AP25796515 – Development of geophysical criteria for localization of ore districts using digital physical field models resulted from airborne geophysical studies

Objective of the project – Analysis and interpretation of geophysical data for the development of criteria of geological interpretation of geophysical fields for prospecting for minerals of the Sarysu-Tengiz uplift by complex airgeophysical methods with the use of innovative technologies of processing, interpretation of geological and geophysical data.

Relevance: At present, the identification of new prospective ore-bearing structures is a key task for strengthening the mineral resource base of Kazakhstan. Despite extensive previous geological studies, a significant portion of the data requires revision in line with modern scientific approaches. In particular, information on rock age, structural features, and mineralization patterns has become outdated. The use of advanced airborne geophysical methods and digital modeling technologies enables comprehensive reinterpretation of geological data. This improves the reliability of resource forecasting and enhances the efficiency of exploration activities. Therefore, the development of new geological and geophysical criteria is of great scientific and practical importance.

Scientific supervisor: Zhanibek Zholamanovich Saurykov, Master’s degree holder, Candidate of Technical Sciences, Professor.

Expected and achieved results: The research on the development of oil fields using polymer solutions is analyzed and the choice of methods for increasing the effectiveness of their application is justified. The influence of geological and geophysical parameters of the reservoir and its filling fluids on the oil recovery coefficient is analyzed. Novelty - the effectiveness of long-term application of polymer flooding by analytical methods has been evaluated.