Геомеханическое сопровождение разработки месторождений
Многовариантная оптимизация группы активов
Комплексная оптимизация разработки месторождений
Научно-технологическое сопровождение бурения скважин
Проектирование строительства скважин
Стимуляция скважин
Геомеханическое сопровождение ГРП
Операционное сопровождение и краткосрочное планирование работы поверхностной инфраструктуры
Концептуальное проектирование новых лицензионных участков
Концептуальное проектирование действующих месторождений

OUR EXPERIENCE

Experience
Designing the first TAML3 complexity well with MGRP
Selection of the optimal GRP technology
100% increase in initial oil production rates of planned wells
Achimov deposits
Complications during drilling
Uncertainty of geological and geomechanical properties
Results
Challenges
Low permeability
Decrease in the rate of decline in flow rates from 30-45% to 7-10%
Reduction in water content from ~70% to ~10%
Reduction in the number of geological complications
Waterlogging and gas pressure regulator
High rates of decline in production
High water content
Results
Challenges
Ultra-low permeability
Development and successful implementation of high-tech GRP design
40% increase in initial flow rates
Effective implementation of a comprehensive approach to field development
Bazhenov Suite
Low current production rates
Presence of areas of natural fracturing
Results
Challenges
Inhomogeneities in the distribution of formation properties
Variability at the investment decision stage
Planning and optimization of surface infrastructure in the late stage of operation
Modeling of existing deposits and promising sites on them over time
Optimization of surface infrastructure at deposits
Optimal location of new site facilities and utility tracings
Structuring and operational calibration of data in field models
Seasonal complications
Dynamic changes over time
Economic uncertainty
Results
Lack of surface development data structure
Challenges
Low profitability
Wells designed for challenging climatic conditions using advanced ERD drilling and CRI technology
Stable production with a reduction in the number of wells in the operating fund
Sand control, minimization of wellbore destruction risks
Drilling and injection design for offshore gas wells
The optimal parameters for drilling 32 wells with depths of 1,000, 2,000, 3,000, and 4,000 meters have been calculated, taking into account geological objectives and the geomechanical characteristics of the formation.
Implementation of CRI technology
Optimization of ERD well drilling
Preservation of the trophy shelf
Results
Well pumping
Challenges
Control of sand exposure
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