Production performance analysis
Analyse oil, gas, water, water cut and injection trends at well, block, reservoir and field levels. Identify declining producers, inactive wells and changes following interventions.
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ReservoirIntel helps asset teams understand current field performance, forecast future production and evaluate development potential. It combines production, injection, pressure, completion and reservoir information to build well-to-field forecasts, compare development scenarios and screen opportunities for engineering review.
ReservoirIntel is an AI-assisted production analysis and reservoir management platform that turns field data into forecasts, development scenarios and traceable opportunity assessments. From individual wells to integrated field profiles, it helps teams evaluate production outlook, investigate intervention potential and compare development options.
The product brings operational and reservoir context together in one technical workspace while keeping forecasts and opportunity screening grounded in explicit assumptions.
Analyse oil, gas, water, water cut and injection trends at well, block, reservoir and field levels. Identify declining producers, inactive wells and changes following interventions.
Generate well-level decline forecasts using exponential, hyperbolic and harmonic models, with configurable fitting periods, decline limits, economic cutoffs and forecast horizons.
Aggregate well forecasts into block, reservoir and field profiles, retaining production history and the assumptions behind each forecast.
Compare business-as-usual production with scenarios incorporating reactivation, workovers, recompletion, new wells and injection assumptions.
Bring together baseline forecasts, remaining-reserve information and candidate interventions to explore potential production contributions. Results support engineering assessment rather than establish recoverable reserves.
Examine injection trends, water cut, pressure measurements and simplified voidage replacement to support injection and production reviews.
Plot workover and stimulation events against production history and examine observed changes before and after operations.
Reconcile FER-identified zones with testing, perforation and operational records to identify intervals requiring further evaluation.
Extract information from technical documents and connect it with structured production and reservoir datasets.
Generate interactive maps, historical and forecast charts, scenario comparisons, presentations and Excel profile packs.
ReservoirIntel has been applied to a mature-field dataset containing large-scale production, injection and event histories, alongside reservoir intervals and technical documents.
*For confidentiality, field, well, reservoir and block names are hidden. Record counts indicate database scale, and forecasts and opportunity assessments remain subject to engineering validation.
The demonstration focused on practical technical workflows that connect historical data, production trends and engineering review.
Analyse production histories and generate automated decline forecasts for individual wells and aggregated views.
Combine well forecasts into block, reservoir and field profiles and compare them against business-as-usual assumptions.
Test development cases with explicit assumptions such as reactivation, workovers, recompletion and new wells.
Review event timelines and screen reservoir opportunities using linked operational and document evidence.
Prepare technical and management reports with traceable charts, maps, summaries and exportable data packs.
ReservoirIntel helps reservoir teams turn field data into forecasts, development scenarios and traceable opportunity assessments while keeping engineering judgement central to final decisions.
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