Transcript
Host (0:00)
The Bible has a lot to do
Owen (0:01)
with the US Especially the Old Testament. I am of the mind that the Old Testament was the US when you look at the level of destruction, especially here in Nevada and heading south, like.
Christopher (0:14)
Yeah. Like, a lot of those mountains look a lot. Like some pyramids that didn't work out.
Owen (0:17)
Yeah. Some desertification when you read about the Titans. And then you kind of, like, mesh that with the Old Testament, there's a lot of the, like, demigod Titan, Nephilim, that works really well in the geography here.
Host (0:39)
All right, guys, here with Owen and Christopher, we're going to talk soil today. Yes. Let's do it, man. You brought some. I did here. Right.
Owen (0:46)
Some biochar, to be exact. I'm sort of a snob about the. The carbon.
Host (0:50)
So what does this do exactly?
Owen (0:52)
Well, biochar is actually fixed carbon, and we fix it in an oxygenless environment so it's super stable. So it's not like charcoal, like a lot of people. Biochar and charcoal mixed up charcoal, they're usually doing pit burns where a lot of oxygen goes ahead and works on the carbon, and it creates a secondary oxidative stress. This is fixed because there was no oxygen in the burn. So apparently this is stable for up to about 15,000 years. Damn. Yeah.
Host (1:20)
That's a long time.
Christopher (1:21)
That's a very long time, gardener.
Owen (1:22)
Holy crap. So it makes it a cumulative thing. So when you add it to your garden, your soil space, that it will. It won't go away unless it gets washed away.
Host (1:31)
I need to buy some of this. We got it. Garden at the house now.
Owen (1:33)
Oh, no.
Christopher (1:34)
Dude, you got a guard. And this thing, this filters water really well.
Owen (1:37)
Yeah, yeah. The water filtration thing we're finding is probably its biggest benefit because we're getting between four and five times the yield. And the science now is coming back with it, and it's because of the way this structures water. Everybody's heard of carbon filters. The. When you get a carbon filter that's actually made out of biochar or activated carbon, the filtration and the structuring of the water is even greater. And it's because we're finding that on a micro level, you know, we were all told as kids that diamonds are essentially carbon that was compressed. Well in the making of the biochar, you get, like, really, really, really small diamonds. And so you know how, like, people would decant alcohols, different types of alcohols, and like a crystal vase or something like that. This is kind of decanting the water that Runs through it through a diamond vase. That's a. It's a good way of looking at it.