Thank you, Andrew, and good morning to those listening to the call today. My name is Mark Chalmers, President and CEO of Energy Fuels. And today, I am delighted to highlight Energy Fuels remarkable accomplishments during 2024, which we believe has created the leading U.S.-based critical mineral company. I'm also excited to talk about our goals, guidance and aspirations in 2025 and beyond. Many of you have heard me say many times, there is no other company in the world like Energy Fuels. Today, that is more true than ever before. Energy Fuels is building a global critical mineral powerhouse. And the progress we made in 2024 is extraordinary. We are building this business around our core uranium business, leveraging our permits, infrastructure, excess processing capacity and most importantly, our talented and creative workforce. Over the course of the past year, we have resumed commercial uranium production, secured world-class critical mineral assets and commercially recovered separated rare earth elements, which some of our naysayers said was not even possible. While this has caught some people off guard and a diminishing group of naysayers remain, that is fine. We will continue to pursue our creative accretive strategy as it simply makes so much sense that it has become obvious. We are on the verge of generating significant cash flows and margins in the next couple of years and emerging as the leading low-cost, large-scale Western producer of several critical materials that are central to energy, defense, technology and mobility. Today, I will be joined by Dave Frydenlund, our Executive Vice President and Chief Legal Officer; Nate Bennett, our Interim CFO and Chief Accounting Officer; and Curtis Moore, Senior VP of Marketing and Corporate Development to assist with any questions that you may have at the end of the presentation. Replays of this presentation will be available shortly, perhaps even as early as today. And Kim or we will be controlling the slides, you will not be controlling the slides, but I'll try to remember to tell Kim when to advance the next slide. So let's get going with the presentation. Next slide. On Page 2, I may be making some forward-looking statements and those are highlighted on this page that is included with the presentation. Next slide. I want to talk about our high-value sequence here. One of my slides was out a slide. So look, let's talk about Energy Fuels. Really, an investment in Energy Fuels is you are getting three companies in one. We are building a globally significant critical minerals company. We have built this around our significant U.S. significant leading U.S. uranium production. We have produced uranium for the last decade or two or three with our assets, but we've never been world significant. But when you look at these two other portions of our strategy, we will be world significant with rare earth production and world significant with the heavy mineral sands production. And that, in turn, makes a world significant company in due course with multi-elements being produced and our timing is impeccable. Next slide. Let's talk about our high-value product lines. These are all in-demand materials central to energy, defense, mobility and health. Uranium, as I mentioned before and many of you are aware of, we have been a leading producer of uranium for a long period of time and we are now in large-scale production. Currently, we have three producing mines, and we expect to have newly mined production of 1.73 million to 1.17 million pounds of contained uranium in 2025, subject to market conditions. This does not include up to 200,000 pounds of additional alternate feed materials and third-party ore purchases, so you can add up to another 200,000 pounds on top of that. We expect to sell under contract between 200,000 to 300,000 pounds in 2025 and we will also be looking at potential spot sales as prudent as the market strengthens. Inventory, we have nearly 400,000 pounds of finished uranium already on the ground at the end of '24, and we have over 700,000 pounds of contained uranium and ore and other raw materials to be processed. By the end of 2025, we expect to hold between 1.6 million to 2.3 million pounds of uranium that will either be finished or in inventory yet to be processed. And I want to comment on this because I think some people do not understand the flexibility that we have at Energy Fuels because with the White Mesa Mill, we can have newly mined ore, we can have alternate feed that we processed for many decades. We can have mine cleanup ore. We can have pond return. And we can process that, we can mine it, we can store it at the mine, we can ship it to the mill. We can store it at the mill in stockpile. We can process some of that in a mixture. We can process just newly mined ore, add alternate feed or other sources. So one of the things I want to highlight is that, that has been a key success to Energy Fuels over decades because we had that flexibility. So you can't compare it just to an ISR mine, other mine because no one else has that flexibility. So rare earths, we are a leading producer of Rare Earths in the United States and not many people can say that. We're now in early-stage commercial production. We have the capacity to produce up to 1,000 tonnes of NdPr per year. We produced 38,000 kilograms of on-spec NdPr in 2024. This material is now being tested and qualified by non-China Rare Earth metal and magnet manufacturers to support future sales and offtakes. And that is going very well. And I hope to have further updates to the market in due course. We also have the potential to go back into -- even though we're currently processing uranium at the mill, we have the ability to go back into commercial production of NdPr either this year or in '26, subject to mill schedule market conditions and supply