Waters has welcomed the Future Fuels Institute at the Florida State University into its Centres of Innovation Programme, the first such Centre of Innovation in the field of energy research.
Waters has welcomed the Future Fuels Institute at the Florida State University into its Centres of Innovation Programme, the first such Centre of Innovation in the field of energy research. The institute pursues collaborative activities in fundamental science, enabling technologies and applied knowledge in the areas of fuels sciences and technology to promote education, outreach and training.
Director of the institute, Dr Chang Samuel Hsu, is pioneering research into the development of fuels from fossil and renewable energy sources to meet future global demands for energy. He is focusing on research into biofuels derived from natural and renewable source materials. These include solid biomass such as wood, sawdust, agricultural wastes and non-food crops converted into ethanol, biobutanols, gasoline, jet fuels and diesels. “Everyday life depends on ready sources of energy and fuels. Sustainability of energy supplies and harmful emission reduction for dealing with climate change are central themes. We established the Future Fuels Institute to address these pressing issues and needs,” he commented.
Dr Hsu has published three books, eight book chapters, 13 patents and over 120 other publications on topics such as the chemistry of diesel fuels, analytical advances for hydrocarbon research and practical advances in petroleum processing.
Tim Riley, PhD, Vice President of Strategic Innovation, Waters Division, and Programme Director of Waters Centres of Innovation programme, said, “Dr Hsu is one of the world’s most accomplished researchers in the field of petroleum research and his contributions to the field are well recognized. It gives us great pleasure to recognize the Future Fuels Institute and support its ongoing research.”
For more information visit ref="http://www.waters.com">www.waters.com
Investigating 3D-Printable Stationary Phases in Liquid Chromatography
May 7th 20253D printing technology has potential in chromatography, but a major challenge is developing materials with both high porosity and robust mechanical properties. Recently, scientists compared the separation performances of eight different 3D printable stationary phases.
Detecting Hyper-Fast Chromatographic Peaks Using Ion Mobility Spectrometry
May 6th 2025Ion mobility spectrometers can detect trace compounds quickly, though they can face various issues with detecting certain peaks. University of Hannover scientists created a new system for resolving hyper-fast gas chromatography (GC) peaks.
University of Oklahoma and UC Davis Researchers Probe Lipidomic Profiles with RP-LC–HRMS/MS
May 6th 2025A joint study between the University of Oklahoma Health Sciences Center (Oklahoma City, Oklahoma) and the UC Davis West Coast Metabolomics Center (Davis, California) identified differentially regulated lipids in type 2 diabetes (T2D) and obesity through the application of reversed-phase liquid chromatography-accurate mass tandem mass spectrometry (RP-LC-accurate MS/MS).