Christopher S McIlroy

Title: **Innovative Solutions by Inventor Christopher S. McIlroy**

Introduction

Christopher S. McIlroy is an accomplished inventor based in Humble, Texas, who has made significant contributions to the field of geophysical measurements. With a focus on enhancing the understanding of earth formations, McIlroy's innovation stands out for its practical applications in energy services.

Latest Patents

McIlroy holds a patent for the method titled "Method to Correct and Pulsed Neutron Fan Based Interpretation for Shale Effects." This patent describes a process that operates to estimate various properties of an earth formation that contains shale. The method involves generating a shale model to effectively represent an earth formation with varying percentages of shale. By using two curves to illustrate the relationship between a porosity parameter and pulsed neutron measurements, this innovation enables more accurate assessments of gas saturation in geological formations. The technique combines matrix models to formulate an overview of formations, enhancing the capacity for property estimation through measured pulsed neutron data.

Career Highlights

Currently, Christopher S. McIlroy is employed by Halliburton Energy Services, Inc., a leading company in the energy sector known for its advanced technology in oil and gas exploration. His work reflects a commitment to innovation in energy services, showcasing his expertise in geoscience and petroleum engineering.

Collaborations

McIlroy has collaborated with notable professionals in his field, including John Andrew Quirein and Natasa Mekic. These partnerships foster synergistic efforts towards advancing technology and methodologies that contribute to improved energy extraction processes.

Conclusion

Christopher S. McIlroy exemplifies the spirit of innovation in energy services through his patented methodologies. His work not only provides vital advancements in understanding earth formations but also drives forward the capabilities of the industry, making significant impacts on resource management and exploration efficiencies.