Enhance Oilfield Operations: High-Efficiency Integrated Emulsion for Resistance Reduction and Sand Carrying
Revolutionize your hydraulic fracturing with our advanced integrated emulsion, designed for superior performance and cost-effectiveness.
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Integrated Emulsion for Resistance Reduction and Sand Carrying
Developed based on the new supramolecular structural solution theory, this fracturing fluid chemical offers a unique solution for challenging oilfield applications. It forms viscoelastic supramolecular aggregates, providing high effective viscosity for excellent suspending and carrying ability of sand, alongside edges of high viscosity, anti-shearing, and easy flow back.
- Leverage superior proppant-carrying capability to facilitate effective proppant placement in distal fractures, ensuring optimal reservoir stimulation.
- Experience the advantage of no need for blending units, as the viscosity-modifying integrated emulsion can be directly pumped into the blender.
- Benefit from adjustability, where viscosity release time and salt resistance can be tailored to specific water temperatures and salinity of different reservoirs.
- Reduce your wellsite footprint, eliminating the need for pre-mixed gel fluids and saving space occupied by blending units and tank arrays.
Benefits You'll Experience
Versatility in Fracture Geometry
By altering the liquid type, this integrated emulsion for reducing resistance and carrying sand can form different fracture geometries, enhancing proppant effectiveness and increasing Estimated Ultimate Recovery (EUR).
Excellent Salt Resistance
Utilize flowback water or produced water for the entire operation without compromising friction reduction or linear gel performance, thanks to its excellent salt resistance.
High Efficiency and Cost-Effectiveness
This product offers anti-swelling properties, minimizes formation damage, and enhances overall operational efficiency, making it a cost-effective fracturing solution.
Key Applications
Oilfield Fracturing
This oilfield polymer additive is crucial for reducing friction and efficiently carrying proppants into fractures, enhancing the effectiveness of hydraulic fracturing operations.
Enhanced Oil Recovery (EOR)
Its high viscosity and unique properties make it a valuable tool in EOR processes, improving sweep efficiency and oil displacement in reservoirs.
Water Treatment
The flocculant properties of polyacrylamide-based chemicals are beneficial for treating oilfield wastewater, aiding in solid-liquid separation.
Pipeline Drag Reduction
This high-efficiency polyacrylamide reducing resistance emulsion can optimize oil pipeline flow by minimizing resistance and reducing pressure loss.