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High Viscosity Crosslink Polyacrylamide Frac Fluids For Oil Displacement PAM
| MOQ: | To be negociated |
| Price: | To be negociated |
| Standard Packaging: | IBC |
| Delivery Period: | To be negociated |
| Payment Method: | L/C,D/A,D/P,T/T,Western Union,MoneyGram |
Detail Information
Place of Origin
CN
Brand Name
Seeyon
Certification
ISO45001,ISO9001, ISO14001
Model Number
PAM for Oil Displacement
Fracture Conductivity:
High
Fracture Width:
Wide
Scale Inhibition:
Effective
Emulsion Stability:
Stable
Foam Stability:
Long-lasting
Compatibility:
Compatible With Various Formations And Well Conditions
Temperature Range:
Room Temperature To High Heat
Chemical Composition:
Water, Proppants, Additives
Fluid Loss Control:
Effective
Viscosity:
High
Corrosion Inhibition:
Effective
Ph:
Neutral
Proppant Transport:
Efficient
Highlight:
Oil Displacement frac fluids
,PAM frac fluids
,PAM crosslink frac fluid
Product Description
Fracturing Fluid PAM High-Viscosity Enhanced Oil Recovery & Mobility Control
Polyacrylamide for oil displacement (PAM) is a highly effective chemical additive designed to improve oil recovery in extraction operations. This white crystalline powder features outstanding water solubility and rheological properties, with a molecular weight typically ranging from 16 to 25 million.
Key Specifications
| Item | Index |
|---|---|
| Appearance | White crystalline powder |
| Molecular Weight | 16-25 million |
| Filtration Ratio | ≤ 2.0 |
| Intrinsic Viscosity | ≥2000 - 2400 ml/g |
| Apparent Viscosity | 10～14mPa*s |
Performance and Applications
- Outstanding thickening capacity: Its long-chain molecular structure establishes a three-dimensional network in water, greatly increasing aqueous phase viscosity and enhancing macroscopic sweep efficiency.
- Excellent shear and thermal stability: Maintains molecular integrity under high-temperature and high-salinity conditions, delivering consistent solution viscosity.
- Superior flow control performance: Adjusts reservoir permeability profiles, effectively diverting displacement fluids into low-permeability oil zones and improving microscopic displacement efficiency.
Key Advantages
- Significantly improves crude oil recovery with a high input-output ratio and notable economic value.
- Broad compatibility with formation water and injected fluids, allowing synergistic use with surfactants and alkalis.
- Strong environmental adaptability: Provides high temperature resistance and salt tolerance for reliable performance under diverse reservoir conditions.
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