Well design

Section Plan

The drilling section plan allows you to estimate the expected mechanical and hydraulic loads in the well for all types of process operations prior to the start of well construction.
Calculations take into account all drillstring parameters, friction coefficients, rheology and density of the drilling fluid.

Drilling roadmap

The drilling roadmap serves as a tool for creating and optimizing the drill bit program.
The drilling roadmap contains the planned parameters of technological modes for each technological operation.
The data in the drilling roadmap are filled in according to the "Drilling program", for each planned interval of the open borehole (section).

Bit hydraulics

Optimizing the hydraulics on the bit allows you to select the bit configuration that will maximize the bit impact force on the bottomhole for maximum drilling efficiency.

Well construction

Digital twin

Digital twin is a physical and mathematical model that calculates well mechanics and hydraulics at a rate of 1 Hz.
The live digital twin is calibrated to the current state of the well, based on surface sensor readings (mudlogging, drilling rig, LWD) and automatically determined operations.

Real-time calculations of the digital twin take into account:

- Drillstring parameters

- Mud density, rheology and temperature

- Drilling fluid replacement process and time

- Current well profile measurements

- Current friction factors in the cased and open wellbore

Working in safe corridors

Visualization of the optimal parameters corridor allows the driller to stay within the corridors, thereby increasing drilling efficiency and minimizing risks

Real-time analysis

KPIs of drilling crews
Assessment of compliance with technological regulations
Automatic operations detection
Automatic daily reports
Effective remote control
Drilling efficiency evaluation
NPT type determination
Hidden NPT detection
Pre-emergency procedures

Predictive analysis

Predictive trend deviation analysis tools, integrated with hydromechanical analysis and KPI analysis, enable early detection and prediction of pipe sticking mechanisms, potential fluid gains and losses, wellbore cleanup problems, washouts and other problems.

Automatic reporting

Daily summaries, reports by trips, by section and per well
Output file formats: ppt and xls
Format and content of the report sections are customizable by user
Optional reporting period
Template reports are generated and sent out automatically
Data in the report is generated automatically, without the possibility of manipulation and with the possibility of adding comments and remarks

Postanalysis and efficiency

Retrospective analysis

The functionality of the ECO platform allows to run replay of the drilled well data with parallel real-time calculation of all mechanical and hydraulic loads

Processing of historical static data and analysis of well logs allows to clarify lithological information of the reservoir, which will be used in future well design

Well comparison

The ECO platform allows comparing different wells for comprehensive analytics and improving the quality of construction of subsequent wells

Simplifies basic tasks of monitoring, tracking and optimizing well construction:

- selection of optimal drilling modes in real time
- selection of optimal BHA design and well construction
- operative control of drilling modes at several simultaneously drilling wells
- determination of efficiency of new technologies application
- optimization of schedule planning

Best Practices

Continuous Improvement Model

Continuous Improvement Model

The ECO platform is a self-learning system that continuously improves the technological process. It allows consolidation and accumulation of all data and competencies within the client company, which leads to reduction of risks associated with subjective factors, growth of personnel competencies and business efficiency

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