Organo Clay is a specially modified clay designed for oil and gas drilling fluids, particularly in oil-based and invert emulsion systems. Our Organo Clay offers superior dispersion, excellent viscosity control, and strong gel formation characteristics, ensuring stable rheology under varying downhole conditions. It enhances suspension of weighting materials and prevents sagging, improving drilling efficiency. With consistent quality and optimised surface treatment, our product delivers reliable performance in demanding drilling environments.
Oil & Gas
Why Organo Clay is the preferred choice for oil & gas formulations
Comprehensive range of Organo Clay grades for diverse industrial applications
Standard organo clay for oil-based and invert emulsion drilling fluid systems, providing effective viscosity development, gel strength, and weighting material suspension in OBM for demanding downhole conditions.
High-performance organo clay for high-temperature and deep well OBM applications requiring superior rheology stability, enhanced gel strength, and reliable weighting agent suspension under extreme downhole temperature and pressure conditions.
Common questions about Organo Clay in oil & gas applications
Find detailed answers about specifications, applications, and technical details.
Organo clay is produced by chemically treating natural smectite (bentonite) clay with quaternary ammonium compounds (quats). The organic cations exchange with inorganic cations on the clay surface, replacing the naturally hydrophilic clay surface with an organophilic one. This surface modification allows the clay to disperse in oil-based fluids rather than water-based systems.
Regular bentonite is hydrophilic and only swells and develops viscosity in water. In oil-based drilling fluids, regular bentonite cannot disperse or swell, providing no rheological benefit. Organo clay's organophilic surface allows it to wet and disperse in oil, developing viscosity and gel strength in OBM systems.
Organo clay develops a gel structure (gel strength) in OBM at rest. This gel network traps and suspends barite particles, preventing them from settling downward (barite sag) during periods of low circulation or drill string rotation. Sag prevention is critical in directional and horizontal wells.
Riobent 236 OG is the standard grade for general OBM applications, providing reliable viscosity and gel strength development. Riobent 236 OGH is engineered for extreme temperature conditions (HPHT wells) where standard organo clay grades lose viscosity effectiveness, maintaining stronger gel structure above 150–180°C.
Most organo clay grades require a polar activator (typically 95% ethanol or propylene carbonate) to develop full viscosity and gel strength. The activator promotes dispersion of clay platelets. Typical activator dosage is 30–50% of the organo clay weight. Some self-activating grades are available.
Organo clay can be pre-dispersed in the base oil component of the OBM before other ingredients are added. This pre-dispersion approach maximises clay activation and ensures optimal viscosity development. Adding organo clay to a fully formulated OBM system at the rig site is also possible but may require longer mixing time.
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Organo Clay serves as a critical input across diverse industrial applications
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