Our Technology
ZalvaTech pairs proprietary, non‑living engineered biopolymers with an AI customization engine (data‑guided matching) to match each site’s specific wastewater chemistry and geological context. The result is a low‑energy, modular system that selectively binds target metals. It turns tailing from a liability to a safe source of clean water for reuse, while producing a concentrated, monetizable metal stream.
Stewardship
Reduce long‑term water liabilities with solutions built for the full asset lifecycle.
Safety & reliability
Non‑living biodegradable materials for stable performance without variability and steady and fast performance.
Practical deployment
Skid‑based modules; integrate with existing trains; extracting metals in hours‑to‑days.
Resource recovery
Turn captured metals into a monetizable stream while enabling water reuse.
Partnership
Transparent, data‑minimal engagement that respects site confidentiality and community expectations.
AI Platform for Biomaterial Optimization
1) Water and tailing profile → We ingest site‑specific chemistry (major/minor ions, target metals, organics), flow ranges, and relevant geological context.
2) AI customization → Recommends a site‑specific biomaterial recipe via data‑guided pattern matching for high recovery and reliability.
3) On‑site capture → Biomaterial binds target metals in a modular unit on site.
4) Outputs → Clean(er) water for reuse + concentrated metal stream for recovery + safe tailings.
Our non‑living customized and optimized biomaterials = stable, fast, predictable performance without biological variability.
How It Works
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Modular by Design
Skid‑based units; phased scale‑up
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