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Company E-mail

scdmyq@163.com

Company Phone

+86-028-62026799

Online continuous dry powder direct-mixing technology

The core of this technology lies in its unique advantage of instant dissolution of dry powder without fisheye, breaking the limitations of traditional fracturing fluids that require advance preparation and storage. Our new technology achieves rapid on-site dry powder dissolution and immediate use.

Controllable viscosity and clean fracturing fluid technology

By modifying polymer dry powder, the solubility and salt resistance of the dry powder have been significantly improved, allowing for the adjustment of fracturing fluid viscosity according to actual needs and ensuring sufficient modification of various fracture networks in the formation. Our technology not only optimizes the fracturing effect, but also provides more precise technical means for the development of oil and gas fields.

Recycling and reuse technology of flow-back fluid generated from dry powder direct-mixing process

In response to the complex composition and high mineralization characteristics of fracturing flow-back fluid or oil field produced water, a polymer dry powder drag reducer (thickening agent) with strong adaptability is synthesized and optimized. Matched with relevant auxiliary agents, the dry powder system forms a clean functional fracturing fluid that meets the requirements of oilfield flowback fluid recovery and reuse, cost reduction and environmental risk reduction.


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Dry powder direct-mixing and clean liquid system
  • Clean Fracturing Fluid With Controllable Variable Viscosity
    0.03-0.2% drag reducer (thickening agent); Viscosity varies 1-40mPa·s; Suitable for unconventional shale oil and gas fracturing.
  • Clean Linear Polymer Adhesive
    0.3-0.6% drag reducer (thickening agent); Viscosity varies 80-150mPa·s; Suitable for low-permeability oil pressure cracking.
  • Clean Cross-linked High-temperature Fracturing Fluid
    120-200℃, 100-500mPa·s; Suitable for fracturing in high-temperature deep well oil and gas reservoirs.
  • Seawater-based Fracturing Fluid With Controllable Variable Viscosity
    Match with 20000-60000mg/L high salinity seawater; Suitable for hydraulic fracturing and transformation in offshore oil fields.

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