DGO25

Product Introduction:

Fusozyme^® Coalbed Methane Guar Gum Enzyme Breaker is a high-efficiency biological enzyme breaker developed specifically for the guar gum fracturing fluid system in coalbed methane development. It achieves efficient and thorough gel breaking, significantly relieves formation damage, ensures fracturing effectiveness, and is a reliable choice for improving recovery rates.

Product Advantages and Application Scenarios:

1. Efficient and Thorough Gel Breaking: Adopts biological enzyme specific catalysis technology, which can quickly and thoroughly degrade the guar gum fracturing fluid system, avoiding the problem of residual gel masses blocking the formation in traditional breaking methods.

2. Significantly Reduces Formation Damage: The gel breaking process is clean with no residue, effectively relieving the plugging damage of fracturing fluid to coal seam fractures and pores, protecting reservoir permeability, and providing unobstructed channels for gas migration.

3. Ensures Fracturing Construction Effectiveness: Ensures efficient flowback of fracturing fluid after construction, reduces liquid lock effect and secondary deposition risks, optimizes fracture conductivity, and improves the overall effectiveness of fracturing stimulation.

4. Targeted System Compatibility: Developed specifically for the guar gum fracturing fluid system in coalbed methane development, optimized for its chemical characteristics and formation conditions, with stronger adaptability and more stable and reliable performance.

5. Green and Environmentally Friendly Technology Route: Biological enzyme breakers are degradable under natural conditions, environmentally friendly, with no harmful chemical residues, meeting environmental protection requirements in clean energy development.

6. Helps Improve Recovery Rate: By optimizing gel breaking effect and protecting reservoir integrity, it ultimately achieves effective improvement of coalbed methane recovery rate and provides key technical support for sustained production capacity improvement.