Difference between revisions of "Gorm Oil Field"
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Abarrelfull (talk | contribs) (Created page with "Summary Information * Operator: Maersk * Country: Denmark * Location: North Sea * Production start: 1981 * Partners: * Type: Oil * Estimated Reserves: * Production Volume: ++...") |
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| − | Summary Information | + | === Summary Information === |
| − | * Operator: | + | * Operator: TotalEnergies |
* Country: Denmark | * Country: Denmark | ||
* Location: North Sea | * Location: North Sea | ||
| Line 9: | Line 9: | ||
* Production Volume: | * Production Volume: | ||
| − | + | === Description === | |
* The Gorm Field consists of two wellhead platforms, Gorm A and B, one combined wellhead and processing platform, Gorm F, one processing and accommodation platform, Gorm C, one gas flare stack, Gorm D, and one riser platform, Gorm E (owned by DONG Olierør A/S). | * The Gorm Field consists of two wellhead platforms, Gorm A and B, one combined wellhead and processing platform, Gorm F, one processing and accommodation platform, Gorm C, one gas flare stack, Gorm D, and one riser platform, Gorm E (owned by DONG Olierør A/S). | ||
* Gorm receives production from the satellite fields, Skjold, Rolf and Dagmar, as well as the oil and condensate produced in the Dan, Tyra and Halfdan Fields. The Gorm Field installations supply the Skjold Field with injection water and lift gas and the Rolf Field with electricity and lift gas. The gas produced is sent to Tyra East. The stabilized crude oil is transported ashore via the Gorm E riser platform. | * Gorm receives production from the satellite fields, Skjold, Rolf and Dagmar, as well as the oil and condensate produced in the Dan, Tyra and Halfdan Fields. The Gorm Field installations supply the Skjold Field with injection water and lift gas and the Rolf Field with electricity and lift gas. The gas produced is sent to Tyra East. The stabilized crude oil is transported ashore via the Gorm E riser platform. | ||
* The bulk of the water produced at Gorm, Skjold and Dagmar is injected into the Gorm and Skjold Fields, while the treated production water from Rolf is discharged into the sea. | * The bulk of the water produced at Gorm, Skjold and Dagmar is injected into the Gorm and Skjold Fields, while the treated production water from Rolf is discharged into the sea. | ||
| − | + | === Contractors === | |
* **Heerema:** Installation | * **Heerema:** Installation | ||
* **FoundOcean:** Grouting | * **FoundOcean:** Grouting | ||
| − | + | === History === | |
* 1981 - Production started | * 1981 - Production started | ||
* 1981 - Gorm D platform installed | * 1981 - Gorm D platform installed | ||
| Line 24: | Line 24: | ||
* 1996 - Gorm C added | * 1996 - Gorm C added | ||
* 2001 - A gas explosion occurred on the Gorm Platform | * 2001 - A gas explosion occurred on the Gorm Platform | ||
| + | * 2018 - Total became operator after acquiring Maersk | ||
| − | + | === Geology === | |
* The Gorm Field is an anticlinal structure, induced through salt tectonics. A major fault extending north-south divides the field into two reservoir blocks. The western reservoir block is intersected by numerous, minor faults. | * The Gorm Field is an anticlinal structure, induced through salt tectonics. A major fault extending north-south divides the field into two reservoir blocks. The western reservoir block is intersected by numerous, minor faults. | ||
| − | + | === Links === | |
# [http://www.ens.dk/EN-US/OILANDGAS/FIELDSANDPRODUCTION/FIELDS_AND_FACILITIES/GORM/Sider/Forside.aspx The Gorm Centre, ENS] | # [http://www.ens.dk/EN-US/OILANDGAS/FIELDSANDPRODUCTION/FIELDS_AND_FACILITIES/GORM/Sider/Forside.aspx The Gorm Centre, ENS] | ||
# [http://www.ens.dk/Documents/Netboghandel%20-%20publikationer/Olie-%20og%20gasressourcer/2009/HTML/dogp08_uk/html/kap10.htm Appendix B: Producing fields, ENS, 2008 Report] | # [http://www.ens.dk/Documents/Netboghandel%20-%20publikationer/Olie-%20og%20gasressourcer/2009/HTML/dogp08_uk/html/kap10.htm Appendix B: Producing fields, ENS, 2008 Report] | ||
# [[FoundOcean Subsea References]] | # [[FoundOcean Subsea References]] | ||
# [http://killajoules.wikidot.com/archive:gorm-field-gas-explosion/ Gorm Field / Gas explosion] | # [http://killajoules.wikidot.com/archive:gorm-field-gas-explosion/ Gorm Field / Gas explosion] | ||
| + | # [https://abarrelfull.blogspot.com/2022/09/total-acquires-maersk-oil-for-745.html Total acquires Maersk Oil for $7.45 billion in a share and debt transaction] | ||
| + | |||
| + | [[category:Field]] | ||
| + | [[category:Denmark]] | ||
| + | [[category:Total]] | ||
Latest revision as of 13:21, 15 April 2023
Summary Information
- Operator: TotalEnergies
- Country: Denmark
- Location: North Sea
- Production start: 1981
- Partners:
- Type: Oil
- Estimated Reserves:
- Production Volume:
Description
- The Gorm Field consists of two wellhead platforms, Gorm A and B, one combined wellhead and processing platform, Gorm F, one processing and accommodation platform, Gorm C, one gas flare stack, Gorm D, and one riser platform, Gorm E (owned by DONG Olierør A/S).
- Gorm receives production from the satellite fields, Skjold, Rolf and Dagmar, as well as the oil and condensate produced in the Dan, Tyra and Halfdan Fields. The Gorm Field installations supply the Skjold Field with injection water and lift gas and the Rolf Field with electricity and lift gas. The gas produced is sent to Tyra East. The stabilized crude oil is transported ashore via the Gorm E riser platform.
- The bulk of the water produced at Gorm, Skjold and Dagmar is injected into the Gorm and Skjold Fields, while the treated production water from Rolf is discharged into the sea.
Contractors
- **Heerema:** Installation
- **FoundOcean:** Grouting
History
- 1981 - Production started
- 1981 - Gorm D platform installed
- 1982 - Gorm E installed
- 1996 - Gorm C added
- 2001 - A gas explosion occurred on the Gorm Platform
- 2018 - Total became operator after acquiring Maersk
Geology
- The Gorm Field is an anticlinal structure, induced through salt tectonics. A major fault extending north-south divides the field into two reservoir blocks. The western reservoir block is intersected by numerous, minor faults.
