Company Filing History:
Years Active: 2016
Title: David L Bollinger: Innovator in Turbine Repair Technology
Introduction
David L Bollinger is a notable inventor based in Spring, TX (US). He has made significant contributions to the field of turbine technology, particularly in the area of gas turbine compressor repair. His innovative approach has led to the development of a unique method that enhances the efficiency and longevity of turbine components.
Latest Patents
David holds a patent for a system and method for repairing a turbine, specifically focusing on the F-class gas turbine compressor exit guide vane. The patented method involves applying a coating on an outer surface of a tenon that extends from a stator vane. This tenon can be inserted at least partially into an opening defined by an inner shroud segment of the turbine. Additionally, a bushing is inserted into the opening in the inner shroud segment, allowing the tenon to be disposed within an opening defined by the bushing. A bolt is then inserted through the bushing and engaged with the tenon, ensuring a secure connection. This innovative repair method is designed to improve the performance and reliability of gas turbines.
Career Highlights
David L Bollinger is currently employed at Dresser-Rand Company, where he continues to apply his expertise in turbine technology. His work has been instrumental in advancing repair techniques that benefit the energy sector. With a focus on innovation, he has dedicated his career to enhancing turbine efficiency and reliability.
Collaborations
David has collaborated with talented individuals such as Justin C Armstrong and Graham David Sherlock. These partnerships have fostered a creative environment that encourages the development of cutting-edge solutions in turbine technology.
Conclusion
David L Bollinger is a distinguished inventor whose contributions to turbine repair technology have made a significant impact in the industry. His innovative methods and collaborative spirit continue to drive advancements in turbine efficiency and reliability.