Gelling agent organoclay for oilfield
Gelling agent organoclay for oilfield – fast-yield oilfield gellant for OBM/SBM
Oilfield-grade gelling agent organoclay offering rapid yield, strong gel structure and high suspension efficiency for OBM and SBM drilling fluids.
Our gelling agent organoclay for oilfield applications provides rapid viscosity development and consistent gel strength across a wide range of oil-based and synthetic-based mud systems.
Engineered for oilfield drilling fluids, this organoclay enhances both primary and secondary gel structures, improves suspension stability and strengthens invert emulsion performance. Compatible with diesel oil, alpha olefins, mineral oils and synthetic fluids, it reliably supports demanding drilling operations including horizontal wells, deviated wells and HPHT environments.
Oilfield drilling programs require a gelling agent that yields quickly and delivers predictable rheology. When engineers evaluate our organoclay and observe its fast activation, strong gel profiles and consistent suspension of barite and drilled solids, their confidence grows.
As drilling operations see fewer sag incidents and better emulsion performance, the desire to adopt this oilfield-proven gelling agent becomes clear. With steady supply and excellent cost-efficiency, it becomes an essential additive for oilfield mud formulations.
🔹 FAQ – Gelling agent organoclay for oilfield
Q1: What makes this clay an effective gelling agent?
Its surface modification promotes rapid interlayer swelling and strong gel network formation.
Q2: Does it reduce sag during static periods?
Yes — provides reliable suspension under static and dynamic conditions.
Q3: Can it be used in SBM muds?
Yes — compatible with synthetic oils.
Q4: Does temperature impact gel formation?
Maintains structural integrity even at elevated temperatures.
Q5: What is typical dosage?
0.5–2% depending on base oil and mud density.
🔹 USP – Gelling agent organoclay for oilfield
Ultra-fast gelling performance
Strong suspension capability
OBM/SBM compatible
HPHT-stable gel structure
Improves invert emulsion performance
Efficient and cost-effective