Page 52 - Intelligent Digital Oil And Gas Fields

and
several
production
operation
years
lift
Economics
Results
water
gas
2
breakthrough
oil
by
by
Optimized
Increased
Increased
reliability
(Brunei)
Operational
through
Delayed
15%
percent
Notional
by
•
•
•
•
for
model-
Implementation
Petex
methodology
Closed-loop
visualization
visualization
Accelerated
Best
Integrated
using
Software
reservoir
system
Workflow
Practices
ing
•
•
•
•
optimization
process
moni-
field-
and
Real-time
Real-time
Test
test
toring
Best
Practices
using
ware
Well
well
well
RT
DOF
•
•
•
(1998), West US, Worldwide: and Sea North Field, Nelson I Mark Fields: for Automated Introduction to Digital Oil and Gas Field Systems manual Reduced • asset integrated historian day per 4h by data management acquisi- Data • efficiency Increased • statisti- In-house • and tion sur- automatic through d
work
software
flow
using
Fields and ancillary wells, measurements, done downhole pressure and
Smart Components actuators, snake platforms transmission modeling modeling collaborative (CWE) using and gauges, systems. monitoring Equipment Operations
E&P, Decision/execution a wells valves control surveillance
Shell Production Wellheads, equipment, and lines, Clamp-on wireless Production integrated through environment Smart control downhole face Integrity Rotating monitoring Remote RT
Project: Pacific Solutions • • • • • • • •
for Asia Applied
Benchmarks East, Middle Operations Production optimization Drilling optimization and Brown fields green
Industry to • • •
DOF Europe/Russia, or Hydrocarbon
1.2 Vision Monitoring well production allocation Forecasting production Optimizing production system
Table Africa, DOF Goals • of • • •