@keiksweat -- Ok, my main machine is up and running and I've got a coupla pix. Hopefully my explanations are sufficient but if not I am more than happy to answer any questions.
K, first set of pix are the inverter and pump used to maintain aeration during the trip. This is done specifically because the fish were not bagged with O2. If shipping in an enclosed container/bag, O2 is usually required (EXCEPTION! All fishes with labyrinthine organ must be bagged with air, they breathe atmospheric O2/air and bagging with pure O2 will kill them). For certain fishes, such as Cyprinids like goldies and koi we also bag with zeolites (
@Homesteader ).
Note the gang valve here. Because the O2/CO2 exchange occurs at the water's surface, we're after a roiling water surface. To that end, no air stones here! Open, weighted air lines are the ticket.
Simple inverter keeps the 110v pump working through the drive.
So, to the "how" of the thing being done. 35gal (bigger is better if you can do it!) trash cans lined with contractors bags. filled no more than 1/3-1/2 full. This keeps the water volume to surface area ratio high, which again is important for that O2/CO2 exchange to occur, and also keeps the weight down.
Why contractors bags? They're chemically inert and clean. I've been using them since the 80s to mix seawater, in fact.
Line the cans with TWO bags, to be extra safe (plus, Dave drilled holes in every trash can, to my chagrin, to make putting bags in and out easier. Gah! How can I brew teas now?). About a cup of zeolite is thrown into each trash can to keep the NH3 levels tolerable.
ALSO, a couple of months ago I tossed some matting used for things like air conditioners into the main pond up north with the express purpose of using it in the cans to act as actual biological filtration. I believe this is what really allowed me the zero losses here. A piece of matting was also put inside each trash can.
Tops are bungeed down and cans are tied securely in the bed of the truck. Pump is hung from lumber rack OVER the trash cans (yes, I am anal about air pumps being over the water they're pushing air through).
The crawdaddies don't need much water, so they went into 5gal buckets with about an inch of water, those were stacked together and fitted in between some trash cans with fish. No fights, no one lost more claws, but I know I bought 50 crawdaddies so I also know they thinned down their own numbers in that big ol' pond. Now I have 8.
So, the new pond itself. It's a pretty basic structure dug into the ground, approximately 500gals, 5' long, 3' wide and about 2.5' deep at the deepest point (always make a slope at the pond bottom so detritus collects in one area).
The half-barrel used to be a grow bed, it can still be a grow bed. Right now it's my biological filtration. You can see that we built a very shallow area to the right, this is because the pond is not fenced and I've already had some bunnies fall in and drown trying to get to the water. This is also why the landscape fabric over top, so they can get back out. The goldfish love hanging out under the filter outlet.
You can JUST make out some of my bluegill babies in this photo.
Once done with the mats used for shipping, they're tossed into the top of the new bio filter, thus giving me instant biological filtration, and hidey holes for some of the crawdaddies. Once the pond is established and I'm ready to start aquaponicing again, the pads will be replaced by gravel.