Zobrazeno 1 - 6
of 6
pro vyhledávání: '"Mohamed Haouche"'
Publikováno v:
All Days.
To face the new challenges of production metering and back allocation, TOTAL is making an important effort to develop and test new approaches to improve its current production metering systems particularly for multiphase conditions. New technologies
Autor:
Renaud Caulier, Mohamed Haouche, Jean-Francois Authier, Younes Deffous, Jean Paul Couput, Adrien Tessier, Bruno Vrielynck
Publikováno v:
All Days.
The availability of reliable data is obviously a prerequisite to good production optimization. So far, many tools have been developed to increase the availability of data by using Smart Completions, Downhole Measurements and Remote control Sensors in
Publikováno v:
Qatar Foundation Annual Research Forum Volume 2012 Issue 1.
Total E&P Qatar (TEPQ) have made a significant effort to test new approaches to improve its current production metering systems for multiphase flow conditions. New technologies are tested through pilot applications on field. One of which is the use o
Autor:
Mashhad Fahes, Zahra Umar, Simon Manson, Makram Sarieddine, Mohamed Haouche, Hadi Nasrabadi, Pascal Cheneviere, Ghada Salama, Haider Ramadhan
Publikováno v:
Qatar Foundation Annual Research Forum Volume 2012 Issue 1.
The ability to predict performance of two-phase oil/water flow in pipes is essential for production operations from oil wells. Emulsions created between the flowing oil and water phases under turbulent conditions complicate the flow pattern and need
Publikováno v:
Qatar Foundation Annual Research Forum Proceedings. :EGP26
To face new hydrocarbon production metering systems and back allocation challenges, Total E&P Qatar and its Research Center (TRC-Q), located in the Qatar Science and Technology Park (QSTP), test novel approaches to improve current production metering
Publikováno v:
Qatar Foundation Annual Research Forum Proceedings. :EGOS4
Multiphase flow occurs in almost all oil and gas wells and production installations. The past three decades have seen intense efforts to develop empirical correlations and modelling tools to improve the ability to predict multiphase-flow behaviour wi