Lancaster, OH, United States of America

Gregory Parkin


Average Co-Inventor Count = 6.0

ph-index = 1

Forward Citations = 18(Granted Patents)


Company Filing History:


Years Active: 1993

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1 patent (USPTO):Explore Patents

Title: Gregory Parkin: Innovator in Ceramic Sootblower Technology

Introduction

Gregory Parkin is an accomplished inventor based in Lancaster, Ohio. He is known for his innovative contributions to the field of ceramic technology, particularly in the development of sootblower elements. His work has significant implications for the efficiency and durability of industrial applications.

Latest Patents

Gregory Parkin holds a patent for a ceramic sootblower element. This invention involves a ceramic element manufactured by winding a ceramic fiber around a mandrel and densifying the composite using a sol-gel process. The design allows for the coupling of separate elements using a ceramic coupling member, with ceramic nozzle bodies inserted into the elements. This technology enables sootblower tubes to withstand greater temperatures and more corrosive environments than traditional metallic lance tubes. As a result, the sootblower element can be permanently installed within a boiler, eliminating the need for a retracting element type sootblower.

Career Highlights

Gregory Parkin is associated with The Babcock & Wilcox Company, where he has made significant contributions to the field of energy and industrial technology. His innovative approach to ceramic materials has positioned him as a key figure in enhancing the performance of sootblowing systems.

Collaborations

Gregory has collaborated with notable colleagues, including Eric A Barringer and Herbert Feinroth. Their combined expertise has contributed to advancements in the field and the successful development of innovative technologies.

Conclusion

Gregory Parkin's work in ceramic sootblower technology exemplifies the impact of innovation in industrial applications. His patent and contributions to The Babcock & Wilcox Company highlight the importance of developing materials that can withstand extreme conditions, ultimately improving efficiency and reliability in energy systems.

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