34/8-3
Охват источников неполный. Статус и роли компаний приведены по данным каждого источника; их актуальность не проверена независимо. Неизвестное не означает ноль.
- Название / ID в источнике
- 34/8-3
- Идентификатор записи скважины/источника
- 940
- Сектор
- Нефть и газ
- Группа назначений, полученная из источника
- Оценка
- Оператор в исходном снимке
- Norsk Hydro Produksjon AS
- Дата начала бурения по данным источника
- 1988-07-14
- Дата завершения по данным источника
- 1988-09-14
- Широта/долгота (WGS84)
- 61,407298 / 2,544089
- Измерения, сообщенные источником
- 3328 m MD · RKB
- Статус по данным источника
- P&A
- Доступ к источнику
- 2026-10-02
- Дата исходного снимка
- Не сообщается/не проверено
- Исходная система координат
- ED50 / service geometry EPSG:4326
- Буровая установка по данным источника
- POLAR PIONEER
Роли компаний по данным источника
- Буровой операторNorsk Hydro Produksjon ASОткрыть исходную запись ↗
| Измерения, сообщенные источником | Значение | Ссылка |
|---|---|---|
| wlbTotalDepth | 3 328,00 m | RKB |
| wlbFinalVerticalDepth | 3 320,00 m | RKB |
| wlbWaterDepth | 382,00 m | Не сообщается/не проверено |
| wlbBottomHoleTemperature | 122,00 °C | Не сообщается/не проверено |
Norwegian Offshore Directorate — Wellbores ↗
Доступ к источнику:
Условия повторного использования: review-source-terms
Условия источника и указание авторства ↗Norwegian Offshore Directorate (NOD/SODIR), NLOD 2.0. Normalized by Wellficent.
Близлежащие скважины и тепловой поток
Эти инструменты носят описательный характер: они не являются прогнозами, оценками запасов или инвестиционными рекомендациями. Охват источников является частичным; неизвестное не означает ноль.
| Название | Расстояние | Измерения, сообщенные источником | Исходные каталоги |
|---|---|---|---|
| 34/8-3 A | 0,00 km | 3 230 m | Norwegian Offshore Directorate — Wellbores |
| 34/8-U-1 | 1,89 km | 633 m | Norwegian Offshore Directorate — Wellbores |
| 34/8-13 A | 1,91 km | 3 852 m | Norwegian Offshore Directorate — Wellbores |
| 34/8-13 S | 1,91 km | 4 442 m | Norwegian Offshore Directorate — Wellbores |
| 34/8-B-1 H | 2,82 km | 3 280 m | Norwegian Offshore Directorate — Wellbores |
| 34/8-B-1 AH | 2,82 km | 5 405 m | Norwegian Offshore Directorate — Wellbores |
| 34/8-B-2 H | 2,86 km | 4 880 m | Norwegian Offshore Directorate — Wellbores |
| 34/8-C-2 H | 3,80 km | 4 437 m | Norwegian Offshore Directorate — Wellbores |
| 34/8-C-2 AH | 3,80 km | 5 081 m | Norwegian Offshore Directorate — Wellbores |
| 34/8-17 S | 3,80 km | 4 587 m | Norwegian Offshore Directorate — Wellbores |
| 34/8-C-1 H | 3,80 km | 3 530 m | Norwegian Offshore Directorate — Wellbores |
| 34/8-C-1 AH | 3,80 km | 4 626 m | Norwegian Offshore Directorate — Wellbores |
Цифровой каротаж скважины
Кровли формаций SODIR, пробы бурового раствора и испытания скважин на едином разрезе по измеренной глубине.
