Complex modeling of joint development of Cenomanian gas fields

Roman I. Sharipov TyumenNIIgipropaz Tyumen, Russian Federation
Sergey Yu. Sventsky TyumenNIIgipropaz Tyumen, Russian Federation  
Vitaly A. Varlamov TyumenNIIgipropaz Tyumen, Russian Federation  
The solution of complex modeling to development a two different gas fields as collection and compression united system is suggested. Two hydrodynamic models are combining by connecting elements to create a united gas field. Collection system modeling was designed with account for compression facility complex.
Materials and methods
Math modeling of hydrodynamic process.
The prognosis of joint fields development strategy was calculated. Developed complex model is for counting changes influence of reservoir factors and technological components to joint fields production. Also it hepls for counting productive wells of both fields.
TyumenNIIgiprogaz experts suggested options to increase production efficiency as for near future as for final stage of gas production. Particularlysuggested equipping Ety-Purovsk gas field by compression facility complex (dynamic changing process parameters is shown in Fig. 5), horizontal well drilling at Vyngajahinsk gas fieldand technology of uniform pressure realization.
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complex model hydrodynamic grid joint development gas field model adaptation