 Hi, I'm Jeremiah Robinson. This is rushing water fisheries. We got an NRC serigrant to build an aquaponics greenhouse here. This is gonna be not like any other aquaponics greenhouse that has been built before. Oh, I've been growing using aquaponics, which is a combination of hydroponics and aquaculture. So fish provide the waste that grows plants, plants clean the water for four years now. And I've been teaching people how to do it for two. And I've sort of built a reputation as the person who has worked with all the issues on growing in cold water. Typically groups around the country grow in warm water with warm water fish. I grow in cold water with cold water fish. And so my barber actually is a very chatty person. He took a business card. He knows Peter who runs this place, gave him my business card and said, he should call me, Peter called me and we hit it off. So we decided to go for something. So Peter who runs the fish farm and his investors were extremely skeptical that there was ever gonna be any money in this. And so without the grant, they would have remained just a skeptical. But as soon as I said, hey, if you're willing to spend 10, we can get you. You know, or if you're willing to spend 15,000, we can get you another 15. He said, all right, we'll do that. So this, no way this would have happened otherwise. This is a flow through trout aquaculture facility. So it's spring fed trout live in the ponds. The water runs through the ponds and then goes down into the creek, which ends up in various rivers and waterways and in the rock river watershed, I think is where it ends up. So the things that make this project unique and from a hydroponic greenhouse perspective, this is absolutely minuscule. This is tiny. So this is just an experiment. We're just checking to see if this will work. What we're hoping will happen is two things. One is we'll be able to grow vegetables using this water, which has been fertilized by the trout that we have here on site, which is an experiment. We don't really know if it'll work. It's been tested at a university level, you know, in controlled lab conditions, but on an actual farm, it has not been tested. We're gonna try it in a few different ways. We have a few grow beds that are built as three in parallel, so we'll be able to grow in three different ways. There's gonna be some more grow beds built also in three in parallel, so we can try a variety of different growing methods using three different sources of nutrients. We're gonna use the water from the fish ponds. We're gonna use digested pure fish manure. And then we're gonna grow using standard hydroponics as a control. So this will be just a double poly inflated greenhouse, 30 by 50. We might experiment with some unusual heating schemes using some of the water as a heat sink. Other than that, the main other thing that we're doing is we're hoping to test whether we can remove a significant amount of nutrients from the water. If we can remove a lot of nutrients for the water, that'll resolve tensions between farms like ours and the DNR because they can do something that's profitable while also removing their pollutants. So that's sort of a big deal if it works. We don't know if it'll work. That's why we're trying it. Phosphorus is the primary nutrient, both dissolved and suspended phosphorus. Yeah, so total and dissolved phosphorus. There's orthophosphate is the typical term and then there's total phosphorus. We wanna remove both of those. We also wanna remove as many solids as we can because they're regulated on solids. There's talk about nitrogen regulations coming down the line at some point and so we're concerned about that. They have ammonia regulations, but they're not anywhere near their ammonia regulation levels. So, you know, I have friends in the wastewater world and they're basically all of the mind that there will eventually be a no added nutrients rule for everybody. So this is gonna be a place that we're gonna end up at some point. So that's what we're hoping we'll accomplish here. At least being able to verify whether one can do these things. If it also proves to be profitable, then we may end up scaling up to be not miniscule anymore and actual grow significant quantities of vegetables.