of feedstock. On the heavy mineral sands front, we are advancing three material mining projects right now, and that is a big part of our story in 2024 and going forward. Mines world-scale, world-class projects in Madagascar, Australia and Brazil. Medical isotopes, we are continuing to do our research and development on the recovery of radium and radium is put into solution when we're processing our uranium ores or some of our rare earth feeds. Vanadium, we're still the largest primary producer of vanadium in the United States, and we can respond quickly when markets support this. Next slide. So let's talk about 2024, which was a fundamental building year, again developing low-cost Tier 1 critical mineral assets while maintaining a very strong balance sheet. We had a net loss in 2024 of $48 million, but that really is somewhat misleading because that was driven by transaction costs and the combination with primarily base resources, which was also offset by uranium sales. We sold 450,000 pounds of uranium for a gross profit of $21 million at a margin that was north of 50%, and we sold it through a combination of contract sales and spot sales that averaged around $84 per pound, which is a better result than a lot of our peers. We also sold approximately $40 million of heavy mineral sands products, which includes ilmenite, rutile and zircon. We had one-off transaction cost of over $10 million, and as I mentioned, related to the acquisition of Base and the formation of the Donald joint venture project with Astron. Some of our recurring costs and additional operating costs were higher with the acquisition of Base and the reclamation of the Kwale project in Kenya that came to a close at the end of December of '24. We also purposely elected to not sell uranium during Q4 due to weak prices. That all contributed to the loss. We still have excellent liquidity with over $178 million at current commodity prices made up of cash, cash equivalents, liquid marketable securities, uranium and other receivables and inventory. We have, as I said earlier, 400,000 pounds of finished uranium. We also have 900,000 pounds of vanadium and we have some mixed rare earth carbonate and 38,000 kilograms of finished separated NdPr in inventory. No debt. We probably have $1 billion worth of assets plus. We also raised $60 million of cash on our ATM from the beginning of the year through February 14 at an average share price of $5.34 per share. This is to ensure we have plenty of cash to advance our Tier 1 mineral assets that we're currently really not getting valued in the market. Next slide. So let's look at the diversified asset portfolio that we have put together over the last few years. Certainly, in the Northern Hemisphere is mainly our uranium assets, most of which or a number of which are permitted. We're headquartered out of Denver. We have the White Mesa Mill that can process the uranium and the rare earths. And that is really the area where we have our hydrometallurgy skills in the Northern Hemisphere. And now with the combination of Base in the Southern Hemisphere, we have an office in Perth, and we have a full management team to advance our heavy mineral sand goals and recover monazite in due course that are focused on physical metallurgy and are currently advancing two FID, final investment decision processes, advancing those on the world-class Toliara project and Donald joint venture in Victoria. So we have a complete team of people advancing those projects right now. Next slide. So we put together this graphic to kind of illustrate how it all works from a structural perspective. I mean, currently, we are processing uranium ore, and we can also process where we're processing vanadium ores as well to from multiple uranium projects. It goes through the White Mesa Mill, and we can produce U308, V205 if we like to recover it and potentially medical isotopes. That same mill, because we retrofit it to be able to also process rare earths can stop processing uranium ores and process monazite that contains uranium to advance and recover uranium and rare earth oxides. This is remarkable that we have a facility that can process both these ore streams at the mill, and we're able to build that for about $20 million. Now the mineral sands down at the bottom in the orange really doesn't touch the mill at all with the exception of recovering the monazite, which can be processed through the Phase 1 plant at the mill. Now our Phase 2 initiative, which is building an entire separate brand new rare earth processing facility will be separate from the center of that graphic because we will be able to have a completely separate uranium processing facility and a completely separate rare earth processing facility looking to the future. Now on the far right, you have multiple different materials and elements that can be processed through our infrastructure. We've seen how brutal the critical mineral elements can be like lithium, graphite, cobalt, including uranium when the price goes up or down, and our company will be diversified with multiple streams at world significant scale. Next slide. So again, as I talked about, we have three mines in production. The mill is actively processing uranium today. And we processed at the end of 2024. We only ran the mill at the very end of Q4, and we produced about 160,000 pounds of ore. We expect to finish additional uranium in the first half of this year of between 200,000 and 250,000 pounds. It can be more, as I explained earlier, because we will have plenty of feedstock that we can still process if we elect to. It really depends on what contracts we want to fill and what spot sales we want to make on how much finished goods we actually have at any one given time. I talked about the mining of the ore between that 730,000 to nearly 1.2 million pounds, and that would