Lucy M Macgregor

Title: Lucy M Macgregor: Innovator in Electromagnetic Surveying

Introduction

Lucy M Macgregor is a notable inventor based in Great Britain, recognized for her contributions to the field of electromagnetic surveying. With a focus on methods for analyzing electromagnetic survey data, her work has significant implications for the detection of hydrocarbon reservoirs.

Latest Patents

Lucy M Macgregor holds a patent titled "Electromagnetic Surveying For Resistive Or Conductive Bodies." This method involves analyzing electromagnetic survey data from seafloor areas suspected of containing conductive or resistive bodies, such as subterranean hydrocarbon reservoirs. The process includes providing electric and magnetic field data obtained from a horizontal electric dipole transmitter and determining a vertical gradient in the electric field data. By combining this data with background information specific to the surveyed area, the method enhances the detection of hydrocarbon reservoirs, particularly in shallow water environments.

Another significant patent is "Electromagnetic Surveying For Hydrocarbon Reservoirs." This method involves surveying areas previously identified as potentially containing subsea hydrocarbon reservoirs. It includes obtaining survey data sets with an electromagnetic source aligned relative to the receivers. The analysis of this data is crucial for distinguishing hydrocarbon reserves from other geological structures.

Career Highlights

Throughout her career, Lucy has worked with prominent companies in the industry, including Statoil ASA and Rock Solid Images, Inc. Her expertise in electromagnetic surveying has positioned her as a valuable asset in the field.

Collaborations

Lucy has collaborated with notable professionals, including Martin C Sinha and David Andreis, contributing to advancements in electromagnetic surveying techniques.

Conclusion

Lucy M Macgregor's innovative work in electromagnetic surveying has paved the way for improved methods of detecting hydrocarbon reservoirs. Her contributions continue to influence the field and demonstrate the importance of technological advancements in resource exploration.