A new mechanistic model for oil-water emulsion rheology and boosting pressure prediction in electrical submersible pumps ESP
As the second most widely used artificial lift method in petroleum industry, ESPs help
maintain or increase flow rates by converting kinetic energy to hydraulic pressure. During …
maintain or increase flow rates by converting kinetic energy to hydraulic pressure. During …
A new mechanistic model for emulsion rheology and boosting pressure prediction in electrical submersible pumps (ESPs) under oil-water two-phase flow
As the second most widely used artificial lift method in the petroleum industry, electrical
submersible pumps (ESPs) maintain or increase flow rates by converting the kinetic energy …
submersible pumps (ESPs) maintain or increase flow rates by converting the kinetic energy …
An Efficient, Robust, and Data-Oriented Inversion Method for Noisy T2 Echo Trains
B Li, R Arro, H Thern, H Kesserwan… - SPE Annual Technical …, 2019 - onepetro.org
For NMR logging of hydrocarbon bearing formations, the inversion of T2 echo trains is a
critical pre-processing step to compute porosity, permeability, and fluid saturations of …
critical pre-processing step to compute porosity, permeability, and fluid saturations of …