https://eor-alliance.pacecreative.ca/fact-sheet/surfactant-flooding-in-challenging-conditions-towards-hard-brines-and-high-temperature/2017-11-20T23:55:18+00:00https://eor-alliance.pacecreative.ca/fact-sheet/pelican-lake-polymer-flood-success-story-a-significant-breakthrough-in-heavy-oil-reservoir-exploitation/2017-11-20T23:56:07+00:00https://eor-alliance.pacecreative.ca/fact-sheet/pore-scale-to-core-scale-aspects-of-capillary-desaturation-curves-using-ct-scan-imaging/2017-11-20T23:54:57+00:00https://eor-alliance.pacecreative.ca/fact-sheet/application-of-quantitative-structure-property-relationship-qspr-method-for-chemical-eor/2017-11-20T23:57:09+00:00https://eor-alliance.pacecreative.ca/fact-sheet/methodological-approach-for-analyzing-the-impact-of-chemical-eor-on-surface-processes/2017-11-20T23:57:57+00:00https://eor-alliance.pacecreative.ca/fact-sheet/impact-of-polymer-mechanical-degradation-on-shear-and-extensional-viscosities/2017-11-20T23:59:15+00:00https://eor-alliance.pacecreative.ca/fact-sheet/reservoir-simulation-of-a-polymer-flood-pilot-in-the-pelican-lake-heavy-oil-field-a-step-forward/2017-11-20T23:59:44+00:00https://eor-alliance.pacecreative.ca/fact-sheet/foam-for-mobility-control-in-eor-a-microfluidic-approach/2017-11-21T00:02:21+00:00https://eor-alliance.pacecreative.ca/fact-sheet/recent-progress-in-surfactant-flooding-in-carbonate-reservoirs/2017-11-21T00:03:30+00:00https://eor-alliance.pacecreative.ca/fact-sheet/impact-of-difficult-environments-on-chemical-flooding-performance/2017-11-21T00:04:03+00:00https://eor-alliance.pacecreative.ca/fact-sheet/an-integrated-laboratory-workflow-for-the-design-of-a-foam-pilot-in-malaysia/2017-11-21T00:04:41+00:00https://eor-alliance.pacecreative.ca/fact-sheet/pelican-lake-field-first-successful-application-of-polymer-flooding-in-a-heavy-oil-reservoir/2017-11-21T00:06:05+00:00https://eor-alliance.pacecreative.ca/fact-sheet/history-matching-of-a-successful-polymer-flood-pilot-in-the-pelican-lake-heavy-oil-field-canada/2017-11-21T00:06:32+00:00https://eor-alliance.pacecreative.ca/fact-sheet/alkaline-free-surfactant-polymer-process-for-heavy-oil/2017-11-21T00:07:45+00:00https://eor-alliance.pacecreative.ca/fact-sheet/chemical-eor-in-low-permeability-reservoirs/2017-11-21T00:08:30+00:00https://eor-alliance.pacecreative.ca/fact-sheet/chemical-eor-for-heavy-oil-the-canadian-experience/2017-11-21T00:09:11+00:00https://eor-alliance.pacecreative.ca/fact-sheet/chemical-eor-potential-for-heavy-oil-in-the-united-states/2017-11-21T00:09:55+00:00https://eor-alliance.pacecreative.ca/fact-sheet/alkaline-surfactant-polymer-formulation-evaluation-in-live-oil-conditions-the-impact-of-temperature-pressure-and-gas-on-oil-recovery-performance/2017-11-21T00:10:30+00:00https://eor-alliance.pacecreative.ca/fact-sheet/impact-of-surfactant-structure-and-oil-saturation-on-the-behavior-of-dense-co2-foams-in-porous-media/2017-11-21T00:11:04+00:00https://eor-alliance.pacecreative.ca/fact-sheet/design-of-thermally-stable-surfactants-formulations-for-steam-foam-injection/2017-11-21T00:56:16+00:00https://eor-alliance.pacecreative.ca/fact-sheet/polymer-flooding-of-heavy-oil-from-screening-to-full-field-extension/2017-11-21T00:57:10+00:00https://eor-alliance.pacecreative.ca/fact-sheet/polymer-flooding-for-extra-heavy-oil-new-insights-on-the-key-polymer-transport-properties-in-porous-media/2017-11-21T00:57:47+00:00https://eor-alliance.pacecreative.ca/fact-sheet/influence-of-chemical-eor-on-topside-produced-water-management/2017-11-21T00:58:22+00:00https://eor-alliance.pacecreative.ca/fact-sheet/surfactant-polymer-flooding-in-hard-brines-and-high-temperature-reservoirs/2017-11-21T00:58:53+00:00https://eor-alliance.pacecreative.ca/fact-sheet/field-scale-polymer-flooding-of-heavy-oil-the-pelican