yep, that's what he's talking about with the electrolysis O2 generator. same principle.May have been a battery I hooked it too was a long time ago lol
try it out. would be nice to see a side by side grow with proof it works instead of conjecture.Ya I can make one for under 5 bucks so why not try it out at red changes and top offs might not need any chems for root rot might help stunted plants
Far cheaper than water chillers, air pumps, bubble rocks, water falls, air, aeration and all those chemicals when you catch a dose. But, first, you got to think beyond the limits of a DO chart. Can you do that? Easy to make an O2 enrivhment rig if your inclined. Are you a RDWC/DWC pot grower, are you inclined or no?so what is the cost of your setup @J Henry ?
Yikes! Don't get yourself all fixated on lettuce, lettuce ain't pot and microbial colonies ain't fish and air certainly ain't oxygen. Think about it, use your head.On the other hand, a study done on hydroponically grown lettuce showed that only a minimum level of DO was necessary to keep the lettuce alive, and extra DO did not improve overall growth.
Ummm don't think that's what you did lolYa I get that but i wouldn't mind making a homemade one I have before she I was a kid think I just cut a cord off something stripped it wound each wire around a nail AMD to see ina bucket of water bubbles like crazy (do not try at home) bet it be good water to top off withe mabey use it when u change ur deff gunma do a Lil experimenting now lol
We don't take kindly to your type here Mr Henry lolfindings in that high times article:
On the other hand, a study done on hydroponically grown lettuce showed that only a minimum level of DO was necessary to keep the lettuce alive, and extra DO did not improve overall growth.
he's just a salesman for his product. don't fall for his $1500 sales pitch.
For fuck sakes man...get to the point already!!Far cheaper than water chillers, air pumps, bubble rocks, water falls, air, aeration and all those chemicals when you catch a dose. But, first, you got to think beyond the limits of a DO chart. Can you do that? Easy to make an O2 enrivhment rig if your inclined. Are you a RDWC/DWC pot grower, are you inclined or no?
Oh man, I feel a bowl movement coming, ate too much lettuce. Who's we bud?We don't take kindly to your type here Mr Henry lol
Your a bright boy Sky Walker, your figure it out from here, of don's... makes me no difference. And wash out your little potty mouth.For fuck sakes man...get to the point already!!
LOL..your the one going on and on about the best way to fight pythium, but you keep eluding to what method that is....so get to point or stfuYour a bright boy Sky Walker, your figure it out from here, of don's... makes me no difference. And wash out your little potty mouth.
Oh, I believe you've really missed it. Take 3 steps back, regroup and try to get it again, maybe you can get it, probably not. Maybe you just can't get it but Good Luck anyway.LOL..your the one going on and on about the best way to fight pythium, but you keep eluding to what method that is....so get to point or stfu
Well that's just brilliant!I use chlorine, its very cheap and very effective...for me anyways
You've mentioned O2 injection and those ridiculously expensive electrolysis rigs.Oh, I believe you've really missed it. Take 3 steps back, regroup and try to get it again, maybe you can get it, probably not. Maybe you just can't get it but Good Luck anyway.
You're still missing it Sky Walker, this is way beyond you. Stick with your bottle of Clorox, it's cheap, $1 a gallon at the Dollar Store. And there's OTabs or O2 Grow--- blow up balloons with the hydrogen, it free.You've mentioned O2 injection and those ridiculously expensive electrolysis rigs.
I've questioned the safety of injecting O2 into a sealed environment for which you had no reply and the electrolysis rigs are just stupid expensive and your also creating hydrogen...where does that go? and how would that affect the PH of the nutrient solution?
Common wise guy...answer the questions
I like 76F-80F nutrient temp and environmental air temp, 50% RH, 115-125% DO supersaturation,13-15 ppm DO concentration continuously.
I skimmed over all this and didn't see an answer. How do you maintain a supersaturated solution in your systems so that DO over 100% saturation doesn't come out of solution and dissipate? Only ways I know of to supersaturate water with O2 is through heating to boiling, then rapidly cooling, or under pressure. Neither of which I see being viable in any grow operation because of the equipment needed. In both cases, excess O2 is released once introduced to atmospheric condition and room temperatures.The easiest most logical solution to prevent an outbreak is to simply keep your nutrient DO Supersaturated (100% - 130% DO) in the nutrient solution continuously and inhibit the fungal growth, That sounds really simple, ain't nothing to it .
LOL...bullshit, you cant answer the question. Your just a fuckin salesmen.You're still missing it Sky Walker, this is way beyond you. Stick with your bottle of Clorox, it's cheap, $1 a gallon at the Dollar Store. And there's OTabs or O2 Grow--- blow up balloons with the hydrogen, it free.