Daqian Zeng

Title: Daqian Zeng: Innovator in Gas Reservoir Simulation

Introduction

Daqian Zeng is a distinguished inventor based in Beijing, China. His work focuses on innovative solutions in the field of gas reservoirs, showcasing his commitment to advancing scientific understanding and applications. With a significant patent to his name, Zeng has made a notable impact on the industry and contributed to research advancements.

Latest Patents

Daqian Zeng holds a patent titled "Edge and Bottom Water Invasion Simulation Apparatus and Method for Gas Reservoir, Storage Medium, and Product." This invention provides a sophisticated approach to simulating edge and bottom water invasion in gas reservoirs. The device includes a controller that manages the injection of inert gas and formation water into an intermediate container, facilitating controlled conditions to mimic various stages of water invasion. By integrating inert gas and formation water, the apparatus effectively simulates both infinite edge and bottom water scenarios with varying energy levels throughout the water invasion process.

Career Highlights

Zeng is associated with the China University of Petroleum, a leading institution dedicated to the research and development of petroleum engineering. His career reflects a strong focus on addressing complex challenges in gas reservoir management, emphasizing both theoretical and practical applications of his research. The knowledge gained through his patent contributes to the optimization of resource extraction methodologies.

Collaborations

Throughout his career, Daqian Zeng has collaborated with notable colleagues such as Zhaojie Song and Changxiao Cao. These partnerships enhance the research capabilities within the China University of Petroleum and promote the sharing of knowledge and expertise among professionals in the field.

Conclusion

Daqian Zeng stands out as an innovative inventor in the gas reservoir sector, with a patented solution that addresses critical challenges in water invasion simulation. His work reflects a blend of scientific rigor and practical application, contributing to the advancement of petroleum engineering. As he continues his research at the China University of Petroleum, the impact of his innovations will likely resonate within the industry and beyond.