GeoEnergy Research

About us

The Earth鈥檚 subsurface plays an important role in the energy transition as a source of many necessary resources, and as a location for the safe and economic storage of energy and emissions.听

Women working at the drill core library

The 最新糖心Vlog of Adelaide boasts one of 最新糖心Vlog鈥檚 best research and teaching teams in the field of GeoEnergy, with a focus on fundamental and applied science and engineering research.听

We have a long history of academic expertise in subsurface energy and CO2 sequestration geoscience and engineering, and in working with government and industry to accelerate and de-risk development.听
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What is GeoEnergy?

GeoEnergy encompasses any energy system and related engineering and management that involve the Earth鈥檚 geological subsurface. This includes existing, new and emerging resources crucial to the decarbonisation of energy systems and meeting net zero emissions targets, such as:

  • geothermal energy
  • natural hydrogen exploration and production
  • natural gas
  • geological storage of carbon dioxide (CO2)
  • energy storage through storage of hydrogen, heat and compressed air
  • geological storage of radioactive waste
  • geological siting of wind energy infrastructure
  • related management of groundwater resources
  • monitoring and assurance.

Expertise

Our experts in GeoEnergy research span disciplines including mining, petroleum and mechanical engineering, and the Earth sciences.

Our expertise is focused on topics such as: rock and fracture mechanics, active monitoring, reservoir simulation, gas-water-rock interactions, robotics and automation, standards and regulation, geophysics, structural geology, seismic hazard and risk, sedimentology, thermochronology, salt tectonics, geochemistry and data analytics.

Approaches span theoretical, numerical, experimental, field, modelling and simulations. Improved understanding of the geological subsurface, how water and gases flow through the subsurface, and how rocks respond to changes in pressure, temperature and fluid flow, are key areas of focus.

Scientists checking data at a lab

Facilities

Key laboratory facilities include:

  • Carbon Storage Research Facility for research on permanent CO2 storage within geological formations after its injection into subsurface reservoir rocks, and how CO2 flows through and interacts with rocks and pore waters on a microscopic scale
  • including Thermal Ionisation Mass Spectrometry (TIMS), Isotope Ratio Mass Spectrometry (IRMS), and Organic Molecular Analyses & Characterisation (OMAC) facilities
  • Adelaide Microscopy听

Our team is developing detailed descriptions of the research projects currently under way, and we will describe these here soon.

Geoscientists doing fieldwork

Industry training and collaboration

We provide research services and short courses to industry and would love to help your business develop the key competencies you need.

  1. Energy transition courses: Fundamentals in future energy industries that interact with the subsurface.
  2. Sedimentary basin courses: Everything you need to know to explore or operate in the geological basin of your interest.
  3. Specialisation courses: Learn enough about specialist subjects to understand and act on information.

Contact us

Ask us about our research services, partnership opportunities, and industry short courses.