2024-11-23 14:41:00
ISELIN, NJ, Nov. 23, 2024 (GLOBE NEWSWIRE) — A team of scientists from BASF Environmental Catalyst and Metal Solutions (ECMS) and Heesung Catalysts Corporation (HCC) was recently awarded the 2024 Edison Patent Award from the Research and Development of New Jersey for its innovative Three-Way Conversion Nitrogen Oxide (NOx) Trap technology for fuel-cutting NOx control in gasoline vehicles. The technology treats NOx well under modern engine operating conditions and provides lower tailpipe emissions compared to conventional three-way conversion catalysts.
The team consisted of scientists Xiaolai Zheng and Pat Burk (retired) from ECMS, along with scientists Jinwoo Song and Jun Lee from HCC.
“By integrating a NOx trap functionality into a TWC catalyst, the new TWC-NT technology substantially reduces tailpipe emissions of NOx and other toxic species,” said Xiaolai Zheng, principal scientist at New Automotive Catalyst Technologies at ECMS.
“As a benefit, automakers can calibrate gasoline-powered passenger vehicles with more frequent fuel cuts for better fuel economy, which also means lower CO2 emissions during vehicle operation,” said Jinwoo Song, Vice President and Head of RD&A, HCC.
“This technology has been well received by our customers as it meets an essential market need,” said Saeed Alerasool, Senior Vice President of Research, Development and Applications at ECMS. “We are fortunate to have the best technical minds in the industry working to help our customers meet increasingly stringent emissions regulations and achieve high fuel efficiency. This award is a testament to their hard work and daily dedication to innovation. We are very proud of them.”
The New Jersey Research and Development Council created the awards to honor the legacy of Thomas Edison and use his name to honor New Jersey inventors and research organizations that drive innovation and continue to position New Jersey as a global hub for innovation. This award is part of the Council’s mission to collaborate with industry, academia and government to expand and strengthen STEM in education, innovation and the economy.
Sobre a BASF Environmental Catalyst and Metal Solutions
Leveraging its deep experience as a global leader in catalysis and precious metals, BASF Environmental Catalyst and Metal Solutions (ECMS) serves customers in many industries, including automotive, aerospace, indoor air quality, semiconductors and hydrogen economy, and provides cycle services complete with its precious metals trading and recycling offer. With a focus on circular solutions and sustainability, ECMS is committed to helping our customers create a cleaner and more sustainable world. Our new goal of protecting the elements of life inspires us to create ever new solutions. ECMS operates in 16 countries, has more than 4,500 employees and 21 production sites.
About BASF
BASF creates chemicals for a sustainable future. We combine economic success with environmental protection and social responsibility. Around 112,000 BASF Group employees contribute to the success of our customers in almost every sector and in almost every country in the world. Our portfolio is made up of six segments: Chemicals, Materials, Industrial Solutions, Surface Technologies, Nutrition and Care, and Agricultural Solutions. BASF generated sales of €68.9 billion in 2023. BASF shares are traded on the Frankfurt Stock Exchange (BAS) and as American Depositary Receipts (BASFY) in the United States. For more information www.basf.com.
Sobre a Heesung Catalysts Corporation
Heesung Catalysts Corporation (HCC), a distinguished leader in catalyst and materials technology, is at the forefront of advanced solutions that improve air quality and reduce greenhouse gas emissions. With a focused commitment to supporting the global shift toward a carbon-neutral economy, HCC is solidifying its role in promoting environmental sustainability. Using its extensive knowledge and experience, HCC provides customized solutions for key industries including automotive, marine, semiconductors, petrochemicals and the hydrogen value chain. The company’s headquarters in the Republic of Korea has more than 550 professionals dedicated to pushing the boundaries of innovation in research, development and production. Guided by the clear vision of becoming a preeminent leader in green technology, HCC is committed to providing high-performance, sustainable solutions that meet the demands of various industries, reaffirming its leadership in the green technology sector.
Video of this announcement available at:
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How does the integration of NOx trap functionality into the TWC catalyst improve emissions control compared to traditional methods?
**Interview: Innovations in Emission Control Technology with Xiaolai Zheng and Jinwoo Song**
**Interviewer:** Welcome, Xiaolai and Jinwoo! Congratulations on receiving the 2024 Edison Patent Award for your innovative Three-Way Conversion Nitrogen Oxide Trap technology. Can you tell us what this technology is and how it works?
**Xiaolai Zheng:** Thank you! The technology we developed integrates a NOx trap functionality into a traditional TWC (Three-Way Conversion) catalyst. This integration allows us to effectively reduce nitrogen oxide (NOx) emissions in gasoline vehicles under modern operating conditions, which is critical for meeting increasingly stringent emissions regulations.
**Jinwoo Song:** Exactly. This technology not only reduces harmful tailpipe emissions significantly but also allows automakers to implement more aggressive fuel-cutting strategies. This leads to improved fuel economy and lower CO2 emissions during operation, aligning with global goals for a more sustainable future.
**Interviewer:** It’s impressive how innovation can contribute to both functionality and sustainability. What inspired you both to pursue this particular area of research?
**Xiaolai Zheng:** The rising concern over air quality and the impact of greenhouse gases motivated us. We envisioned a solution that not only improves the efficiency of engines but also contributes to better environmental outcomes. Our aim has always been to lead the industry toward cleaner technologies.
**Jinwoo Song:** Additionally, our respective companies, BASF and HCC, have a strong commitment to sustainability. We found common ground in our goal to promote a carbon-neutral economy, which further inspired our collaboration on this project.
**Interviewer:** Collaboration seems crucial in driving innovation. Can you elaborate on how the partnership between BASF and HCC facilitated the development of this technology?
**Jinwoo Song:** Absolutely. Both companies bring unique strengths—BASF’s extensive experience in catalyst technology and HCC’s advanced materials expertise. By working together, we were able to combine our knowledge and resources, enabling us to overcome challenges that neither of us could have addressed alone.
**Xiaolai Zheng:** Moreover, our team’s diverse background in research and development allowed us to approach problems from different angles, leading to innovative solutions that are practical and effective for the automotive industry.
**Interviewer:** The award itself recognizes the importance of innovation in driving economic growth. How do you see your technology impacting the future of the automotive sector?
**Jinwoo Song:** We believe this technology will empower manufacturers to produce vehicles that are not only more efficient but also compliant with global emissions standards. As consumers increasingly demand greener technologies, this advancement is timely and essential for future vehicle designs.
**Xiaolai Zheng:** It sets a precedent for how we can address environmental concerns without sacrificing vehicle performance. We hope it sparks further innovations in the field and inspires the industry to pursue even more groundbreaking solutions.
**Interviewer:** Thank you both for sharing your insights and congratulations once again on your award. It’s exciting to see how partnerships like yours are paving the way for a more sustainable future!
**Xiaolai Zheng:** Thank you for having us!
**Jinwoo Song:** We appreciate the opportunity to discuss our work!