What targeted oxidation is
designed to do
ANOT is evaluated as a targeted oxidation intervention for defined, oxidation-relevant problems inside a broader treatment train.
DeployedFrom influent problem to business endpoint
Refractory organics, colour bodies, biological inhibition, emulsified FOG, or a named oxidisable species identified at your site.
Dose, contact time, pH and redox range, insertion point and failure envelope — established for your matrix.
Whether that delivers biological preconditioning, polishing or reduced downstream burden.
Reuse, released capacity, operating reliability or treatment economics — measured against your own baseline.
None of these outcomes is claimed as generally proven. Each is a hypothesis about your site until an independent baseline and controlled dose-response testing establish otherwise.
ANOT is not desalination. It is not generic dissolved-metals removal. It is not a universal disinfectant. And it is not a replacement for every STP or ETP process.
Where our process ends. Micron filtration. Ultrafiltration and reverse osmosis are distinct technologies with their own expertise requirements — where an endpoint needs them, they are integrated downstream and we say so. The higher the reuse quality you need, the more of the train you are buying, and some of it is not ours. Treated water is not for drinking purposes.
NOXXALL has been evaluated by the Department of Chemical Engineering, Indian Institute of Science, Bengaluru, under a consultancy project covering biotoxicology, formulation toxicity, heavy-metal content, material safety data and industrial applications. Trial testing was earlier conducted at the Department of Environmental Science, Bangalore University. That work addresses the technology, not your site.
Both evaluations were conducted under the company’s former name, Ozo Nano Sciences.