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Core Floods vs. Field Pilot – Effectiveness of Microemulsions in Conventional and Unconventional Waterfloods
Analysis of Various High Viscosity Friction Reducers and Brine Ranges Effectiveness on Proppant Transport
Successful Implementation of High Viscosity Friction Reducer in Marcellus Shale Stimulation
Microemulsion Effects on Oil Recovery from Kerogen Using Molecular Dynamics Simulation
Post-Frac-Hit Mitigation and Well Remediation of Woodford Horizontal Wells With Solvent/Surfactant Chemistry Blend
Kerogen Maturation Effects on Pore Morphology and Enhanced Shale Oil Recovery
Clay Stabilizers Performance in a Comprehensive Matrix of Bentonite and Silica Flour
Understanding Penetration Behavior of Microemulsions Into Shale Nanopores
A Novel System for Controlling Pore Pressure Transmission, Inhibition, Stabilization and Targeted Lubrication in Water-Sensitive Shales: Proof-of-Concept and Initial Field Results
Laboratory to Field Scale Simulation of a Complex Micro-Emulsion System Performance of Enhanced Oil Recovery
Well Performance Improvement Using Complex Nano Fluids
Evaluation of Methods to Improve Matrix Stimulation of Horizontal Carbonate Wellbores
Insights Into Mobilization of Shale Oil by Use of Microemulsion
Challenge of Acidizing Horizontal Wells in Tight Carbonate Reservoirs - Weak Acid and Non-acid Alternates
Impact of Delays and Shut-Ins on Well Productivity
Factors Affecting Early Well Productivity in Six Shale Plays
The Impact of Complex Nanofluid Composition on Enhancing Regained Permeability and Fluid Flowback From Tight Gas Formations and Propped Fractures
Development of More Environmentally Friendly Demulsifiers
Proppant and Fluid Selection To Optimize Performance of Horizontal Shale Fracs
Nano Surfactant System Improves Post Frac Oil and Gas Recovery in Hydrocarbon Rich Gas Reservoirs
Surfactant Formulation Evaluation for Carbon Dioxide Foam Flooding in Heterogeneous Sandstone Reservoir
Surface Energy of North American Shales and its Role in Interaction of Shale with Surfactants and Microemulsions
Critical Assessment of Microemulsion Technology for Enhancing Fluid Recovery from Tight Gas Formations and Propped Fractures
Microemulsion-Assisted Fluid Recovery and Improved Permeability to Gas in Shale Formations
The Italian Contribution to the European Initiative for the Capture, Transport, and Storage of CO2
Comparison of Flowback Aids: Understanding Their Capillary Pressure and Wetting Properties
Flowback Performance in Intensely Naturally Fractured Shale Gas Reservoirs
The Effect of Micro-Emulsions On High and Low GOR Gas Wells
Fast Inverting, Brine and Additive Tolerant Friction Reducer for Well Stimulation
Micro-Emulsion Effectiveness for Twenty Four Wells, Eastern Green River, Wyoming
Lab and Field Study of New Microemulsion-Based Crude Oil Demulsifiers for Well Completions
Microemulsion Technology for Improved Fluid Recovery and Enhanced Core Permeability to Gas
Critical Evaluation of Additives Used in Shale Slickwater Fracs
Field Case Studies: Damage Preventions Through Leakoff Control of Fracturing Fluids in Marginal/Low-Pressure Gas Reservoir
Field Studies of Drilling and Completion Fluids to Minimize Damage and Enhance Gas Production in Unconventional Reservoirs
Investigation of Methods to Improve Utica Shale Hydraulic Fracturing in the Appalachian Basin
A New Technical Standard Procedure To Measure Stimulation and Gravel-Pack Fluid Leakoff Under Static Conditions
Field Case Studies of Completion Fluids to Enhance Oil and Gas Production in Depleted Unconventional Reservoirs
Introducing New API/ISO Procedures for Proppant Testing
Calcareous Deposit Precipitation On Cathodically Polarized Carbon Steel In Natural Seawater Exposed to Daylight Cycles
A New Industry Standard To Measure Rheology of Completion Fluids
Case Study: Optimizing Hydraulic Fracturing Performance in Northeastern United States Fractured Shale Formations
Case Histories: Damage Preventions by Leakoff Control of Fracturing Fluids in Appalachian Gas Reservoirs
Field Case Studies: Damage Preventions Through Leakoff Control of Fracturing Fluids in Marginal/Low-Pressure Gas Reserviors
Field Study of Completion Fluids To Enhance Gas Production in the Barnett Shale
Microemulsion Reduces Adsorption and Emulsion Tendencies in Bradford and Speechley Sandstone Formations
The Application of Microemulsion Additives in Drilling and Stimulation Results in Enhanced Gas Production
Case Histories: Post-Frac Fluid Recovery Improvements of Appalachian Basin Gas Reservoirs
Microemulsion Additives Enable Optimized Formation Damage Repair and Prevention
