IMPROVEMENT OF EFFICIENCY OF DEVELOPING GREEN GAS-CONDENSATE FIELD PROJECT USING INTEGRATED ASSET MODELLING

Abstract

The relevance of the research is caused by the necessity to apply the integrated asset modeling to develop the project of green gas-condensate fields located in Extreme North regions. Today steady trend of hydrocarbon field development located in Arctic region of West-Siberian petroleum province is observed in Russia. Operating companies in this location consider the hydrocarbon reserves of Extreme North regions as the potential for compensation of production decrease in the very near future. Development of such fields is the priority task that is difficult to fix without leading simulation approaches. Development of self-contained fields is not standard business because of high geological, technological and economical risks. It requires complex approaches for development and high-quality staff as the investment outlay responsibility is too high. That is why the integrated asset modeling is considered as the basement for project development. The main aim of the study is to prove the value of the integrated asset modeling for project development of self-contained green gas-condensate fields located in Extreme North regions. Objects: green gas-condensate fields of Extreme North regions. Methods: customized approach for modeling the production and treatment operation, integrated modeling of gas-condensate fields located in Extreme North regions. Results. Stage-by-stage approach of the integrated asset modeling is designed for developing the project of green gas-condensate fields of Extreme North regions. The paper considers the customized approach for application of production and treatment models. The efficiency of the integrated asset modeling is proved.

Keywords

• long-range planning
• gas-condensate field
• production process optimization
• field project development
• integrated model