University of British Columbia.
Academic partnership active since 2012. Technical validation of recovery and concentration efficiency on real gold tailings in a South American operation.
More than a decade of development and validation.
Green Mining is not slideware. It's technology with operational history, independent academic validation, certified laboratory audit, and a granted patent.
Timeline
Public milestones.
2011
Start of development of the disruptive flotation technology that would compose the current system. Early work focused on the physics of liberating occluded metal particles in a tailings matrix — the bottleneck that conventional flotation never solved.
2012
Field validation in a gold mining operation in South America. Academic partnership with the University of British Columbia formalizes the methodology for measuring recovery and kinetics under industrial conditions. First proof that the system works outside the lab.
2017
Industrial operation at intermediate scale in Brazil. Over ~18 months, the system processes tailings in continuous productive environment, validating recovery, throughput, reagent consumption and operational stability. Auditable data that would later support the patent.
2025
Reference laboratory in active operation in Brazil. Unit dedicated to asset characterization, development of selective chemistry per tailings type and validation of new mineralogical profiles. Characterization turnaround: five business days.
Today
Preparing for global scale. Institutional capital raise, asset pipeline in prospection across five jurisdictions, formal partnership with the University of British Columbia under renewal, and patent granted.
Three validation operations in two countries across more than a decade of technical work.
Technical context
Why ten years — not three.
Real metallurgy doesn't scale from bench to plant in 18 months. A flotation technology that claims to recover metal that conventional flotation left behind needs to be validated across multiple deposit types, under seasonal and mineralogical variation, over cycles long enough to capture everything that fails in productive regime.
The short timelines in pitch decks work in software. In mining, the asset doesn't tolerate unvalidated hypotheses. A reagent that looks selective in the lab may precipitate in an industrial tank. A circuit that works on South American gold tailings may require reconfiguration on Brazilian polymetallic tailings. Each cycle costs months.
The decade Green Mining invested is the category's entry cost. It's what separates a technology with granted patent, SGS-audited data and active UBC academic partnership from one with a pretty slide. It's also why the competitive-replication window, if anyone wanted to copy the system from scratch today, would be of the same order.
That is the structural moat. Not team size, not accumulated capital, not brand — it's technical-validation timeline that has no shortcut.
Independent validations
What third parties verified.
Independent laboratory audit.
Audit with reference certificate GO2511449. Methodology validated for recovery and kinetics measurements.
Patent granted.
Technology protected by patent. Protection preserves competitive advantage and enables institutional engagement under NDA.
Institutional note
UBC and SGS logos do not appear on this page pending formal authorization. The validations cited are public and traceable.