Stefan Kielbassa

Title: Inventor Stefan Kielbassa: Innovating Exhaust Gas Emission Solutions

Introduction

Stefan Kielbassa, an inventive mind based in Hannover, Germany, has made significant contributions to the field of exhaust gas emission treatment. With two patents to his name, he demonstrates a deep understanding of catalytic systems and their applications in reducing harmful emissions.

Latest Patents

Stefan's latest patent focuses on an "Integrated LNT-TWC catalyst," a layered catalyst composite designed for the effective treatment of exhaust gas emissions. This innovation provides both lean NO trap functionality and three-way conversion functionality. The layered catalyst composite comprises catalytic material on a substrate, featuring at least two distinct layers. The first layer consists of rare earth oxide-high surface area refractory metal oxide particles, alongside an alkaline earth metal supported on these particles, and includes at least one platinum group metal component. The second layer involves a second platinum group metal component, supported on a first oxygen storage component and/or a first refractory metal oxide support, with options for additional platinum group metals supported on other materials.

Career Highlights

Stefan Kielbassa is a notable inventor affiliated with BASF Corporation, a global leader in chemical manufacturing and innovation. His contributions have advanced the efficiency and effectiveness of emission control technologies, reinforcing the company's commitment to sustainability.

Collaborations

Throughout his career, Stefan has collaborated with esteemed colleagues such as Wen-Mei Xue and Attilio Siani. These collaborations have likely played a crucial role in refining his inventions and expanding the impact of their research efforts.

Conclusion

Stefan Kielbassa exemplifies the innovation spirit in the field of environmental technology. His work on catalytic systems not only addresses pressing environmental concerns but also showcases the depth of expertise in the field of exhaust gas emissions. As the industry evolves, his contributions will likely remain influential in shaping cleaner technologies for the future.