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Those familiar with the Wranglerstar channel may have already seen this. This guy is Cody's neighbor and he's basically recreated the self-sustaining set-up from the movie The Martian. Check this place out, easily the most incredible aquaponics set-up I've ever seen. Enjoy.
https://www.youtube.com/watch?v=l3EPwIphnTI
I just finished watching it. It's definitely impressive.
Wow.
Impressive. Seriously impressive.
If he's recreating the set up, why's he so fat.Quote:
Originally Posted by Irving
Okay, his channel is up. https://www.youtube.com/channel/UCd8...ZeAjGDx_87azBw
Here is his landing page video that explains his mission. Pretty impressive stuff here. Really looking forward to watching his progress.
https://www.youtube.com/watch?v=AEpGv3GcmJQ
This is seriously cool stuff. The man is motivated, that for sure.
What state he living in? Tough climate to make a go of it. There's a lot of money invested, hate to see them walk away, if it doesn't work out.
They are in Oregon I believe. The area doesn't matter much because he's trying to build it completely contained, as if they were on Mars.
We should be able to delete posts until the site is fixed.
It does, primarily for the precipitation amounts which effects overall humidity. For this family the snow plays a major part regarding overall heat distribution, dispersal of snow etc. As compared to someone in a more arrid area. Either way as with mars, it's the unknown that keeps one always on their toes.Quote:
Originally Posted by Irving
Hopefully someone will throw a sponsorship their way.
Quote:
Originally Posted by Irving
add or remove as needed ;) Or in my case........ >oops DT<
Is he using his own feces for fertilizer like in the movie?
Sorry - too lazy to watch the video.
[shithitsfan]
Very interesting video. didn't touch base on what they are using to for nutrition for the fish which I was curious about in a contained system (no pellets, fish feed etc)
Old thread resurrection, but this is also sort of relevant.
https://www.youtube.com/watch?v=4gIUaYJWMqM
There is a little more information if you google Citrus in the Snow, but don't bother paying for the .pdf. It's horribly put together.
The concept is geothermal heating but instead of circulating water, it's circulating air. Simplifies the geothermal design, and works quite well. We implemented a similar plan/system for my brothers house. He keeps his entire 1960's poorly insulated house at 68 degrees all summer long for the cost of moving air through some pipe. We used "free" solar panels to run the fans, so it's basically free, minus all the extra work.
And then is the base temp in the winter 68 as well?
Quote:
Originally Posted by Grant H.
Very interested in your design, implementation and approx cost If you feel comfortable doing so.
It drops off a little during the winter, down to low 60's, but it makes heating a lot more reasonable.Quote:
Originally Posted by Irving
I'll have to get pictures from my brother, but in text form...Quote:
Originally Posted by Great-Kazoo
He has a crawl space instead of a basement, so we punched the lines through concrete block foundation wall, and then pulled bundles of 4x pipes through into trenches that we dug into the yards. We dug 4 trenches off the house, one on each of the 4 corners (nominally NE, NW, SE, SW). The trenches were dug to line up with the bottom of the crawl space so they were only 4' deep instead of going down to 5-6' like would be recommended, hence the temp swings.
We started the idea with pulling outside air through 4x 40' pipes in each trench, which worked decently, I don't have all the log data here, but it wasn't as good as we were expecting, and you have the issue of open vents in the yards, critters wanting to use the pipes for their own purposes, etc, so we decided to change it up for a closed loop system. We looped the 4x pipes in each trench back into the crawlspace and then ducted the loops and added a large squirrel cage blower.
By doubling the length of the pipes, and pulling air from the house to cool/heat, we improved the capability of the system dramatically. It also eliminates the humidity issues that arose with the open ended system. We've had to play with blower speed and size to make the use of the loops the most effectively, and it's taken a bit, but with data logging and lots of temp sensors we have come up with what seems to be the most efficient use of the loops.
You have to be aware of the size pipe that you use. The less pipe cross section you have, the higher the pressure you have to run through the loops. That is how we ended up with 4x loops of 4x 4" pipes for the house. Other folks that I have seen talk about similar systems are using 12" pipe, but they are generally using corrugated plastic or PVC, which of course doesn't have the thermal transfer properties of the aluminum that we used, but it can simplify the blower and other equipment required for the system.
I'll see what we have left of the planning stage, which wasn't real thorough (we're sort of fly by the seat of your pants DIY'ers...), and see what my brother has for data logging and other information.