Michael P Curtis

Title: Innovations of Michael P. Curtis in Seismic Survey Technology

Introduction

Michael P. Curtis is an accomplished inventor based in Houston, TX, known for his significant contributions to seismic survey technology. With a total of 2 patents, he has developed innovative methods that enhance the efficiency and effectiveness of seismic data collection.

Latest Patents

One of his latest patents focuses on the "Installation of seismic survey devices in shallow, low-angle boreholes." This invention discloses a system and related method for installing seismic sensors in shallow, low-angle boreholes to obtain conventional three-dimensional and four-dimensional seismic surveys. By placing the sensing devices in this manner, they are removed from surface anomalies that may affect seismic sensing performance. This method allows for installation in environmentally sensitive areas without causing undue environmental impact.

Another notable patent is for "Apparatus and methods for applying time lapse VSP to monitor a reservoir." This subterranean reservoir monitoring method includes a computer system with programming code for implementing various steps such as reservoir screening, modeling, and generating seismic model data. The method is designed to compare model data with actual seismic data, allowing for necessary modifications to improve accuracy.

Career Highlights

Michael P. Curtis is currently employed at Halliburton Energy Services, Inc., where he applies his expertise in seismic technology. His work has significantly advanced the field, making him a valuable asset to his company and the industry.

Collaborations

Throughout his career, Michael has collaborated with notable colleagues, including Nicida L. Maerefat and Bruce Edward Cornish. These partnerships have contributed to the development of innovative solutions in seismic survey technology.

Conclusion

Michael P. Curtis exemplifies the spirit of innovation in the field of seismic surveys. His patents reflect a commitment to improving technology while considering environmental impacts. His contributions continue to shape the future of seismic data collection and monitoring.