2026 Fluids Technical Conference Papers

Tribology Science as a Novel Approach for Design, Testing, and Application of Lubricants in Oil and Gas Wells

Field Validation of a TOFA-Free Emulsifier for Cost-Effective OBM Performance

Understanding the Behavior and Performance of Lubricants in Water-Based Drilling Fluids Leads to the Development of an Efficient Powdered Lubricant

Enhancing Well Integrity Self-Healing Cement as a Solution for Sustained Casing Pressure in Qatar

Innovative Strategies for Mitigating Losses Across Horizontal Reservoir Sections with Self-Degradable Fibers and Acid-Soluble Particulates in Qatar

Grafted Graphene for Drilling Fluids Applications

Oilwell Cementing with Reduced Carbon Footprint

Optimizing Drilling Fluid Management for Subsurface Injection: A Process Improvement Approach to Operational Efficiency

Polyimide One-Step Adhesive for Cement and Bonding Performance at High Temperature

Characterizing Transient Flow Using Time-Dependent Modified Yield Power Law Model

Spotting Fluid Testing Methodology Development

Novel and Bio-Based Defoamer Chemistry for Water-Based Drilling Fluids

Laboratory Evaluation of Cement Expansion and Shrinkage Using a Novel HPHT Cube-Mold Testing System

Integrated Real-Time Surface Wetting Characterization for Optimized Wellbore Spacer Design

An Engineered Blend of Micro-Particles Increases Wellbore Integrity and Enhances Traditional LCM Sealing Capabilities

Engineered Chemical Solutions for Enhanced Reliability During Liner-in-Liner Re-Frac Operations

Base-Fluid Influence on Additive Compatibility in Non-Aqueous Drilling Fluids for High-Temperature Wells

Resilient and Renewable: TOFA Supply Chain Outlook and Bio-Oil Innovation for Oilfield Fluids

Standardized Performance Testing of Organophilic Clays for Non-Aqueous Drilling Fluids

Enhanced Performance of High-Density Synthetic-Based Drilling Fluids Utilizing Recovered Base Synthetic Extracted from a Waste Drilling Fluid using a Novel Thermomechanical Process

Fiberglass-Reinforced Cement for Improved Mechanical Properties and Zonal Isolation

Drilled-Solids Removal Equation and Other Tools for NAF Management

Torque Management Optimization in Qatar Offshore ERD Wells Using Wellbore Shielding Additives

High-Energy Solutions for Shale Shakers: Increasing the Capacity of Existing Equipment to Support Faster Drilling Rates

Redefining HPHT Drilling Fluids: Enhanced Oil-Based Drilling Fluid System for Deepest & Highest Temperature Exploration Well in Mahakam Block, Indonesia

Unlocking Ultra-Shallow ERD Potential: The Science of Lubricant Selection and Deployment

High Temperature Universal Fluid System for Drilling and Cementing

Advanced Analytical Tools to End Oilfield Mysteries for Drilling Fluids

Wellbore Shielding Technology: A Proven Solution for Drilling Fluid Optimization and Cost Reduction in Shale Plays

High Temperature Non-Portland Cement for Wellbore Zonal Isolation

Integrated Fluid Cooling Technologies Reduce Bottomhole Temperatures

Shaker Screen Break Detection via Dynamic Image Analysis: See the Break

Enhancing Drilling Performance Through Reduction of Mechanical Friction in High-Density Aqueous Fluids

Mechanical Integrity of Alternative Cementing Materials for CCS Environments

Realizing the True Value of Real-Time Fluids Measurement Technology

Beyond TOFA: Expanding the Raw Material Base for Non-Aqueous Fluid Emulsifiers

Fit-for-Purpose Non-Aqueous Drilling Fluids: A Data-Driven Review of Electrical Stability

A Database-Driven Methodology for Lubricant Selection in Water- and Brine-Based Drilling Fluid Applications

Innovative Spacer Enhancement Sets Benchmark for Downhole Performance

Evolution of Drilling Fluids for Enhanced Geothermal Systems

Innovation of a Water-Based Fluid with Dual Inhibition for Drilling Reactive Formations in the Lower Magdalena Valley

New Techniques Identify Ash Bed Contamination to Mitigate Drilling, Fluid, and Production Risk

Operational Performance Enhancement Through Digital Enablement Applied to Drilling Fluids

Nano Wellbore Sealants: A Novel Approach to Mitigating Formation Instability in Drilling Operations

Investigating the Potential of Drill Cuttings in Well Barrier Systems

Challenging the Norm: Are Non-Aqueous Fluids Truly Efficient in Modern Drilling Operations?

Designing and Engineering a Drilling Fluid to Drill Overpressure Shale and Depleted Limestone in a Single Section: A Middle East Case History

Redefining Offset Well Analysis and Knowledge Capture with Artificial Intelligence Techniques

Minimizing Friction and Wear in Shale Plays Utilizing a Multi-Phase Lubricant

Challenging the norm: Are nonaqueous fluids truly efficient in modern drilling operations?