Patent Pending
It is the goal of Stellar Cresco Inc to eliminate the need for tailings ponds
Design of a wide variety of modules and digital twin verifications have narrowed the system down to 10 scientifically verifiable modules that some are currently in use today. To advance Micro‑Mining (Patent Pending) from a proven concept to a fully engineered working model, dedicated funding is required to complete the technical blueprint and validation program. This includes independent scientific verification, expanded research into mineral recovery pathways, laboratory analysis, detailed engineering design, and the development of an integrated software platform for monitoring, control, safety, material harvesting, and system synchronization. These components form the foundation of the 8,100 m³/day prototype and ensure that the technology meets industrial performance standards, regulatory expectations, and long‑term operational reliability, as well as securing a site for the installation. This investment enables us to finalize the complete engineering package, establish the digital control architecture, and take the system from a digital twin testing stage to a working blueprint for commercial deployment across the mining sector.
We’re raising $50M to build the first full‑scale Micro‑Mining (Patent Pending) prototype, processing 8,100 m³/day of tailings water and proving a technology that eliminates tailings ponds, recovers all trapped mineral value, and returns clean water back to the mine or for release. This pilot is estimated to generate an estimated $9M/year in profit, validates a globally scalable model, and unlocks a multi‑billion‑dollar market across mining, remediation, and water recovery. With Micro‑Mining:
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waste becomes revenue
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the value of water is forefront
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liabilities become assets
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environmental compliance becomes a competitive advantage
This is the moment to lead the transformation of an entire industry.
For over a decade, Stellar Cresco Inc has been on a mission to solve the tailings pond issue. An initiative was organized called
The W.A.T.E.R. Project
which over years of research led to the name Micro‑Mining and has been driven by a singular vision — to eliminate the environmental burden of tailings ponds. Through 10 years of intensive scientific research and engineering innovation, the team has developed ten high‑calibre modular systems, each designed using the latest breakthroughs in chemistry, nanotechnology, and deep study of environmental science.
These modules work in harmony to extract and neutralize pollutants from tailings water, transforming what was once waste into a valuable stream of high‑grade commodities. This achievement marks a turning point and a further step in sustainable mining — where advanced science meets environmental responsibility, and clean water becomes the only waste product. The effluents are actually deconstructed into individual products and components.
Recycling water that has complete Micro-Mining extraction, back into the plant represents a meaningful step toward responsible resource development and long‑term protection of lands and waters. By returning clean, low‑sulfate, grit‑free water to the mine’s process circuit, the system sharply reduces freshwater withdrawals from local rivers and aquifers, helping safeguard the ecosystems and cultural waterways that communities rely on. Every cubic meter reused is a cubic meter that never enters a tailings pond, reducing the size, risk, and long‑term reclamation burden of these structures.
Instead of leaving future generations with the responsibility of monitoring and remediating large waste ponds, the WATER Project supports a shift toward closed‑loop, low‑impact mining that aligns with government sustainability goals and Indigenous stewardship principles. This approach strengthens trust, reduces environmental liabilities, and demonstrates a genuine commitment to protecting the land, water, and community well‑being for decades to come.
