Zhejiang Xinyong Biochemical Co., Ltd.

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High Viscosity Crosslink Polyacrylamide Frac Fluids For Oil Displacement PAM

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Zhejiang Xinyong Biochemical Co., Ltd.
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City:ningbo
Province/State:zhejiang
Country/Region:china
Contact Person:MissZoe Lei
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High Viscosity Crosslink Polyacrylamide Frac Fluids For Oil Displacement PAM

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Brand Name :Seeyon
Model Number :PAM for Oil Displacement
Certification :ISO45001,ISO9001, ISO14001
Place of Origin :CN
MOQ :To be negociated
Price :To be negociated
Payment Terms :L/C,D/A,D/P,T/T,Western Union,MoneyGram
Delivery Time :To be negociated
Packaging Details :IBC
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
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View Product Description
Enhanced Recovery Fracturing Fluid Additives with Precise Mobility Control
Product Description
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. The product delivers remarkable viscoelasticity and thickening performance, making it especially suitable for water flooding and polymer flooding applications. By regulating the mobility ratio of injection fluids and expanding swept volume, it significantly increases crude oil recovery.
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.

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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