Beneath the calm surface of our lakes lies one of Earth’s most powerful—yet most underestimated—climate engines. When oxygen falls and phosphorus rises, a biological time bomb ignites methane surges upward, algae take over, and ecosystems spiral into collapse. Oxybot was created to interrupt that ancient cycle and restore nature’s balance where it begins—in the water’s invisible chemistry.

Oxybot is not just a lake robot. It is a precision climate instrument that transforms stagnant, low‑oxygen basins into thriving carbon sinks. By lifting dissolved oxygen through nanobubble aeration and simultaneously extracting phosphorus at the molecular level, Oxybot dismantles the chemical drivers of methane release and algal dominance in one synchronized operation.

Each Oxybot deployment flips the metabolic switch of a lake—from methane producer to methane consumer. As oxygen rises, beneficial microbes awaken. Methanotrophic communities devour methane before it escapes to the air. Bound phosphorus stays locked in sediments. Clarity returns. The lake begins to breathe again.

Where dredges and chemicals fail, Oxybot works autonomously and intelligently. Its AI‑directed oxygen and circulation cycles target early warning signs of anoxia, preemptively restoring balance before crises form. The result is a self‑healing aquatic system that repairs rather than reacts.

This isn’t the distant future—it’s the easiest victory left on the climate battlefield.
While industries spend billions chasing carbon capture in the sky, Ion Works and Oxybot are capturing it at the source—below the surface—where methane was born.

In a single season, Oxybots can transform a lake from a greenhouse emitter into a stable oxygenated ecosystem, achieving what environmental scientists call “the lowest‑hanging climate fruit” on Earth: large‑scale methane suppression, achieved naturally, efficiently, and beautifully.