Water Well Guar Gum System Enzyme Based Deplugging Agent - China

Fusozyme®Water Well Guar Gum System Enzyme-based Deplugging Agent is a high-efficiency biological enzyme agent specifically developed to remove guar gum fracturing fluid residues in water wells.

By targeted degradation of guar gum polymer, it thoroughly relieves formation blockage and restores near-wellbore permeability.

Product Advantages and Application Scenarios:

1 - Targeted and Efficient

Specifically designed for guar gum systems, with precise and thorough enzymatic degradation, quickly removing gel blockage and restoring permeability.

2 - Deep Blockage Removal

Penetrates deep into formation pores and fractures, degrades adsorbed and free residual gel, providing long-lasting flow improvement.

3 - Reservoir-Friendly

Pure biological catalytic reaction, does not damage formation skeleton structure, no chemical corrosion or secondary damage.

4 - Strong Environmental Adaptability

Heat resistant (adapts to common reservoir temperatures), high salinity resistance, maintains high activity in complex water quality.

5 - Easy Application

Solid powder dissolves instantly, compatible with existing chemical injection processes, no need for well shut-in or additional equipment.

6 - Green and Sustainable

Environmentally friendly biological agent, no toxic residues, meets eco-friendly production requirements.

7 - Cost-Effective

Single treatment provides long-lasting stability, reduces repeat operations, significantly lowers overall maintenance costs.

Company Contact:

• Posted By: BIT Bio-harbor Company

• Phone: 18742031099

• Address: Changxing, Island Economic and Technology Development Zone, Dalian , Liaoning , China

• Email:

• Website: https://www.bit-harbor.com

• Business Description: BIT Bio-harbor is a high-tech enterprise specializing in AI + synthetic biology technology, headquartered in Dalian.
  
  With 67,000 m² of land, and 20,000 m² of lab space and manufacturing plant buildings, the company is committed to the efficient expression and synthesis of proteins, enzymes, and peptides.
  
  Relying on an AI-driven protein design platform and core synthetic biology technologies, it develops efficient, green, world-class next-generation high-value-added biological preparations to promote green transformation in scientific research innovation, industrial upgrading, and oilfield production enhancement.