Abstract:

In the context of the global transition to renewable energy sources and reduction of greenhouse gas emissions, the study of the possibilities of hydrogen storage is becoming highly relevant. Hydrogen, as a promising energy carrier, requires reliable and economical storage methods, and underground gas storage facilities can be one of the solutions. The purpose of this work is to study the potential of using an underground gas storage facility at the Yuzhno-Lugovskoye field in the Anivsky district for hydrogen storage. To achieve this goal, an analysis of the geological structure of the Yuzhno-Lugovskoye field was carried out in terms of its suitability for the construction of, as well as the calculation of the main parameters of adapted for hydrogen storage. The leading approach in this study is a theoretical analysis based on the study of geological data and modeling of storage processes. The results of the conducted research include an assessment of the storage capacity, determination of optimal operating pressures, assessment of the collector´s resistance to hydrogen, as well as calculation of the necessary compressor equipment. Based on the analysis, it was concluded that the Yuzhno-Lugovskoye field could be used for hydrogen storage, taking into account compliance with all necessary safety and efficiency measures. These results can be used for further practical research and implementation of projects in the field of hydrogen energy.

Keywords: underground gas storage, hydrogen storage, Yuzhno-Lugovskoye field, storage capacity, optimal operating pressure.