Yin Zhong

Title: Innovator Yin Zhong and Her Groundbreaking Patents in Fracturing Technology

Introduction

Yin Zhong, an accomplished inventor located in Chengdu, China, has made significant contributions to the field of engineering with her innovative approaches to proppant suspension. Her recent patent focuses on a method for optimizing suspension parameters based on the bubble bridge effect, showcasing her expertise and commitment to advancing technology in this area.

Latest Patents

Yin Zhong holds a notable patent titled "Method for Proppant Suspension and Suspension Parameter Optimization Based on Bubble Bridge Effect." This invention presents a comprehensive method which includes the selection of a proppant with hydrophobically modified surfaces to enhance its suspension when mixed with a bubbly fracturing base fluid. The process involves multiple optimization steps that consider the size interactions between proppant particles and bubbles, ultimately leading to more effective fracturing methods.

Career Highlights

Yin Zhong is affiliated with the Chengdu University of Technology, where she applies her research and innovation skills. Her dedication to improving proppant technology through her patented methods has positioned her as a key figure in the engineering community. The impact of her work extends to practical applications in the oil and gas industry, enhancing efficiency and resource management.

Collaborations

Throughout her career, Yin Zhong has collaborated with talented colleagues including Bin Yang and Hao Kai Zhang. These partnerships not only amplify the creative process but also lead to cutting-edge developments in the field. Such collaborations are crucial as they bring together diverse expertise and perspectives, fostering an innovative environment that drives successful research and outcomes.

Conclusion

Yin Zhong stands out as a leading inventor with her sole patent highlighting her innovative approach in proppant suspension technology. Based in Chengdu, she continues to influence her field through her work at Chengdu University of Technology and her collaborations with fellow researchers. Her contributions represent a significant step forward in engineering and technology, establishing new benchmarks in performance and efficiency.