AIPC provides field staff with extensive experience and capability to deliver the entire project from pre-drill through to the final report. Having the PPFG expert available through the lifecycle of the service delivers greater confidence to the operator through:
AIPC utilises experienced specialist PPFG engineers to interpret data utilising LAS files, mud logs, well completion reports and other operational data such as drilling reports, leak off test results and formation pressures.
The pre-well PPFG service delivers valuable PPFG data that assists in establishing a robust well design, appropriate casing point selection and determining drilling fluid density. These services consistently add value to drilling operational efficiency.
Wellsite based pore pressure engineering services performed by experienced Pore Pressure Engineers with extensive wellsite experience, providing identification and commentary on transition zones, overpressure zones, magnitude of pore pressure, magnitude of fracture gradients, potential of pressure reversals and normally pressured intervals.
The same PPFG expert utilises the pre-drill analysis and model, updates this with data acquired during real-time monitoring (collated post-drill) and provides an updated comparative model for future use in the basin or region.
Through every stage of the service (pre-drill, wellsite monitoring, post-drill analysis) the Operator is provided with comprehensive reports for pre-drill and post-drill analysis, and regular daily updates during real time monitoring along with recommended communications protocol during drilling operations.
Included with the pre-drill pore pressure model and report, AIPC provides a detailed outline of operational protocols, workflow and contingencies which will form the basis of communications and decision making on a daily basis during the real-time monitoring stages of AIPCs service.
AIPC has provided PPFG services in many petroleum basins throughout the world, these include:
Sumatra Well Resistivity – Pore Pressure Fracture Gradient model generated from the deep resistivity response in a well in South Sumatra
Sumatra Well Sonic Pore Pressure Fracture Gradient model generated from the compressional sonic response in a well in South Sumatra
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