Page 56 - Intelligent Digital Oil And Gas Fields

reduction
well
reserve
Low-/mid-/
engineer’s
time-savings
incremental
Significant
HSE
benefits.
per
Economics
NPT/
high-
IWC
gain
98%
and
in
•
•
•
Operations—day-to-day
standards
inte-
platform.
application
data
engineering,
production,
an
operations.
workflows
diverse
system
an
Diatomite
system
open
common
and
i-Connect
integrated
facilities,
DOF
reservoir
field
through
i-DOT
sources
grated
Practices
and
and
33
•
•
•
multifunctio-
architecture
support
to
IT
Integrated
Proactive
approach
team
problem
solving.
Robust
model.
Practices
and
and
nal
i-field (2005), Basin), (Permian US and Others), (Agbami Field Nigeria Locations: for Results Operational Notional and Best Workflow Automated Best DOF Introduction to Digital Oil and Gas Field Systems 5/10/18 of execution and planning health system MMSTBO. diatomite thermal of monitoring over Saved • operations.
•
•
•
equipment
com-
valves
lines,
Chevron, Angola Components flow manifolds and trees lower well (IWC) (densi- flowmeters, control (Microsoft, service- architecture) collection enabled application logical and data wells instrumentation
Project: Canada, Production Solutions Jumpers, risers, Subsea wellheads Downhole with completions Intelligent pletions equipment tometers, inflow Software multitiered, oriented Data federation and data integration, tion, modeling Real-time chronization at IWC Subsea
for (offshore), and • • • • • • • • •
Benchmarks Australia to Facilities Production optimization drilling optimization.
Industry Operations Applied • • RT •
DOF (Offshore), or a quality and per-
1.4 Sea Vision Maintain plateau production from remote/ offshore areas. Produce multiple zones through common wellbore. Improve reliability and assurance Enhance health, safety, environ- ment formance (HSE)
Table North DOF Goals • • • •