Monroe H Waxman

Title: **Innovative Contributions of Monroe H. Waxman in Induced Polarization Technologies**

Introduction

Monroe H. Waxman, an accomplished inventor based in Houston, Texas, has made significant strides in the field of induced polarization technologies. With a remarkable portfolio of ten patents, she has profoundly impacted methods for analyzing earth formations, particularly in the oil and gas industry.

Latest Patents

Among her latest innovations are groundbreaking patents focused on induced polarization methods and apparatuses. One patent details a logging means for distinguishing between dispersed and laminated clay in earth formations, utilizing a multifrequency induced polarization logging tool that operates at extremely low frequencies. This innovative logging apparatus, combined with other tools, offers a comprehensive measurement of total clay content, enabling accurate assessment of laminated clay fractions.

Another notable patent presents an in-situ method for determining essential characteristics of a formation, including pore size distribution, capillary pressure curve, and permeability. By measuring the induced polarization (IP) voltage decay curve, she has developed a technique to decompose this curve into a series of relaxation times corresponding to pore size distribution. The correlation of measurements across various frequencies enhances the precision of predictions regarding formation properties.

Career Highlights

Monroe H. Waxman has dedicated her career to advancing the technology utilized within Shell Oil Company, where she continues to apply her expertise in innovative techniques for earth formation analysis. Her contributions not only cater to the needs of the oil and gas industry but also enrich the broader realm of geophysical research.

Collaborations

Throughout her career, Waxman has collaborated with esteemed colleagues, including Harold J. Vinegar and Peter Vanmeurs. These partnerships have fostered an environment of innovation, allowing for the exchange of ideas and the development of competitive solutions in the field of induced polarization logging.

Conclusion

Monroe H. Waxman's extensive contributions to the field of induced polarization methods embody the essence of innovation in geology and engineering. Through her patents and collaborative efforts, she continues to push the boundaries of what is possible in the analysis of earth formations, positioning herself as a leading inventor in her domain.