A single end-to-end digital platform for real-time design and analysis and for full automation control of technological processes

Digital ECO system

Features Features

Cases Cases

All stages of well construction from planning to completion in a single real-time analytical environment

Allows all participants of the process to make coordinated, fast and trouble-free decisions

Data quality assurance and real-time synchronization

Data quality control and assurance and real-time synchronization

About ECO platform

ECO platform performs a full-fledged analysis of the situation in real time, compares the set parameters and self-calibrates to the actual conditions

Allows all participants of the process to make coordinated accurate, fast and trouble-free decisions

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Well planning

At this stage, the ECO platform allows you to make the calculations necessary for the planning of the profile and casing design of the well, drill string, hydraulics and fluids, as well as used in the selection of a drilling rig and mapping emergency response plan. All planned technological parameters of drilling mode are used, the expected mechanical loads and hydraulics are calculated in the process of drilling, reaming, tripping, running casing strings.

Well construction

At this stage, input data quality is checked, a self-calibrating "Digital Twin" of the well works, wellbore condition is evaluated, well construction process within "safety corridors" is evaluated, predictive and prescriptive analysis of possible hazards and complications in real time is performed, "smart" alerts with description of corrective steps are set, operations during well construction are automatically determined, automatic reporting is generated.

Post analysis and efficiency

This block covers retrospective analysis of data on already drilled wells, comparison of data on different wells, determining the performance of different drilling crews, application of best international practices, analysis of causes of non-productive time, accidents and complications, assessment of measures to prevent possible accidents and complications, construction of a roadmap of complications.

Performed tasks

Data quality control and assurance and real-time synchronization

Flexible architecture

Integration with existing systems of platform users and adaptation of regulations and processes

Process management system

Automation of operational decision making, equipment management and automated reporting

Performance evaluation

Key performance indicators for processes and statistics of the quality of execution of regulatory procedures

Objectivity of measurements

Data quality control and assurance and real-time synchronization

Digital Twin

Multidisciplinary calibrated model for the feasibility of accident-free operations

Сommon digital space

All information and analyses are performed in a centralized manner without the need to install any software

ECO benefits

/01

Cost-effectiveness

Uses existing equipment, sensors and infrastructure

Significant reduction in the risk of complications and accidents

Qualitative improvement in indicators of drilling rate, efficiency, quality of results and competence of personnel

Reduced decision-making time and improved reasonableness of decisions

/02

Flexibility and scalability

Cloud technology and unlimited users

Customizable functionality depending on the tasks the user is solving

Secure systems and reliable communication channels

/03

Digital Twin

High-frequency drilling model calculations

Predictive and prescriptive analytics

Automation and robotization of equipment

Automated reporting and data storage

Intellectual component of the process

Technological control

Automated reporting and decision-making mechanism. Real-time calculation and visualization of KPIs

Multiphysics design

Reliable simulation using digital twin technology that continuously adapts to changing downhole conditions

Data aggregation

Understanding downhole conditions by monitoring meter readings. Integration of all customer infrastructure data

Сommon digital space

Cloud-based data storage of an unlimited quantity of drilling rigs. Flexible installation and deployment scheme

Technological control

Automated reporting and decision-making mechanism. Real-time calculation and visualization of KPIs

Multiphysics design

Reliable simulation using digital twin technology that continuously adapts to changing downhole conditions

Data aggregation

Understanding downhole conditions by monitoring meter readings. Integration of all customer infrastructure data

How does it work?

example — ✱ One of the possible connection schemes.