All Posts

A controlled study on tomato seedlings shows ozonated irrigation does more than protect the system. It lowers plant stress, lifts chlorophyll and nutrient uptake, and changes how the plant performs.

Biofilm stays hidden until it gets expensive. Here is how it really forms, why most treatments only look like they work, and what actually keeps irrigation lines clean.

A greenhouse pepper study backs up what we see in the field. Applied correctly, ozone in your fertigation water means cleaner root zones, better nutrient uptake, and steadier growth.

A reservoir can look calm right up until treatment gets harder. Here are five signs, from rising manganese to strong stratification, that your lake needs aeration.

A municipal reservoir was spiking manganese every summer and pushing the utility toward a regulatory takeover. Deep water aeration fixed the chemistry at the source and kept the system in local hands.

Both add oxygen, but they solve different problems. A plain comparison of surface and deep water aeration, including the efficiency gap and which one fixes lake stratification.

Manganese brings staining, metallic taste, and higher treatment costs. Deep water aeration keeps it locked in the sediment by holding oxygen in the deep water, as a Waldron, Arkansas project shows.

Iron and manganese come off lake sediment when the deep water loses oxygen. Here is what drives that release, how it reaches your intake, and how to manage it at the source.

How Waldron, Arkansas cut reservoir manganese by up to 90% and stabilized its drinking water. A real before-and-after look at deep water aeration installed at the intake.

A large study at Metrolina Greenhouses put numbers to ozone water treatment: faster rooting, shorter crop cycles, 20% less fungicide, and crop-dump losses cut from millions a year to a fraction.

A soilless lettuce study found ozone in the nutrient solution boosts growth, photosynthesis, and root vigor while balancing root-zone microbes. Here is what it means and how we deliver it.