 Congratulations, John. You just announced an MOU with Norfalka, which of course is a division of Glencore. Where do we start? Yeah, so it's a very important announcement for the company today because Norfalka, the division of Glencore has access to sulfuric acid, which is very important in the production of purified phosphoric acid. So it's one of the larger, more important missing elements in our ability to actually create purified phosphoric acid at the port of Sagna, purified phosphoric acid being the precursor for lithium iron phosphate battery. So back some of the investors out there new to first phosphate going, who is this company and what's going on here? Tell us more about your industrial facilities in Quebec and how this actually plays together. Yeah, so first phosphate is a company that's the dedicated to purifying phosphate for the production of lithium iron phosphate LFP battery in North America. We will be bringing our facilities online here in the coming years and one of the important parts of that is to create purified phosphoric acid, which is the precursor for LFP battery. And in order to do that, you need igneous phosphate rock, which comes from our minds eventually, and also sulfuric acid. So the sulfuric acid component being very important. It's 1.2 times the amount of igneous rock is the amount of sulfuric acid that is needed in the process. So very important and component not to be overlooked. I'm not surprised by this news because we've had a series of news releases about some exceptional new members to your team. Would you like to talk about that? Yeah, so recently having joined our team was Isabelle Sheldon, OBE. She's been knighted by the Queen for her contributions to the battery industry in the United Kingdom. And we also had Armand Mackenzie join the board, who's an indigenous leader and also a lawyer who has very deep experience in the mining industry. Well, I was very interested with both of your announcements. I want to congratulate you for that. And you also announced a environmentally friendly phosphate concentration pilot plant. But that's an interview onto itself. Would you like to tell us more? Yeah, so one of the bigger challenges of many companies in the industrial minerals is to be able to actually process the minerals that they extract from the ground. And a lot of companies attempt this kind of work too late in the process once they've spent a lot of money in the ground. And maybe if they're having challenges at that point, it's too late. So we wanted to move very quickly. We've moved to our pilot plant very quickly in our process. And we've been able to prove that we can recover 91.4% of the appetite, being the host mineral for phosphate. In our pilot plant, we're able to make secondary recoveries, which are saleable as well of ilmenite, which is titanium, magnetite, which is iron. And we're able to get to an appetite that is 97% pure. That's a phosphate that's almost 41% pure, which is the world's highest form of cleanliness of phosphate that has ever been seen out there. And we've recently now used that to create a 900 kilogram sample of phosphate, which has been sent to our partner Preyon in Belgium, the world's largest producer of purified phosphoric acid, to run testing and to produce purified phosphoric acid from those samples. So once that's complete, we know that we are able to get from mine all the way to purified phosphoric acid. The next step will obviously be to get to LFP cathodic acid material, but that should be relatively easier. Once we know that the phosphate is clear, clean, and acceptable, and with today's announcement with Glenn Court and their division of Norfalko, the sulfuric acid is what allows us to then make the purified phosphoric acid. So we tie the loop in very, very closely and cleverly with Preyon and with Norfalko today to be able to actually produce the purified phosphoric acid for the LFP battery. You're always moving faster than most companies on the planet, John. I've talked to you about this before. So what should we, as shareholders, anticipate, say in the next quarter? So right now, we're moving into finalizing the preliminary economic assessment at our flagship property, which is Lepa Loading Yelp. That was expected out by Q4 of this year. We're hoping to get that a lot earlier. We also hope to begin drilling in the winter again at Bayesian La Marche, which is our new discovery property, which has shown some exceptional results, and at only 75 kilometers from the deep-sea port of Sagnae. So we're really excited to get Bayesian La Marche a little bit more discovered into 43-101 and into PEA as well. And we're continuing to work on some of our secondary recoveries, which are the ilmenite and the magnetite, to be able to make yet another component that is important in LFP battery, which is the iron source. We believe we can use those two commodities to create the iron source necessary for the LFP battery production, which will then put us in a position where the only thing else that will be needed at the port of Sagnae is lithium to make LFP battery, so that we will have all the in-situ wet materials at the port of Sagnae to make LFP battery. And to establish the port of Sagnae and the Sagnae-Lexan-Jean region of Quebec is the LFP battery valley of North America, an ambitious goal, but I think a very realizable one. For those of you interested in more information, please go to the first phosphate website down below. And as always, John, thank you for joining us. Thank you so much, Tracy.