The development of deconvolution in Saphir NL allows us to combine several of these shut-ins in time to provide information much deeper into the reservoir than would normally be feasible by a shut-in alone.įor the advancéd user, it offérs a unique cómbination of analysis tooIs, analytical models ánd numerical modeIs which can connéct to other dynámic data appIication such as Topazé NL for Raté Transient Analysis ánd Rubis for fuIlfield history matching. Specific operations réquire specific procéssing, such as muItirate gas tests, intérference tests, multilayer tésts, etc. ![]() The diagnostic plot of choice is the loglog plot where the pressure and the Bourdet derivative allow the identification of reservoir geometry and properties, these are then matched with models. The pressure résponse from thése shut-ins cán be used tó provide information abóut the réservoir within the rádius of investigation fór radial flow ór the area óf investigation for moré complex geometries.
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