Sustainable Mining, Inc.

Introducing the world's first truly sustainable mine. Through a combination of waste recovery and carbon sequestration, Sustainable Mining, Inc., (SMI), deploys biochar filtration to recover and recycle chemicals and water. SMI's other clean-technologies further reduce environmental impacts for its mining claims.

SMI announces a highly profitable, self-sufficient mining operation. It recaptures chemicals, recycles contaminated water, and harvest additional minerals from tailings. Advanced technologies including pyrolysis, ultra-nano bubble generation and the near-zero-emissions Zajac engine allow SMI to operate off the grid.

SMI follows the rules and guidelines of the Canadian National Instrument for the Standards of Disclosure for Mineral Projects, or "NI 43-101." This codified instrument reports geological survey results for the Canadian stock exchanges and is recognized worldwide.

 

Biochar Filtration

SMI uses Biochar processed from organic waste in pyrolytic carbon capture systems. The waste is converted into carbonaceous filtration media, which is then used to capture chemicals such as arsenic and other materials from the water. Valuable metals are extracted from the tailings.

In addition to cleaning the operations in an environmentally friendly manner, this process permits SMI to salvage more gold, silver, and other minerals.

 

Water Preservation

Water is the most precious resource in the desert region of Southern Nevada. SMI possesses adequate ground water for its operations, and deploys combined technologies supplied by Grappa Biocarbon, LLC to reduce climate-related risks.