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Energy:
  • Mission: The Energy Center of Excellence pursues applied and fundamental research to develop combustion solutions for renewable energy production and improved efficiency of non-renewable energy generation. Information and technology developments are disseminated through publications, presentations, and teaching. Collaboration with industry ensures implementation of research results.

 

  • Faculty: The faculty in the Energy Center include:
    • Dr. Judi Steciak, Professor of Mechanical Engineering, combustion and air pollution issues.
    • Dr. Ralph Budwig, Professor of Mechanical Engineering, fluid mechanics and experimental methods.
    • Dr. Steve Beyerlein, Professor or Mechanical Engineering, internal combustion engine dynamics.

 

  • Research Projects:

  • Catalytic ignition of renewable fuels in transportation vehicles.
  • Improved combustion efficiency of heavy hydrocarbon fuels.
  • Slag-free gasification and combustion of herbaceous biomass.
  • Catalytic decomposition of hydrogen peroxide in micro-scale ceramic thrusters. 

 

 

  •     Class Offerings:
    • ME433 Combustion Engine Systems.
    • ME529 Combustion and Air Pollution.
    • ME547 Thermal Radiation Processes.

 

  • Students:
    • David Mehaffey, MSME candidate
    • Brad McGary, MSME candidate, Catalytic ignition temperature of bio-diesel fuels over platinum.
    • R. Joshua Royce, MSME candidate, Fluid dynamics and ignition model of a catalytic igniter.
    • Joshua Gibson, MSME candidate, Catalytic ignition temperature of aqueous ethanol over platinum.
    • Katrina Leichliter, MSME, Catalytic ignition temperature of propane-oxygen-nitrogen-water mixtures over platinum, 2009.
    • Donald Plumlee, PhD, Development of a monopropellant micro-propulsion device in low temperature co-fired ceramics, 2007.
    • Bob Lounsbury, MSME, Catalytic ignition temperatures of propane-oxygen-nitrogen mixtures over platinum, 2007.
    • Amit Patel, MSME, Development of a plug-flow reactor for fundamental oxidative catalysis studies, 2004.
    • Jim Scranton, MSME, Design and Economic Analysis of a Portable Straw Burning Electric Generator, 2001.

 

  • Funding Agencies:
    • US Department of Agriculture
    • US Department of Defense
    • US Department of Energy
    • NASA
    • Idaho's Higher Education Research Council
    • Idaho Energy Division
    • Idaho Transportation Department

 

  • University, Industry, and Agency Collaborators:
    • Boise State University
    • Automotive Resources, Inc.
    • Energy Products of Idaho, Inc.
    • Renaissance Engineering and Design, PLLC
    • Idaho National Engineering and Environmental Laboratory
    • Lawrence Livermore National Laboratory
    • National Institute of Advanced Transportation Technology
 


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