Shale Oil Slickwater Enzyme Breaker - China

For polymer residue issues in shale oil slickwater systems, this product provides a professional biological enzyme depolymerization solution.

Through highly specific biological enzymes, it precisely hydrolyzes the PAM main chain, achieving rapid molecular weight reduction and effective viscosity reduction of flowback fluid.

Compared with traditional oxidative degradation, this technology has significant advantages such as controllable reaction, no secondary damage, and strong environmental compatibility, helping achieve clean and efficient reservoir stimulation and productivity release.

Product Advantages:

1 - Precise Depolymerization

Specifically hydrolyzes the main chain of PAM polymers, rapidly reduces molecular weight and fluid viscosity, and achieves high-efficiency gel breaking.

2 - Mild and Controllable

The enzymatic reaction conditions are mild and the process is controllable, avoiding damage to reservoir structure and equipment caused by violent reactions.

Formation-friendly

The biodegradation pathway is clean, with no oxidative residues, significantly reducing the risk of secondary damage.

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.