Gary E Brobst

Title: The Innovations of Gary E. Brobst: A Leader in Power Plant Water Chemistry Analysis

Introduction

Gary E. Brobst is a noted inventor based in Sebastopol, California, recognized for his significant contributions to the field of power plant water chemistry analysis. With a total of three patents to his name, Brobst has been instrumental in advancing methods and apparatuses that enhance the efficiency and efficacy of water systems in power plants.

Latest Patents

Brobst's latest invention focuses on an "Apparatus and method for analyzing chemical system data." This innovative system utilizes water chemistry sensors to collect crucial data about the chemical activity within a power plant's water system. An analytical model processor is deployed to generate predictions related to the water system, while a statistical data fitting processor identifies data that aligns with these predictions. Furthermore, the apparatus integrates an artificial intelligence processor, encompassing an expert system, rule base, plant water chemistry system simulator, and a pattern recognition module, thereby enabling the derivation of diagnostic information critical for maintaining water quality in power plants.

Career Highlights

Gary E. Brobst has dedicated a substantial part of his career to the Electric Power Research Institute, Incorporated, where he has leveraged his expertise to promote innovations in energy production and management. His work has not only furthered academic discussions surrounding power systems but also led to practical applications that improve operational standards across the industry.

Collaborations

Throughout his professional journey, Brobst has partnered with esteemed colleagues such as Peter J. Millett and Gary D. Burns. These collaborations have fostered a rich environment for innovation and have been pivotal in achieving breakthroughs in water chemistry analysis.

Conclusion

Gary E. Brobst's contributions to the innovation landscape within power plants are commendable. His patents represent a fusion of theoretical knowledge and practical application, showcasing the impact of inventive thinking on modern engineering challenges. As he continues his work at the Electric Power Research Institute, Brobst stands out as a leading figure in driving advancements in chemical system analysis critical to the sustainability of power generation.