it’s about time
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It’s About Time. Sanjaya Sood May, 2006. Introduction of new enabling technology, bringing huge improvements in reservoir productivity Increasing demand for real-time information, modeling, visualization and decision making tools - PowerPoint PPT PresentationTRANSCRIPT
It’s About Time
Sanjaya Sood
May, 2006
2 Initials
Key Industry DriversThe Emergence of Three Main
Trends• Introduction of new enabling
technology, bringing huge
improvements in reservoir
productivity
• Increasing demand for real-time
information, modeling, visualization
and decision making tools
• Periods of consolidation and
downsizing, resulting in the
industry expertise having aged
significantly
3 Initials
The Intelligent Oil FieldField Operations
Field Assets
External Stakeholders
Corporate Management
4 Initials
Intelligent Oil Field Enablement
• Digital enablement of oilfield operations
• Time-lapse seismic, real-time drilling, real-time production
• Downhole intelligent completions technology
• Downhole valves and sensors including multiphase meters and fiber-optic systems to track production from pore to pipeline
• Remote control centers linked by digital networks to field operations, management and external stakeholders
• Real-time workflows to enable core E&P processes
• Large scale data and systems integration
Where we are today
6 Initials
Real-Time Drilling
Features• Real-time model-based surveillance
• Earth-driven drilling optimization
• Integrated well-planning
• Secure digital infrastructure
• Remote team collaboration
Benefits• Improved productivity
• Better management of risk
• Improved efficiency with reduced cost
7 Initials
Rotary Steerable Systems for Real-Time Drilling
• Traditional directional drilling– Points the bit from surface– Rotates only the bit– Pushes and slides the drill string
• Rotary steerable drilling– Sends the desired direction to the
drilling tool downhole– Rotates the entire drilling string– Steers the well by configuring the
downhole tool to orient the bit
8 Initials
Real-Time Drilling – Complex Well Trajectories
• Total E&P UK plc, Shell,
ExxonMobil, Dana Petroleum
– North Sea
• Integration of rotary
steerable system with
advanced LWD for optimum
well placement
• All four reservoir targets
achieved
• Cost reduced
• Drilling efficiency improved
• Production 25% more than
predicted
PowerDrive geoVISION Gamma Resistivity PowerPulse
Block A Block D
Target 1 Target 2 Target 3
Target 4
TVDS
S m
eter
s
-1900
-1950
-2000
9 Initials
Real-Time Production Systems
• Digitally-enabled artificial lift systems
• Digitally-networked, remote surveillance and system control equipment
• Workflow processes to identify, diagnose and optimize lift and well performance
• Remote engineering experts to analyze sand-face, reservoir and network performance
10 Initials
Real-Time Production Monitoring
A – Pump started
B – Chemical injection
C – Pump stopped to change leaking valve downstream – threshold triggering event
D – Chemical injection
E – Increasing pressure due to damaged choke on adjoining well
F – Routine maintenance shut down
G – Variable speed drive frequency increased
11 Initials
Real-Time Production Pump Monitoring
0
200
400
600
800
1000
1200
1400
Well 1 Well 2 Well 3 Well 4 Well 5 Well 6 Well 7 Well 8 Well 9 Well 10 Well 11 Well 12
Oil P
rodu
ctio
n B/
D
Conventional ESP Instrumented ESP Total net gain
• Identification of wells for
pump-upsizing
• Determination of wells for
acid-stimulation
• Identification of excess
wear
• Total of 31 wells in field,
2600 bopd added
12 Initials
Real Time Monitoring and Delivery
13 Initials
VSAT
• ''A VSAT', for Very Small Aperture Terminal, is a 2-way satellite ground station with a dish antenna that is smaller than 3 meters, as compared to around 10 meters for other types of satellite dishes.
• Schlumberger Oilfield Research co-developed the world's first VSATs with Hughes Aerospace in 1985, to provide man-portable network connectivity for oil field drilling and exploration units. VSAT's are still used at well sites today to transmit real-time data back for processing.– From Wikipedia, the free encyclopedia
14 Initials
Challenges
• Workflows• IT Infrastructure• Business Model
15 Initials
Workflows that Work
• Managers need a clear idea of how to gain the benefits of implementing a real time or e-Field project
• The choice of sensors, data, bandwidth, applications, people, and processes must be driven by the oil and gas production problem to be solved
16 Initials
Ready to Run
• IT infrastructure must provide– End-to-end security
– Interaction with data in the right time
– Integration with other data and systems
– Solutions for presentation and evaluation
– Capability for collaboration
• IT infrastructure implementation must be reliable and repeatable
17 Initials
Business Models
• Centralized model– Little control or flexibility– Obstacle when business units do not see initial
benefits – Simple to administer
• Decentralized model– Totally flexible– Business units can choose resources based on
needs – Highly inefficient
18 Initials
Business Model that Makes Sense
• Combination Approach– Common costs reallocated to the business
units– Business units can purchase products and
services as needed– Transitions to a pay per usage based on
needs
19 Initials
The right people, viewing the right information, at the right time
In Conclusion
• The industry is on the right path to the vision
• Progress has been made but it will take time to get there– O&G technology exists– IT exists– Processes exist– Funding exists
• What is missing– Understanding the benefits for
the workflows– Reliable, repeatable IT
enablers– Business model