Where NBOT Solves Real Water Problems

Rising computing density and AI workloads are driving unprecedented cooling-water demand. U.S. data centers already consume an estimated 17.4 billion gallons annually for direct cooling, and AI-optimized facilities are projected to require up to 20% more water.

NBOT integrates directly into cooling-tower water loops, continuously treating recirculating water to reduce blowdown, scale, biofilm, and chemical treatment dependency.

Municipal systems face PFAS and other persistent contaminants, aging infrastructure, harmful algae blooms, and climate-driven water scarcity — all under increasingly strict regulations.

NBOT's modular, drop-in design integrates with existing tank systems with minimal civil works, directly addressing tightening PFAS compliance requirements.

Industrial facilities managing wastewater discharge face mounting chemical treatment costs. NBOT reduces reliance on traditional biocides while improving removal of heavy metals, pharmaceuticals, pesticides, and industrial organics.

NBOT reduces nutrient loads — particularly nitrogen and phosphorus — in irrigation and runoff water without adding chemical inputs.

Closed and semi-closed aquaculture systems depend on clean, pathogen-free water. NBOT destroys bacteria, viruses, and algae without chemical residues affecting aquatic life.

Ballast water treatment is critical for controlling invasive organisms between marine ecosystems. NBOT's compact, modular footprint supports on-vessel deployment in compliance with maritime discharge standards.