Oil and gas processing on North Sea offshore platforms consumes substantial amounts of power and has a significant envi-sumes
ronmental impact, being responsible for about 26% of the total ronmental
greenhouse gas emissions of Norway in 2011 [1] .
on offshore facilities suffer from significant performance losses
over the lifetime of the installation, as a consequence of substantial
variations of the reservoir properties (eg pressure and temperature) and of the production flow rates and composition (eg gas-to- TURE)
oil and water-to-oil ratios, crude oil properties).
conditions lead to the use of control strategies such as anti-surge
recycling
[2], and thus to greater power consumption and larger ,Moreover, as the oil production decreases with
time, energy-intensive techniques such as gas and water injection
are employed to enhance oil recovery from the reservoir.
therefore challenging to maintain a high performance of the overall
system over time, while optimising the oil and gas production.Svalheim and King [3] stressed the large power demand of the Svalheim和King
gas compression and water injection processes over the lifespan of
the oilfield.
To the knowledge of the authors, it is the only study in
Moreover, as the oil production decreases with
time, energy-intensive techniques such as gas and water injection
are employed to enhance oil recovery from the reservoir.
therefore challenging to maintain a high performance of the overall
system over time, while optimising the oil and gas production. Svalheim and King [3] stressed the large power demand of the Svalheim和King
gas compression and water injection processes over the lifespan of
the oilfield.