Difference between revisions of "Berling Gas and Condensate Field"
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* The rich gas will be processed on Åsgard B and transported via the Åsgard Transport System for further processing at Kårstø gas processing plant. | * The rich gas will be processed on Åsgard B and transported via the Åsgard Transport System for further processing at Kårstø gas processing plant. | ||
* The condensate will be transferred to Åsgard and co-mingled with other Åsgard production for storage and export by shuttle tankers to the market | * The condensate will be transferred to Åsgard and co-mingled with other Åsgard production for storage and export by shuttle tankers to the market | ||
+ | * The field was previously known as Hades/Iris | ||
=== Contractors === | === Contractors === |
Revision as of 10:56, 30 January 2023
Summary Information
- Operator: OMV
- Country: Norway
- Location: Haltenbanken in the Norwegian Sea
- Production start:
- Partners: Equinor Energy AS (40%), DNO Norge AS (20%) and Sval Energi AS* (10%)
- Type: Gas and Condensate
- Estimated Reserves: The estimated recoverable resources are expected to be some 45 million barrels of oil equivalents
- Production Volume:
Description
- The development concept for the Berling field is a 4-slot subsea production template tied back via a 24-kilometer pipeline to the Equinor-operated Åsgard B platform
- The rich gas will be processed on Åsgard B and transported via the Åsgard Transport System for further processing at Kårstø gas processing plant.
- The condensate will be transferred to Åsgard and co-mingled with other Åsgard production for storage and export by shuttle tankers to the market
- The field was previously known as Hades/Iris
Contractors
- -
History
- 2018 - Iris and Hades were discovered
- 2022 - PDO was submitted
Geology
- Hades a gas/condensate column totalling about 35 metres in the Lange formation. 15 metres of this constitutes the reservoir, which consists of sandstone with moderate to good reservoir properties.
- Iris - the well encountered a gas/condensate column totalling about 95 metres in the Garn formation. 85 metres of this constitutes the reservoir, which consists of sandstone with variable reservoir quality from moderate to very good.