Article
Article name Planning Methods on Accumulated Geological-Field Data of Gas well Operation Modes
Authors Tolpaev V.A. Doctor of Physics and Ma-thematics, Professor, v.a.tolpaev@mail.ru
Akhmedov K.S. Candidate of Engineering Science, Director of Scientific Center of Information Technologies, , (Ставрополь, Россия)
Bibliographic description Tolpaev V. A., Ahmedov K. S. Planning Methods on Accumulated Geological-Field Data of Gas well Operation Modes // Scholarly Notes of Transbaikal State University. 2021. Vol. 16, No. 3. P. 89-108. DOI： 10.21209/2658-7114-2021-16-3-89-108.
Section PROBLEMS OF MATHEMATICAL PHYSICS. ANALYTICAL METHODS
UDK 622.276.5+51-7
DOI 10.21209/2658-7114-2021-16-3-89-108
Article type
Annotation The development of new gas and gas condensate fields in a complex external geopolitical environment for the Russian Federation requires the development of methods for selecting the optimal modes for the operation of gas wells. The mathematical apparatus and computational algorithms, which allow, based on accumulated geological and field information, to calculate the long-term dynamics of the flow rates of gas producing wells under the conditions of using potentially possible operating modes are considered. Prediction of long-term dynamics of gas production well rates in practice is necessary for long-term planning of gas production, optimal distribution of productivity between the gas processing unit in the gas gathering network of the enterprise, and the formation of pre-design options for the development of gas deposits. In other words, planning methods based on the accumulated geological and production data of gas well operation modes are needed in order to select from a variety of possible technological modes of operation those that will ensure the optimization of the gas production plan in an unstable economic environment.
Key words well, gas field, production rate, reservoir pressure, bottomhole pressure, time, accumulated volume of produced gas
Article information
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Full articlePlanning Methods on Accumulated Geological-Field Data of Gas well Operation Modes