Bao Lei Jiao

Title: Innovator Bao Lei Jiao: A Pioneer in Temperature-Resistant Plugging Agents

Introduction: Bao Lei Jiao is a distinguished inventor based in Chengdu, China, recognized for his innovative work in the development of a unique plugging agent. With a focus on temperature-resistance, salt-resistance, and high-expansion capabilities, Jiao's inventions contribute significantly to advancements in materials used for plugging large fractures.

Latest Patents: Jiao holds a patent for a "Plugging agent with temperature-resistant, salt-resistant and high-expansion for plugging large fractures and preparation method thereof." This ingenious invention offers a system consisting of a main agent (6% to 10%), a cross-linking agent (0.6% to 1%), an initiator (0.006% to 0.01%), and additives (6% to 14%), with water making up the remainder. The preparation process involves creating a montmorillonite dispersion system and subsequently adding the other components to obtain a strong gelation through controlled heating, demonstrating an impressive expansion multiple of 50 to 80 under high temperature and mineralization conditions.

Career Highlights: Bao Lei Jiao's contributions are anchored in his role at Southwest Petroleum University. Here, he has combined rigorous academic training with practical application, ensuring the readiness of his inventions for real-world challenges in the petroleum industry. His work is notable for enhancing plug performance in complex geological formations.

Collaborations: Throughout his career, Jiao has collaborated with esteemed colleagues such as Fa Yang Jin and Wan Fen Pu. These collaborations foster an environment of innovation and collective problem-solving within the scientific community, leading to improved methodologies and enhanced research outcomes.

Conclusion: Bao Lei Jiao exemplifies the spirit of innovation within the research fields of materials and engineering. His patented solutions are paving the way for advancements in plugging technology, making a noteworthy impact in the petroleum sector. As he continues to push the boundaries of research and application, his work remains vital to addressing the challenges in large fracture plugging methods.