Fast Hydration Guar Gum Cmhpg Gelling Agent for Hydraulic Fracturing Fluid- up to 356 Degf

China Fast Hydration Guar Gum Cmhpg Gelling Agent for Hydraulic Fracturing Fluid- up to 356 Degf, Find details about China Cmhpg, Guar Gum from Fast Hydration Guar Gum Cmhpg Gelling Agent for Hydraulic Fracturing Fluid- up to 356 Degf

Model NO.
CMHPG
Trademark
ENERGY
Transport Package
1ton
Specification
25kg/bag
Origin
China
Model NO.
CMHPG
Trademark
ENERGY
Transport Package
1ton
Specification
25kg/bag
Origin
China

Gelling Agent Carboxy Methyl Hydroxy Propyl Guar CMHPG for batch mixing in guar-based fracturing fluids. Addition of appropriate crosslinker and stabilizer converts it to the corresponding highly viscous gel fracturing fluid. Its hydration rate is designed for ease of mixing without lumping. It will disperse and hydrate in water at temperatures as low as 356 degF.
Chemical Properties and Application
Carboxy Methyl Hydroxy Propyl Guar CMHPG can be used to prepare guar-based fracturing fluids in batch mixing. The fluid application temperature ranges from 80 to 356 degF. It can be mixed with freshwater and salt water, depending on the application requirement.
Together with crosslinker, activator and the delaying agent, the gelling agent provides wide range of delay time and rheological property at high temperature and pressure. The delay time can vary from 0~6 minutes.
Fast Hydration Guar Gum Cmhpg Gelling Agent for Hydraulic Fracturing Fluid- up to 356 Degf

 
Fast Hydration Guar Gum Cmhpg Gelling Agent for Hydraulic Fracturing Fluid- up to 356 Degf
Fast Hydration Guar Gum Cmhpg Gelling Agent for Hydraulic Fracturing Fluid- up to 356 Degf

  

 
Guar-Based Frac Fluid Typical Properties
PropertiesLow-temperature
30˚ C~60˚ C
Mid-temperature
60˚ C~120˚ C
High-temperature
120˚ C~180˚ C
Specific Gravity ,g/cm31.01~1.02
Cross-linking time, s (seconds)30~24040~360120~600
Shear StabilityShear time, min120120120
Apparent Viscosity, mPa•s≥ 180≥ 130≥ 110
Statistic Fluid-loss Coefficient, m/min0.5≤ 4×10-4
Gel Break Fluid Viscosity, mPa•s≤ 3.0
Gel Break Fluid Surface Tension, mN/m≤ 22.0
Interfacial Tension, mN/m≤ 1.0
Residue Content, mg/L≤ 260≤ 415≤ 490
Core Permeability Damage % (with breakers)≤ 18%