Timothy Joseph Braun

Title: The Innovations of Timothy Joseph Braun

Introduction

Timothy Joseph Braun, based in Marlborough, Connecticut, is an accomplished inventor whose contributions span across various technological domains. With a total of two patents to his name, Braun has demonstrated a commitment to solving complex problems through innovative design and engineering solutions.

Latest Patents

Braun's most recent patents include a "System, Method and Apparatus for Controlling the Flow Distribution of Solid Particles." This invention features a turret with a frusto-conical shaped body and a series of static vanes. These vanes are ingeniously arranged to guide a swirling flow of solid particles, dividing it into multiple controlled flows directed to several coal outlet pipes.

Another notable invention is the "Steam Mill System Useful for Mercury Control." This system effectively transports powdered activated carbon (PAC) from a storage silo to a steam-powered jet mill. The technology focuses on producing milled sorbent for use in coal-fired power plant flue gas, specifically addressing mercury control. A key component of this system is a cyclone separator strategically located in the PAC transport line, designed to enhance operational efficiency by achieving reductions in compressed air usage, operating costs, and capital expenses.

Career Highlights

Timothy Joseph Braun has held positions in well-renowned companies, including General Electric Technology GmbH and Alstom Technology Limited. His work in these high-caliber organizations has allowed him to refine his skills and make significant advancements in his field.

Collaborations

Throughout his career, Braun has collaborated with talented professionals, such as Joseph David Bianca and Paul John Chapman. These partnerships have enabled the exchange of ideas and fostered an environment ripe for innovation.

Conclusion

Timothy Joseph Braun exemplifies the spirit of innovation and creativity that drives technological advancement. With his unique patents and extensive career experience, he continues to influence the industry and inspire future inventors. His efforts in developing systems for controlling solid particle flow and enhancing mercury control in power plants reflect his dedication to solving pressing environmental challenges. Braun's contributions serve as a testament to the power of invention in shaping a sustainable future.