We’re leveraging the power of microbes to lead a revolution in critical mineral mining. Our biohydrometallurgy techniques use microbes to extract critical minerals like copper and lithium from low-grade ores.
These microbes naturally facilitate the leaching process, making it more efficient and environmentally friendly. By harnessing these microscopic powerhouses, we’re transforming the way minerals are extracted, reducing the environmental footprint, and paving the way for a sustainable future.
Our proprietary approach involves integrating biohatcheries directly into existing heap leach infrastructure. These biohatcheries produce biolixiviants specially that enhance the leaching process. This innovative process boosts copper recovery from chalcopyrite and high-impurity ores, demonstrating significant improvements in lab tests and promising scalability for field deployment.
We sample your heap leach, raffinate, and other fluids to obtain a baseline of your current operations. This analysis helps us understand how microbes are currently working at your site and how we can optimize them for operational gains.
Our biohatcheries are seamlessly installed within the heap leach system. Biolixiviants are continuously inoculated into the heap, optimizing microbial populations for enhanced mineral recovery.
Our cloud-native platform monitors microbial activity and environmental conditions, ensuring optimal performance. Microbial inoculation is proactively adapted to improve extraction.
We sample your heap leach, raffinate, and other fluids to obtain a baseline of your current operations. This analysis helps us understand how microbes are currently working at your site and how we can optimize them for operational gains.
Our biohatcheries are seamlessly installed within the heap leach system. Biolixiviants are continuously inoculated into the heap, optimizing microbial populations for enhanced mineral recovery.
Our cloud-native platform monitors microbial activity and environmental conditions, ensuring optimal performance. Microbial inoculation is proactively adapted to improve extraction.
We sample your heap leach, raffinate, and other fluids to obtain a baseline of your current operations. This analysis helps us understand how microbes are currently working at your site and how we can optimize them for operational gains.
Our biohatcheries are seamlessly installed within the heap leach system. Biolixiviants are continuously inoculated into the heap, optimizing microbial populations for enhanced mineral recovery.
Our cloud-native platform monitors microbial activity and environmental conditions, ensuring optimal performance. Microbial inoculation is proactively adapted to improve extraction.
We sample your heap leach, raffinate, and other fluids to obtain a baseline of your current operations. This analysis helps us understand how microbes are currently working at your site and how we can optimize them for operational gains.
Our biohatcheries are seamlessly installed within the heap leach system. Biolixiviants are continuously inoculated into the heap, optimizing microbial populations for enhanced mineral recovery.
Our cloud-native platform monitors microbial activity and environmental conditions, ensuring optimal performance. Microbial inoculation is proactively adapted to improve extraction.
