Updated perceptions on polymer-based enhanced oil recovery toward high-temperature high-salinity tolerance for successful field applications in carbonate reservoirs
The aging of the existing reservoirs makes the hydrocarbon extraction shift toward newer
reserves, and harsh conditioned carbonates, which possess high temperature and high …
reserves, and harsh conditioned carbonates, which possess high temperature and high …
Advances in Understanding Polymer Retention in Reservoir Rocks: A Comprehensive Review
Understanding polymer retention is a critical aspect in the field of chemical-enhanced oil
recovery (cEOR). This article presents a comprehensive review of polymer retention in …
recovery (cEOR). This article presents a comprehensive review of polymer retention in …
Mechanistic modeling of hybrid low salinity polymer flooding: Role of geochemistry
Low salinity polymer (LSP) based enhanced oil recovery (EOR) technique is getting more
attention due to its potential of improving both displacement and sweep efficiencies …
attention due to its potential of improving both displacement and sweep efficiencies …
Laboratory evaluation of polymer retention in a heavy oil sand for a polymer flooding application on Alaska's North Slope
D Wang, C Li, RS Seright - SPE Journal, 2020 - onepetro.org
For a polymer flooding field trial in a heavy oil reservoir on Alaska's North Slope, polymer
retention is a key parameter. Because of the economic impact of retention, this parameter …
retention is a key parameter. Because of the economic impact of retention, this parameter …
Mechanistic modeling for low salinity polymer (LSP) flooding in carbonates under harsh conditions
Abstract Low Salinity Polymer (LSP) injection is a hybrid synergistic Enhanced Oil Recovery
(EOR) technique that improves displacement efficiency by combining the advantages of both …
(EOR) technique that improves displacement efficiency by combining the advantages of both …
New Insights into Hybrid Low Salinity Polymer (LSP) Flooding Through a Coupled Geochemical-Based Modeling Approach
Abstract Low Salinity Polymer (LSP) flooding is one of the emerging synergic techniques in
enhance oil recovery (EOR). Previous experimental studies showed an exceptional …
enhance oil recovery (EOR). Previous experimental studies showed an exceptional …
Novel impressions of hybrid Low Salinity Polymer (LSP) injection: A geochemical modeling study
Abstract The hybrid Enhanced Oil Recovery (EOR) method of Low Salinity Polymer (LSP)
injection is an advanced synergetic coalescence with remarkable additional oil recovery …
injection is an advanced synergetic coalescence with remarkable additional oil recovery …
A coupled geochemical-based modeling approach for low salinity polymer (LSP) injection: Effects of salinity, rock-type, and temperature on polymer rheology
The hybrid low-salinity polymer (LSP) injection technique has potential for significant
synergistic advantages as an enhanced oil recovery (EOR) approach. Previous studies …
synergistic advantages as an enhanced oil recovery (EOR) approach. Previous studies …
Enhanced oil recovery using polyacrylates/ACTF crosslinked composite: Preparation, characterization and coreflood investigation
Graphene oxide sheets have superior mechanical, thermal and electrochemical
characteristics, in addition to their excellent conductivity and adsorption criteria that arise …
characteristics, in addition to their excellent conductivity and adsorption criteria that arise …
[HTML][HTML] Towards enhanced oil recovery: Effects of ionic valency and pH on the adsorption of hydrolyzed polyacrylamide at model surfaces using QCM-D
Adding polymers to the injection water in water-flooding oil recovery increases the viscosity
and thereby enhances recovery factor. However, the beneficial effects are often …
and thereby enhances recovery factor. However, the beneficial effects are often …