Basic platform functionality
Digital upstream office Technologies
Setting up and updating models of restrictions of production nodes;
Setting up and updating models of restrictions of production nodes;
Application of Machine
Learning methods based on
telemetry data to determine
the production rate for each
well (virtual flow meter);

Application of Machine Learning methods based on telemetry data to determine the production rate for each well (virtual flow meter);
Regulatory and reference information management;
Hydrocarbon production management depending on potential (formations, wells, field nodes);
Hydrocarbon production management depending on potential (formations, wells, field nodes);
Cartographic visualization of space with 3D models of objects;
Generation of operational and analytical reporting for production management at current facilities;
Single window for working with the Production Control Center (PCC);
Plan-fact analysis of
hydrocarbon production
indicators and
implementation of measures;

Plan-fact analysis of hydrocarbon production indicators and implementation of measures;
Predictive analytics;
Collection, systematization and storage of information on pipelines, analysis of the technical condition and modes of operation of pipelines.
Generation of integrated asset plans, taking into account the optimization of the basket of recommended activities at various planning horizons: calendar year, quarter, month, day, shift, etc.;
Generation of integrated asset plans, taking into account the optimization of the basket of recommended activities at various planning horizons: calendar year, quarter, month, day, shift, etc.;
Selection and formation of a basket of activities recommended for implementation in assets, including using artificial intelligence algorithms for geological and technical measures (GTM), selection of equipment, integrated analysis of activities;
Selection and formation of a basket of activities recommended for implementation in assets, including using artificial intelligence algorithms for geological and technical measures (GTM), selection of equipment, integrated analysis of activities;
Integrated modeling of assets on a monthly horizon with group optimization of technological modes; modeling includes modeling of the reservoir, wells, gathering systems, preparation and financial and economic model;
Integrated modeling of assets on a monthly horizon with group optimization of technological modes; modeling includes modeling of the reservoir, wells, gathering systems, preparation and financial and economic model;
Simplified operational modeling of assets on daily and shift horizons;
Simplified operational modeling of assets on daily and shift horizons;
Ability to connect various data sources and third-party services to ensure the operation of digital twins of fields;
Input data control for performing modeling and asset planning procedures, preliminary analysis of calculations performed, automatic control of actual production indicators; data visualization;
Input data control for performing modeling and asset planning procedures, preliminary analysis of calculations performed, automatic control of actual production indicators; data visualization;
Reduced downtime
Of shortfalls reduction
Of manual operations reduction at fields
Reduced overhead and operating costs
cost
reduction

Production system optimization
Reduced equipment operating costs
Benefits of using the DUO Tech
Mitigating HSE Risks
5-10%​
Goals of the
customer

Goals of the customer
2-3%
20-30%
Quantirative effects of the OIS-BRIDGT product
Faster response to emergencies and deviations from the planned operating mode of downhole and field equipment;
Targeted corrective action plans
based on improved loss
analysis. System
limitations/unrealized potential
are included in the OIS-
BRIGHT platform;
Targeted corrective action plans based on improved loss analysis. System limitations/unrealized potential are included in the OIS-BRIGHT platform;
Reduce downtime by intelligently
scheduling and optimizing
overhaul/maintenance
scheduling system;
Reduce downtime by intelligently scheduling and optimizing overhaul/maintenance scheduling system;
Real-time monitoring of the OIS-BRIGHT integrated operational plan;
Real-time monitoring of equipment to verify compliance with planned operation;
Automatic selection of optimal, energy-efficient downhole and oilfield equipment, including selection of the optimal operating mode to increase the turnaround and emergency time
Automatic selection of optimal, energy-efficient downhole and oilfield equipment, including selection of the optimal operating mode to increase the turnaround and emergency time
Accumulation of knowledge resulting in improved quality of decision making. Application of Machine Learning;
Accurate and fast planning with an increased level of detail;
Reduced operating costs by optimizing the repair/workover schedule of wells and infrastructure of the filed;
Reduced operating costs by optimizing the repair/workover schedule of wells and infrastructure of the filed;
Predicting failures of downhole equipment and wear of the wellbore/production zone of pipelines and field equipment;
Preventive maintenance is planned in the Comprehensive Operating Plan;
Optimization:
fewer visits to the well;
cross-functional collaboration;
resource allocation;
operating modes of downhole pumping equipment;
operating modes of downhole pumping equipment;
Quantirative benefits of the DUO Tech product