Answer
Dec 29, 2025 - 02:45 PM
Great question — this is exactly where our technology shines.
Our EO3® electrolytic ozone technology is fundamentally different from Corona Discharge (CD) systems. Instead of pulling ozone from air (which requires bubble pumps, ozone-resistant tubing, and air dryers in humid climates), EO3® generates ozone directly from the water itself — no air feed required.
This brings several advantages in foggy, high-humidity environments like the Pacific Northwest:
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No exposed corona arc means no moisture-related failures from condensation or ozone off-gassing.
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No need for external bubble pumps or UV lamps.
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Minimal components exposed to ozone gas, which reduces corrosion risk to surrounding hardware.
The Ozo-Pod® 1000 is fully submersible and built with stainless steel and titanium, which are highly resistant to ozone. We’ve never received complaints about cable sheathing degradation on this unit. If it ever does occur, it’s a simple repair — just a two-wire connection inside a bolted sheath.
That said, it’s important to know:
Our Ozo-Pod do not produce significant bubbling. If your current system relies on bubbling to create convection (to move water through a filter or circulate ozone), you will still need a separate circulation method, like a small pump.
Another key variable is TDS (Total Dissolved Solids). Our units are sensitive to TDS, and water with high mineral content can reduce performance or cause scale to build up on the plates — much like a coffee maker. Regular descaling with vinegar or CLR (per appliance instructions) is recommended.
Lastly, because the Ozo-Pod® 1000 is powerful, we advise running it on a timer — typically just a few minutes per day, depending on your ozone goals.
If you're looking for a simpler, longer-lasting ozone water treatment setup, the Ozo-Pod is a great option — just be sure to account for circulation if filtration is a must.
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