At EXTRAC TECH, we are dedicated to revolutionizing the extraction of gold and diamonds through innovative, sustainable, and technologically advanced methods. Our goal is to supply these precious resources responsibly while minimizing environmental impact and ensuring the highest quality standards.
We combine sustainability with innovation to revolutionize gold and diamond extraction. Using eco-friendly practices like hydrometallurgy, land reclamation, and reprocessing of tailings, we minimize environmental impact. Our advanced technologies—such as sensor-based sorting, AI modeling, and green chemistry—enhance precision and efficiency while reducing the use of toxic chemicals. Through responsible exploration and smart mine development, we ensure safety, environmental care, and community involvement every step of the way.
Traditional mining methods often cause significant environmental degradation. We employ eco-friendly techniques such as:
Revolutionary placer mining that reduces land disturbance.
Hydrometallurgical processes that use less water and chemicals.
Recycling and reprocessing of old mining tailings to recover residual gold and diamonds.
Land reclamation initiatives post-mining to restore ecosystems.
In the example below, the mineral composition includes Silicon, Arsenic, Sulfur, Iron, Copper, Silver and Gold.
The cyanide cannot see the gold before being exposed, so it needs to react with the metals on the surface first to then be able to see the gold.
Our extraction processes utilize the latest innovations:
Sensor-based sorting to identify and separate valuable minerals efficiently. ExtracTech will react with the metals surrounding the gold particles allowing the CN- to see the gold particle faster. It will react in order of metal reactivity and break bonds, releasing energy in a mildly exothermic reaction. It will react faster with non-metals, and with metals with a high ORP (Oxidation-Reduction Potential), like iron.
Automated drilling and excavation to increase precision and safety.
AI-driven resource modeling for accurate estimation of deposits, reducing waste and increasing yield.
Green chemical processes that eliminate or drastically reduce toxic chemicals like cyanide and mercury.
Comprehensive geological surveys and geophysical methods to locate new deposits.
Sustainable development of mines with an emphasis on safety, environmental protection, and community engagement.
Use of remote sensing and satellite imagery for real-time monitoring of mining sites.
Notre priorité absolue est la satisfaction du client, et nous travaillons en étroite collaboration avec lui pour comprendre ses besoins et ses objectifs spécifiques.
