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For the highest degree of inhibition and thermal stability, the M-I SWACO suite of oil-based drilling fluid systems are designed for a range of demanding applications. Our portfolio includes oil-based drilling fluids engineered specifically for technically challenging applications, including onshore and offshore shelf operations.

Nonaqueous Fluid Systems Offerings

RheGuard
Flat rheology drilling fluid system
Optimize ECD, reduce barite sag and losses, and enhance ROP.
WARP
Advanced fluids technology
Ensure low-rheology drilling fluids without barite sag.
MEGADRIL
Oil-based temperature-stable invert-emulsion drilling fluid system
Achieve durable, temperature-stable invert emulsion fluid without higher gel strengths.
PARALAND
High-performance invert-emulsion drilling fluid system
Lower well cost and achieve the highest in environmental compliance.
VERSACLEAN
Mineral oil–based drilling fluid system
Cut costs and bolster environmental compliance.
VERSADRIL
Diesel oil-based drilling fluid system
Ensure wellbore integrity for a variety of drilling challenges.
RHADIANT
Oil-based ultrahigh-temperature drilling fluid system
Maintain stability throughout the construction and evaluation of ultrahigh-temperature wells.
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Case Study Flat Rheology Drilling Fluid System Improves ECD, Saving USD 2.5 Million and 13.5 Days of Rig Time

After offset wells presented challenges leading to NPT, RheGuard flat rheology drilling fluid system improved ECD, saving USD 2.5 million.

Tech Report Optimal Hole Cleaning and ECD Management with RheGuard System Overcomes Well Drilling Challenges

5,700-ft [1,737-m] section drilled in 24 h did not require any additional circulation at TD, Gulf of Mexico.

Product Sheet RHEFLAT-X Micronized Rheological Modifier

Contributes to a flat rheological profile.

Industry Article Experience, Expertise, and Advanced Technologies Bring Ambitious GOM Project Online

Schlumberger brought together expertise and technologies from drilling fluids, wireline, testing services, and completions to help meet the operator’s objective to begin first production in mid-2019.

Case Study Project Success Dependent on Sag Resistance and Long-Term Stability of Completion Fluid, India

Fluid with WARP advanced technology remained stable for 120 h and showed no signs of sag.

Tech Report WARP OB CONCENTRATE Technology Controls Liner Lap Leak

Difficult displacement performed under specific rig site conditions; well remained stable.

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