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Salinity / TDS
Excess dissolved solids and ionic load can make water and soils stressful for plants, infrastructure, and ecosystems.
The Problem
Water, soil, and land degradation are now strategic project risks.
Salinity, toxic load, mining residues, industrial wastewater, degraded soils, and damaged land can prevent productive reuse and increase long-term environmental, health, and economic risk.
Salinity / TDSHeavy metalsCyanideDamaged land
The conditions SanaTerrAqua® is built to address.
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Heavy Metals
Mercury, arsenic, lead, cadmium, chromium and related metals can create persistent environmental and public-health risks.
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Cyanide-Affected Water
Mining and industrial activity can leave cyanide-affected water, tailings, runoff, and sediment concerns.
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Industrial Wastewater
Process water, stormwater, cooling water, and wastewater streams may require site-specific stabilization and treatment support.
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Mining-Related Contamination
Tailings, pits, runoff, and surrounding land can carry complex chemical and mineral burdens.
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Irrigation Water Quality
Poor irrigation water can increase salinity, reduce plant performance, and damage soils over time.
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Degraded Soils
Damaged land often needs physical, chemical, and biological recovery before productive reuse.
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Damaged Land
Salinized, chemically impacted, desertified, or overused land can lose value and ecological function.
The common mistake: treating environmental recovery as only an infrastructure problem.
Some sites require major infrastructure. Others need a field-deployable strategy that can be tested, monitored, and scaled directly on the affected water or land.
SanaTerrAqua® positioning
Direct in-situ response. No disclosed formula. Project-specific pilot validation. Monitoring of relevant water and soil indicators.