Mingyong Zeng

Title: Inventor Mingyong Zeng: Innovations in Hydraulic Fracturing

Introduction: Mingyong Zeng, an esteemed inventor based in Sichuan, China, has made significant contributions to the field of hydraulic fracturing through his innovative patents. With a total of two patents to his name, Zeng has focused his research on enhancing proppant transport and understanding the properties of carbonate rock under various conditions.

Latest Patents: Zeng's latest patents are pivotal in advancing the techniques utilized in hydraulic fracturing.

1. **Numerical Simulation Method for Proppant Transport Considering Wall-Retardation Effect**: This invention outlines a numerical simulation method designed to analyze proppant transport while considering the effects of narrow walls. By establishing laboratory models and drag coefficient models, Zeng systematically verifies the transport characteristics of proppants in fractures. This method allows for accurate predictions of proppant behavior in subsurface hydraulic fractures, enhancing the understanding and effectiveness of hydraulic fracturing processes.

2. **Method for Experimentally Determining Influence of Acid Liquor on Young's Modulus of Compact Carbonate Rock**: This patent presents a reliable method for assessing how acid liquor affects the Young's modulus of compact carbonate rock. The process includes conducting a series of experiments to establish relationships between uniaxial compressive strength and Young's modulus, along with evaluating the changes post acid treatment. This method offers crucial insights into the acid fracturing transformation effect under reservoir conditions.

Career Highlights: Mingyong Zeng works at Southwest Petroleum University, where he dedicates his expertise to research and development related to petroleum engineering. His work ensures that advancements in hydraulic fracturing techniques are grounded in solid scientific research, catering to the needs of the petroleum industry.

Collaborations: Zeng collaborates with notable colleagues Jianchun Guo and Bo Gou, further strengthening the research efforts at Southwest Petroleum University. This teamwork fosters an environment of shared knowledge and innovation, driving advancements in their respective fields.

Conclusion: Through his patents and collaborative efforts, Mingyong Zeng has established himself as a key innovator in the realm of hydraulic fracturing. His pioneering methods not only enhance theoretical understanding but also improve practical applications in the industry. As he continues his research at Southwest Petroleum University, Zeng's work is likely to have a lasting impact on the field of petroleum engineering.