Determination of technological schemes for extraction of gold from ores of the Gyzylbulag deposit and their practical importance

This article is devoted to the study and determination of optimal process flow charts for gold extraction from the Gyzylbulag deposit ores, as well as to the analysis of their practical significance in the context of modern mining production. In the context of growing demand for gold and resource limitations, it is important to develop effective methods that not only increase the extraction rate, but also minimize the environmental impact and economic costs.The article considers the features of the ore composition of the Gyzylbulag deposit, their mineral and chemical composition, which play a key role in choosing the appropriate extraction technology. The authors analyze in detail the efficiency of traditional methods, such as gravity concentration, for processing these ores, considering each of them in terms of extraction rate. Particular attention is paid to the integration of various methods into a single process flow chart, which allows to increase the overall gold extraction rate and reduce losses of the precious metal at all stages of processing. The practical significance of the results lies in the proposal of processing schemes that can be applied not only at the Gyzylbulag deposit, but also in other regions with similar geological conditions. These schemes are aimed at optimizing gold extraction while reducing production costs and environmental impact, which meets the objectives of sustainable development in the mining industry. The article is addressed to specialists in the field of mineral processing, researchers and practitioners involved in the development of effective methods for processing gold-bearing ores. Keywords: native gold; gravity; gold dimensions; flotation.