- Общая глубина
- 3328
- Истинная вертикальная глубина (RKB)
- 3320
- Глубина воды
- 382
- Забойная температура
- 122
| Группа | Геологическая формация | Глубина (м MD, RKB) |
|---|---|---|
| GROUP | NORDLAND GP | 405 / 1 175 |
| FORMATION | UTSIRA FM | 1 119 / 1 820 |
| GROUP | HORDALAND GP | 1 175 / 1 820 |
| GROUP | ROGALAND GP | 1 820 / 2 012 |
| FORMATION | BALDER FM | 1 820 / 1 862 |
| FORMATION | LISTA FM | 1 862 / 2 012 |
| GROUP | SHETLAND GP | 2 012 / 2 795 |
| FORMATION | JORSALFARE FM | 2 012 / 2 300 |
| FORMATION | KYRRE FM | 2 300 / 2 827 |
| GROUP | CROMER KNOLL GP | 2 795 / 2 827 |
| GROUP | VIKING GP | 2 827 / 2 837 |
| FORMATION | DRAUPNE FM | 2 827 / 2 837 |
| GROUP | BRENT GP | 2 837 / 2 965 |
| FORMATION | NESS FM | 2 837 / 2 867 |
| FORMATION | ETIVE FM | 2 867 / 2 897 |
| FORMATION | RANNOCH FM | 2 897 / 2 964 |
| FORMATION | BROOM FM | 2 964 / 2 965 |
| GROUP | DUNLIN GP | 2 965 / 3 278 |
| FORMATION | DRAKE FM | 2 965 / 3 007 |
| FORMATION | COOK FM | 3 007 / 3 118 |
| FORMATION | BURTON FM | 3 118 / 3 155 |
| FORMATION | AMUNDSEN FM | 3 155 / 3 328 |
| GROUP | STATFJORD GP | 3 278 / 3 328 |
| Глубина (м MD, RKB) | Плотность раствора (г/см³) | Флаги качества |
|---|---|---|
| 419 | 1.03 | zero-meaning-unresolved |
| 482 | 1.03 | zero-meaning-unresolved |
| 491 | 1.03 | zero-meaning-unresolved |
| 970 | 1.03 | zero-meaning-unresolved |
| 1317 | 1.03 | zero-meaning-unresolved |
| 1317 | 1.03 | zero-meaning-unresolved |
| 1317 | 1.2 | |
| 1864 | 1.36 | |
| 2312 | 1.41 | |
| 2390 | 1.52 | |
| 2390 | 1.52 | |
| 2390 | 1.52 | |
| 2469 | 1.46 | |
| 2622 | 1.52 | |
| 2622 | 1.52 | |
| 2622 | 1.52 | |
| 2627 | 1.52 | |
| 2749 | 1.52 | |
| 2839 | 1.6 | |
| 2870 | 1.6 | |
| 2897 | 1.7 | |
| 2897 | 1.7 | |
| 2933 | 1.7 | |
| 2933 | 1.7 | |
| 2933 | 1.7 | |
| 2933 | 1.7 | |
| 2957 | 1.6 | |
| 2992 | 1.6 | |
| 3066 | 1.6 | |
| 3169 | 1.6 | |
| 3216 | 1.6 | |
| 3264 | 1.6 | |
| 3316 | 1.66 | |
| 3316 | 1.66 | |
| 3316 | 1.66 | |
| 3316 | 1.66 | |
| 3316 | 1.69 | |
| 3316 | 1.69 | |
| 3316 | 1.69 | |
| 3316 | 1.7 | |
| 3316 | 1.7 | |
| 3316 | 1.7 | |
| 3328 | 1.6 | |
| 3328 | 1.6 | |
| 3328 | 1.6 | |
| 3328 | 1.6 | |
| 3328 | 1.66 | |
| 3328 | 1.66 | |
| 3328 | 1.66 |
| Испытания скважин | Глубина (м MD, RKB) | Измерения |
|---|---|---|
| 3 | 2868 / 2880 | {"test-from-depth":{"value":2868,"unit":"m","reference":null,"qualityFlags":[]},"test-to-depth":{"value":2880,"unit":"m","reference":null,"qualityFlags":[]},"choke-size":{"value":25.4,"unit":"mm","reference":null,"qualityFlags":[]},"final-shut-in-pressure":{"value":0,"unit":"MPa","reference":"DST final shut-in; pressure datum unreported","qualityFlags":["zero-meaning-unresolved"]},"final-flow-pressure":{"value":0,"unit":"MPa","reference":"DST final flow; pressure datum unreported","qualityFlags":["zero-meaning-unresolved"]},"bottom-hole-pressure":{"value":0,"unit":"MPa","reference":"DST bottom hole; pressure datum unreported","qualityFlags":["zero-meaning-unresolved"]},"downhole-temperature":{"value":110,"unit":"degC","reference":"DST","qualityFlags":[]},"test-oil-flow":{"value":554,"unit":"Sm3/day","reference":"DST test flow; not sustained production","qualityFlags":[]},"test-gas-flow":{"value":1540000,"unit":"Sm3/day","reference":"DST test flow; not sustained production","qualityFlags":[]},"oil-density":{"value":0.782,"unit":"g/cm3","reference":"DST","qualityFlags":[]},"gas-relative-density":{"value":0.648,"unit":"1","reference":"air = 1","qualityFlags":[]},"test-gas-oil-ratio":{"value":2776,"unit":"m3/m3","reference":"DST","qualityFlags":[]}} |
