This experiment aimed to evaluate whether dissolved oxygen (DO) has a direct effect on the solubility and stability of fertilizer salts in solution. Additionally, oxidation-reduction potential (ORP) and pH were monitored to determine their influence on nutrient availability and potential precipitation.

At PowrHouse in Sacramento, CA, we dove deep into synganic cannabis cultivation—combining synthetic nutrients with organic microbial inoculants—to see how Kairospace’s low shear cavitation technology impacts fertilizer dispersion and crystallization.

This study evaluated the impact of dissolved oxygen (DO) levels on microbial growth by measuring colony-forming units (CFUs) in culture solutions. Three experimental groups, each exposed to a different DO level, were compared to a control group with no additional oxygen. The experiment was conducted at PowrHouse in Sacramento, CA, focusing on synganic cannabis cultivation—an approach that integrates synthetic fertilizer salts with organic beneficial microbes to enhance the efficiency of irrigation and foliar feed applications, plant health, and nutrient absorption. 

Integrating cavitation technology with amendments creates a synergistic effect.
Physical forces induced by cavitation enhance mixing and dispersion.
Chemical and biological treatments maintain their stability, ensuring improved efficacy in scale prevention and biofilm control.