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21:55 = 1 Document ject_Brief_2023.pdf 974 + Individual Assignment Project technical evaluation - Subsea tie-back with subsea gas compression Context/Background Subsea processing, and gas compression in particular is anticipated to redefine the future of subsea production. The development of subsea gas compression represents a step-change in subsea technology enabling significant improvements in both recovery rate and lifetime for many of gas fields. The Asterix gas field, now called Irpa gas field has been identified as a potential candidate for subsea gas compression, due to its deepwater location and potential for a long tie-back. The field operator is in the process of evaluating development options for this reservoir. Your employer has recently acquired a 19% stake in the Irpa field and wishes to better understand the potential development of the field using gas compression. Appraise Select Define Execute Operate ASTERIX field information Production block: PL327B: 6705/10 Operator: Equinor operates the field Resources: The field is estimated to contain 17.8 billion Sm3 of natural gas and 0.3million Sm3 of condensate. 6705/10-1 (Asterix) was discovered in 2009. The discovery is located in the Vring Basin in the Norwegian Sea. The water depth is 1335 metres. The reservoir consists of Upper Cretaceous sandstones in the Springar Formation. The sandstones were deposited from turbiditic massflows. The reservoir depth is about 3200 metres. The most likely development solution has been identified as subsea templates tied to the future infrastructure on the Aasta Hansteen field. ? AA abdn.blackboard.com 21:55 = 1 Document ject_Brief_2023.pdf 974 + Individual Assignment Project technical evaluation - Subsea tie-back with subsea gas compression Context/Background Subsea processing, and gas compression in particular is anticipated to redefine the future of subsea production. The development of subsea gas compression represents a step-change in subsea technology enabling significant improvements in both recovery rate and lifetime for many of gas fields. The Asterix gas field, now called Irpa gas field has been identified as a potential candidate for subsea gas compression, due to its deepwater location and potential for a long tie-back. The field operator is in the process of evaluating development options for this reservoir. Your employer has recently acquired a 19% stake in the Irpa field and wishes to better understand the potential development of the field using gas compression. Appraise Select Define Execute Operate ASTERIX field information Production block: PL327B: 6705/10 Operator: Equinor operates the field Resources: The field is estimated to contain 17.8 billion Sm3 of natural gas and 0.3million Sm3 of condensate. 6705/10-1 (Asterix) was discovered in 2009. The discovery is located in the Vring Basin in the Norwegian Sea. The water depth is 1335 metres. The reservoir consists of Upper Cretaceous sandstones in the Springar Formation. The sandstones were deposited from turbiditic massflows. The reservoir depth is about 3200 metres. The most likely development solution has been identified as subsea templates tied to the future infrastructure on the Aasta Hansteen field. ? AA abdn.blackboard.com