Abstract
Investigating strategies to stabilize oil production rates and control well water cuts is critical to the stability of the energy industry and the economy as a whole. The study aimed to analyze methods for eliminating errors in improving oil production rate stabilization and controlling well water cuts, particularly in the Zhana-Zhol field. This study used a secondary data analysis that included comparative, thematic, and analyses of peer-reviewed studies, technical reports, and industry data. During the research, the peculiarities and differences of project options for instructional experiments were noted, and errors and reasons for errors in improving oil production rate stabilization were analyzed. The analysis of oil production rate stabilization is crucial for evaluating the efficiency of oil extraction, development, and the complexity of operations during oil processing. Issues such as analyzing the functioning of oil extraction mechanisms, the practicality of utilizing well data, the restrictions of the process, the influence of limits on outcomes, and recommendations were offered to assist in establishing an effective regulatory framework. It was determined that implementing oil production rate stabilization and effective control of well water cut at the Horizon-North field are important for ensuring the long-term sustainability of oil extraction. The work's practical significance is from the potential use of the acquired results to address errors in establishing and enhancing oil extraction mechanisms and the general research on the dependability of well applications.