Xiaozhong Guo

Title: Xiaozhong Guo: Innovator in Induced Earthquake Evaluation Methods

Introduction

Xiaozhong Guo is a distinguished inventor based in Chongqing, China, known for his contributions to the field of geological engineering. With a focus on hydraulic fracturing and its associated seismic risks, Guo has developed inventive methods that aim to enhance safety in this critical area of resource extraction.

Latest Patents

Guo holds a patent titled "Induced Earthquake Evaluation Method for Hydraulic Fracturing Activated Faults." This innovative method outlines a comprehensive approach for evaluating the induced earthquake potential associated with hydraulic fracturing activities. Key components of this patent include obtaining an induced earthquake evaluation unit, assessing cumulative injection equivalent energy, and evaluating the probability of induced earthquakes based on fault type and distance. The method equips engineers and researchers with the ability to quantitatively assess the likelihood of induced seismic events, optimizing the hydraulic fracturing process while minimizing associated hazards.

Career Highlights

Throughout his career, Xiaozhong Guo has been associated with notable organizations, such as the Chongqing Institute of Geology and Mineral Resources and Chongqing Huadi Resources Environment Technology Co., Ltd. His work has significantly contributed to enhancing understanding and management of geological risks in hydraulic fracturing.

Collaborations

Guo has collaborated with esteemed colleagues like Pei He and Ye Zhang. Together, they have explored innovative solutions for mitigating the risks of induced seismicity in various hydraulic fracturing scenarios.

Conclusion

Xiaozhong Guo's innovative work in the field of seismic risk evaluation stands as a testament to the importance of scientific research in resource management. His patent not only provides vital data for optimizing hydraulic fracturing processes but also plays a crucial role in safeguarding communities from the potential dangers of induced earthquakes. Through collaboration and dedication, Guo continues to push the boundaries of knowledge in geological engineering.