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Digital Twin of Mine Development Planning

A technology that allows, when data changes in one event, automatically recalculate the entire chain of dependent data across the entire company

Client

Vertically integrated oil company

Problem

The main problem

The lack of suitable software solutions on the market for planning production indicators of field development using the Customer’s calculation methodology. The absence of an appropriate solution leads to:

Preconditions

Automation
absence

The human factor in work leads to missed deadlines and errors

High labor
costs

Using Excel tools requires significant labor costs to maintain

Limited variability of solutions

Limited time and manual calculations reduce the number of solution options

Impossibility of parallelization of work

Leads to limitations on speed and efficiency of the process

Lack of standardization
of the process

The disjointed use of tools, including Excel tables, macros and formulas, leads to inconsistencies in materials and errors within the department.

Tasks

Key objectives of the project

01.

Reduce the effort required for the planning process

02.

Eliminate the influence of the human factor in the calculation of production indicators

03.

Unify calculation methodology and standardize data presentation

04.

Implement planning in terms of well logging and base production

05.

Implement calculation of all fluids

06.

Improve the quality of forecasts and the accuracy of calculations of production indicators of oil and gas production

07.

Provide multi-user access to a process

08.

Eliminate the use of Excel spreadsheets in the planning process

Technologies

Client

HTML5, CSS3, Angular

Server

.NET 6

Data

Postgres Pro

Solution

As a solution, we proposed a technology that allows, when data changes in one event, automatically and very quickly recalculate the entire chain of dependent data for the entire company, which includes tens of thousands of indicators.

Formation of GTM events and rates of decline

    • Analysis and selection of statistical data (wells, geological and technical measures) for constructing decline rates;
    • Monthly updating of rates based on incoming statistics;
    • Statistics for any period, any set of wells, any set of well interventions;

Online scenario modeling

    • Scenario online modeling of the production profile and other production/technological indicators based on the rates of decline and initial parameters of the planned geological and technical measures;
    • Automatic update of the viewed results after model calculation;
    • Viewing the results of modeling indicators in any form – table, graph, regulatory report;
    • Detailing of the parts that form the final production profile, in graphical and tabular form;

Comparison and analysis of the results of calculation models

    • Comparison of results from different scenarios;
    • Possibility of customization of any window structure with the results of model calculation;

Monitoring

    • PLAN-FACT comparison. Monitoring and analysis of production indicators with detail down to the level of well logging.

The system predicts production indicators for up to 100 years according to scenarios

Project Awards

Winner of the competition “Best digital solutions for the oil and gas industry” in the nomination “Specialized software solution”

V Forum “Smart Oil & Gas: Digital Transformation of the Oil and Gas Industry”

Project results

Result of implementation

Effects

by 15%

reduced operating costs

3 times

times reduction in planning time

by 95%

geological and technical measures , APG supplies and oil delivery increased by 95%

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