Brief: Get an inside view of features that deliver consistent results in daily use. This video provides a detailed walkthrough of our Hydraulic Fracking Fluid, showcasing its high conductivity and optimal performance in hydraulic stimulation operations. You'll see how its specialized liquid formulation, designed for temperatures from 30 to 160℃, ensures efficient flow and resource extraction in demanding environments.
Related Product Features:
Hydraulic Fracking Fluid is a liquid-state fluid with a slight chemical odor.
It offers high conductivity of over 90% for efficient flow within fracture networks.
The fluid is soluble in water, facilitating easy mixing and injection during operations.
It is formulated with low corrosiveness to protect equipment and infrastructure.
Viscosity can be customized depending on the specific composition and application needs.
The chemical composition includes proppants, surfactants, and friction reducers for optimal performance.
It contains biocides and oxygen scavengers to control microbial growth and prevent oxidation.
The fluid is designed to withstand high temperatures ranging from 30 to 160℃.
FAQs:
What is the conductivity of the Hydraulic Fracking Fluid?
The Hydraulic Fracking Fluid has a high conductivity rating of over 90%, ensuring efficient flow and distribution within the fracture network during hydraulic stimulation operations.
What temperature range can this fluid withstand?
This Hydraulic Fracking Fluid is designed to perform reliably in high-temperature environments, with an operational range from 30 to 160℃, making it suitable for various formation conditions.
Is the Hydraulic Fracking Fluid customizable?
Yes, the fluid offers customization services, including adjustments to viscosity, conductivity, and chemical composition—such as the inclusion of proppants, surfactants, corrosion inhibitors, and other additives—to meet specific operational requirements.
What is the odor and corrosiveness of this fluid?
The Hydraulic Fracking Fluid has a slight chemical odor and features low corrosiveness, which helps in protecting wellbore equipment and ensuring safer handling during the fracturing process.