Company Filing History:
Years Active: 1999
Title: Todd Colin Reppert: Innovator in Combustion Engine Technology
Introduction
Todd Colin Reppert is an accomplished inventor based in Elkton, MD, known for his innovative contribution to the field of internal combustion engines. His work focuses on enhancing engine performance through a novel air supply system that utilizes advanced membrane technology.
Latest Patents
Reppert holds one patent for his creation of a combustion engine air supply system. This inventive method employs a selectively gas permeable membrane that adjusts the air feed to either oxygen or nitrogen-enriched levels. By optimizing the air supplied to the engine, it significantly enhances performance parameters such as reducing NOx emissions, improving the lean burn limit, increasing engine power, and minimizing cold start emissions. The technology involves a cylindrical module containing numerous small diameter hollow fiber membrane structures that facilitate this sophisticated air supply process.
Career Highlights
Reppert's professional journey has been marked by his association with Compact Membrane Systems, Inc., where he continues to innovate and improve combustion engine technologies. His understanding of membrane systems and their application in engine performance places him at the forefront of modern engineering solutions.
Collaborations
Throughout his career, Reppert has collaborated with esteemed colleagues including Stuart Marshall Nemser and Kevin Patrick Callaghan. This teamwork has contributed to a rich exchange of ideas and advancements within the field of internal combustion technologies.
Conclusion
Todd Colin Reppert exemplifies how innovative thinking can lead to significant improvements in established technologies. His patent for a combustion engine air supply system showcases not just a technical advancement but also a commitment to enhancing environmental performance in automotive engineering. His work at Compact Membrane Systems, Inc., alongside notable professionals, underscores the impact of collaboration in driving innovation forward.