-lake-story/2017-11-21T01:00:25+00:00https://eor-alliance.pacecreative.ca/fact-sheet/multi-objectives-automatic-inversion-of-surfactant-polymer-flooding-experiments-on-sandstone-cores/2017-11-21T01:01:57+00:00https://eor-alliance.pacecreative.ca/fact-sheet/a-new-approach-for-offshore-chemical-enhanced-oil-recovery/2017-11-21T01:02:49+00:00https://eor-alliance.pacecreative.ca/fact-sheet/enhanced-viscosity-formulations-for-steam-foam-applications-impact-on-performances-in-bulk-and-porous-media/2017-11-21T01:03:36+00:00https://eor-alliance.pacecreative.ca/fact-sheet/enhanced-oil-recovery-of-heavy-oil-in-reservoirs-with-bottom-aquifer/2017-11-21T01:04:53+00:00https://eor-alliance.pacecreative.ca/fact-sheet/mobilization-of-trapped-oil-by-surfactant-injection-an-experimental-study-using-multi-scale-imaging/2017-11-21T01:05:47+00:00https://eor-alliance.pacecreative.ca/fact-sheet/foams-with-ultra-low-interfacial-tensions-for-an-efficient-eor-process-in-fractured-reservoirs/2017-11-21T01:06:17+00:00https://eor-alliance.pacecreative.ca/fact-sheet/improved-mobility-reduction-of-non-dense-gas-foam-in-presence-of-high-residual-oil-saturation/2017-11-21T01:07:09+00:00https://eor-alliance.pacecreative.ca/fact-sheet/oi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tps://eor-alliance.pacecreative.ca/fact-sheet/commercial-polymer-injection-in-the-courtenay-field-1994-update/2017-11-21T18:29:15+00:00https://eor-alliance.pacecreative.ca/fact-sheet/an-integrated-workflow-for-chemical-eor-pilot-design/2017-11-21T18:29:48+00:00https://eor-alliance.pacecreative.ca/fact-sheet/design-of-a-surfactantpolymer-process-in-a-hard-brine-context-a-case-study-applied-to-bramberge-reservoir/2017-11-21T18:30:35+00:00https://eor-alliance.pacecreative.ca/fact-sheet/improved-oil-recovery-with-chemicals-in-fractured-carbonate-formations/2017-11-21T18:31:58+00:00https://eor-alliance.pacecreative.ca/fact-sheet/fractured-carbonates-a-methodology-to-evaluate-surfactant-performances/2017-11-21T18:32:39+00:00https://eor-alliance.pacecreative.ca/fact-sheet/advanced-screening-technologies-for-the-selection-of-dense-co2-foaming/2017-11-21T18:33:24+00:00https://eor-alliance.pacecreative.ca/fact-sheet/laboratory-evaluation-of-foaming-additives-used-to-improve-steam-efficiency/2017-11-21T18:34:00+00:00https://eor-alliance.pacecreative.ca/fact-sheet/simulation-of-chemical-eor-processes-for-the-ratqa-lower-fars-heavy-oil-field-in-kuwait-multi-scenario-results-and-discussions/2017-11-28T22:33:28+00:00https://eor-alliance.pacecreative.ca/fact-sheet/designing-surfactant-polymer-processes-for-heavy-oil-reservoirs-case-studies/2021-03-01T21:28:34+00:00https://eor-alliance.pacecreative.ca/fact-sheet/a-novel-experimental-approach-for-accurate-evaluation-of-chemical-eor-processes-in-tight-reservoir-rocks/2021-03-01T21:19:43+00:00https://eor-alliance.pacecreative.ca/fact-sheet/high-throuhput-coreflood-experimentation-as-a-tool-for-eor-project-design/2021-03-01T21:14:35+00:00https://eor-alliance.pacecreative.ca/fact-sheet/exploring-the-upper-limit-of-oil-viscosity-for-polymer-flood-in-heavy-oil/2021-03-01T21:23:51+00:00https://eor-alliance.pacecreative.ca/fact-sheet/design-of-a-combined-foam-eor-process-for-a-naturally-fractured-reservoir/2021-03-01T21:19:26+00:00https://eor-alliance.pacecreative.ca/fact-sheet/feasibility-study-of-a-steam-foam-process-application-in-kuwait/2021-03-01T21:25:17+00:00https://eor-alliance.pacecreative.ca/fact-sheet/new-insights-on-the-characterization-of-a-polymer-adsorbed-layers-in-porous-media/2021-03-01T21:23:38+00:00https://eor-alliance.pacecreative.ca/fact-sheet/investigation-and-observations-on-the-stability-of-water-oil-ratio-wor-during-chemical-floods-in-heavy-oil-reservoirs/2021-03-01T21:13:27+00:00https://eor-alliance.pacecreative.ca/fact-sheet/long-term-thermal-stability-of-chemical-eor-surfactants/2021-03-01T21:28:20+00:00https://eor-alliance.pacecreative.ca/fact-sheet/experimental-study-of-surfactant-polymer-for-a-heavy-oil-field-in-south-of-oman/2021-03-01T21:28:12+00:00https://eor-alliance.pacecreative.ca/fact-sheet/evaluation-of-eor-chemicals-impact-on-topside-operations/2021-02-25T22:17:54+00:00https://eor-alliance.pacecreative.ca/fact-sheet/a-new-kind-of-eor-for-trinidad/2021-03-01T21:25:00+00:00https://eor-alliance.pacecreative.ca/fact-sheet/steam-foam-assessment-using-native-cores-from-the-ratqa-lower-fars-rqlf-heavy-oil-reservoir-in-kuwait-to-de-risk-field-scale-deployment/2021-03-01T21:24:47+00:00https://eor-alliance.pacecreative.ca/fact-sheet/new-development-of-cationic-surfactant-formulations-for-foam-assisted-co2-eor-in-carbonates-formations/2021-03-01T21:19:13+00:00https://eor-alliance.pacecreative.ca/fact-sheet/methodology-to-improve-techno-economic-viability-of-surfactant-flooding-in-a-shallow-sandstone-heavy-oil-reservoir/2021-03-01T21:27:34+00:00https://eor-alliance.pacecreative.ca/fact-sheet/surfactant-polymer-flooding-one-spot-eor-pilot-design-for-a-middle-eastern-heavy-oil-reservoir/2021-03-01T21:27:20+00:00https://eor-alliance.pacecreative.ca/fact-sheet/surfactant-polymer-flooding-chemical-formulation-design-and-evaluation-for-raudhatain-lower-burgan-reservoir-kuwait/2021-03-01T21:26:45+00:00https://eor-alliance.pacecreative.ca/fact-sheet/characterization-of-viscous-fingering-and-channeling-for-the-assessment-of-polymer-based-heavy-oil-displacements/2021-03-01T21:22:36+00:00https://eor-alliance.pacecreative.ca/fact-sheet/muscl-scheme-for-single-well-chemical-tracer-test-simulation-design-and-interpretation-oil-gas-science-and-technology/2021-03-01T21:13:42+00:00https://eor-alliance.pacecreative.ca/fact-sheet/numerical-simulation-of-foam-flooding-in-porous-media-in-the-absence-and-presence-of-oleic-phase/2021-03-01T21:19:00+00:00https://eor-alliance.pacecreative.ca/fact-sheet/calibrating-and-scaling-semi-empirical-foam-flow-models-for-the-assessment-of-foam-based-eor-processes-in-heterogeneous-reservoirs/2021-03-01T21:18:48+00:00https://eor-alliance.pacecreative.ca/fact-sheet/surfactant-polymer-feasibility-for-a-sandstone-reservoir-in-kuwait-successful-integrated-approach-from-laboratory-to-pilot-design/2021-02-25T23:10:29+00:00https://eor-alliance.pacecreative.ca/fact-sheet/advanced-eor-foam-in-naturally-fractured-carbonates-reservoirs-optimal-balance-between-foam-and-interfacial-tension-properties/2021-03-01T21:18:30+00:00https://eor-alliance.pacecreative.ca/fact-sheet/study-on-the-impact-of-core-wettability-and-oil-saturation-on-the-rheological-behavior-of-co2-foams/2021-03-01T21:18:06+00:00https://eor-alliance.pacecreative.ca/fact-sheet/novel-insights-on-the-transport-of-hpam-solutions-in-low-permeability-porous-media-impacts-of-brine-and-reservoir-properties/2021-03-01T21:21:38+00:00https://eor-alliance.pacecreative.ca/fact-sheet/improve-kinetics-of-oil-recovery-in-naturally-fractured-carbonates-optimization-of-an-advanced-eor-foam-process/2021-03-01T21:30:57+00:00https://eor-alliance.pacecreative.ca/fact-sheet/influence-of-wettability-and-oil-saturation-on-the-rheological-behavior-of-co2-foams/2021-03-01T21:17:36+00:00https://eor-alliance.pacecreative.ca/fact-sheet/foam-processes-in-naturally-fractured-carbonate-oil-wet-reservoirs-technical-and-economic-analysis-and-optimization/2021-03-01T21:17:18+00:00https://eor-alliance.pacecreative.ca/fact-sheet/internal-ketone-sulfonate-a-new-bio-sourced-surfactant-for-chemical-eor-in-sea-water/2021-03-01T21:26:07+00:00https://eor-alliance.pacecreative.ca/fact-sheet/transport-of-hpam-solutions-in-low-permeability-porous-media-impacts-of-salinity-and-clay-content