Eeeeeeew hahaa - your description makes it easy to imagine, yeah I was thinking of something like that happening
Yes I do check my compost and teas with the microscope.
But lately, I've just been taking a sample at around 24hrs, then again around 30-36hrs.
I just don't have the focus to really
monitor it, which probably I should, to get a more exact idea of the progression from a diluted version of my vermicompost, which is beautiful, to the increasingly unusable stuff I'm getting out.
My main suspicion at the moment is that the bucket I brew in is corroded (why I was curious as to your setup too!) - it's PP, and I've been using it for aaaalll sorts of stuff these past years (But James Sotilo in New York has mobile plastic tanks he makes his teas in, to treat whole park landscapes - question is, which type of plastic?).
OR that there are pockets in there not getting bubbled through, where anaerobic things then flourish whilst general ppm is still high enough to allow compost worms to survive 50hr brews (I was stunned to see that lmao).
And the slim chance that the house I live in now is making my teas go bad?!? I used to live in a high humidity, very fungal leaning house. Now I live in a shitty passively heated house that is so bone dry it makes my skin hurt and feels very unhealthy...
LOL I think that's probably taking influences too far, but hey, you never know! And the tea
does tend to evaporate by the
liter, so I'm having to fill up on water alot now...
Actually, having the rate of dissolved oxygen at or above 6 parts per million would make it uncomfortable enough - no matter the brewer.
But thinking of a vortex brewer is very attractive to my mind too -- mainly because it makes me think of the stainless steel I've seen them made of - so easy to keep clean!
And then there's the added perk of that vortex, which is said to do positive energetic things to the water, ah and there'S a readymade one, that is simply a beautiful object lol
What kind of brewer are you using?!
Maybe I need to stop trying to build something for small-scale home use.
The intention is valiant - to find simple, sturdy and cheap components, easily sourceable locally, to build an effective brewer, because EVERYONE needs good microbial herds!!!!!
But if I want to be doing this professionally, I'm going to need something larger, my clients are going to need something larger, because small-scale home users won't be able to afford my services anyway, just by virtue of covering costs and taxation etc etc.
So I might as well get something strong and accurate pumpwise, possibly a dissolved-oxygen-measurer, and since Joomby's brought it more to my attention
, a digital thermometer to record variance in temps during the brewing....
Cheers to you both for helping me think this through!
your already doing miles more than me if your using a microscope that's awesome. I really should buy one. I just assume bacteria and fungi would be slightly affected by temps so keeping the brew at a constant temp makes sense as we all know mold,fungi, bacteria thrive in humid warm temps(as you stated about your last house) and I brew outside in a shadey area so during the night or winters the temp will drop.i use food grade plastic drums..have you thought about designing a completely new set up and getting a plastic fabrication/moulding company to do a proto type? It can be expensive for the first mold and as always you will want to change things as you find small flaws but once you have the prototype sorted and design complete it actually isn't that expensive to have your product made in bulk. And if your making a large agriculture brewer you can kill 2 birds with one stone by using a venturi on a power head pump to create flow and bulk oxygen just the same as an aquarium venturi just much larger.
And your house sounds like a dehydrator. No one likes scaley flakey skin! haha