Location History:
- Batavia, IL (US) (2005 - 2007)
- Naperville, IL (US) (2012)
Company Filing History:
Years Active: 2005-2012
Title: Justin M O'Connor: Innovator in Engine Technology
Introduction
Justin M O'Connor is a notable inventor based in Batavia, IL (US). He has made significant contributions to the field of engine technology, holding a total of 5 patents. His work focuses on improving engine efficiency and reducing emissions through innovative methods and systems.
Latest Patents
One of Justin's latest patents is titled "Method, system and apparatus for liquid injection into a gas system." This invention outlines a method for injecting reductant into exhaust gas and evaporating and decomposing the reductant at elevated temperatures. The process involves providing an exhaust pipe with an internal cone, where an injector is mounted to introduce the reductant. The exhaust gas is directed through a passage between the interior surface of the pipe and the cone, enhancing the efficiency of the system. Another significant patent addresses "Attenuation of engine harshness during lean-to-rich transitions." This invention focuses on engine systems and methods for regenerating a NOx adsorber using in-cylinder post-injection, which minimizes torque output fluctuations during transitions.
Career Highlights
Justin M O'Connor is currently employed at the International Engine Intellectual Property Company, LLC. His role involves developing innovative solutions that enhance engine performance and reduce environmental impact. His expertise in engine technology has positioned him as a key player in the industry.
Collaborations
Throughout his career, Justin has collaborated with talented individuals such as Guoqing Zhang and Michael James Miller. These partnerships have contributed to the advancement of engine technology and the successful development of various patents.
Conclusion
Justin M O'Connor is a distinguished inventor whose work in engine technology has led to multiple patents and innovative solutions. His contributions continue to shape the future of engine efficiency and emissions reduction.