World Oil; (United States) · 1992 · 10 citations · 0 references
EngineeringPetroleum EngineeringDrillingDrilling EngineeringWell TestingDrilling HydraulicsKick DetectionWell ControlWell PlanningWellbore HydraulicsWellbore StabilityKick Detection ModelsWell Control DrillsWell Control PlanningWell Control SimulationWell Control SimulatorsWell Control TrainingWell Planning Safety
By gaining a deeper understanding of the physical processes that occur when gas enters a wellbore during drilling, BP International and Schlumberger Cambridge Research have developed a sophisticated gas-kick simulator to improve well control safety. This paper discusses the simulator, which functions as a well planning and training tool, and was funded by the UK Health and Safety Executive (HSE). The result of the joint effort is a user-friendly and robust gas-kick simulator suitable for use by engineers and scientists, and training professionals. Applicable in oil and water muds, the kick simulator improves the ability to determine safe criteria for kick detection, accurately recognizes kick volume, intensity and type, and predicts expected wellbore response during kick circulation.