Xiaohua Tan

Title: Innovations by Xiaohua Tan in Water-Bearing Carbonatite Gas Reservoirs

Introduction

Xiaohua Tan is a prominent inventor based in Chengdu, China. She has made significant contributions to the field of gas reservoir management, particularly in addressing the challenges associated with water invasion in carbonatite gas reservoirs. Her innovative approaches have the potential to enhance production efficiency and sustainability in the energy sector.

Latest Patents

One of Xiaohua Tan's notable patents is titled "Water invasion-oriented dynamic production allocation method for water-bearing carbonatite gas reservoir." This invention addresses the problem of premature water breakthrough in single wells due to uneven water invasion in existing water-bearing carbonatite gas reservoirs. The patent outlines a method that calculates the average water invasion rate of the reservoir as a stability reference throughout the production period. It introduces a new production allocation method that focuses on the stability and uniformity of water invasion driving, while also predicting a reasonable production allocation range through a traditional deliverability equation. A mathematical model for dynamic production allocation is established, providing a comprehensive solution to the challenges faced in this field.

Career Highlights

Xiaohua Tan's career is marked by her dedication to research and innovation in gas reservoir management. Her work has not only contributed to the academic community but has also had practical implications for the energy industry. With her expertise, she has been able to develop methods that improve the efficiency of gas extraction while minimizing environmental impacts.

Collaborations

Throughout her career, Xiaohua Tan has collaborated with esteemed colleagues, including Xiaobing Han and Xian Peng. These collaborations have enriched her research and have led to advancements in the methodologies used in gas reservoir management.

Conclusion

Xiaohua Tan's innovative contributions to the field of gas reservoir management demonstrate her commitment to addressing critical challenges in energy production. Her patent on water invasion-oriented dynamic production allocation is a testament to her expertise and the potential for further advancements in this area.