Centre for Energy

The UWA Centre for Energy is an internationally reputed research facility in fuels, energy and sustainable development. The Centre's overall aim is to develop new knowledge and advanced technologies for efficient, effective and environmentally friendly utilisation of fuels and energy in the resources industries.

The Centre is working closely with leading companies, institutions and government agencies, to improve fuel processing, energy conversion and utilisation technologies. 

The Centre's work is critical to address Australia's increasing reliance on imported oil and the associated energy security implications and supports energy production and services in regional communities. We also offer a range of courses, including postgraduate research that shapes future industry leaders.

Research areas

  • Natural gas
  • Petroleum
  • Coal and biomass
  • Renewable energy and energy storage
  • Future energy options
Natural gas plant 

 

CFE Facilities

The Centre uses an array of high-technology machines and equipment in pursuing its varied research interests.

  • Potentiostat and Electrochemical Cell
    For electrochemistry, electrometallurgy, electrolysis and fuel cell research.
  • Dielectric Barrier Non-Thermal Plasma Catalytic Reactor
    For gas phase kinetics, plasma chemistry and gas to liquid research.
  • Ultra Sonic Power Generator and Sonochemical Reactor System
    For sonochemistry, lignin degradation, biomass conversion and biofuels research.
  • UV-visible Spectrophotometer
    For determination of lignin, Iodide, carotene, alkenes, alkynes, carbonyls, azo, nitro and nitrates as well as transition metals in solutions. UV-Vis can measure many quality parameters of water samples such as dissolved organic matter, suspended solids and salts for real-time monitoring of water quality downstream from a mine.
  • High-Pressure Fixed-Bed Reactor System
    For research into fluid catalytic cracking, natural gas reforming, hydrogenation and Fischer-Tropsch synthesis.
  • Supercritical Fluid Extraction
    For research into supercritical fluid extraction and separation, identification and isolation of natural chemicals from biological sources, hydrothermal processing and hydrolysis, and biomass conversion and utilisation.
  • Bosch Engine Emission Analyser
    For engine emission research.
  • SCIEEF Diesel Engine Test Facility
    For fuel and engine performance and emission research.
  • ASAP 2020 Particle Surface and Pore Analyser
    For electrochemistry, electrometallurgy, electrolysis and fuel cell research
  • HPLC: High performance liquid chromatography
    To separate, identify, and quantify compounds based on their idiosyncratic polarities and interactions with the column's stationary phase.
  • GCs: Gas chromatographs
    For gas phase composition analysis.
  • Horizontal Fixed-Bed Reactor for catalyst screening and kinetic studies
    For catalyst screening and kinetic studies.

Contact us

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Location

Civil and Mechanical Engineering Building. Fairway, Entrance No. 3 on the UWA Crawley campus. 9AM to 5:30PM

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