Accelerating Stranded Reserves and Enabling Long Tiebacks
Thursday, 4 May
606
Technical / Poster Session
The oil and gas industry is increasing its focus on the development of subsea tiebacks to enable the capture of greater high quality resource while minimizing additional floater costs. However, as tieback distances and water depths continue to increase, technical and commercial limitations arise that challenge the success of these tiebacks. New projects must leverage innovative solutions while simultaneously being low cost, sustainable, and data-driven. This session will focus on subsea processing solutions to debottleneck existing facilities and increase reserves capture, long distance power transport, and electrification to support a low cost and low emission future. Additionally, the session will explore the role of digitalization and big data in ensuring reliable production operations.
Chairperson
Sponsoring Society:
- Institute of Electrical and Electronics Engineers, Oceanic and Engineering Society (IEEE-OES)
-
0930-0948 32294Electrical Protection From Design to Commissioning for Subsea Electrically Heat Traced Flowline Pipe in Pipe System, the Challenge of Inaccessible Subsea Electrical Assets
-
0950-1008 32449A New Subsea Station for Deep Gas Treatment Allowing To Maximize Subsea Gas Fields Production
-
1010-1028 32346Moving High Loads With Low Power Subsea - How a Novel Electric Actuator Technology Enables a Sustainable Energy Transition
-
1030-1048 32231Proof of Longevity of a Self-Cleaning ElectroChlorination Process System for Seawater Treatment
-
1050-1108 32300Slug Forecasting and Production Optimization Using Deep Learning
-
1110-1128 32576Flowline Sustainable Operations Through Monitoring and Digitalization - Ærfugl Project Case Study
-
1130-1148 32278External Power Supply for Ultra-Deep Water O&G Assets: Synergies, Scale Effects and Challenges
