Author Details
Gil, Ludwig
| Issue | Section | Title | File |
| Vol 4, No 4 (2022) | Oil and gas field development and exploitation | Research of the impact of switching to low- salinity water during polymer water flooding |
 (Rus) |
ISSN 2707-4226 (Print)
ISSN 2957-806X (Online)
User
Keywords
cement slurry
cementing
correlation
enhanced oil recovery
enhanced oil recovery methods
field
heavy oil
high-viscosity oil
horizontal wells
hydraulic fracturing
hydrocarbon potential
machine learning
oil
oil recovery factor
permeability
polymer flooding
reservoir
reservoir simulation
ultra-deep sections
viscosity
water cut
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User
Keywords
cement slurry
cementing
correlation
enhanced oil recovery
enhanced oil recovery methods
field
heavy oil
high-viscosity oil
horizontal wells
hydraulic fracturing
hydrocarbon potential
machine learning
oil
oil recovery factor
permeability
polymer flooding
reservoir
reservoir simulation
ultra-deep sections
viscosity
water cut