Brief: See the journey from feature description to real application in this concise overview. This video demonstrates how our advanced Hydraulic Fracture Fluid, with its exceptionally low residue content of under 30mg/L, performs in hydraulic fracturing operations. You'll see its stable performance across a wide 30-160℃ formation temperature range and learn how its specialized chemical composition optimizes fracturing efficiency and protects wellbore infrastructure.
Related Product Features:
Delivers exceptionally low residue content of less than 30mg/L for cleaner wellbore performance.
Maintains stable performance across a wide temperature range from 30 to 160℃ formation hydrofracture applications.
Features a comprehensive chemical composition including proppants, surfactants, and specialized additives for optimal fracturing.
Provides low corrosiveness to protect equipment and infrastructure during hydraulic fracturing operations.
Offers neutral pH level compatibility with various reservoir characteristics and geological formations.
Ensures high conductivity greater than 90% for efficient fluid flow and fracture propagation.
Maintains clear to light brown color for easy visibility and monitoring during fracturing processes.
Emits only a slight chemical odor while meeting environmental standards and regulations.
FAQs:
What is the residue content of this hydraulic fracture fluid and why is it important?
The residue content is less than 30mg/L, which is crucial for maintaining wellbore cleanliness and preventing formation damage, ultimately enhancing long-term production efficiency and reducing maintenance requirements.
What temperature range is this hydraulic fracturing solution suitable for?
This fluid is designed for formation hydrofracture applications ranging from 30 to 160℃, making it versatile for various reservoir conditions from moderate to high-temperature environments.
How does the chemical composition contribute to the fluid's performance?
The comprehensive blend includes water, proppants, surfactants, corrosion inhibitors, biocides, friction reducers, scale inhibitors, clay stabilizers, gelling agents, pH adjusters, crosslinkers, breakers, oxygen scavengers, and other additives, working together to ensure superior fracture creation, proppant transport, and long-term well stability.
What safety and environmental considerations are addressed by this fluid?
The fluid features low corrosiveness for equipment protection, neutral pH for reservoir compatibility, minimal chemical odor for improved working conditions, and formulation compliance with environmental standards to minimize ecological impact.