Formation of Delivery System Structure of Petrochemical Products

The graduation qualification work on the topic "Formation of Delivery System Structure for Petrochemical Products" is devoted to the study and development of an effective logistics and supply chain management (SCM) system in the petrochemical industry. In the modern world, petrochemical products play a key role in the economy of many countries, and the efficiency of their delivery affects many aspects of national and international economies. The aim of this work is to form a structure of the delivery system for petrochemical products that ensures high efficiency, reliability, and cost-effectiveness of logistics operations. Research Tasks: • Study of the theoretical foundations of logistics and supply chain management in the petrochemical industry. • Analysis of existing models and methods of delivery of petrochemical products. • Determination of key performance indicators of the delivery system. • Development of recommendations for optimizing logistics processes. • Conducting calculations of the effectiveness of the proposed methods. The object of research is the logistics systems for the delivery of petrochemical products. The subject of research is the methods and models of optimization of these systems. The work uses analytical, empirical, and statistical research methods, as well as methods of modeling and optimizing logistics processes. The main sources of information were scientific publications, regulatory legal acts, and data from specific companies in the petrochemical industry. Main Results: • A deep analysis of the petrochemical products market in Russia was conducted. • The economic and logistical characteristics of existing delivery systems were studied. • Key performance indicators of logistics operations were identified. • New methods and models for optimizing the delivery system of petrochemical products were proposed. • Calculations were carried out, showing significant improvement in performance indicators after the implementation of the proposed methods. The results of the study can be used in the practical activities of companies in the petrochemical industry to improve logistics operations, reduce costs, and increase competitiveness. The proposed methods and optimization models can be adapted and implemented in real conditions, leading to significant economic effects. Further research can be directed towards the development of more complex optimization models that take into account additional factors such as environmental sustainability and innovative technologies. It is also possible to conduct empirical studies to confirm the effectiveness of the proposed methods in various conditions.