Based on the obtained parameters of the geomechanical model for the planned well trajectory, the Wellbore Stability Calculation (WBS) is performed

Currently, near-surface hydrocarbon reserves are being depleted. The development of deeper reservoirs faces several difficulties, both technical and geological in nature. One of the reasons leading to emergency situations is the presence of abnormally high formation pressure

According to the results of the Wellbore Stability wall Evaluation, the well design and trajectory are optimized. This is a complex iterative process, since changing one parameter requires revising others

Hydraulic optimization during drilling is the process of adjusting the parameters and components of the drilling equipment system necessary to achieve the most efficient operation during the drilling process.

Drilling risk management map is a document that describes possible risks in the process of drilling, tripping, well casing and recommendations for their control and elimination based on geomechanical modeling

The goal of geomechanical support is to reduce uncertainty and prevent the occurrence of geological complications directly in the process of well construction