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  1. J

    Best way to combat pythium and root rot in all hydroponic growing methods.

    Keep running your potty mouth old man.
  2. J

    Best way to combat pythium and root rot in all hydroponic growing methods.

    Bud, this looks to me like you are clearly you are selling dope for $200/oz on this site to me.... Advertising selling dope on the internet, hmmm. That's not very bright, that reaches into interstate commerce on the internet, that touched Federal Drug Regulations, red flags, people looking...
  3. J

    Best way to combat pythium and root rot in all hydroponic growing methods.

    So the cold water did not prevent your root rot nor even slow it down. That happens more often than you think contrary to popular belief about chillers and cold water. Chlorine, chloramine and hydrogen peroxide might kill lots of stuff if the cold water isn’t working. Ozone works great and will...
  4. J

    Best way to combat pythium and root rot in all hydroponic growing methods.

    No problem. Just thought it may be cheaper to buy dope if the root rot a is eating you up already, that's all. This out really catastrophic with a new 2 week old system to take a disease hit that quickly. Bud is selling his dope on the this site for $200/oz may be a decent deal if Bud delivers...
  5. J

    Your favorite airpump and airstones? and why?

    And I thought the main point of the cultivation exercise is keeping the plants and the microbial colonies healthy, preventing plant stress and Benny stress at all cost, keeping the DO saturation in the root zone and nutrient solution high enough to prevent hypoxic stress for plants and Bennies…...
  6. J

    Your favorite airpump and airstones? and why?

    What is your actual DO saturation with air, water turbulence surface agitation and diffuser rings? Most people have no idea what their DO saturation really is unless they test it… very few have ever tested actually tested it and just hope it’s not low. No mistaking it when it’s low – stuff...
  7. J

    Best way to combat pythium and root rot in all hydroponic growing methods.

    It’s may be cheaper and easier to buy dope from Bud than trying to grow it. Too much lost time, cost and aggravation treating rot diseases and that gets real old after 1-2-5 outbreaks and crop failures. Keep the chiller running 24/7, keep the water cold and still catch a dose; how in the world...
  8. J

    The necessity of airstones

    Regarding dissolved oxygen... Are you guessing, hoping, wishing or do you really know your DO? Just wondering... what's really fact and what's hearsay and myth about DO. Have any of you actually tested your DO saturation or DO concentration with a DO Meter? Do you know what DO saturation...
  9. J

    New oxygen technology in RDWC DWC pot grows

    It's the "ODD" Syndrome again...
  10. J

    New oxygen technology in RDWC DWC pot grows

    Air, a normal atmosphere contains between 20.8 and 21 percent oxygen, OSHA defines as oxygen deficient any atmosphere that contains less than 19.5 percent oxygen, and as oxygen enriched, any atmosphere that contains more than 22 percent. PSA O2 Generator, VSA O2 Generator, Compressed oxygen...
  11. J

    New oxygen technology in RDWC DWC pot grows

    Just so we are all on the same page and have a clear understanding of what you are trying to say and what you really mean… What exactly is your definition of “oxygen enrichment?”
  12. J

    New oxygen technology in RDWC DWC pot grows

    OK, 1 more time, now really try to pay attention this time. In a mixture of gases, each gas has a partial pressure which is the hypothetical pressure of that gas if it alone occupied the volume of the mixture at the same temperature. The total pressure of an ideal gas mixture is the sum of the...
  13. J

    New oxygen technology in RDWC DWC pot grows

    Yes, there, something about temperature and partial pressure of the gas here.
  14. J

    New oxygen technology in RDWC DWC pot grows

    Thank you for not responding.
  15. J

    New oxygen technology in RDWC DWC pot grows

    Just to be clear and avoid any misunderstanding, Henry says, "At a constant temperature, the amount of a given gas that dissolves in a given type and volume of liquid is directly proportional to the partial pressure of that gas in equilibrium with that liquid." You might study up a bit on this...
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