primarily come from the Pinyon Plain mine and La Sal complex. And I also mentioned that there could be up to another 200,000 pounds of alternate feed and third-party ore purchases that all goes to our account. We still are increasing our ability to ramp up to a run rate of 2 million pounds per year with additional work at the Whirlwind project and at Nichols Ranch with additional drilling. We're also very pleased with the landmark agreement with the Navajo Nation for ore transport, and we are currently transporting ore from the Pinyon Plain mine without any issue. And we're also very excited that we also will be working closely with the Navajo Nation on cleaning up some of their abandoned uranium mines that had nothing to do with Energy Fuels, but that all fits in perfectly with our ESG and our corporate responsibility and stakeholders in all the areas that we work in, particularly down in the Four Corners Region. We have four contracts -- long-term contracts. And as I said, we're only expecting to sell under contract between 200,000 and 300,000 pounds in 2025. We can continue, like we did in 2024, opportunistic spot sales if the market is there, but we do not plan to sell uranium at these current spot prices, which are in the mid-60s. And as I said, at the end of this slide, we are building inventory of uranium to have it available in the order of 1.6 million to 2.3 million pounds in uranium inventory, and we can process that, as I said, when we elect to, to meet the market conditions at the time. Next slide. Rare earths, we continue to focus on monazite as a low-cost byproduct of heavy mineral sands. Monazite has superior distributions of NdPr, Dy and Tb, which is very, very important, particularly with the component of heavies. It's a low-cost byproduct coming from these projects that we've assembled over the last 18 months or so in the heavy mineral sand space. White Mesa is the only facility in the U.S. that can process monazite. I talked about the inventory of the on-spec separated NdPr that we currently have, the 1,000 tonnes of NdPr capacity that we have in our Phase 1 plant at the mill. We are also looking to increase production over time with this Phase 2 plant. We do have a pre-feasibility study that was done a year or so ago back. We're looking to increase the capacity up to 6,000 tonnes of NdPr per year. And we've already got and awarded to Barr Engineering, the engineering for the definitive feasibility study, and that is well underway and should be completed towards the end of this year. We're also currently piloting Dy and Tb separation of the heavies. And we've done all this without diminishing our ability to produce uranium. Next slide. So we've shown this graphic showing the steps to integration to get down to magnets and drivetrains, and we are rapidly advancing this with the ability and having secured these world-class assets for the supply of both heavy mineral sands and monazite. Our ability to process mixed rare earth carbonates, our ability to separate rare earth oxides and ramp that up in due course with Phase 2, but we're very focused on the next step, which is the rare earth metals and alloy step. And we're already working on that with, I said, the prequalification with other companies in the world, but we have aspirations to continue making these steps for full integration in due course. And so that is a key focus of our company going forward. Next slide. On the heavy mineral sand front, again, we made extraordinary process for low-cost, world-scale titanium zirconium mines that also can produce the monazite low-cost byproduct feedstock to extract the Titanium minerals, the ilmenite, rutile, leucoxene, zircon minerals and rare earths. And so basically, the titanium zirconium raw materials are used in industrial applications like white pigment, paint, plastic, metals, ceramics, chemicals, refractory foundries and nuclear applications. In 2024, I already mentioned we had approximately $40 million of revenue from sales from Kwale project. That was 18,000 tons of rutile, 48,000 tons of ilmenite and 2,500 tons of zircon. We're rapidly advancing these three heavy mineral sands projects that I mentioned with our newly acquired project team based out of Perth, both at Toliara, Donald and Bahia and the combination of those including the relationship we have with Chemours puts us in a position to get to scales approaching or equal to Lynas in due course. And it has compelling economics. compelling economics on the heavy mineral sands alone and even more so with the rare earth processing. And as we take those rare earths and process them through the value chain of the oxides, metals and alloys, that margin even increases further. Next slide. So the Toliara project is a game changer for our company and not just our company, but for the critical mineral industry. We believe this project when it is fully approved by the Madagascar government and built, constructed and operating will revolutionize global rare earth production, including titanium and zircon markets. In October, we closed on the combination with Base Resources on October 2nd. And about six weeks later, the government of Madagascar lifted the suspension on the Toliara project. A week or so later, the government of Madagascar and Energy Fuels signed in MOU, advancing technical and financial terms and development, and we are currently working on legal agreements with the Madagascar government right now. And everyone seems to be focused on getting this done. We've advanced and started the bid process for the Toliara project. It's expected to be completed in the first half of 2026. This is a massive resource. It includes massive quantities of recoverable monazite, ilmenite, rutile and zircon. And I don't really think the market appreciates how significant this acquisition was for the