High-performance drilling fluids systems for challenging conditions

The Newpark portfolio of non-aqueous fluids drilling fluid systems range from industry-standard diesel- or mineral oil‑based drilling fluids (OBM) to highly specialized synthetic-based drilling systems. 

Our non-aqueous drilling fluids are invert emulsion drilling fluids. Highly adaptable to various pressures, temperatures, and wellbore conditions – the water phase is emulsified in a continuous oil phase. Making these fluids stable in the presence of high electrolyte concentrations, soluble gases, and high temperatures. 

Developing sustainable options 

We are constantly expanding the capabilities and applications of our water-based drilling fluids system. Our fluids specialist can advise you on where these more sustainable drilling fluids are a suitable alternative for your well. 

Talk to a non-aqueous fluid specialist
Newpark lab spokeswoman

Explore Our Portfolio Of Industry-Leading Non-Aqueous Drilling Fluid Solutions 

Our specialists can advise on the right non-aqueous system for your application – customizing the formulation to address specific issues or enhance performance.  

Kronos™
Consistent Rheological performance in deepwater and challenging onshore formations
Kronos synthetic-based flat rheology drilling fluid system
Teros™
Maximize drilling efficiency and achieve ROP gains over conventional OBM in long horizontal laterals
Teros™ low ECD synthetic-based drilling fluid system
Volos™
Exceptional performance in HPHT wells with consistent rheological properties up to 450°F
Volos™ HPHT non-aqueous drilling fluid system
OptiDrill™
Dependable solution for a wide range of challenging drilling applications
OptiDrill™ oil-based drilling fluid system

Read How Our Non-aqueous Drilling Fluids Can Meet Your Challenging Drilling Applications

Kronos delivers low-ECD performance for a series of 12 ¼” sections

Australia, Deepwater

Kronos delivers low-ECD performance for a series of 12 ¼” sections

Flat rheological profile and low, flat gel strength enabled successful liner run and cementing while exceeding high operator expectations.
Kronos low ECD synthetic-based mud: 114 hours static at 40° inclination

Gulf of Mexico

Kronos low ECD synthetic-based mud: 114 hours static at 40° inclination

No sag events experienced once ramping up the pumps after 114 hours static downhole conditions after top drive failure.
Teros: 33% increase in feet drilled per day and reduced overall well costs

Marcellus Shale, USA

Teros: 33% increase in feet drilled per day and reduced overall well costs

Modeling with ClearTrack hydraulic software and customized Teros™ Low ECD NAF increase drilling performance and efficiency