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Fracturing Chemicals

Fracturing Chemical img

Biocide

  • Biocide is used to control bacteria and microbial growth in fracturing fluids.
  • It prevents souring, slime formation, plugging, and degradation of fluid performance.
  • It helps protect the reservoir, equipment, and treatment fluids from microbial contamination.

PHPA

  • PHPA, or Partially Hydrolyzed Polyacrylamide, is a polymer used for viscosity and shale control.
  • In fracturing fluids, it can help improve fluid stability and reduce formation damage.
  • It is also used to enhance carrying capacity and improve fluid performance in the wellbore.

Clay Stabilizers

  • Clay Stabilizers are used to prevent clay swelling and migration in the formation.
  • They help maintain formation permeability during fracturing and stimulation treatments.
  • This improves treatment efficiency and reduces the risk of production impairment.

Crosslinker — Boric Acid

  • Boric Acid is used as a crosslinking agent in selected fracturing fluid systems.
  • It helps increase gel strength and improves proppant carrying capacity.
  • It supports controlled viscosity and better placement of fracturing materials.

Fast Hydration Guar Gum

  • Fast Hydration Guar Gum is used as a viscosifier in water-based fluids.
  • It hydrates quickly and helps develop viscosity in a shorter time.
  • It improves fluid stability, suspension capacity, and overall performance in drilling and industrial applications.

Guar Gum

  • Guar Gum is used as a natural thickening and viscosifying agent.
  • It helps improve fluid viscosity, suspension, and stability in water-based systems.
  • It is widely used in oilfield, drilling, hydraulic fracturing, food, textile, and industrial applications.

HVFR (High-Viscosity Friction Reducer)

Our Solutions

  • HVFR is a high-viscosity friction reducer used in fracturing fluids to improve fluid viscosity and reduce friction during pumping.
  • It helps enhance proppant carrying capacity and supports efficient placement of proppant into the fractures.
  • It improves pumping efficiency, fluid performance, and overall effectiveness of hydraulic fracturing treatments.