A review of experiments and modeling of gas-liquid flow in electrical submersible pumps
As the second most widely used artificial lift method in petroleum production (and first in
produced amount), electrical submersible pump (ESP) maintains or increases flow rate by …
produced amount), electrical submersible pump (ESP) maintains or increases flow rate by …
Practical aspects of multiphase slug frequency: An overview
Slug frequency, the number of liquid slugs passing through a point per unit of time, is an
intrinsic parameter that is used to characterize multiphase slug flows in pipes. In this review …
intrinsic parameter that is used to characterize multiphase slug flows in pipes. In this review …
Artificial neural network application for multiphase flow patterns detection: A new approach
Multiphase flow measurement is a very challenging issue in process industry. There are
several techniques to estimate multiphase flow parameters. However, these techniques …
several techniques to estimate multiphase flow parameters. However, these techniques …
Review of oil–water through pipes
In oilfield operations, co-current flow of oil–water mixture is very common and can cause
significant flow assurance problems during production. Accurate knowledge of behaviour of …
significant flow assurance problems during production. Accurate knowledge of behaviour of …
Steady-State Multiphase Flow Past, Present, and Future, with a Perspective on Flow Assurance
A monumental amount of research and development work has been invested in multiphase
flow modeling over the past 50 years. Yet, many challenges remain as we incorporate …
flow modeling over the past 50 years. Yet, many challenges remain as we incorporate …
Experimental investigation of oil–water two-phase flow in horizontal pipes: Pressure losses, liquid holdup and flow patterns
Flow experiments have been conducted for oil–water two-phase flow in a horizontal 5.08 cm
ID flow loop at a length to diameter ratio of 1311. The fluids were light Malaysian waxy crude …
ID flow loop at a length to diameter ratio of 1311. The fluids were light Malaysian waxy crude …
Prediction of wellbore gas hydrate generation based on temperature-pressure coupling model in deepwater testing
X Zhou, L Mao, Z Guo, Y Gao - International Journal of Hydrogen Energy, 2024 - Elsevier
With the advancement of oil and gas exploration and development technology, the
development of the world's oil and gas resources is gradually advancing from land and …
development of the world's oil and gas resources is gradually advancing from land and …
Passive flow control devices—well design and physics of their different flow regimes: A review
As wells shift towards producing or injecting along their entire length, frictional pressure
losses and reservoir heterogeneities become larger issues in completion design. There is …
losses and reservoir heterogeneities become larger issues in completion design. There is …
Review of multiphase flow models in the petroleum engineering: Classifications, simulator types, and applications
Multiphase flow modeling is crucial for the oil and gas industry, enabling safer and more cost-
effective subsea well development. In the past 60 years, there have been significant …
effective subsea well development. In the past 60 years, there have been significant …
Merging physics and data-driven methods for field-wide bottomhole pressure estimation in unconventional wells
D Molinari, S Sankaran - … Technology Conference, 26–28 July 2021, 2021 - library.seg.org
Bottomhole pressure is an essential parameter to measure well performance, design and
optimize artificial lift and calculate well deliverability. However, it is rarely continuously …
optimize artificial lift and calculate well deliverability. However, it is rarely continuously …