Redefiniendo el tratamiento del agua de las minas para un futuro más ecológico

Yes—PMAP is designed around your permit. We model against your site standard (e.g., MDMER) and local permit conditions, then validate with pilots before full deployment. Typical targets include pH within 6.0–9.5 and metals aligned to CCME/site limits. We provide test plans and compliance reporting.

In-situ treatment with a magnesium-based reagent and an autonomous dosing vessel.

• We build a digital twin of your pond, then set dose targets.
• Our USDV navigates and doses precisely; onboard sensors adjust in real time.
• No fixed plant; treatment happens directly in the pond/tailings cell.

Lower complexity, often lower total cost.

• CAPEX: in-situ dosing removes the need for a fixed plant.
• OPEX: dosing efficiency + automation reduce power and labor; sludge volumes are typically smaller than lime systems, which often produce gypsum-heavy sludge.

Heavy metals common in mine water, plus acidity. In several pilots, metals reached near or below detection; final performance depends on your chemistry (hardness, sulphate, TSS). We’ll share third-party data under NDA and project performance from jar/pilot tests.

Lower volumes and simpler handling vs. lime are common. Selective precipitation can yield metal-rich solids (e.g., Cu/Ni/Co streams) that are candidates for recovery where economics support it. We size dewatering and, if viable, outline recovery pathways.

Non-hazardous reagent, fewer trucked chemicals, and no large plant footprint.
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• In-situ treatment cuts spill/storage risk and embodied carbon from civil works.
• Less sludge to haul benefits cost and safety.
• We map impacts into your ESG metrics and disclosure.