James T Rutledge

Title: The Innovative Contributions of James T. Rutledge in Microseismic Monitoring

Introduction

James T. Rutledge is a distinguished inventor based in Santa Fe, NM, with a notable portfolio comprising three patents. His work primarily focuses on advancing techniques in microseismic monitoring, which are critical in various industries including hydraulic fracturing and environmental monitoring.

Latest Patents

Rutledge’s latest inventions include:

1. **Method of calibrating fracture geometry to microseismic events**: This innovative method provides a technique for performing fracture operations at a wellsite. The wellsite is strategically located over a subterranean formation with a complex fracture network. The method entails generating wellsite data by measuring microseismic events, modeling hydraulic and discrete fracture networks, and executing a seismic moment operation. It focuses on determining and calibrating the seismic moment density to ensure efficiency in fracture operations.

2. **Interactive event grouping method**: This technique enhances microseismic monitoring by facilitating source mechanism identification, even under challenging conditions. It proves beneficial in various applications, such as hydraulic fracturing monitoring and induced seismicity monitoring, significantly improving the resolvability of microseismic events.

Career Highlights

James T. Rutledge’s career is marked by his association with Schlumberger Technology Corporation, where he has made significant contributions to the field of geophysics and microseismic research. His expertise in the industry has led to the development of innovative solutions that address complex geological challenges.

Collaborations

Throughout his career, Rutledge has collaborated with esteemed colleagues like Xin Yu and Walter Scott Leaney. Together, they have contributed to advancing the science of microseismic monitoring, ensuring that their techniques are on the cutting edge of industry standards.

Conclusion

James T. Rutledge stands out as a leading inventor in the field of microseismic monitoring. Through his patented methods and collaborative efforts, he continues to push the boundaries of innovation, ensuring safer and more effective practices in geophysical operations. His work not only enhances industrial processes but also contributes to our understanding of subterranean formations.