See what makes Newpark Drilling Fluids the world's leading provider of high-performance water-based drilling fluids technology

A Novel Approach to the Analysis of Non-aqueous Fluids for Drilling Common Misconceptions Regarding Lost Circulation Treatments Leveraging Design for Manufacturing Principles in Liquid Mud Plant Design Innovative Use of Common Lab Equipment to Show Chemical Benefits of the Reduction of Stick-Slip Improved Fluid Characteristics With Clear Calcium Chloride Brine Drilling Fluid Revisiting the Ideal Packing Theory with a Novel Particle Size Measurement Approach Drilling Through Salt Formations: A Drilling Fluids Review The Six Sigma Approach to Improving Tribology Measurements and Methodologies, Including the Use of Laboratory Equipment at the Rig Site Survey of Polyamines as Prospective Shale Stabilizers High Performance Water Base Fluid Improves Wellbore Stability and Lowers Torque Improved Drilling Performance in Extended Horizontals Using Clean Brines in the Williston Basin High-Performance Fluid Contributes to Improved Drilling Results in Unconventional Sandstone Formation A Novel Invert Emulsion System using a Polyglycerol Internal Phase High Performance Water Base Fluid Improves Rate of Penetration and Lowers Torque. Successful Application and Results Achieved Software for Analysis of Drilling Fluid Contamination High Performance Brine Drilling Fluid Proves Cost Effective in Eagle Ford Shale Application of High Performance Water-Based Mud in Woodbine Horizontal Wells Field Lubricity Measurements Correlate with Improved Performance of Novel Water-Based Drilling Fluid Haynesville Performance Review: Unique Clay-Free Water-Based Polymer Drilling Fluid System for Application-Specific Unconventional Shale Production Intervals Brine-based fluid sees wide application in Permian Development of Improved Synthetic Based Reference Fluids for Environmental Testing Salinity-Based Pump & Dump Strategy for Drilling Salt with Supersaturated Fluids High Salinity, Low Activity Oil Mud Improves Performance in Near Salt Drilling Measurement of HTHP Fluid-Loss Equipment and Test Fluids with Thermocouples Application of a Complex Polyol Drilling Fluid in Albania Shale Analysis for Mud Engineers Flexible Drilling Fluid Formulation and Application High Performance/High Temperature Water Based Fluid Drills Wilcox Test Diffusion Osmosis-An Unrecognized Cause of Shale Instability Studies Dispel Myths, Give Guidance on Formulation of Drilling Fluids for Shale Stability

Emulsifiers / Wetting Agents

Reduction™

GageCon™

CyberCoat™

Shale Inhibition

NewEdge™

CyberMul™

DeepDrill® Inhibitor

NewFlow™

CyberPlus™

FlexFirm™

NewStabil™

OptiMul™ II

HiPerm™

DynaDet™

OptiMul™ HP

LST-Md™

OptiThin™

OptiPlus™ II

New100N®

Spotting Fluids

OptiVert™

NewPhalt™

DynaFree™

OptiWet™

NewPhase™

DynaVert™ SFT

VP-MulTM

NewPHPA™

TopSpot™

VP-Plus

NewPHPA™ D

Defoamer

VP-WetTM

NewPHPA™ DLMV

NoFoam™ A

Fluid Loss Control Additives

NewPHPA™ DSL

NoFoam™ X

CyberTrol™

Lost Circulation Material Mining

DynaLose™ CM

CyberSeal™

DrilEase™ 242

DynaLose™ W

DynaFiber™ (F,M,C)

DrilEase™ 252

DynaLose™ Y

FracFIX™

NewGel™ HY

DynaNite™

NewBridge™ (M,C)

 

DynaPlex™

NewCarb™ (F,M,C)

Coiled Tubing

KronoTrol™

NewCarb™ Ultimix

AttraCTTM

KronoTrol™ HT

NewPlug™ (F,M,C)

CoaCTTM

KronoTrol™ XT

NewSwell™

ConneCTTM

EvoTrolTM

NewSeal®

ConneCTTM HT

EvoTrol® HT

PreFIX

ConveCTTM

GageTrol™

ProppFIX

DefleCTTM

NewEdge™

X-Prima

DireCTTM

NewLig™

Weighting Agents

 

NewPac™ LV

NewBar™

 

New Pac™ PLV

NewWate™

 

Newpac™ PR

 Viscosifiers / Rheology Modifiers

 

NewPac™ R

CyberVis™ DW50

 

OptiGTM

CyberVis™ RM

 

OptiLigTM

EvoMod®

 

OptiTrol®

EvoVis®

 
Lubricants / ROP Enhancers

EvoVis® S

 

Acceleration™

GageVis™

 

EvoLube® G

NewGel™

 

EvoLube® S

 NewGel™ NT

 

EvoLube® TR

NewZan™ D

 

OptiLube™

NewZan™ L

 
Corrosion Inhibitors

 

 

NewArmor™

Conditioners / Thinners  

Prevention™

EvoCon®

 

Protection™

FlexThin™ HTZ

 

Reaction™