Non Ionic Surfactant Nano
A surfactant additive designed to reduce surface and interfacial tension, improve wetting, and support hydrocarbon mobilization in hydraulic fracturing, enhanced oil recovery, acidizing and well restimulation applications.
Application & Uses
|
Application |
Function |
|---|---|
|
Hydraulic fracturing |
Helps reduce fluid surface tension and assists liquid recovery from treated formations |
|
Enhanced oil recovery (EOR) |
Supports interfacial tension reduction and hydrocarbon mobilization |
|
Well restimulation |
Helps improve fluid penetration and wetting characteristics in selected treatments |
|
Acidizing |
Can assist wetting and fluid distribution when compatible with the selected acid system |
|
Formation cleanup |
Supports removal or displacement of hydrocarbon residues and selected organic deposits |
Dosage & Directions for Use
How to use NANO NON IONIC SURFACTANT in Oil and Gas Application?
- Determine the required dosage based on the treatment-fluid volume and target concentration.
- Add the surfactant slowly to the aqueous phase under moderate agitation.
- Mix until the product is uniformly dispersed or dissolved.
- Introduce other additives according to the established treatment-fluid mixing sequence.
- Evaluate the final formulation for phase stability, foaming, viscosity, surface tension and compatibility with formation fluids before field use.
Technical Specifications & Properties
|
Property |
Value |
|---|---|
|
Appearance |
Pale Yellow Liquid |
|
Cloud Point (1% active in DI water) |
>95°C / 203°F |
|
pH (neat) |
8-9 |
|
Density at 20°C / 68°F |
1.05 g/mL |
Product Description & Chemical Profile
RXSOL Non Ionic Surfactant Nano is a specialized non-ionic surfactant designed to improve interfacial properties and fluid performance in oilfield applications. It helps reduce surface and interfacial tension, improves wetting characteristics, and supports the mobilization of trapped hydrocarbons in porous formations.
The product is intended for use in hydraulic fracturing fluids, enhanced oil recovery (EOR) formulations, well restimulation treatments and acidizing operations. Its non-ionic nature makes it a candidate for use in selected aqueous formulations containing different types of dissolved salts and other treatment additives, subject to compatibility testing.
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