slide 14, the lithium ion battery is important as it relates to graphite because graphite is a major component. It takes 10 to 20, 30 times more graphite than lithium to make lithium ion battery. The minimum graphite, purity required is 99.95% carbon. Coated Spherical Purified Graphite is a critically important material for the anode in lithium ion batteries and sells for a significant premium to graphite flake concentrates, which projected strong demand growth. Each electric car contains 100 to 200 pounds of graphite. Again, graphite is a critical strategic material and while there is over 200 graphite applications, the one with the most significant enduring future demand is in lithium-ion batteries. On Slide 15, large battery storage is an enabling technology for solar and wind power and has the potential to greatly reduce the issue of intermittent associated with these important next-generation technologies. Energy storage unlocks the value on those assets. Moving to Slide 16, global electric vehicle sales are projected to increase at a compounded annual growth rate of 13% annually through 2025. The transportation sector accounts for 23% of all greenhouse gas emissions, which is accelerating demand for low emission alternatives like electric cars. In addition to the transportation sector, the large energy storage battery market is growing as well. Demand is expected to be driven by grid and peak demand management. This is again the enabling technology for renewal energy, it enables solar panels to release electricity when the sun doesn't shine and wind turbines to release electricity when the wind does not blow. Storage battery demand growth is expected to be more than 11% per year. And with demand for consumer electrics like smartphones, tablets and laptops we expect that market growth will continue to drive battery demand going forward as well. On Slide 17, we see that the ongoing global shift towards low and zero-emission transportation alternatives will continue to drive graphite and lithium demand. The United Kingdom and France have announced they will prohibit the sale of gasoline and diesel powered vehicles by 2040. While China, the largest new car market in the world has mandated all auto manufacturers sell a minimum of 8% new energy vehicles, which includes plug-in hybrid, battery electric, and fuel cell powered cars. Volvo vowed to cease production of the internal combustion engine, promising every vehicle the automaker produces after 2019 will have an electric motor. Governments around the world continue to incentivize electric vehicle ownership through corporate subsidies and tax-incentives for buyers. Turning to Slide 18, we speak to demand drivers for battery materials. 230-gigawatt hours of capacity additions are expected in 15 to 20 battery facilities worldwide at an investment cost of over $10 billion. This includes lithium ion, alkaline power cells and lead acid batteries. Lithium is a key supply component for the growing market in transportation batteries. But remember that all of these battery types use conductivity enhancers made from advanced graphite products. Turning to Slide 19, will cover our lithium projects. On Slide 20, our three lithium projects, Columbus Basin, Sal Rica and Railroad Valley are all undergoing exploration work at varying stages. Phase 1 drilling is already completed at Columbus Basin. And Phase 2 drilling is planned. Railroad Valley geophysical information is being evaluated for future drilling targets. Turning to Slide 21, will cover our uranium assets. On Slide 22, uranium is still a strategic focus for Westwater. There are expected to be 35% more nuclear reactors in 10 years than there are right now. And they all need uranium to produce. China, India, Russia and Korea are building reactors or have ordered 130 new reactors. We think the demand side is going to grow as these reactors come close to – coming online. On June 20, 2018, the Turkish government notified us that the mining and exploration licenses for our Temrezli and Sefaatli projects located in Turkey have been revoked and potential compensation has been offered. We are investigating the legality of this action and what remedies, including compensation, might be available. On Slide 23, experience matters. Energy mineral exploration and development of the projects requires discipline and diligent capital stewardship. We restructured and recapitalized our company making it debt-free and with current facilities in place we have liquidity through the latter part of 2019. Our experience management team has a demonstrated history of developing and operating operations, large and small in the energy base and precious metals sectors. We have demonstrated ability to raise capital. A property rationalization program has helped reposition Westwater's uranium asset base around low production cost assets by selling our non-core uranium properties for capital, which was redeployed to cost-effectively expand our resource base into lithium in 2016 and now into graphite. Again, we acquired Alabama Graphite in April of 2018 to cost-effectively expand our energy material resource base. We’ve also consistently reduced mineral property and G&A expenses over the last several years. Slide 24, features our management team, a group of tenured leaders in energy minerals development. Turning to Slide 25, why is Westwater a great investment? Well, we didn’t include the bullet point but looking at the stock price, we are significantly undervalued today. We've continued to expand our portfolio on green energy metals, all of which have been deemed critical to the national security. We are leveraging our graphite assets to the battery materials sector with the Coosa Graphite Project in Alabama and three lithium exploration projects in the western U.S. We have one of the largest uranium mineralization bases in United States and two licensed uranium processing facilities in Texas. And the demand fundamentals are getting better as new reactors come online. We are debt-free with cash and financial facilities in place to fund us through late 2019. We are actively monetizing our non-core assets. And we have a lot to look forward to for the rest of the year including updated developments at Coosa, our exploration milestones on our lithium projects and our water rights application process at Railroad Valley and Sal Rica. Finally on Slide 26, we reiterate our strong asset portfolio with upside potential. As demand fundamentals for graphite and lithium are expected to improve. By being an American supplier of graphite, lithium and uranium, Westwater offers U.S. participation in the green energy revolution at hearing to the American environmentally sustainable practices. We have a proven management team with experience in energy minerals development and financial management. One last comment before the Q&A. Last year when we were in negotiations to acquire Alabama Graphite, it was an everyone's best interest to support Alabama Graphite through the process. This included extending loan advances and providing capital to Alabama Graphite in the amount of US$1.7 million. Frankly, I believe we are all on a better position today, Westwater and Alabama Graphite together. We released our business plan on the Coosa project, which provides investors a clear picture of our plans to unlock increased shareholder value at Coosa. We remain consistent in our policy of full and fair disclosure and will announce developments as they materialize. Again, thanks for your time and attention today, Steve, will you please open the lines for questions?