Registration is now open for the 2014 CCST Research Review.
Date / Time: Wednesday, Oct. 15 (3:00 pm - 6:00 pm) & Thursday, Oct. 16 (8:00 am - 3:30 pm)
Location: Clayton Hall Conference Center
Please Register Here for this event.
The University of Delaware's Catalysis Center for Energy Innovation (CCEI) recently announced a research program with the Plant PET Technology Collaborative (PTC) to explore methods of producing renewable beverage bottles, packaging, automotive components and fabric from biomass. Together, CCEI and PTC are working to accelerate the development and use of 100 percent plant-based materials to produce renewable materials used in consumer products.
Babtunde A. Ogunnaike, dean of the College of Engineering, has announced that Kristi Kiick will become deputy dean and associate dean for external affairs; Yushan Yan will serve as associate dean for research and entrepreneurship; and Randy Duncan will become the first associate dean for diversity in the college’s history. The appointments are effective Sept. 1.
University of Delaware Dean of Engineering Babatunde A. Ogunnaike will visit four universities and deliver several invited lectures in China this month.
Eric M. Furst and Kristi L. Kiick of the University of Delaware College of Engineering have been named to the 2014 American Chemical Society (ACS) Class of Fellows. ACS is the world's largest scientific society. Conferred annually since 2008, ACS Fellows are nominated by their peers for their outstanding accomplishments in scientific research, education and public service. Only 750 of the society's more than 161,000 members from academia, industry, government labs and small business have been distinguished with this honor.
Yushan Yan, Distinguished Professor of Engineering at the University of Delaware, is known worldwide for using nanomaterials to solve problems in energy engineering, environmental sustainability and electronics. His early academic work focused on zeolites, porous rock with a well-defined, crystalline structure. At the atomic scale, their pore size is so precisely decided that zeolites can separate molecules with size differences of merely a fraction of an angstrom (one-tenth of a nanometer), making them useful to the chemical and petroleum industries as molecular sieves for separation and catalysis processes.