the effective operation parameters on wait and weight method during drilling operations

The term well control refers to all measures taken to prevent subsurface flow. a blowout is an uncontrolled release of formation fluids to the surface. a sudden influx of formation fluids into a borehole is referred to as a kick. a kick can occur during drilling or workover operations and quickly escalate into a blowout, causing damage to equipment and natural resources. this study discusses the challenges involved in drilling operations in the oil and gas industry, specifically focusing on well control. the study examines pressure changes that occur during well control using the engineer s method (the wait and weight method). the aim of this article is to use the drilling simulator and landmark software to simulate different scenarios with varying kick sizes and slow circulating rates (kick sizes of 8, 15, and 20 bbl, respectively, and two slow circulating rates of 30 spm and 40 spm). the results showed that the size of the kick and the circulating rate have a significant impact on pressure levels, with larger kicks resulting in higher pressure profiles. the time it takes to completely kill the well is affected by the different circulating rates. the findings emphasize the importance of proper kick management to safely remove gas kicks from the wellbore.