RITE, HOW OUR PROCESS WORKS In most gold recovery

RITE, HOW OUR PROCESS WORKS In most gold recovery processes the use of carbon in combination with other traditional chemicals to retrieve gold from finely granulated ore is standard. However its environmental impact can be devastating . Burning of used carbon in the stripping process puts significant amounts of CO2 into the atmosphere along with ash and highly toxic chemicals used in the leaching process. The EPA has legislated changes within the mining industry to eliminate harmful processes such as the burning of carbon, which creates significant pollutants to our atmosphere. Thus creating an opportunity for MineralRite's proven technologies that will allow the company to be a leader in the environmental friendly processing of metals recovery.

MineralRite recycles, reactivates and ultimately allows their customers to reuse carbon in the use of precious metal recovery.

Carbon Stripping Process Facility, Nevada:

This facility will recover gold (and silver) utilizing MineralRite's special technology from loaded activated carbon, which allows absorption of hundreds of ounces of gold per ton of impregnated carbon. In exchange for services, MineralRite will receive a percentage of the precious metals recovered rather than a simple technology licensing fee. The carbon will be reactivated and returned to the mining companies for re-utilization, thus protecting the environment and reducing basic fixed product costs for these mining companies.

The company's proprietary technologies related to the mineral extraction allows MRG to recover up to 20% more precious metals and rare earth oxides than the traditional "Carbon Stripping" process.