Hydrogen Energy Systems                                     ENERGY CENTER

Researchers

• Mahdi Abu-Omar, College of Science–Chemistry
  Transition metal catalysts for controlled hydrogen production from liquid silanes and other chemical hydrides.
• Rakesh Agrawal, College of Engineering–Chemical Engineering
  Use of Sustainable Hydrogen to Produce Liquid Biofuels
• William Anderson, College of Engineering–Aeronautics and Astronautics
  Hydrogen ignition and combustion for propulsion and power
• Nicholas Delgass, College of Engineering–Chemical Engineering
  Hydrogen Rich Environment for Biofuel Production Development of water gas shift catalysts using Discovery Informatics
• Timothy Fisher, College of Engineering–Mechanical Engineering
  Heat Transfer in Hydrogen Storage Systems, Nanoscale Materials and Enhanced Transport Processes for Hydrogen Storage
• Jay Gore , College of Engineering–Mechanical Engineering
  Flow, Heat Transfer and Reaction Issues in Hydrogen Storage and Fire Safety
• Hugh Hillhouse, College of Engineering–Chemical Engineering
  Hydrogen Rich Environment for Biofuel Production
• Robert Kramer, College of Engineering–Calumet–Electrical and Computer Engineering
  Hydrogen Production from a Multipurpose Mine Mouth Coke Facility Production of Hydrogen Using an Anaerobic Biological Process
• Michael Ladisch, College of Engineering–Agricultural and Biological Engineering
  Biohydrogen Fuel Sources for Electrical Power Generation
• Issam Mudawar, College of Engineering–Mechanical Engineering
  Heat Transfer in Hydrogen Storage Systems Thermal Management in Hydrogen Storage

• Timothee Pourpoint, College of Engineering–Aeronautics and Astronautics
  Thermal Design and Characterization of On-board Metal Hydride Storage Systems
• Daniel Raftery, College of Science–Chemistry
  Doped Semiconductor Nanoparticle Materials for Solar Hydrogen Conversion
• P.V. Ramachandran, College of Science–Chemistry
  Borane and Borohydride Chemistry
• Shripad Revankar, College of Engineering–Nuclear Engineering
  Hydrogen Generation from Water Using Nuclear Energy
• Fabio Ribeiro, College of Engineering–Chemical Engineering
  Hydrogen Rich Environment for Biofuel Production Development of Water Gas Shift Catalysts using Discovery Informatics
• Arvind Varma, College of Engineering–Chemical Engineering
  Combustion-Based Methods to Generate Hydrogen for Fuel Cells
• Duane Wegener, College of Liberal Arts–Psychology
  Public Perceptions of Hydrogen-Based Energy
• Jerry Woodall, College of Engineering–Electrical and Computer Engineering
  The Science and Technology of Al-Ga Alloys as a Material for Energy Storage, Transport, and Splitting Water