 Hello, everyone. This is Byron King with Investor Intel, and we're doing a commodity corner today with Greg Fenton, who runs a company called Zentech, which trades on the Toronto exchange, but it's also been approved for listing on Nasdaq. It works in the graphene space, and we will get into that as the discussion arises. But this morning, Greg, I saw this press release that came out from your company. You have developed a product that is what they call Ice Bobic, as in you put it on something and it sheds ice. Tell us about it. I love the press release. It's a great development. What's going on? Thanks, Byron. Nice to be with you this morning. Yeah, we're very, very excited about this product that we've developed. It's been something we've worked on for about a year and a half now, and it's a coating that we can actually put onto surfaces that doesn't allow ice to accrete to the same extent as it would on normal surfaces, like a metal or other surfaces. Basically what it does is very unique formulation that we've added different types of graphene to. The ice doesn't accrete to the surface nearly as well as it usually would. As soon as any force or pressure is put on the surface of the ice, it actually sheds. Your press release was talking about its applications in aviation, for example. I think everybody understands you've been on an airplane and you have to taxi out in the winter and they spray the airplane with this goop because there's ice or whatever on the wing. But if you put a different kind of paint, for example, on an aircraft or a propeller blade, you're saying that this ice-phobic material will maybe not prevent the ice from firing, but at least it'll shed easier. Is that what's going on? That's exactly it, Byron. So this would be a permanent coating on the surface. So the ice can still form, but as soon as any pressure at all hits the surface of it and it's measured in kilopascals and we've got it down under 20 kilopascals, that's required to have the ice shed. So if you think about a wing as it's moving through the air, the ice won't be able to accrete to the wing. So it's significant for airplanes. Obviously the fluid they put on airplanes now, it's a chemical, it's hazardous, it's expensive, it costs time. This would be a coating that would be on there and be permanent. So not only for airplanes, for drones, for power lines, for wind generation propellers, we saw what happened in Texas last year where they had massive outages because of ice, so these are significant markets across the globe for us that will be targeting them. That was sort of my next question we saw last year, the windmills in Texas, they iced up because of the weight of the ice, the wind couldn't blow, but you're saying that that just because of the nature of this material, this new sort of a slip free paint or whatever that would shed the ice, that the ice would fall off the blades of that windmill and it would either be easier to de-ice them or they wouldn't ice up in the first place. That's right, as long as the blade is turning, there would be enough force exerted against the blade itself to actually cause the ice to shed. Obviously, if the windmill was sitting still and the ice was falling on it, it would still accrete to it, but as soon as that started to move, the ice would just fly off, so you wouldn't have these outages. So you've been working on this R&D project, you said for about 18 months, and so where does it go from here? Are there other trials and tests or the kind of public certifications it has to get, or is it a marketable idea right now? That's a great question, Byron. Yeah, we're in the final stage of testing right now, so we've done some initial UV testing, so we simulated two years worth of UV exposure and it retained its isophobic properties. Right now, we're testing it for rain and sand erosion as well, and that's really the last step. We do anticipate good results there as well, but those results will be coming in in the next little bit here. Then after that, this is a product that we can take to market. This is unoptimized as well, and I want to make that point. This is the first couple of trials that we did with different forms of graphene, and we got it to this standard that's never been hit before, and we can still improve it further, but we have a product that will be the best in market as we stand now. So we're very, very confident that we should be able to get something into the market later this year. Well, and these are just sort of the ideas that you've worked on, because I suppose if this tech is like many other things, other people out there in completely different parts of the universe will look at this and say, hey, wow, this is really cool. Let me get some of that graphene material that you've got, or let me get a license from you or whatever. So this thing could really roll, huh? That's our business model, Byron, is we're an intellectual property development company, so we'll develop the IP, and then we'll be able to license it out to third parties to actually take it into the marketplace. Yeah, as in you don't have to set up a factory to make your own buckets of paint, you just license it to people who already have a factory that makes this special paint with this particular attitude. Is that it? Is that the idea? That's right, and then we'll learn a royalty off that, so it's the best of all worlds. We don't have to have a huge build-out or cat-back spend, and we'll be able to collect the royalties from sales of this product in the marketplace. Well, we have limited time, and I think this is a really good point to kind of bring it to a close. Tell investors out there, how can they buy your stock? What should they look for? What should they be doing in terms of running out and buying shares? Well look, our stock currently trades on the TSX-V and then the over-the-counter market in the US. We announced last week that we're moving to the NASDAQ, and that is imminent, so we'll be able to buy it there as well. We have a number of exciting projects that we, one that's already being commercialized as we speak, that's our Zengar coding, we've got our Isphobic Codings, we have at least half a dozen other IP that are very close to commercialization as well, so I think it's a great time from an investment perspective. Our stock has come off in the last little while due to the overall market, so I think it's a great entry point for investors that are interested in the high-tech space. Well, as an outsider to the company looking in, I mean, I'm not on your board or anything else, but moving to the NASDAQ would tend to be a larger share-buyer audience, and so this could be a really great entry point, as you said, for people who want to get in now, before the NASDAQ trip happens. With that, I thank you for your time. I thank you for your information. I wish you well, you and the team at Zentec, and in everything you're doing out there in the investor land. If you don't get graphene, you'd better read up on it. It's really astonishing stuff. It's a material of the future, one of those miracle materials that's going to change the world as we know it. With that, Greg, thank you and to all investors out there, I wish you the best of luck in all of your investing and good health. Thank you.