Drilling Fluid Systems
Our portfolio includes engineered oil- and water-based drilling fluid systems designed to meet specific well conditions, formation characteristics, and operational requirements.
Oil-Based Systems
High-performance water-in-oil emulsion systems formulated to provide reliable rheological and filtration control, emulsion stability, and effective clay inhibition. Salinity and additive concentrations can be adjusted to meet specific drilling conditions and performance requirements.
HP/HT Oil-Based Systems
Engineered for deep, high-pressure and high-temperature wells, these systems provide reliable performance under demanding downhole conditions and are particularly suited for drilling salt and anhydrite formations.
Water-Based Systems
A versatile range of water-based drilling fluids designed for different formation and well conditions.
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Bentonite Systems
Suitable for shallow drilling applications while helping protect surface aquifers.
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Calcium Systems
Designed to control sloughing shales, minimize hole enlargement, and reduce formation damage.
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Polymer Systems
Provide effective solids encapsulation and effective shale inhibition.
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Inhibited Polymer Systems
Formulated with KCl or NaCl to enhance shale stability.
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High-Temperature Polymer Systems
Engineered to maintain stability at temperatures above 300°F (149°C).
Inhibited Polymer Seawater-Based Systems
Formulated with advanced polymer chemistry and clay inhibitors for high-performance drilling in seawater environments. Easy addition and rapid mixing help reduce preparation time while maintaining effective shale inhibition and fluid stability.
Direct Emulsion Systems
Diesel-water emulsion systems designed for low-density drilling applications, providing densities from 0.81 to 0.92 g/cm³ and viscosities of 70–100 seconds or higher, while maintaining excellent pumpability.