 Okay, everyone. I guess I'll get started in the presentation. My name is Tim McCutcheon on the president of wealth minerals. We are a lithium explorer and developer with our assets in Chile. It's our standard disclaimer. So wealth has just signed 90 million shares out. Right now we have a market cap of about $140 million. We're trading right now at a 52-week high of $1.81. The company's core focus is on lithium assets in Chile. We have the team to have a competitive advantage there. The key part about wealth strategy is to have a competitive advantage when it does things so that we're not simply playing at the casino, that we are able to do things that others cannot do and that's the added value for our shareholders. I think we all, the basic wealth plan was this whole endeavor, if you will, started out about 18 months ago when a fellow named Hank Van Alphen, who's our CEO, met up with Marcelo Owad, who was the ex-CEO of Anta Fagasta. Prior to that, he was executive vice president of Cadelgo. The two gentlemen got together and realized that there was a real opportunity in the lithium space. Of course, Marcelo Owad has enormous influence, contacts, potential to get things done in Chile in a way that no one else does, given his past role as CEO on the world's largest copper miners and executive vice president of, I think it is the world's largest copper miner. Copper in Chile is a big deal. The two gentlemen got together and realized they wanted to be in the lithium space. They realized there was a paradigm shift going on in the world and so they created a platform. That platform was then used to acquire assets. We first started out with a project called the Trinity Project, which is to the east of the Atacama Salar right on the Chile-Argentina border. Then the bank prize that we got in around October of last year was a 46,000-hectare concession in the Atacama Salar. We'll talk about this as we go through the presentation, but the point is that we recognized early on that if you're going to be in the lithium space, you have a choice of hard rock and brines, and brines historically are the cheapest cost assets out there. If you're going to be in brines, you want to be in a place like Chile, because if you're in a place like Chile, it has the longest operating history of brine assets in the Atacama, and that's where our focus has been, and the resources are there. I'm not going to go through this. I think we've already heard the lithium story quite a bit already. What I will mention is there's a lot of discuss about supply and demand. There's a lot of discussion and confusion and different opinions about where the world is going in terms of lithium being used. What I noticed on the panel was one thing that I did want to bring up in my presentation was half of the world's supply right now is from lithium brine assets. No one's ever going to find a new brine asset. You're not going to go to the jungles of Africa and uncover a brine asset. There's not any brine assets underneath the the ice cap of Greenland. Everyone knows where they are. You go to Google Maps. The entire world knows where every single salar is, and they have a pretty good idea of how much lithium is in each of those salars. It's essentially age of the salar, the size of the salar is a huge determinant in how much sediments have been deposited over time, and therefore we have a pretty good idea of how much lithium is in there. So we can talk about the timing of getting involved in the business, but what we really can't talk about is that it's a fixed quantity of stuff that everyone knows about. So think of it this way. If you are staking ground in Kuwait in 1920 for oil, you might get the timing a little bit wrong in terms of when you stake that ground, but they're not making it anymore, and clearly if you think there's a paradigm shift happening in the world, and of course we all do because we're here at this conference, then the question is getting your hands on it now because it's not going to be around, particularly like I said, no one's going to find a lithium salar under the Antarctic ice cap. We know exactly where they all are. So that's a key thing in terms of the future role at a supply and demand to keep in mind. Chile, again why Chile? Chile, one of the key things that we also think is very important to keep in mind is it's a relatively young business as we know. I mean the lithium mining has been around for a while, initially for medicine, also for nuclear triggers. It's only recently that it's really been caught on in terms of the the applications that we all know about cellular phones, lithium ion batteries, cars and everything else. The reality though is that in Chile you have one of the world's oldest longest operating lithium salar process, the Atacama salar, which is Rockwood and SQM. Because we're in Chile, we can hire people in their own country that have decades of experience in this business in the same geological formation where we're operating. So they know exactly what they're doing. There's no learning curve, and so it's a much lower barrier to entry to get things done in Chile for us because we're already there, and you have a huge pool of know-how and human capital that you can draw on that you really can't draw on in other parts of the world. So that's our core asset. It's a 46,000 hectare land position in the Atacama salar. What I'd like to point out is if you see sort of the square type figures in the southern part of the salar next to the word corfo, those are the drawing ponds for one-third of the world's lithium output. One-third of the world's lithium output comes from those drawing ponds. That's Rockwood, well Albemare, and SQM is operating there. The northern part of our license is only 30 kilometers away from SQM's operations, so it's quite close. And also if you think about the nature of what a salar is, in general we're talking about a basin that over thousands and thousands of years has filled up with sediments and has evaporated off, and you have all these salts and minerals deposited in the salar. The geologic complexity is due to layers, the strata, but within that strata it tends to be fairly uniform throughout. The reason that's important is because we know that in the south they're mining the world's highest grade lithium brines under commercial production today, 1,800 ppm. Nothing else comes close to that right now in the world in terms of lithium brines under exploitation. So that's a close up to the project. So we acquired this project in October of last year. The key focus on it was