"Tenhleg Tataltsal LLC" is a professional engineering company specializing in the design, engineering, assembly, technological adjustment, operation, and technical maintenance of mineral processing equipment for both primary and alluvial gold deposits. Our corporate operations are built upon decades of practical mining experience, profound metallurgical processing technology, and advanced equipment engineering solutions.
Myagmar Shinebayar — Mechanical Engineer (B.Sc.), Mineral Processing Engineer (M.Sc.), Consulting Engineer.
Education: Graduated from the Mongolian University of Science and Technology (MUST) with a degree in Mechanical Engineering, and from the School of Geology and Mining Engineering with a degree in Mineral Processing Engineering. Certified Professional and Consulting Equipment Engineer.
Skills & Expertise: Brings 26 years of extensive field experience in the mining sector. Successfully developed and patented a proprietary hydraulic-gravitational processing technology for alluvial gold deposits. Maintained an uninterrupted career in leading industrial enterprises—including "Mongol Gazar" LLC, "Olon Ovoot" LLC, "Altain Khuder" LLC, "Zasag Chandmani Mines" LLC, "New Sever" LLC, "Selenge Global" LLC, "Voyager Mineral Resources" LLC, and "Aglag Khangai Uuls" LLC—serving as Process Line Engineer, Installation Engineer, Chief Mechanical Engineer, Chief Engineer, Maintenance Manager, Plant Director, and Mine Site Director.
The paramount advantage of our proprietary technology lies in its ability to completely separate and recover fine-grained free gold using purely physical and gravitational principles, requiring absolutely zero toxic chemicals such as cyanide or mercury. This engineering paradigm enables the deployment of environmentally benign, highly responsible, and ecologically sustainable mining operations.
Expanding beyond our established milestones, we are actively designing and patenting a brand-new technological solution: the "Spiral Settling Equipment". This system is customized to dramatically scale up the concentration efficiency of primary gold, quartz, and oxide ores based exclusively on fluid dynamics and gravity separation without any reliance on chemicals. This upcoming engineering advancement represents a major leap forward in minimizing the loss of ultra-fine primary gold fractions into waste tailings.