Royal Mines and Minerals Corporation (RMMC) has committed decades to the research and refinement of precious metal extraction processes. Our goal was to develop a more efficient, cost effective, ultrahigh recovery extraction process technology that was also environmentally friendly. As a result of our years of dedication and hard work we have accomplished this goal.
RMMC is pleased to introduce our state of the art precious metal recovery system. Our process is up to 70 times more efficient than that of a traditional cyanide process and is environmentally friendly and features a zero discharge closed loop circuit. By applying our proprietary chemistry in conjunction with state of the art processing equipment, we have been able to produce an extremely efficient and cost effective process technology for the extraction of precious metals that is second to none.
One of the most critical components in our system is the vibratory milling process. By using vibratory technology and natural frequency we have reduced total operational costs and power consumption, while improving efficiency. The use of resonant frequency vibratory technology allows us to focus the energy on fracturing the material instead of abrading and wearing out the equipment. The unique design of this technology impact the material hundreds of millions of times per minute, creating microscopic fractures and fissures that are pathways for the leach lixiviant.
As a result of our fracturing and shearing, the encapsulated ore reveals the optimum available surface area for leach extraction and recovery. From process rates as small as a one ton per hour to thousands of tons per hour, we can tailor a process solution that fits your needs. RMMC in-house testing and validation is available.
We encourage you to learn more about us and our process technology. Let our dedicated staff prove to you the values you are missing. Stop disposing of millions of dollars in valuable ore. Let us show you the value that’s locked within.
NEW! Royal Mines Process Video
Click here to view a short presentation of our process.
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