COMPARATIVE ANALYSIS OF MULTICOMPONENT GAS TRANSPORTATION FROM THE SHTOKMAN GAS CONDENSATE FIELD THROUGH AN UNDERWATER PIPELINE, BASED ON THE INDUSTRIAL NORMS FOR PROCESS DESIGN AND A DETAIL METHOD
Andrey L. Shishko – postgraduate student, teacher at the department of continuum mechanics and offshore oil and gas, the Murmansk State Technological University, bonj@inbox.ru bonj@inbox.ru.
Key words: multicomponent gas, underwater pipeline, industrial norms for process design, temperature distribution, pressure distribution, hydrates.
The article compares engineering solutions for multicomponent gas transportation from the Shtokman gas condensate field, which are based on two methods: the industrial norms for process design and a detail calculation method.
COMPARATIVE ANALYSIS OF MULTICOMPONENT GAS TRANSPORTATION FROM THE SHTOKMAN GAS CONDENSATE FIELD THROUGH AN UNDERWATER PIPELINE, BASED ON THE INDUSTRIAL NORMS FOR PROCESS DESIGN AND A DETAIL METHOD
Andrey L. Shishko – postgraduate student, teacher at the department of continuum mechanics and offshore oil and gas, the Murmansk State Technological University, bonj@inbox.ru
Key words: multicomponent gas, underwater pipeline, industrial norms for process design, temperature distribution, pressure distribution, hydrates.
The article compares engineering solutions for multicomponent gas transportation from the Shtokman gas condensate field, which are based on two methods: the industrial norms for process design and a detail calculation method.