We use technologies like lithography and microfluidics to create biochips packed with biomolecules for high-throughput testing. This precision allows us to quickly identify the best candidates for metal extraction.
Our cell-free systems directly synthesize proteins on biochips, enabling us to test their interactions with mining samples efficiently. This process builds a rich data library for further optimization.
Our AI analyzes data from biochip assays to refine biomolecule designs, optimizing them for specific mining conditions. This continuous feedback loop maximizes extraction efficiency and selectivity.
We're unlocking mineral resources for the clean energy transition, while simultaneously making mining more sustainable. It's a win-win for the planet and for industry.
Increased Metal Recovery
Reduced Extraction Time
Lower Environmental Impact
We are open to partnerships and collaborations to advance sustainable mining solutions.
Scalable platform for multiple metals and industries. Tailored solutions for specific geological needs. Unlocks value from low-grade deposits. Environmentally friendly, reducing water and chemical use.
Technological advancements make our solution timely: AI capabilities have significantly improved. High-throughput processing is now more accessible. Biological advancements enable cost-effective proprietary molecule libraries.
We follow a B2B model, partnering with mining companies to increase yields and reduce costs.
We are conducting lab-scale pilots in partnership with mining companies.