getting our hands on the project. Right now we're doing the community relations work and the geophysical work and the permitting work to really begin the fun stuff that's going to start this summer. Chile is a very mining friendly country, I think we can all agree that it's a mining friendly country, but it's also a very regulatory, it's a very regulated system. They want you to do work, but they don't let you do it willy-nilly. You have to get the appropriate permits and permissions to do things. We are in the process of getting our pertinencia. Our pertinencia will allow us to do certain work on the other common license, most importantly drilling about four to five deep wells on the salar so that we can test our hypothesis that the mineralization that's being extracted in mine in the southern part of the salar continues up into the north. The chart to the lower right though you can see that there's nothing that comes close in terms of the grade of the other common salar in terms of other peer assets. Again you know at the end of the day if you're going to be in this business you want to have best in class assets, if you have the opportunity to have something that's the lowest cost assets in the world. Again our discussion that we just had about the geology of the salar we have strong reason to believe that we're going to be very close in the lower end of this graph when it comes to pricing cost of production. What I'm going to do in a minute is just give you a little bit of outline some of you are already familiar with the name and I just wanted to go over what it is we're planning to do in a little more detail so that you can understand the opportunity that wealth minerals has. If you think of the other common salar and the southern part of the salar is where again one third of a world output comes from they're extracting brines basically from the top 50 meters of the salar. Now if you think about what a salar is a dried lake bed or seabed that has very strata over the the the eons of aquifers and water coming in evaporating off and leaving behind sediments. There's a certain layer of sediment called halite salts and halite salts are very coincident with lithium mineralization and the halite salt horizon is at the top of the salar in the south in that first 50 meters and as we all know SQM and Rockwood have had tremendous success in extracting brine lithium bearing brine from that halite salt horizon. Now historically there was a hole that was drilled very deep smack in the middle of the Atacama Salar to find oil. Someone had the money to do it I guess they decided to do it but they didn't find any oil but what they did leave behind was an entire record of the stratigraphy of that hole which we have. BHP had a northern part of the Atacama Salar and drilled a very shallow hole because they wanted to tap water for one of their copper mining projects adjacent nearby to this area and we have that data. Now if I go back just a second to them there we go. So think of the Atacama Salar as a teardrop and we have aquifers coming up from the bottom but we also have a source of fresh water coming in from the north that's coming into the salar and washing down to the south and then of course the Atacama Desert is the driest place on the planet. That water coming in from the aquifers and the water coming down from the top evaporates off and then you get your brine, your salt bed and you get your brines. Now the key part though is that in order to really get the juicy part if you will of our property is we have to drill below the area where that fresh water is coming in. So the halite salt horizon we believe is basically dips down below that incoming water down to around the 400, 600 meter horizon. As I mentioned a little earlier we're going to drill there three to four holes this summer and when we do that we will demonstrate that we have material very similar to what is being currently exploited in the south 30 kilometers to the south of us. And I think a key thing to keep in mind I used to be an equity analyst and one of the things I used to tell my clients when I spoke with them is you want to analyst who has a general idea and even if they're off by 50% you can still make a lot of money. If we have 50% of the grade that's being extracted in the south will still be the second best solar grade in the world. So keep that in mind that's the up sign that we have there. As far as a resource goes 46,000 hectares is larger than most salars in their entire team to begin with number one. And number two if you think about Rockwood and SQM they've actually never come out with the resource on their on their properties that they're mining that they're extracting brine from in the south of the other Kamasalara because they don't need to. Their mine life there is effectively forever it's certainly longer than any of us are going to be alive. So the key thing is demonstrating the grade and that's what we're going to do this summer. Another project we have is Laguna Verde. This is a project that's the southeast of us. This is a project that's basically a solar that hasn't dried out yet at the surface. We're testing that right now. One of the things that we've done is we've hired Tenova Bateman to be a technology provider for us. Many of you probably know that the Dead Sea in Israel is currently mined for magnesium and for potassium. That technology is very applicable for this type of scenario. And so we're working on a technology solution with them to commercially exploit Laguna Verde. Additionally if you remember what we spoke about earlier about collecting the land while it's still available at a decent price. The Trinity project is just to the east of the Atacama Solar. We've acquired that and we've just recently acquired the Five Solar's project which is basically bits and pieces of five other Solar's throughout Chile that give us a seat at the negotiating table when the inevitable consolidation process in this industry happens. It's a little bit of a team but what I really wanted to do is just take my time to get through to you the point that Brian Solar's historically and we certainly think are the best place to be if you're going to be in the lithium mining business. If you're going to be in Brian Solar's you want to be in Chile. And if you're going to be in Chile you want to be in the Atacama because we're not trying to vent the wheel. You want to invest in a company that has the lowest risk profile possible. The Atacama Solar has been a low risk producer for decades and we're right on top of it. Thank you very much.