company. Those that know the project understand the scale and the significance of this. And a big chunk of our feed for Phase 2 plant will come from the Toliara project on a project that has the potential to generate hundreds of millions of dollars of EBITDA per year for generations. It currently has a mine life of 38 years with the current feasibility study done by base, but it has significant potential to expand this. Next slide. So in addition, we have the Bahia project, which is in exploration and permitting that we bought and own 100% that can also contribute feed to the Phase 2 plant or even the Phase 1 plant and the Donald project in Australia, which is a joint venture where we're earning 49% interest, but would secure all the monazite from that project. And again, not at the scale of Toliara, but material scale with up to 7,000 to 14,000 tonnes of monazite per year for decades. We have most or all the major permits in place, and we again are advancing this through final investment decision targeted for June 30th of this year. And we're using base to advance the FID process with the joint venture, advancing Toliara, completing the final reclamation at Kwale and also advancing the Bahia project. So we have, again, a complete projects team. I don't know if people appreciate how important that is with advancing these projects and also building, constructing, and operating those in the most efficient ways possible. Next slide. So this is an indicative timeline for the rare earth development. And I just want to point out that when you look at -- we commissioned the Phase 1 separation plant in 2024. Meanwhile, we stopped processing rare earths. We've started the uranium processing. This will continue on over the course of the next many years and can ramp up to 5 million pounds in due course with some of our undeveloped projects that we're advancing through the permits. Meanwhile, when you look at the red up above, we have four sources of both heavy mineral sands and monazite coming in over the next few years, including Chemours, which we still receive monazite from as we speak, the Donald project, Bahia and Toliara and Madagascar, all adding up to world significant low-cost scale and scale equal to approximately Lynas. We can restart the Phase 1 separation plant as required, whether it be this year, next year or '27, but we plan to have the Phase 2 separation plant fully constructed and operated -- operating by 2028 to fit the supply from these other projects. Next slide. The medical isotopes, radium recovery, I've already talked about. It's a complementary high-growth opportunity, targeting the targeted alpha therapies which shows great promise for the treatment of cancer. There are certain isotopes, primarily the Radium-226 and 228 that are highly sought after and we're evaluating the potential to recover this for the U.S. medical supply chain and even potentially globally. We have this research and development license, and we're currently working to advance that as we speak. And we have potential to produce commercial quantities in coming years. And if we're successful, it has potential for significant cash flows looking forward. And there is a global shortage of these isotopes. So kind of watch this space. Next slide. Let's talk about guidance. Now as I said earlier, finished material, and it can be more than this in the first half of 2025, 200,000 to 250,000 pounds of uranium production currently and it can be higher, as I mentioned. We only have 200,000 to 300,000 pounds of uranium under contract. In 2025, we'll opportunistically look at selling spot uranium if the market strengthens, but we're not going to if it stays weak. I talked about the ore production at the conventional mines, and this is ore production, and we'll process it or not depending on what the market looks like, but we'll have it to process and we can process it in a couple of months or two or three months if need be. And it doesn't include the 200,000 pounds or up to 200,000 pounds of alternate feed third-party purchases. So towards the end of the year, we could have inventories of between 1.6 million and 2.4 million pounds, both finished and on process. Still working to increase the run rate up to 2 million pounds plus. We have these two additional permitted mines that we're working on as we speak, as I mentioned earlier, and we have these other projects that we're still advancing with our permits, the large-scale Roca Honda project, Bullfrog, and we also have the Sheep Mountain project in Wyoming. We'll continue to do our research and development on radium. Next slide. And we also have the ability to go back into rare earth production in '25 or '26 if we elect to and we have the feedstock to do so. I talked about the Phase 2 expansion engineering that's underway. We're very excited about that with Barr Engineering, and we'll be coming up with updated capital and operating costs for the Phase 2, and we'll be coming up with updated capital operating costs for the fits that are underway for both the Donald project and Toliara this year and early into next year. I talked about the piloting of the DY and TB, and that is very exciting. The drilling is at the Bahia project in Brazil will be underway. We expect to have a resource estimate later in '25 or '26. I talked about doing the two bids underway for both Donald and Toliara. And as I indicated, we have a complete project team to advance those. And we're pursuing the final agreements on Toliara with the Government of Madagascar. And then lastly, we are developing a comprehensive project finance strategy for these remarkable projects, which are world-scale low cost and the timing could never be better for critical elements at this scale, I don't believe of any company I know of at this point in time. So now I'd like to open it up for questions.