Harness resources and energy

Find out how our energy and geoscience research
is helping to create a world of secure, sustainable and emission-free minerals and energy for all

The key issue: Ever-growing global demand for energy.

As energy and mineral resources become harder to access and more costly to extract, the price of these resources will rise.

The International Energy Agency (IEA) says the world’s energy needs could be 50% higher in 2030 than they are today.

 

We need to find smarter, more efficient and cost-effective ways of extracting and using coal, oil and gas. And we need to invest in alternative energy solutions, embracing renewable sources of energy as part of a more diverse and sustainable energy mix.

What is UWA doing about this global issue?

It’s a challenge that calls for a blend of energy solutions, which is how we’re approaching the problem at UWA.

Image by: NASA

 

Together with our industry partners, our research teams are finding smarter ways to discover, develop and use minerals and energy resources and technology.

  • The Centre for Exploration Targeting (CET).

    A unique applied research enterprise, CET focuses on increasing the discovery rate in mineral exploration, as well as the quality of those discoveries, all without substantial increases in exploration expenditure.

    Bridging the gap between current research and the immediate real-world needs of the rapidly changing mining industry, CET undertakes applied research to develop innovative, integrated targeting tools and techniques to improve the risk-reward ratio in exploration.

  • The Centre for Energy Geoscience.

    UWA’s Centre for Energy Geoscience brings together dedicated researchers, educators and industry partners to find better, more efficient ways to discover, develop and use hydrocarbon energy resources.

    We look at the challenge as a holistic one. Our investigations span the geosciences spectrum, with applications for conventional and unconventional hydrocarbons, and the sequestration of greenhouse gases like CO2 in an environmentally responsible manner.

  • Energy and Minerals Institute

    Charged with developing new knowledge and advanced technologies for efficient, effective and environmentally friendly use of fuels and energy in the resources industry, UWA’s Centre for Energy is dedicated to world-class energy research and technology development.

    Specifically, our research teams are working closely with companies, institutions and government agencies to improve gas-to-liquid, clean coal and biofuel technologies, while also developing better ways to minimise greenhouse gas and other emissions.

More Energy projects

Prof. Chunbo Ma

Nonmarket valuation of costs of fossil-fuel-fired electricity generation in China

This project assesses the public preferences for improved environmental conservation in the electricity sector. This project aims to examine welfare implications of various environmental policies introduced in China’s power sector using nonmarket evaluation techniques. Booming China’s hunger for energy seems insatiable. The dismal air quality across much of the country…

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Prof. David Lumley

Geophysical imaging, inversion and time-lapse monitoring of the Earth’s subsurface.

Geophysics is the study of the earth, oceans, atmosphere and beyond with the quantitative methods of physics, math and computer science.  Professor Lumley’s research expertise is in 3D, and time-lapse 4D, geophysical imaging of the Earth’s subsurface, especially using seismic waves, with societal benefits that include energy exploration and production,…

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Asst. Prof. Julien Bourget

Life and Death of WA’s Barriers Reefs during the Past 20 Myrs

The Western Australia’s North West Shelf (NWS) is a world-class gas province where up to 3 kilometres of Cenozoic “overburden” sedimentary rocks have accumulated above the hydrocarbon reservoirs. Geophysical and geological analysis of this overburden has revealed the presence of ancient “barriers reefs” that formed along the NWS margins several…

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