/2021-03-01T21:21:17+00:00https://eor-alliance.pacecreative.ca/fact-sheet/mechanism-of-action-of-adsorption-inhibitors-to-increase-oil-recovery-by-reducing-surfactant-adsorption/2021-03-01T21:26:57+00:00https://eor-alliance.pacecreative.ca/fact-sheet/reservoir-simulation-model-with-surfactant-flooding-including-salinity-and-thermal-effect-based-on-laboratory-experiments/2021-03-01T21:25:55+00:00https://eor-alliance.pacecreative.ca/fact-sheet/improvement-of-the-sagd-process-by-use-of-steam-foam-design-and-assessment-of-a-pilot-through-reservoir-simulation/2021-03-01T21:24:32+00:00https://eor-alliance.pacecreative.ca/fact-sheet/a-modified-well-index-to-account-for-shear-thinning-behaviour-in-foam-eor-simulation/2021-03-01T21:20:56+00:00https://eor-alliance.pacecreative.ca/fact-sheet/the-stakes-of-foam-stability-in-foam-based-eor-processes-designed-for-naturally-fractured-reservoirs/2021-03-01T21:17:08+00:00https://eor-alliance.pacecreative.ca/fact-sheet/surfactant-polymer-flooding-single-well-chemical-tracer-test-design-and-implementation-in-a-major-sandstone-kuwaiti-reservoir/2021-03-01T21:25:41+00:00https://eor-alliance.pacecreative.ca/fact-sheet/design-of-economical-polymer-and-surfactant-polymer-processes-in-high-temperature-carbonated-um-gudair-kuwaiti-field/2021-03-01T21:20:42+00:00https://eor-alliance.pacecreative.ca/fact-sheet/in-situ-investigation-of-aging-protocols-effects-on-relative-permeability-measurements-using-high-throughput-experimentation-methods/2021-03-01T21:14:10+00:00https://eor-alliance.pacecreative.ca/fact-sheet/in-situ-characterization-of-the-texture-of-a-foam-flowing-in-a-3d-porous-medium/2021-03-01T21:16:36+00:00https://eor-alliance.pacecreative.ca/fact-sheet/practical-aspects-of-foam-assisted-sagd/2021-03-01T21:24:15+00:00https://eor-alliance.pacecreative.ca/fact-sheet/review-of-canadian-field-cases-of-chemical-floods-with-associative-polymer/2021-03-01T21:20:27+00:00https://eor-alliance.pacecreative.ca/fact-sheet/impact-of-eor-chemicals-on-oil-water-separation-processes-from-laboratory-scale-to-flow-loop-scale/2021-02-25T23:48:00+00:00https://eor-alliance.pacecreative.ca/fact-sheet/scaling-foam-flow-models-in-heterogeneous-reservoirs-for-a-better-improvement-of-sweep-conference-proceedings/2021-03-01T21:15:57+00:00https://eor-alliance.pacecreative.ca/fact-sheet/evaluating-the-impact-of-reservoir-cooling-on-the-surfactant-flood-efficiency/2023-09-12T17:20:38+00:00https://eor-alliance.pacecreative.ca/fact-sheet/application-of-multi-lateral-wells-for-production-and-enhanced-oil-recovery-case-studies-from-canada/2023-09-12T17:22:36+00:00https://eor-alliance.pacecreative.ca/fact-sheet/evaluation-and-optimization-of-adsorption-reduction-strategies-on-chemical-eor-economics/2023-09-12T17:23:27+00:00https://eor-alliance.pacecreative.ca/fact-sheet/chemical-eor-in-low-permeability-sandstone-reservoirs-impact-of-clay-content-on-the-transport-of-polymer-and-surfactant/2023-09-12T17:27:58+00:00https://eor-alliance.pacecreative.ca/fact-sheet/produced-water-quality-the-effects-of-different-separation-methods-for-water-and-chemical-floods/2023-09-12T17:29:03+00:00https://eor-alliance.pacecreative.ca/fact-sheet/designing-a-robust-surfactant-based-sp-formulation-in-high-clay-containing-low-permeability-indonesian-field/2023-09-12T17:29:49+00:00https://eor-alliance.pacecreative.ca/fact-sheet/an-all-inclusive-laboratory-workflow-for-the-development-of-surfactant-polymer-formulations-for-eor-in-harsh-carbonates/2023-09-12T17:31:00+00:00https://eor-alliance.pacecreative.ca/fact-sheet/surfactant-polymer-compatibility-in-bulk-and-static-conditions-vs-confined-and-under-flow-conditions/2023-09-12T17:31:43+00:00https://eor-alliance.pacecreative.ca/fac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