Yangming Li

Title: Innovations of Yangming Li in Geothermal Resource Evaluation

Introduction

Yangming Li is a notable inventor based in Qingdao, China. He has made significant contributions to the field of geothermal resource evaluation, particularly through his innovative patent. His work focuses on the identification and analysis of helium's role in geothermal systems.

Latest Patents

Yangming Li holds a patent titled "Evaluation method for relative contributions of heat sources based on helium and application thereof." This patent addresses the technical field of helium origin identification, migration mechanisms, and accumulation process analysis. The method estimates the relative heat contribution values of the mantle and the crust to a basin geothermal system. It combines He/enthalpy ratios calculated according to a specific formula and the heat balance equation. This evaluation method improves the understanding of helium's contributions in the context of deep thermal fluid activities. Additionally, a detection device developed from this patent is suitable for deep geothermal resource exploration, thermal fluid activity monitoring during the early stages of oil and gas field development, and geological science research. By accurately evaluating the contributions of mantle and crust sources, this innovation provides a scientific basis for resource development and reduces exploration risks.

Career Highlights

Yangming Li is affiliated with the China University of Petroleum, where he continues to advance research in geothermal energy and related fields. His work has garnered attention for its practical applications in resource management and environmental science.

Collaborations

Yangming Li has collaborated with notable colleagues, including Ziqi Feng and Chenzhao Quan. Their joint efforts contribute to the advancement of geothermal research and technology.

Conclusion

Yangming Li's innovative work in geothermal resource evaluation exemplifies the importance of scientific research in addressing energy challenges. His contributions not only enhance our understanding of geothermal systems but also pave the way for safer and more efficient resource development.