Alkyl Phenol Ethoxylatebased Wetting Agent
High-Performance Surfactants for Demanding Oilfield Operations
Our alkyl phenol ethoxylates (APEOs) are versatile nonionic surfactants engineered to solve critical challenges across drilling, production, and stimulation operations. These temperature-stable surfactants deliver superior performance as emulsifiers, wetting agents, and dispersants in extreme downhole conditions.
Key Benefits of Alkyl Phenol Ethoxylate
01
Improves Surface Wetting
Enhances the ability of fluids to spread across solids and surfaces.
02
Emulsion Control
Keeps emulsion balanced in oil-based and water-based fluids.
03
High Thermal Stability
Works efficient in HPHT environments without breaking down.
04
Boosts Drilling Fluid Performance
Improves lubricity, helping reduce torque and drag.
05
Excellent Dispersant
Helps break down solids for smoother circulation.
Applications of Alkyl Phenol Ethoxylate
Oil Based Mud Systems
Keeps emulsions stable while improving wetting of solids, reducing risks of stuck pipe and torque issues.
Water Based Mud Systems
Enhances cleaning and makes sure drill solids are properly dispersed for better hole cleaning.
Stimulation Fluids
Improves penetration of acids and surfactants by lowering surface tension and promoting contact with rock faces.
HPHT Drilling
Withstands extreme downhole temperatures, ensuring fluid performance in deeper, hotter walls.
Scale & Paraffin Control
Enhances the delivery of downstream inhibitors and disperses waxy/solid residues in upstream pipelines.
Need an APEO Solution for Your Specific Application?
FAQs
about Alkyl Phenol Ethoxylate
APEOs provide better:
- Thermal stability at >120°C
- Salt tolerance in CaCl₂/CaBr₂ brines
- Emulsion stability under shear
It acts as a surfactant, helping improve wetting and emulsification. This keeps mud systems stable and helps prevent fluid separation or buildup of solids.
It can be used in both OBM and WBM systems. It improves surface wetting and helps with emulsion stability across different fluid types.
Yes. It maintains its performance under elevated temperatures, making it ideal for HPHT drilling applications.
Indirectly, yes. By improving wetting and dispersing solids, it helps minimize shale swelling and maintains the stability of your mud system.
Yes, some low-tox and eco-friendly replacements are available for regions with strict environmental compliance.