Page 65 - Intelligent Digital Oil And Gas Fields

Introduction to Digital Oil and Gas Field Systems 37

and pro- per by water 30% a in wells increase oil just using effi- reducing a analyze 7.3h monetized of an for of

Field Results Economics oil 8% by well, the by water of 60 of an overall in in actions/well actions. team to from 1.6h MSTB value
Gas Improved per increasing injection area Realized 37% production proactive Increased by time well only 12-month 720 hydrocarbon estimated billion
and Operational Notional duction day MSTB total of 10 ciency the single to value: t$90
Sabriyah • Digital • gas • detect •

Burgan, Workflow 12 Program than well well and manage- reporting, optimization, optimization to encroachment production

Lower Practices of total Oilfield more with workflows. Technical workflows: performance, surveillance, test ment, Semipredictive workflows water decline

Fields: Automated Best A • 10 • well lift ESP • and

(2010) decision- center drives

KwIDF DOF Best Practices Collaboration and support Multiphase meters flow Variable- speed ESPs

Company, • • • on

Oil Components well- real-time sys- and and flow test electric pumps pressure wells data- technical workflows and
Kuwait and (DH) with RTU Wi-max, panels with meters well for only. Variable-speed on temperature ESP for Collaboration center

Project: Production Solutions Wellhead downhole wellbore. Instrumented head sensors, tem, solar Wellhead Coriolis multiphase meters wells drives submersible (ESP) Downhole and gauges Operational and base management In-house software control

for and • • • • • • •
Benchmarks Operations to Applied Production and reservoir focused workflows

Industry to

DOF or pro- uptime the break- due injection proac- produc- abnormalities

1.8 Vision Improve duction Manage water through water Detect tively tion
Table DOF Goals • • •