RED ROCK PROVIDES ADVANCED SERVICES BY CONDUCTING COMPREHENSIVE GEOPHYSICAL, GEOCHEMICAL, AND GEOLOGICAL STUDIES. THROUGH INNOVATION AND EXCELLENCE, WE AIM TO SATISFY THE NEEDS OF OUR CLIENTS AND SURPASS INDUSTRY STANDARDS.
RedRock is a service company specializing in providing a range of geophysical, geochemical, and geoinformation services. Our mission is to deliver innovative technologies for effective geological solutions and mineral exploration. Our services help clients obtain valuable information about the geological structure, lithology, and mineralization of their projects.
Geophysical Works:
We specialize in a wide range of geophysical works, including airborne geophysical and magnetic surveys. Collaborating with NRG , we offer advanced methods of airborne geophysical research, providing accurate data for identifying geological structures and resources.
Geoinformation Services:
Our geoinformation services include digitization, creating geological-geophysical models, and data interpretation. We have expertise in data processing and analysis, enabling us to provide clients with comprehensive support in making strategic decisions.
Our Advantages:
Collaborating with NRG , we offer advanced methods of airborne geophysical research. The advantages of airborne geophysical works are high productivity, multifunctionality, cost-effectiveness, and informativeness. The application of research allows using analysis results for operational planning and direction of geological exploration works.
Ground magnetic and electrical survey methods provide information on the structure and characteristics of the earth's crust, significantly simplifying the study of geological structure.
Geochemical exploration methods are applied at such stages of geological exploration as small-scale geochemical mapping, geological revising, and geological-mineralogical mapping of areas. Various-scale prospecting works are conducted to identify, localize, and geologically-geochemically assess resources of ore fields, refine boundaries of metallogenic provinces, areas, zones, and ore districts, identify hidden mineralization.
Transferring from paper carriers to electronic format suitable for further creation of 3D models using specialized programs and forecasting using machine learning. Rapid and high-quality processing and digitization of primary geological documentation data, formation of a geological data base.