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Source rock maturity and the timing of fluid generation are key factors that determine fluid type and the level and type of contaminants.
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Fluid migration and aquifer/fluid interactions are key to determining the fluid property and contaminant distributions within reservoirs, Petrophase are world leaders in modelling these interactions.
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A full understanding of fluids in situ requires an analysis of a whole suite of data from measured compositions, log responses and fluid pressure gradients.
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Sampling can never be truly representative and only by a full understanding and analysis of the sampling process can the results be interpreted and corrected to give a realistic description of the fluids in place.
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The prediction of fluid properties at all stages in the production process is key for any fluid modelling. At Petrophase we have helped develop a spreadsheet system with unique flexibility.
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Understanding reservoir processes and the prediction of fluid phase behaviour and properties are the basis of the petroleum engineering support Petrophase provides.
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Asphaltenes, Waxes, the modelling of production trains, the partitioning of contaminants; Fluid properties directly determine the production system.
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The measurement and prediction of contaminants is important as these can lower the value of the reserves and require additional processes to remove them.
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