Huang Zeng

Title: Innovations by Inventor Huang Zeng

Introduction

Huang Zeng is a notable inventor based in Edmonton, Canada. He has made significant contributions to the field of petroleum fluid analysis, holding 2 patents that showcase his innovative methodologies. His work primarily focuses on improving the characterization and quantification of organic materials in samples.

Latest Patents

Huang Zeng's latest patents include "Methods and apparatus for characterization of petroleum fluid employing analysis of high molecular weight components." This methodology performs downhole fluid analysis to measure properties of reservoir fluids, allowing for a better understanding of reservoir characteristics. The process involves acquiring fluid samples at measurement stations and using predictive models to analyze the concentrations of high molecular weight components.

Another significant patent is the "System and method of quantifying an organic material in a sample." This system enhances the quantification of organic materials, such as oil, by creating an optically clear mixture through the addition of a specific substance to a two-phase sample. An optical technique is then employed to quantitatively analyze the organic material present in the sample.

Career Highlights

Huang Zeng is currently employed at Schlumberger Technology Corporation, where he applies his expertise in petroleum engineering and fluid analysis. His innovative approaches have contributed to advancements in the industry, particularly in the analysis of petroleum fluids.

Collaborations

Huang has collaborated with notable coworkers, including Youxiang Zuo and Denise E Freed, who have also contributed to the field of petroleum engineering. Their combined efforts have led to significant advancements in fluid analysis methodologies.

Conclusion

Huang Zeng's contributions to the field of petroleum fluid analysis through his innovative patents demonstrate his commitment to advancing technology in this area. His work continues to influence the industry and improve methodologies for fluid characterization and quantification.