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The TAIL IO Project Improves Operations
Figure 3: The Grane Platform Uses Integrated Operations Extensively
and maintenance systems, which makes it easy to find, interpret and
understand realtime data across all facilities. Integrating data from
control and monitoring systems with the overall administrative systems
and support of corporate as well as plant-specific work processes and
goals will strengthen the integration between offshore and onshore.
The project has completed a proof-of-concept phase and is now
performing a full-scale pilot involving several dedicated assets.
Creative Collaboration
Establishing a project culture that nourishes creativity and innovation is a
concern when so many partners and interests are involved. To add to the
complexity, a large number of external research institutes are also taking
part in the project (TAIL IO is currently hosting five PhD students and five
post-doctoral candidates). The creativity factor has been encouraged by
providing researchers with a supportive and challenging environment
conducive to sustaining high levels of creativity in individuals and teams. By
offering researchers a variety of challenges with respect to technology,
work processes and collaboration – and the possibility of following the R&D
process from idea generation to pilot installation – the TAIL IO project is
already proving a success.
Harvesting Phase
The TAIL IO project is now entering the harvesting phase, where a
lot of exciting and groundbreaking R&D work is about to be put into
action. The last year of the project will to a large extent focus on
combine tele-robotics and advanced visualisation to enable remotely implementing, testing and evaluating the developed methods and
operated inspection and maintenance operations, as well as to identify and technology using pilot installation at dedicated StatoilHydro assets.
close technology gaps. Remote operation includes traditional monitoring The list of pilots is increasing at a steady rate. The final proof of
and control of the process, as well as inspection and light maintenance success will be when the technologies/solutions have been deployed
tasks. Robots will operate as the extended eyes, ears and hands of the field to a wide range of installations. ■
operators and will work in tandem with them for dangerous, difficult and
The TAIL IO robotics project tests
Collaborate to Innovate
and demonstrates the concept of
TAIL - Integrated Operations
future offshore facilities and
closes many of the challenging
technology gaps.
dirty tasks. The primary purpose of the system is to improve HSE. Only
during process shutdowns will maintenance crew be present within the
process area. Transportation to offshore installations will be considerably
reduced as well.
The TAIL IO robotics project tests and demonstrates the concept of future
offshore facilities and closes many of the challenging technology gaps.
The concept is being tested in advanced laboratory facilities before the
next step towards offshore pilots. Two large laboratory facilities have been
built to support this work (see Figure 2). In addition, outdoor testing of
robots in a marine environment will be carried out this year. The aim is to
gain experience of operating robots in a harsh environment.
Common Infrastructure
A critical success factor for fully integrated operations is access to
realtime production information as well as equipment and performance
data from processing and operational units across the organisation.
Access is achieved through a common architecture for the operations
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EXPLORATION & PRODUCTION – OIL & GAS REVIEW 2008 – VOLUME 6 ISSUE II
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