Boqi Zhou

Title: Boqi Zhou: Innovator in Drilling Technology

Introduction

Boqi Zhou is a prominent inventor based in Beijing, China, known for his significant contributions to drilling technology. With a total of two patents to his name, Zhou has developed innovative methods that enhance the efficiency and safety of drilling operations in complex geological formations.

Latest Patents

Zhou's latest patents include "Methods of well trajectory and drilling optimized control for fracture-vuggy carbonate formation" and "Wellbore pressure correction method." The first patent discloses a series of methods designed to optimize drilling trajectories in carbonate formations. This method utilizes earthquake data to obtain contours of carbonate rock fractures, determines safe distances from these fractures, and establishes segmented drilling trajectories. By connecting these segments, Zhou's invention improves the connection between horizontal wells and fractures, reducing development costs and increasing exploration efficiency.

The second patent, the "Wellbore pressure correction method," addresses the challenges of accurately calculating wellbore pressure. This method involves measuring bottom hole pressure with a downhole tool, predicting bottom hole pressure, and correcting wellbore pressure in real time. This innovation allows for better management of pressure during drilling, ensuring safety and efficiency in operations.

Career Highlights

Boqi Zhou works at the Drilling Research Institute of China National Petroleum Company, where he applies his expertise in drilling technology. His work focuses on developing methods that enhance drilling performance and safety in challenging environments.

Collaborations

Zhou collaborates with notable colleagues, including Lin Shi and Yingcao Zhou, who contribute to the advancement of drilling technologies alongside him.

Conclusion

Boqi Zhou's innovative patents and contributions to drilling technology demonstrate his commitment to improving the efficiency and safety of drilling operations. His work continues to influence the field and pave the way for future advancements in drilling methodologies.