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Low salinity water and polymer flooding in sandstone reservoirs: Upscaling from nano-to macro-scale using the maximum energy barrier
Prashant Jadhawar
*
, Motaz Saeed
*
Corresponding author for this work
Engineering
Centre for Energy Transition
Research output
:
Contribution to journal
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Article
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peer-review
8
Citations (Scopus)
1
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Dive into the research topics of 'Low salinity water and polymer flooding in sandstone reservoirs: Upscaling from nano-to macro-scale using the maximum energy barrier'. Together they form a unique fingerprint.
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Engineering & Materials Science
Energy barriers
100%
Sandstone
76%
Oil well flooding
60%
Macros
59%
Polymers
47%
Wetting
44%
Brines
38%
Complexation
36%
Water
35%
Oils
21%
Computer simulation
17%
Recovery
14%
Thermal effects
11%
Screening
10%
Crude oil
9%
Rocks
9%
Viscosity
8%
Simulators
7%
Temperature
4%
Earth & Environmental Sciences
upscaling
75%
water salinity
70%
flooding
51%
polymer
50%
sandstone
49%
salinity
45%
wettability
35%
energy
31%
brine
21%
complexation
17%
oil
14%
simulation
10%
slug
9%
temperature effect
8%
simulator
7%
crude oil
7%
surface layer
7%
screening
7%
viscosity
6%
permeability
5%
analysis
4%
rock
3%
comparison
3%
temperature
3%
parameter
2%