K Marc LeVier

Title: K Marc LeVier: A Pioneer in Precious Metal Recovery

Introduction

K Marc LeVier, based in Englewood, Colorado, is an accomplished inventor with a notable number of four patents. His innovative approach in the field of precious metal recovery has significantly influenced mining practices and methodologies.

Latest Patents

LeVier's latest patents include breakthroughs in the recovery of precious metals using thiocyanate lixiviant. His first patent outlines a process where mineral materials containing copper and precious metals undergo an acidic leach of copper, followed by a thiocyanate leach of the precious metal. This innovative technique enhances metal recovery rates. Additionally, another patent describes a method for removing precious metals from a thiocyanate leach solution, demonstrating a transfer process from a precious metal-thiocyanate complex to a precious metal-cyanide complex. Moreover, the preparation of the thiocyanate leach solution involves the dissolution of cyanide in an aqueous liquid, which is then converted to dissolved thiocyanate, marking a major advancement in the field.

Career Highlights

Marc is affiliated with Newmont USA Limited, a leading company in the mining industry, where he has been instrumental in developing environmentally sustainable practices for metal extraction. His research and innovations have contributed to optimizing recovery processes while reducing environmental impacts, making him a key figure in his organization.

Collaborations

Throughout his career, Marc has collaborated with various experts, including his coworker, Rong Yu Wan. Their joint efforts have further enhanced research outcomes and expanded the scope of advancements in the methods of mineral extraction and recovery.

Conclusion

K Marc LeVier’s innovations and contributions to the field of precious metal recovery not only showcase his expertise as an inventor but also highlight the importance of sustainable practices in the mining industry. His patents represent significant advancements that could transform the way precious metals are recovered and processed, paving the way for more efficient and environmentally-friendly extraction methods.