Field trials and independent testing with NOAA, universities and government agencies.
In a series of tests by the National Oceanic and Atmospheric Administration leveraging NBOT’s patent-pending process, PFAS concentrations were reduced from 3 million ppt down to non-detect levels.
Port Mayaca connects Lake Okeechobee to the St. Lucie canal. Water samples showed heavy concentrations of microcystis algae, cyanobacteria and microcystin toxin. NBOT was deployed for 24 hours. Test results also showed a significant reduction in both ammonia and nitrogen levels, which could slow down and reduce algae growth in the future.
A 60-acre lake with 40 acres of wetlands, chosen to test NBOT on faster moving creek water, slower moving lake water, and stagnant water with no flow. NBOT was deployed for 1 week. Visual results were seen over 1 mile from the equipment site, demonstrating the ability of nano-bubbles to remain stable in water and travel long distances.
Samples from the lagoon showed elevated levels of nutrients (nitrogen, phosphorus, ammonia), organic materials, heavy metals and E. coli bacteria. NBOT was deployed on a lagoon sample for 24 hours, with a 60–90% decrease in nutrients and heavy metals.
An 18-week project coordinated by Ohio State University with the U.S. EPA, Ohio EPA, NOAA, University of Florida and Green Water Solutions, funded by the U.S. Army Corps of Engineers to study the impact of ozonated nanobubbles on harmful algal blooms.
An independent testing laboratory validated NOAA research findings, confirming NBOT is highly effective in controlling algae, bacteria, and motile zooplankton in ship ballast water.
“NBOT’s all-natural water treatment system has proven to safely reduce or eliminate algae, bacteria, and dangerous toxins while improving overall water quality with increased levels of dissolved oxygen.”