William R Alcorn

Title: The Innovative Contributions of William R. Alcorn

Introduction

William R. Alcorn is a notable inventor based in Chagrin Falls, Ohio. He has made significant contributions to the field of combustion technology, holding a total of six patents. His work focuses on developing advanced methods and apparatuses for high-temperature environments, particularly in gas turbines.

Latest Patents

Alcorn's latest patents include a method of making a combustion apparatus for high-temperature environments. This innovative method involves creating a novel structure for the first stage of a multiple-stage combustion system. The design features a metal strip coated with a catalyst on one side, which is corrugated in a herringbone pattern. This strip is folded back and forth to form a reactor with a desired cross-section. The reactor contains rows of channels formed between the metal layers, where the coated side defines the walls of the channels in alternating rows. The fuel-air mixture flowing through the coated channels is combusted, while the mixture in the uncoated channels cools the catalyzed surfaces. The herringbone corrugations prevent the layers from nesting and create zigzag paths for combustion gas flow. Subsequent stages can utilize catalysts that operate at high temperatures or can be non-catalytic, ensuring efficient combustion.

Career Highlights

William R. Alcorn is associated with W.R. Grace & Co. - Conn., where he has contributed to the development of combustion technologies. His expertise in high-temperature combustion systems has positioned him as a key figure in this field.

Collaborations

Alcorn has worked alongside notable colleagues, including William B. Retallick and William Alan Whittenberger. Their collaborative efforts have further advanced the innovations in combustion technology.

Conclusion

William R. Alcorn's contributions to combustion technology demonstrate his innovative spirit and dedication to advancing high-temperature applications. His patents reflect a deep understanding of combustion processes and a commitment to improving efficiency in gas turbines.