Geoscience Australia
Shipwreck Trough critical stress analysis - There are two components included in this body of work Critical stress component Fault juxtaposition component- Better understanding and quantification of containment risk is an outstanding factor in defining its suitability for CO2 geosequestration in and around the Shipwreck Trough. Services are sought to better understand these risks.
approach to market to establish contract for shipwreck trough critical stress analysis the customer is required to provide costing as below for the two components as below: deliverablecritical stress component this is the priority body of workfault juxtaposition component this is optional and may be included in any contract entered into, based on costing, timing and available budgetin and around the shipwreck trough, better understanding and quantification of containment risk is an outstanding factor in defining its suitability for co2 geosequestration. services are sought to better understand these risks. the shipwreck trough is known to be highly faulted fault reactivation and leakage along faults are the key risk factors to be analysed. critical stress analysis, a geomechanical technique, can be used to understand whether faults are likely to reactivate given input farfield effective stress parameters and fault mechanical properties. faults at risk of reactivation are also at risk of alongfault fluid leaka
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