Synthesis and performance optimization of low-viscosity polymeric retarding agent with dual adsorption layers for acid fracturing

Key Points

• Improved performance of the low-viscosity polymeric retarding agent enhances acid fracturing outcomes.
• Key metric shows a significant viscosity reduction, facilitating better fluid flow during operations.
• Synthesis process incorporates dual adsorption layers, crucial for optimizing the retarding agent's effectiveness.
• Implications for field applications suggest more efficient acid fracturing with the new agent configuration.