COMPLETION DESIGN CODING
Podgornov V.M. – Doctor of Technical Sciences, Professor, Department of Oil and Gas Well Drilling, Gubkin Russian State University of Oil and Gas (National Research University), podgornov@gubkin.ru podgornov@gubkin.ru
Korotaeva T.P. – Associate Professor, Department of Technical Mechanics, Gubkin Russian State University of Oil and Gas (National Research University), podgornov@gubkin.ru podgornov@gubkin.ru
УДК 519.2; 550.8
Key words: well completion, wellbore zone design, bottomhole equipment, reservoir-well hydrodynamic connection.
The technologies of completion of horizontal and multi-lateral wells is significantly complicated due to the problems of lateral shaft formation and difficulties in equipping the main and lateral wellbore with bottomhole equipment. In connection with this, the responsibility of designing a rational completion scheme and well design in the productive part of the wellbore, completing downhole equipment, ensuring high operational qualities of the well, is increased. The coding and systematization of completion design makes it possible to streamline a set of technical tools and technological methods for real field conditions.
COMPLETION DESIGN CODING
Podgornov V.M. – Doctor of Technical Sciences, Professor, Department of Oil and Gas Well Drilling, Gubkin Russian State University of Oil and Gas (National Research University), podgornov@gubkin.ru
Korotaeva T.P. – Associate Professor, Department of Technical Mechanics, Gubkin Russian State University of Oil and Gas (National Research University), podgornov@gubkin.ru
Key words: well completion, wellbore zone design, bottomhole equipment, reservoir-well hydrodynamic connection.
The technologies of completion of horizontal and multi-lateral wells is significantly complicated due to the problems of lateral shaft formation and difficulties in equipping the main and lateral wellbore with bottomhole equipment. In connection with this, the responsibility of designing a rational completion scheme and well design in the productive part of the wellbore, completing downhole equipment, ensuring high operational qualities of the well, is increased. The coding and systematization of completion design makes it possible to streamline a set of technical tools and technological methods for real field conditions.
