George Chappell

Title: **Innovator Profile: George Chappell**

Introduction

George Chappell is a notable inventor based in DeSoto, Texas, with a specialization in analyzing particulate matter. With a total of two patents to his name, his work has significantly contributed to advancements in the field of particulate analysis.

Latest Patents

George Chappell's most recent patent, titled "Method and apparatus for analyzing particulate matter," involves an innovative apparatus designed for the analysis of particulates, including solutes within a sample liquid suspension. The system directs the sample through an aperture into a first region of a reservoir filled with particle-free liquid, forming a jet that entrains this clean liquid to surround it. The jet travels through a muffler that comprises a funnel and throat, leading the mixture into a second region within the reservoir, where both the particle-free liquid and particulates are blended.

This design prevents the regurgitation of liquid from the second region back into the first, creating a return passage that allows the jet stream's energy to transfer liquid from one region to another. This mechanism ensures that only clean liquid reaches the first region during analysis and that any analyzed liquid is effectively displaced during the cleanout process, eliminating carryover.

Career Highlights

Chappell has made significant strides in his career, particularly with his work at MWI, Inc., where he focuses on developing solutions for analyzing particulate matter. His innovative approach has positioned him as a respected figure within his industry.

Collaborations

George Chappell has collaborated closely with fellow innovators Wieland E Von Behrens and Roger Bourree. Their combined expertise has led to the advancement of technologies that enhance the accuracy and efficiency of particulate analysis.

Conclusion

In summary, George Chappell exemplifies the spirit of innovation in the field of environmental analysis. With his patents and collaborative efforts, he continues to influence the understanding and analysis of particulate matter, proving that dedication to research and development can lead to groundbreaking improvements in technology.