Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
Experimental study on post-fracture oil-water displacement mechanism of tight sandstone reservoir with NMR
View through CrossRef
The oil-water displacement after hydraulic fracturing can increase the
oil production and reduce the flowback fluid. The NMR technology is
applied to study the oil distribution in the core sample before and
after oil-water displacement. The main factors affecting the oil-water
displacement efficiency are revealed, and the theoretical basis and
reference are provided for the optimization of post-fracturing flowback
system in tight reservoirs. The results show that the displaced oil is
mainly from small pores, medium pores and macropores. The larger the
pore size, the higher the oil-water displacement efficiency. Strong
homogeneity of core samples and good pore-throat connectivity are the
main reasons for the higher oil-water displacement efficiency. The
oil-water interfacial tension is low, and the displacement efficiency is
improved. The cleanup additive in guar gum fracturing fluid can
effectively reduce the oil-water interfacial tension and improve the
oil-water displacement efficiency compared with the slick water
fracturing fluid.
Title: Experimental study on post-fracture oil-water displacement mechanism of tight sandstone reservoir with NMR
Description:
The oil-water displacement after hydraulic fracturing can increase the
oil production and reduce the flowback fluid.
The NMR technology is
applied to study the oil distribution in the core sample before and
after oil-water displacement.
The main factors affecting the oil-water
displacement efficiency are revealed, and the theoretical basis and
reference are provided for the optimization of post-fracturing flowback
system in tight reservoirs.
The results show that the displaced oil is
mainly from small pores, medium pores and macropores.
The larger the
pore size, the higher the oil-water displacement efficiency.
Strong
homogeneity of core samples and good pore-throat connectivity are the
main reasons for the higher oil-water displacement efficiency.
The
oil-water interfacial tension is low, and the displacement efficiency is
improved.
The cleanup additive in guar gum fracturing fluid can
effectively reduce the oil-water interfacial tension and improve the
oil-water displacement efficiency compared with the slick water
fracturing fluid.
Related Results
The Methods Taken in SZ36-1 Oilfield in the Early Stage of Production
The Methods Taken in SZ36-1 Oilfield in the Early Stage of Production
Abstract
SZ 36-1 Oil Field is located in Liaodong Bay of Bohai Sea and is an unconsolidated sand and structure-lithology reservoir. The reservoir is distributed i...
Scale-dependency Wettability of Tight Sandstone: Insights from an Eocene fluvial sandstone reservoir in the Bohai Bay Basin
Scale-dependency Wettability of Tight Sandstone: Insights from an Eocene fluvial sandstone reservoir in the Bohai Bay Basin
In the development of tight oil reservoirs, wettability determines the distribution and flow behavior of oil and water during reservoir development and enhanced oil recovery. Howev...
Analysis of the Influence of Micro-Pore Structure on Oil Occurrence Using Nano-CT Scanning and Nuclear Magnetic Resonance Technology: An Example from Chang 8 Tight Sandstone Reservoir, Jiyuan, Ordos Basin
Analysis of the Influence of Micro-Pore Structure on Oil Occurrence Using Nano-CT Scanning and Nuclear Magnetic Resonance Technology: An Example from Chang 8 Tight Sandstone Reservoir, Jiyuan, Ordos Basin
The micro-pore structure of a tight sandstone reservoir remarkably impacts the occurrence characteristics of the tight oil. The micro-pore structure of the Jiyuan Chang 8 tight san...
[RETRACTED] Keanu Reeves CBD Gummies v1
[RETRACTED] Keanu Reeves CBD Gummies v1
[RETRACTED]Keanu Reeves CBD Gummies ==❱❱ Huge Discounts:[HURRY UP ] Absolute Keanu Reeves CBD Gummies (Available)Order Online Only!! ❰❰= https://www.facebook.com/Keanu-Reeves-CBD-G...
Fracture Modelling Using Seismic Based Fracture Intensity Volume, a Case Study in Middle East
Fracture Modelling Using Seismic Based Fracture Intensity Volume, a Case Study in Middle East
Abstract
In this paper, a case study in a fractured carbonate reservoir is presented to demonstrate the approach of fracture modeling using fracture intensity vol...
Laboratory Experiments and Reservoir Simulation Studies in Support of CO2 Injection Project in Mattoon Field, Illinois, USA
Laboratory Experiments and Reservoir Simulation Studies in Support of CO2 Injection Project in Mattoon Field, Illinois, USA
Abstract
This paper describes the results of rock and fluid property measurements and of the reservoir simulations associated with the demonstration of CO2-assist...
Study on Brittleness Characteristics and Fracturing Crack Propagation Law of Deep Thin-Layer Tight Sandstone in Longdong, Changqing
Study on Brittleness Characteristics and Fracturing Crack Propagation Law of Deep Thin-Layer Tight Sandstone in Longdong, Changqing
Tight-sandstone oil and gas resources are the key areas of unconventional oil and gas resources exploration and development. Because tight-sandstone reservoirs usually have the cha...
Research of “double desserts” seismic prediction method for tight sandstone - Taking Linxing block on the east edge of Ordos Basin as an example
Research of “double desserts” seismic prediction method for tight sandstone - Taking Linxing block on the east edge of Ordos Basin as an example
The determination of the sweet spot of tight sandstone reservoir is the primary problem in the exploration and development of tight sandstone reservoir. Practice has proved that th...