Erucylamido Propyl Betaine: High-Temperature Viscoelastic Surfactant for Enhanced Oil Recovery and Acid Fracturing
Unlock superior performance in oilfield operations with our high-temperature viscoelastic surfactant.
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Erucylamido Propyl Betaine
This advanced viscoelastic surfactant is engineered for demanding oil and gas applications, particularly in acid fracturing and fracturing fluid formulations. Its key strength lies in its exceptional resistance to medium and high temperatures, reaching up to 130°C, making it reliable in challenging downhole conditions.
- Discover the benefits of using viscoelastic surfactants for oil and gas fields to enhance recovery rates.
- Explore the performance of high-temperature resistant surfactants crucial for effective acid fracturing operations.
- Learn how self-diverting acid diversion agents improve efficiency in oil recovery processes.
- Understand the role of Erucylamido Propyl Betaine in creating stable micelle gels within different acid fracturing fluid compositions.
Key Advantages
Exceptional Temperature Stability
Erucylamido Propyl Betaine offers reliable performance in high-temperature environments, a critical factor for successful oilfield operations and acid fracturing.
Advanced Acid Fracturing Performance
Leverage its unique properties for mucidic acid, slow acid, and self-turning acid functions, optimizing acid distribution and effectiveness in heterogeneous reservoir acidification.
Versatile Gel Formation
The ability to form micelle gels of varying strengths in different pH and salt solutions allows for tailored fracturing fluid design, contributing to clean fracturing fluid formulations.
Key Applications
Oilfield Acid Fracturing
Used as a viscoelastic surfactant in acid fracturing to control fluid viscosity and improve acid placement, enhancing oil recovery from tight formations.
Fracturing Fluid Formulation
A key component in creating high-performance clean fracturing fluids, contributing to efficient reservoir stimulation and production.
Enhanced Oil Recovery
The viscoelastic properties aid in improving sweep efficiency in oil and gas reservoirs, maximizing hydrocarbon extraction.
Personal Care Products
Its mildness and biodegradability make it suitable for use as a conditioning agent and foam booster in shampoos and conditioners.