Water Signals — Daily Snapshot
Earth’s usable water is only a fraction of the global total, as shown above.
This map summarizes daily state medians.
Tabs show parameters such as temperature, pH, conductivity/TDS, dissolved oxygen, or turbidity.
These physical “water signals” form the baseline for Nitred’s chemistry layer: nitrate, nitrite, and related contaminants.
Water Signals — Daily Snapshot
Earth’s usable water is only a fraction of the global total, as shown above.
This map summarizes daily state medians.
Tabs show parameters such as temperature, pH, conductivity/TDS, dissolved oxygen, or turbidity.
These physical “water signals” form the baseline for Nitred’s chemistry layer: nitrate, nitrite, and related contaminants.
Water Purification – Pure Solutions, Flowing Future
Chemical contaminants—from nitrites and nitrates to heavy metals and “forever chemicals”—are rising across surface and groundwater, driven by agricultural runoff, aging infrastructure, and industrial discharge.
Conventional treatments often trade one burden for another: biological denitrification needs tight controls and added carbon; ion exchange generates high-salinity brines; adsorption saturates quickly on high-load streams. These burdens are especially acute in small or rural systems with limited CAPEX/OPEX.
Project Nitred focuses on the nitrate/nitrite challenge—where precision removal and minimal secondary waste—matter most.
Daily state medians for temperature and conductivity from USGS NWIS stations are shown in the map below. These parameters are foundational to how water behaves — and how materials can be designed for treatment. It’s a living snapshot; deeper diagnostics live in Nitred.
Nitrates, nitrites, and so-called forever chemicals present mounting challenges to global water security.
From agricultural runoff in the U.S. Midwest to industrial streams across Asia and Europe, millions face contamination at levels that threaten both human health and ecological stability.
Associated with carcinogenicity, infant methemoglobinemia, and ecological collapse, these pollutants exhibit extreme persistence and resist scalable remediation.
Current solutions, from ion-exchange beds to reverse osmosis, often displace the contamination burden downstream, demand high energy inputs, or generate costly-to-manage secondary waste streams.
Project Nitred is the intelligence layer for nitrate remediation — mapping what works, where it works, and what it costs.
AdMatera MAP is our upcoming Materials Acceleration Platform for nitrate remediation and precision water treatment.
Despite promising advances in materials and catalytic systems, translational gaps persist—few innovations reach scalable, real-world conversion.
