The use of an innovative method and modern equipment ensures high accuracy and reliability of research conducted to monitor the development of gas and gas condensate fields. This method enables the timely identification of potential risks and the implementation of preventive measures.
In 2021, JSC MAGE conducted pilot field studies to master the technology and assess the accuracy of gravimetric and geodetic measurements on ice in the Kandalaksha Bay of the White Sea. In 2022, the company completed the development of technical and methodological recommendations for organizing and monitoring the development of fields on the Ob-Tazovsky Arctic shelf and the Far East shelf using gravimetric monitoring.
In 2023-2025, JSC MAGE conducted high-precision gravimetric observations on the Yamal Peninsula. These studies provided valuable data on the dynamics of subsurface fluid systems. The use of modern methods and equipment ensured high accuracy and reliability of the measurements. The research results are of significant practical importance for further monitoring and optimization of field development, allowing for more efficient resource management and the prevention of potential problems associated with changes in the gas-water contact (GWC) level and well flooding.
In 2021, JSC MAGE conducted pilot field studies to master the technology and assess the accuracy of gravimetric and geodetic measurements on ice in the Kandalaksha Bay of the White Sea. In 2022, the company completed the development of technical and methodological recommendations for organizing and monitoring the development of fields on the Ob-Tazovsky Arctic shelf and the Far East shelf using gravimetric monitoring.
In 2023-2025, JSC MAGE conducted high-precision gravimetric observations on the Yamal Peninsula. These studies provided valuable data on the dynamics of subsurface fluid systems. The use of modern methods and equipment ensured high accuracy and reliability of the measurements. The research results are of significant practical importance for further monitoring and optimization of field development, allowing for more efficient resource management and the prevention of potential problems associated with changes in the gas-water contact (GWC) level and well flooding.