Wen Ge Hu

Title: Innovations of Wen Ge Hu in Plugging Agent Technology

Introduction

Wen Ge Hu is an accomplished inventor based in Chengdu, China. He has made significant contributions to the field of plugging agents, particularly in developing solutions that are temperature-resistant, salt-resistant, and exhibit high expansion properties. His innovative work is crucial for applications involving large fractures in various industries.

Latest Patents

Wen Ge Hu holds a patent for a plugging agent with temperature-resistant, salt-resistant, and high-expansion properties. The patent describes a plugging agent system that consists of several components, including a main agent, cross-linking agent, initiator, and additives, with water as the remaining component. The preparation method involves creating a montmorillonite dispersion system, followed by the addition of the main agent and other components. The resulting gelation process occurs in an oven, achieving an adhesive strength of grade H and an expansion multiple of 50 to 80. This innovative agent demonstrates excellent strength and water plugging effects under extreme conditions, such as a temperature of 140°C and a mineralization degree of 250,000.

Career Highlights

Wen Ge Hu is affiliated with Southwest Petroleum University, where he continues to advance research in the field of petroleum engineering and materials science. His work has garnered attention for its practical applications in the industry, particularly in enhancing the efficiency of plugging large fractures.

Collaborations

Wen Ge Hu collaborates with notable colleagues, including Wan Fen Pu and Dai Jun Du, who contribute to his research endeavors. Their combined expertise fosters a productive environment for innovation and development in plugging agent technology.

Conclusion

Wen Ge Hu's contributions to the field of plugging agents highlight his innovative spirit and dedication to advancing technology. His patent for a temperature-resistant, salt-resistant, and high-expansion plugging agent showcases the potential for significant improvements in industrial applications.