Abstract:

this article titled delves into the significance of studying oil dispersive structures, which are complex systems comprised of dispersed phase particles in a continuous medium. These structures play a crucial role in oil extraction, processing, and transportation, significantly influencing the physical and chemical properties of oil. The work emphasizes the necessity of understanding both surface and volume characteristics to optimize technological processes and enhance the efficiency of oil enterprises. The paper discusses general concepts and classifications of oil dispersive structures, while also analyzing their physicomechanical properties, the impact of molecular interactions on these properties, and various experimental methods for studying these structures. It presents research results demonstrating how specific properties affect industrial applications and highlights the importance of this knowledge in improving oil extraction techniques. The article concludes by outlining future research directions, such as the integration of artificial intelligence and sustainable practices in oil production, ultimately contributing to the advancement of the oil industry

Keywords: oil dispersed structures, physicochemical properties, molecular interactions, oil extraction technologies, experimental methods, artificial intelligence, sustainable practices, oil industry.