Company Filing History:
Years Active: 2010-2011
Title: **Leonard B. Todd: Innovating Pollution Control**
Introduction
Leonard B. Todd, an accomplished inventor based in Napa, California, holds two significant patents that contribute to environmental technology. His work focuses on enhancing systems for the controlled combustion and decomposition of gaseous pollutants, a critical area for pollution control and sustainability.
Latest Patents
Todd's most notable patent, titled “Reactor Design to Reduce Particle Deposition During Process Abatement,” presents innovative systems and methods aimed at improving the management of gaseous pollutants. The invention features a novel thermal reaction chamber design that incorporates stacked reticulated ceramic rings. This design efficiently directs fluids, such as gases, to create a boundary layer along the chamber’s interior walls, effectively minimizing particulate matter buildup. Additionally, the system introduces fluids from a center pilot jet to modify the aerodynamics within the thermal reaction chamber, thus optimizing the overall combustion and decomposition processes.
Career Highlights
As an inventor at Applied Materials, Inc., Leonard B. Todd has significantly advanced the field of environmental engineering. His expertise in reactor design and process abatement has allowed him to develop systems that address the pressing need for effective pollution control technologies. Through his ingenuity, Todd has established himself as a key player in environmental innovation.
Collaborations
Throughout his career, Todd has collaborated with other skilled professionals, including his coworkers Ho-Man Rodney Chiu and Daniel O. Clark. Together, they have contributed to the growth of advanced technologies aimed at improving environmental quality and compliance.
Conclusion
Leonard B. Todd’s contributions to innovations in pollution control demonstrate the impact of dedicated research and development in environmental science. With his patented designs, he is paving the way for more efficient methods to combat the challenges posed by gaseous pollutants, showcasing how targeted inventions can drive meaningful change.