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Field-led validation
Laboratory findings are tested against representative ore characteristics and operating constraints from Tanzania’s goldfields.
About the project
Research built around Tanzania’s gold-bearing realities.
Magnetic Gravity Gold Processing is a field-led research program advancing mercury-free recovery methods for the ore types, operating conditions, and environmental priorities found across Tanzania’s primary gold regions.
Our purpose
Make high-recovery processing safer, more practical, and more accessible.
Applied mineral processing research
The project investigates how magnetic gravity separation can improve gold recovery without relying on mercury amalgamation or high-complexity chemical circuits.
Our work connects mineral processing science with field validation, focusing on methods that can be evaluated by mining operators, equipment partners, and research institutions in real conditions.
Research principles
Evidence before assumption.
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Mercury-free by design
Environmental responsibility is embedded in the process concept, not added after the fact.
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Practical deployment
Research considers throughput, reagent use, energy demand, and modularity alongside recovery performance.
Research team
A collaborative technical program.
The project brings together expertise across mineral processing, field operations, and applied research. Team profiles and institutional affiliations will be published as collaboration agreements are finalized.
Mineral processing research
Process design, ferrofluid behavior, density separation, and recovery analysis.
Field study coordination
Site sampling, trial planning, ore characterization, and operational validation.
Partnership development
Collaboration with mining operators, equipment manufacturers, and research institutions.
Tanzania field context
Designed for the goldfields where it matters.
Tanzania’s Lake Victoria Goldfields and Lupa Goldfield regions contain a diverse mix of ore bodies, operating scales, and recovery challenges. The program focuses on the mineralogical variability that makes a one-size-fits-all processing approach unreliable.
By grounding trials in local conditions, the research aims to produce a credible pathway for evaluating magnetic gravity technology across both established operations and emerging processing environments.
Tanzania field study context
Lake Victoria
Primary field research region
Lupa Goldfield
Additional study context
Mercury-free
Core process objective
Collaboration
Explore a research partnership.
Connect with the project to discuss field trials, technical evaluation, or institutional collaboration.
Contact the research team