The features of the integrated model construction and application of the Severo-Danilovskoye field
UDC: 622.276.1/.4.001.57(571.1)
DOI: 10.33285/2413-5011-2022-4(364)-18-23
Authors:
KORDIK KIRILL E.
1,
ZABRODIN OLEG YU.1,
VORONIN MAXIM O.1,
PETROV DENIS YU.1,
DYACHKOV ARTEM A.1,
BALYKIN VADIM N.2,
MIRSKOV ALEXANDER E.2,
ZAYNUTDINOV ARTUR M.2
1 LUKOIL-Engineering Limited KogalymNIPIneft Branch Office in Tyumen, Tyumen, Russia
2 TPP "Uraineftegaz" LLC "LUKOIL-Western Siberia", Urai, Russia
Keywords: integrated model, hydrodynamic model, reservoir pressure dynamics, development indicators trends, automation of "routine" production processes, optimization of the operation mode of surface infrastructure facilities, reservoir pressure maintenance system
Annotation:
The article presents the results of work on the construction and testing of an integrated model (IM) of the Severo-Danilovskoye oil and gas field. As part of the project implementation, a unique experience was gained in building and applying an integrated model for an asset that is at the final stage of its development. When creating a digital instrument, an original approach was used to integrate the hydrodynamic model data with IM components (models of wells and ground infrastructure facilities), called the "Decline Curve" method. This method involves the use of trends in reservoir development indicators obtained from the hydrodynamic model to perform predictive calculations on IM. When building, setting up and performing calculations on an integrated model by applying the "Decline Curve" method, instruments for "routine" production processes automating were actively used. Upon completion of the pilot operation, the integrated model was introduced into the production activities of the subsoil user’s enterprise and has already confirmed its effectiveness when substantiating optimization measures aimed at reducing operating costs for oil production at the Severo-Danilovskoye field.
Bibliography:
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