Shark Cationic Polyacrylamine Inhibitor Aquacat

• Customization: Available
• Appearance: White Powder
• Specific Gravity: 1.3
• Model NO.: DES12-001
• pH (in 5% Aqueous Solution): 4-6.5
• Transport Package: 25 Kg Sack
• Trademark: AQUACAT
• Origin: China
• Production Capacity: 1000000 Mt Per Year

Product Description

Product Description

AQUACAT^® shale inhibitor is a powdered, cationic polyacrylamide used in polymer-based drilling, workover and completion fluids. AQUACAT^® provides borehole stability in troublesome shale sections by minimizing dispersion of shales. High inhibitive drilling fluids formulated with AQUACAT^® should contain a minimum potassium chloride concentration of 60,000 ppm. Preferred Potassium chloride, as well as sodium chloride could be used with AQUACAT^®, as long as sufficient electrolyte concentration is available to sustain compatibility of AQUACAT^® with biopolymer suspending agents. It is AQUACAT^® is suitable in fresh water, seawater, low solids or weighted systems.

Applications/Functions

• Adsorbs onto shale cuttings, reducing rapid hydration
• Limits cuttings dispersion
• Enhances solids removal efficiency and avoid accretion potential

Advantages

• Prevents clay swelling caused by water molecule invasion
• Excellent shale inhibitor used in high performance water-based mud systems
• No adverse effects on viscosity or filtration control
• Non-foaming

Typical Properties

• Appearance: White powder
• Specific gravity: 1.3
• pH (in 5% aqueous solution): 4-6.5

Recommended Treatment

• A typical treatment range is 3-7 ppb

Package

• 25 KG SACK

SHARK	Product Description	Applications/Functions
AQUACAT®	Cationic Polyacrylamine	Provides borehole stability in troublesome shale sections by minimizing dispersion of shales
AQUAHIB®	Polymeric shale inhibitor in high pH fluids(Silicates)-liquid	High performance inhibitor, but incompatible with divalent ions
AQUAHIB® DP	Polymeric shale inhibitor in high pH fluids(Silicates)-powder	High performance inhibitor, but incompatible with divalent ions