Traditional methods of extracting critical minerals from silicate ores often involve high-temperature roasting, leading to significant energy consumption, CO2 emissions, and environmental damage. These practices also generate substantial waste and may not efficiently recycle reagents and water.

Rock Zero is developing a hydrometallurgical process for extracting critical minerals from silicate ores at low temperatures, significantly reducing the environmental impact associated with conventional mining. Their innovative approach eliminates the need for high-temperature roasting, resulting in lower energy consumption and reduced CO2 emissions. The process is designed to recycle both reagents and water, minimizing waste generation and promoting a circular economy. By extracting essential materials with minimal waste, Rock Zero aims to provide a more sustainable and economically viable alternative to traditional mining practices.

Low-temperature hydrometallurgical process for mineral extraction

Reagent recycling to minimize waste and reduce operational costs

Water recycling to conserve resources and reduce environmental impact

Reduced energy consumption compared to traditional high-temperature roasting methods

Lower CO2 emissions, contributing to a reduced carbon footprint

The primary target audience includes mining companies, mineral processing facilities, and manufacturers seeking a more sustainable and environmentally responsible source of critical minerals.