Jun Ni

Title: The Innovative Mind of Jun Ni

Introduction

Jun Ni, an accomplished inventor based in Chengdu, China, has made significant contributions to the field of testing methods related to geological processes. With a focus on the evaluation of CO2 reaction rates in acid rock plates, his work embodies the intersection of engineering and environmental science.

Latest Patents

Jun Ni holds one patent, which is a testing method designed to evaluate the effect of the CO2 reaction rate on acid rock plates. This invention includes a sophisticated testing device that features several components: an acid fluid conveying unit, a CO2 conveying unit, a mixing tank, a plate holder, a recycling fluid tank, and a vacuum pump. The mixing tank is equipped with an acid fluid inlet, a CO2 inlet, and a miscible fluid outlet, allowing for efficient interaction of the necessary fluids in the testing process. The integration of these components facilitates accurate testing and evaluation of geological reactions, contributing to advancements in both environmental assessment and resource management.

Career Highlights

Jun Ni is associated with Southwest Petroleum University, a prominent institution recognized for its contributions to petroleum engineering and related fields. His tenure at the university has not only enhanced his expertise but also facilitated valuable research opportunities that bridge theoretical concepts with practical applications.

Collaborations

Throughout his career, Jun Ni has collaborated with esteemed colleagues, including Jianchun Guo and Xiao Li. These collaborations have fostered an environment of innovation and shared knowledge that is essential for the advancement of research in the field.

Conclusion

In summary, Jun Ni represents the innovative spirit that drives research and development in geoscience and engineering. His patent on the testing method for evaluating the CO2 reaction rate of acid rock plates highlights his commitment to improving our understanding of geochemical processes. Through his work at Southwest Petroleum University and in collaboration with fellow researchers, Jun Ni continues to contribute to significant advancements in his field.