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1. The Digital Twin for
an oilfield
IoT TechExpo Europe
Amsterdam
June 27th 2018
Lars Meløe
Kongsberg Digital

2. Statoil & KONGSBERG Restricted - Digital Twin for Unmanned Facilities - Feasibility Study
KONGSBERG group –
Technology innovation
page
02

3. Statoil & KONGSBERG Restricted - Digital Twin for Unmanned Facilities - Feasibility Study
Disruptive digitalization
projects
page
03

4. Statoil & KONGSBERG Restricted - Digital Twin for Unmanned Facilities - Feasibility Study
What is a Digital Twin?
• Comprehensive replica & accurate representation
• Advanced analytics and machine learning
• Static, historical and real-time data
• Technical to business operations usage
• Context dependent user interface

5. The Digital Twin
The installation

7. Digital Twin
Screenshots

8. Visualization &
Collaboration
Lifecycle
Management
Cyber
Security
Facility Roaming Assets
Physical
Asset
Well & Reservoir
Subsurface
Topside
Edge Gateway
IMS
SAS | Autonomy
Equipment Packages
Vessel
Helicopter
Drone
Digital Infrastructure
& Simulators
Models & Services
Real Time Data Historian
Asset
Models
Business
Data
3D
Models
App Framework
Analytics &
ML Engines
Simulation Engines
Physical / Mathematical Models
Data Driven (AI) Models
Hybrid Models
Visualization
Engine
GIS
AIS
Data
Services
Digital Platform
Application Programming Interfaces (API)
Application Areas
Functional
Integrated
Operation Center
Plan & Expert
Centers
Field Development
& Modifications
Drilling
& Wells
Production
Optimization
Operations
& Maintenance
Maritime Ops
& Logistics
Integrated Field
Development Team
Control Room,
Operation Center
Maintenance
Team
Vendors
Others
Client Data Platform

9. Statoil & Kongsberg - Digital Twin for Unmanned Facilities - Feasibility Study
Evolving
Operational Models
1
2
3

10. Statoil & Kongsberg - Digital Twin for Unmanned Facilities - Feasibility Study
«FieldOps»
Loop
Field Development &
Larger Modifications
Operations &
Maintenance

11. New Operational concept

13. Monitor performance and solve problems
page
013

14. Issue Work Order
1- Faulty gaslift valve must be
replaced.
2 – Reconfigure production settings to
maintain production

15. PREPARING THE TEAM

16. Maritime Operation

17. Digital Twin through
Life of Field
Feasibility
study
Concept
selection
FEED
Detailed
Engineering
Commissioning
Production
start
Operation Maintenance Modifications

18. DIGITAL TWINS UNLOCK SIGNIFICANT VALUE FOR OPERATORS
ACROSS THE VALUE CHAIN - EXAMPLES
SOURCE: McKinsey, Multiple cases from other industries, e.g. airline, chemicals, agriculture, automotive; O&G pilots; Estimates
Upstream value chain
Exploration
Drilling &
completion
Reservoir
management
Capital project
delivery
Operations
and
maintenance
Supply chain
& overhead
-30% cost
-30% time
+10 % prod.
- 20-60% cost
 30% - 70% reduction of engineering
cost and time
 Reduced materials costs
 Labor man hours reduced by 30-80%
across multiple key processes
 5-15% higher production by higher
uptime and prevention of unplanned
events and failures
 20-40% reduced maintenance costs
 30-100% reduction of offshore manning
Operations and maintenance
Capital project delivery