David G Anderson

Title: David G. Anderson: Innovator in Thermal Stability Testing

Introduction

David G. Anderson, based in San Antonio, TX, is an accomplished inventor with a notable track record of eight patents. His innovative work primarily focuses on the thermal stability of fluids, specifically hydrocarbons, under elevated temperatures. His inventions have significantly contributed to advancements in fluid analysis and production methods.

Latest Patents

Among his most recent patents are "Dampening Apparatus and Method for Single Piston Pump Used in Determining the Thermal Stability of Fluids" and "Detecting a Short in an Apparatus and Method for Determining the Thermal Stability of Fluids." The former introduces a thermal oxidation tester that assesses the tendency of heated fluids to oxidize and form deposits or solids within a heater tube. This patent outlines a method where results can determine the passing or failing status of a fluid sample when tested at specific flow rates, temperatures, and durations. The latter patent also emphasizes a thermal oxidation testing methodology while incorporating mechanisms to detect electrical shorts in the apparatus.

Career Highlights

David G. Anderson has made a significant impact in his field through his work at Petroleum Analyzer Company, LP, where his contributions have been vital in developing testing technologies for fluid analysis. His inventions showcase a commitment to enhancing methodologies in determining the performance and stability of various hydrocarbons.

Collaborations

Throughout his career, David has collaborated with esteemed professionals such as Guoxing Yang and Larry M Youngblood. These partnerships have undoubtedly amplified the innovative potential of his projects and have facilitated advancements in thermal stability testing techniques.

Conclusion

David G. Anderson exemplifies the spirit of innovation through his dedicated work in the field of thermal stability testing. With eight patents to his name, his contributions continue to influence how hydrocarbons are analyzed under extreme conditions, paving the way for improved operational standards in various industries. His efforts reflect a relentless pursuit of excellence, ensuring the reliability and quality of fluid samples in real-world applications.