so with evaporation and coalescing of droplets, the shit gets more and more complex. anything from angle of mist head, velocity of fan, temp of res and root chamber, etc etc muthafuckin etc, it might be better to just run a compressor to pump nutes from res to mounted mist heads within the root...
if one were to use a fogger/nebulizer/humidifier that DID indeed make fine (<5 micron) droplets, but it was working in a res that was disconnected from the root chamber, wouldn't a high powered fan pumping the mist into the root chamber combine many of these small droplets into larger ones...
also, my friend has a nebulizer that he uses for nute atomization. with the top on it blasts out at 5 microns..... take the top OFF and the particles get larger............ but he says that "...its still not as consistent as HP or centrifugal."
anybody have a favorite hydraulic or AA atomizer????
i was digging the ruby roots system >http://soillesssolutions.squarespace.com/ruby-roots/?SSScrollPosition=440
but anything cheaper? is this overkill??
i want to get a reliable system locked down....
im thinking of ditching th classic nute model, i really want to say fuck you to those overpriced mister companies with their shitty salt clogs. theoretically i can brew up a really amazing nute tea from compost, guano etc, then adjust with supplemental nutes thereafter to try and lockdown...
actually i havent done anything with it yet, I found a guy who is attempting to use this technology to grow TREES...... [sog??]
way better area of coverage but I am still unsure as to whether the droplet size can be controlled and/or of uniform size....
there is always the downscale version...
this i wholly false you guys, i dont know where you get your info from :wall:
regans war on drugs was actually a war on the raptors, while the police were busy busting pot heads with felonies (keeping us earth folk distracted), we sent 43% of our coast guard fleet to neptune (then presumed...
part of trailblazing is also eliminating contradictions and redundancy......
speaking of which, i love all the aeroponic designs ive been seeing in this thread, i really feel like I'm learning from the proper channels.... does anyone feel like maybe some of the designs are slightly...
"Respiration rate is also growth rate and is temperature dependent. Each 18°F (1 QOC) temperature rise dou bles the plants' respiration rate. Faster respiration of warm roots releases more energy to build bigger and better roots and plants...