
Who is SPE?
The Society of Petroleum Engineers is the largest individual-membership organization serving professional engineers, scientists, and managers in the exploration and production of the worldwide oil and gas industry.
To find out more about SPE or to request additional information on a specific paper, connect with the SPE web site in our Industry Links section.
SPE INDEX
Each of the SPE Paper Abstracts in the Reading Room contain the following information for your use:
- SPE Paper number -- which you will need when ordering the full paper
- Title,
- Author(s),
- Conference the Presentation was given at,
- Location of the conference,
- Date of the conference, and
- Abstract of the paper presented.
List of Available SPE PapersSPE 26524
Description of a Large, High-Pressure Slot Flow Apparatus for Characterization Fracturing Fluids
SPE 26619
The Use of Laser Doppler Velocimetry (LDV) for the Measurement of Fracturing Fluid Flow in the WCTC Simulator
SPE 28239
Fuzzy Logic Controls Pressure in Fracturing Fluid Characterization Facility
SPE 28508
Study of Perforation Friction Pressure Employing a Large-Scale Fracturing Flow Simulator
SPE 29499
Tests Confirm Operational Status of a Large-Slot Flow Apparatus for Characterization Fracturing Fluids
SPE 30496
An Investigation of Fluid Leakoff Phenomena Employing a High-Pressure Simulator
SPE 30515
The Determination of Dynamic Proppant Concentration Field in Slot Flow in the FFCF
SPE 37328
Experimental Investigation of Frictional Pressure in Coiled Tubing
SPE 37487
Borate-Crosslinked Fluid Rheology under Various pH, Temperature, and Shear History Conditions
SPE 37491
Impairment of Productivity Due to Fracturing Fluid Leak-off in Oil Reservoirs?
SPE 38373
New Perforation Pressure Loss Correlations for Limited Entry Fracturing Treatments
SPE 38421
Effects of Coiled Tubing Shear History on the Rheological and Hydraulic Properties of Fracturing Fluids
SPE 38579
Flow Visualization Technique for the Investigation of Hydraulic Fracturing.
SPE 38618
A Comparative Study of Borate-Crosslinked Gel Rheology Using Laboratory and Field Scale Fracturing Simulations.
SPE 39816
New Empirical Correlation to Predict Apparent Viscosity of Borate-Crosslinked Guar Gel in Hydraulic Fractures
SPE 39961
Convection/Encapsulation in Hydraulic Fracturing
SPE 49040
Proppant Transport Characterization of Hydraulic Fracturing Fluids using a High Pressure Simulator Integrated with a Fiber Optic/LED Vision System
SPE 52217
Static/Dynamic Settling of Proppant in Non-Newtonian Hydraulic Fracturing Fluids
SPE 56880
Experimental Investigation of Proppant Flowback Phenomena Using a Large Scale Fracturing Simulator
SPE 59752
Experimental Investigation on the Rheology of Foams
SPE 60319
A New Approach for Predicting Frictional Pressure Losses of Non-Newtonian Fluids in Coiled Tubing
SPE 60719
Friction Pressures of Newtonian and Non-Newtonian Fluids in Straight and Reeled Coiled Tubing
SPE 60720
Friction Pressure Correlations of Newtonian and Non-Newtonian Fluids Through Concentric and Eccentric Annuli
SPE 63269
A Three-Layer Modeling for Cuttings Transport in Coiled Tubing Horizontal Drilling
SPE 65488
A Three-Segment Hydraulic Model for Cuttings Transport in Horizontal and Deviated Well
SPE 67237
Prediction of Specific Productivity Index of Long Horizontal Wells
SPE 68436
Selection in Optimum Coiled-Tubing Drilling Parameters Through the Cuttings-Bed Characterization
SPE 69210
Proppant Transport Characterization of Hydraulic Fracturing Fluids using a High Pressure Simulator Integrated with a Fiber Optic/LED Vision System
SPE 71374
Effects of Fluid Flow in Porous Cuttings Bed on Cuttings Transport Effeciency and Hydraulics
SPE 71663
A Rheological Criterion for Fracturing Fluids to Transport Proppant during a Stimulation Treatment
SPE 74810
New Empirical Friction Loss Correlation for Foam Fluids in Coiled Tubing
SPE 74811
Flow Behavior of Fracturing Slurries in Coiled Tubing
SPE 77603
A Study of the Friction Pressure and Proppant Transport Behavior of Surfactant-Based Gels
SPE 77708
Non-Newtonian Fluid Flow in Coiled Tubing: Theoretical Analysis and Experimental Verification
SPE 87182
Analysis of Tool Joint Effects for Accurate Friction Pressure Loss Calculations
SPE 87231
An Experimental Study of Drag Reduction of Polymer Solutions in Coiled Tubing
SPE 89478
Effects of Coiled Tubing Curvature on Drag Reduction of Polymeric Fluids
SPE 89479
Coiled Turbing Erosion During Hydraulic Fracturing Slurry Flow
SPE 90558
Experimental and Simulation Study of Curvature Ratio Effects on Friction Pressure Loss in Coiled Tubing for Newtonian and Non-newtonian Fluids
SPE 94235
Effect of Coiled Tubing Curvature on Friction Pressure Loss of Xanthan Foams
SPE 94280
Friction Pressure Correlations for Newtonian and Non-Newtonian Fluids in Concentric Annuli
SPE 113711
Flow Properties and Drag-Reduction Characteristics of Surfactant-Based Fluids (SBF) in Large-Scale Coiled Tubing