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ODM Fracturing Fluid PAM Polyacrylamide Gas Oil Displacement
| 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
Storage Requirements:
Cool, Dry Place Away From Direct Sunlight
Viscosity:
High
Temperature Resistance:
High
Application Method:
Injected Into Wellbore Under High Pressure
Environmental Impact:
Biodegradable
Stability:
Stable Under High Pressure And Temperature
Product Type:
Chemical
Chemical Composition:
Water, Proppants, Additives
Ph:
Neutral
Effectiveness:
Improves Fracture Conductivity
Compatibility:
Compatible With Most Formations
Cost:
Varies Depending On Additives And Volume
Density:
Varies Depending On Additives
Pressure Resistance:
High
Highlight:
ODM Fracturing Fluid
,Gas Displacement Fracturing Fluid
,ODM pam polyacrylamide
Product Description
Enhanced Recovery Fracturing Fluid Additives with Precise Mobility Control
Product Description
Polyacrylamide for oil displacement (PAM) is a high-efficiency oilfield chemical agent designed for enhanced oil recovery. This white crystalline powder offers high water solubility and excellent rheological properties, with a molecular weight typically ranging between 16 and 25 million. PAM demonstrates exceptional viscoelasticity and thickening capability, making it ideal for water flooding and polymer flooding processes. By adjusting the mobility ratio of injected water and expanding the sweep volume, it effectively enhances crude oil recovery rates.
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
- Exceptional thickening performance with long molecular chain structure that forms spatial network in water, significantly increasing aqueous phase viscosity and improving macroscopic sweep efficiency
- Excellent shear stability and thermal stability maintains molecular integrity in high-temperature, high-salinity environments for sustained solution viscosity
- Superior flow control characteristics adjust permeability profiles, effectively redirecting displacing fluids to low-permeability oil-bearing zones for improved microscopic displacement efficiency
Advantages
- Significantly enhances crude oil recovery with high input-output ratio and economic benefits
- Excellent compatibility with formation water and injection water, capable of synergistic combination with surfactants and alkalis
- Strong environmental adaptability with superior temperature resistance and salt tolerance for reliable performance in most reservoir conditions
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