MULTIPHASE FLOWS IN OFFSHORE GAS PIPELINES LAID IN AREAS WITH RUGGED UNDERWATER TOPOGRAPHY
Alexander N. Papusha – deputy chairman of department of continuum mechanics and offshore engineering, Dr.Tech.Sci., the Murmansk State Technical University, papushaan@mstu.edu.ru papushaan@mstu.edu.ru;
Alexander A. Nankin – mining engineer, postgraduate student of the department of continuum mechanics and petroleum engineering, the Murmansk State Technical University, vrp@alliance-auto.ru. vrp@alliance-auto.ru.
Roman S.Shpak – Bachelor of Engineering, graduate of the department of continuum mechanics and petroleum engineering, the Murmansk State Technical University, shpak.r@mail.ru shpak.r@mail.ru
УДК 622.279.04
Key words: multiphase flow, underwater gas pipeline, hydrating in gas pipeline, offshore field.
ПThis paper is based on the checking solutions and hydrodynamic calculations of transportation of a multiphase flow in the underwater pipeline in the offshore field of Snohvit. Based on the OLGA design calculation system that is used for designing of multiphase product conveyance from offshore fields, the methods described in the paper can be utilized for development of Arctic fields.
MULTIPHASE FLOWS IN OFFSHORE GAS PIPELINES LAID IN AREAS WITH RUGGED UNDERWATER TOPOGRAPHY
Alexander N.Papusha – head of department of continuum mechanics and petroleum engineering, Dr.Tech.Sci., professor, the Murmansk State Technical University, papushaan@mstu.edu.ru
Alexander A. Nankin – mining engineer, postgraduate student of the department of continuum mechanics and petroleum engineering, the Murmansk State Technical University, vrp@alliance-auto.ru
Roman S.Shpak – Bachelor of Engineering, graduate of the department of continuum mechanics and petroleum engineering, the Murmansk State Technical University, shpak.r@mail.ru
Key words: multiphase flow, underwater gas pipeline, hydrating in gas pipeline, offshore field.
This paper is based on the checking solutions and hydrodynamic calculations of transportation of a multiphase flow in the underwater pipeline in the offshore field of Snohvit. Based on the OLGA design calculation system that is used for designing of multiphase product conveyance from offshore fields, the methods described in the paper can be utilized for development of Arctic fields.
