Field Development Planning and Processes Optimization

Creation of Field Development Planning (FDP) document, hydrocarbon reserves estimation, selection of geotechnical measures to control field development and reach target levels of production, reservoir pore pressure maintenance and well scheme optimization, accounting for geomechanical effects when producing/injecting – requires integration of various domains and expertise, collaborative approach within the team to resolve complex tasks for reservoir development at any stage of the field life cycle.

STANDARD	ADVANCED	COMPLEX
Mechanical properties, pore pressure and stress state calculation Isotropic 1D Wellbore Stability (WBS) WBS for planned well – trajectory and well design optimization, safe MW estimation	Anisotropic (TIV) 1D geomechanical model Partial accounting for structure when planning highly deviated well WBS calculation and well planning based on 3D geomechanical model (static)	High Risk Well Planning in complex with other disciplines Horizontal and ERD wells planning, risks evaluation and drilling map generation Planning and optimization of drilling for field development based on 3D-4D modelling

Development of non-traditional reservoirs

Comprehensive services portfolio is offered when working with shale-oil reservoirs, which includes specialized interpretation of geophysical and seismic data, geological and geomechanical modelling. Such an integrated approach results in building of Complex Earth Model (CEM) which serves as a basis for analysis and mapping of favourable areas, zones and intervals for well placement (identification), safe drilling and geo-navigation (accessing reserves), completion and reservoir stimulation with multi-stage hydraulic fracturing (producing hydrocarbons).