Geological storage of CO 2 captured from industrial processes such as coal combustion or
from direct air capture is part of the transition to low emissions. The Jurassic Precipice …

Abstract The Surat Basin hosts significant coal and coal seam gas resources. New high-
precision CA-TIMS U/Pb zircon ages from tuffs and Bayesian age stratigraphic models are …

Several mass extinction events and major paleoenvironmental perturbations during the
Phanerozoic have been linked to massive volcanic eruptions, especially those associated …

The geological storage of CO 2 is a key component in the energy transition to net zero
emissions. Industrial CO 2 streams from combustion, or “hard to abate” industries such as …

Facies analysis is crucial for reservoir evaluation because the distribution of facies has
significant impact on reservoir properties. Artificial Neural Networks (ANN) are a powerful …

Abstract In the Surat Basin of eastern Australia, the Lower Jurassic Precipice Sandstone and
Evergreen Formation are a highly prospective reservoir-seal pair for notional future carbon …

Abstract Interpretations of palaeodepositional environments are important for reconstructing
Earth history. Only a few maps showing the Jurassic depositional environments in eastern …

CO 2 geological storage can be part of the solution to reduce carbon emissions to the
atmosphere. An understanding of the geochemical processes occurring during CO 2 storage …

Abstract The Precipice Sandstone is a major Great Artesian Basin aquifer in the Surat Basin,
Queensland, Australia, which is used for water supply and production of oil and gas. This …

Geological storage of gases will be necessary in the push to net zero and the energy
transition to reduce carbon emissions to atmosphere. These include CO 2 geological …