April FESQ Brisbane Seminar: Alternative Structural interpretation in the Walloon Coal Measures: fracture development and implications for permeability
by Jeff Copley (Geophysicist) and Saswata Mukherjee (Geologist) from UQ
The recent CCSG Faults & Fractures project was intended to develop an improved understanding of permeability in the CSG production areas. Key highlights of the project which will be discussed in this presentation are the deformation styles within the Surat succession and the importance of stress in particular the relative orientation to fractures. Examples of the complexity of major deformation underlying the Surat and the controls on later fracture development in the Walloon Coal Measures are presented. Of importance is the development of net negative graben features recognized as “keystone” structures are shown to be an important component of fracture development. The complexity of this deformation is illustrated in 3D volumes. In addition, the connection between different structural domains and the in-situ stress and/or fracture relationship, in previously unidentified areas of strike slip is discussed.
Registration deadline: Thursday 27th April 2017 Start-of-business
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Jeff Copley is an interpretive geophysicist from The University of Queensland with more than 40 years industry experience in many basins and exploration plays around the world. His current research interests focus on the application of seismic to structural and stratigraphic challenges within Coal Seam Gas reservoirs, develop an integrated sequence stratigraphic framework for the Surat Basin.
Saswata Mukherjee is a geologist by background with a Master degree from Indian School of Mines, India. He is currently pursuing a doctorate degree from The University of Queensland looking into structural controls on in-situ stress and fractures in the Walloon Subgroup.
27th February 2017 3:30 PM through 27th April 2017 5:00 PM
Shell (sign in at reception on Floor 30) 275 George Street Brisbane, QLD 4000 Australia
275 George Street
Brisbane, QLD 4000