| 2 | 2905 / 2921 | {"test-from-depth":{"value":2905,"unit":"m","reference":null,"qualityFlags":[]},"test-to-depth":{"value":2921,"unit":"m","reference":null,"qualityFlags":[]},"choke-size":{"value":28.6,"unit":"mm","reference":null,"qualityFlags":[]},"final-shut-in-pressure":{"value":0,"unit":"MPa","reference":"DST final shut-in; pressure datum unreported","qualityFlags":["zero-meaning-unresolved"]},"final-flow-pressure":{"value":0,"unit":"MPa","reference":"DST final flow; pressure datum unreported","qualityFlags":["zero-meaning-unresolved"]},"bottom-hole-pressure":{"value":0,"unit":"MPa","reference":"DST bottom hole; pressure datum unreported","qualityFlags":["zero-meaning-unresolved"]},"downhole-temperature":{"value":110,"unit":"degC","reference":"DST","qualityFlags":[]},"test-oil-flow":{"value":613,"unit":"Sm3/day","reference":"DST test flow; not sustained production","qualityFlags":[]},"test-gas-flow":{"value":1540000,"unit":"Sm3/day","reference":"DST test flow; not sustained production","qualityFlags":[]},"oil-density":{"value":0.775,"unit":"g/cm3","reference":"DST","qualityFlags":[]},"gas-relative-density":{"value":0.64,"unit":"1","reference":"air = 1","qualityFlags":[]},"test-gas-oil-ratio":{"value":2520,"unit":"m3/m3","reference":"DST","qualityFlags":[]}} |
| 1 | 2935 / 2947 | {"test-from-depth":{"value":2935,"unit":"m","reference":null,"qualityFlags":[]},"test-to-depth":{"value":2947,"unit":"m","reference":null,"qualityFlags":[]},"choke-size":{"value":4.8,"unit":"mm","reference":null,"qualityFlags":[]},"final-shut-in-pressure":{"value":0,"unit":"MPa","reference":"DST final shut-in; pressure datum unreported","qualityFlags":["zero-meaning-unresolved"]},"final-flow-pressure":{"value":0,"unit":"MPa","reference":"DST final flow; pressure datum unreported","qualityFlags":["zero-meaning-unresolved"]},"bottom-hole-pressure":{"value":0,"unit":"MPa","reference":"DST bottom hole; pressure datum unreported","qualityFlags":["zero-meaning-unresolved"]},"downhole-temperature":{"value":109,"unit":"degC","reference":"DST","qualityFlags":[]},"test-oil-flow":{"value":68,"unit":"Sm3/day","reference":"DST test flow; not sustained production","qualityFlags":[]},"test-gas-flow":{"value":18200,"unit":"Sm3/day","reference":"DST test flow; not sustained production","qualityFlags":[]},"oil-density":{"value":0.847,"unit":"g/cm3","reference":"DST","qualityFlags":[]},"gas-relative-density":{"value":0.635,"unit":"1","reference":"air = 1","qualityFlags":[]},"test-gas-oil-ratio":{"value":268,"unit":"m3/m3","reference":"DST","qualityFlags":[]}} |
Групповые кровли в соседних скважинах
Group tops below each borehole's own RKB. Not TVD below sea level; deviation and kelly-bushing elevations affect apparent depths.
| Группа | 34/8-3 | 34/8-3 A | 34/8-13 A | 34/8-13 S | 34/8-17 S |
|---|---|---|---|---|---|
| NORDLAND GP | 405 | 405 | 405 | 405 | 403 |
| HORDALAND GP | 1175 | 1180 | 1217 | 1217 | 1168 |
| ROGALAND GP | 1820 | 1873 | 1857 | 1925 | 1836 |
| SHETLAND GP | 2012 | 2088 | 2050 | 2123 | 2074 |
| CROMER KNOLL GP | 2795 | 2975 | 3326 | 3857 | — |
| VIKING GP | 2827.1 | 3002.8 | 3349 | 3865 | 3857 |
| BRENT GP | 2837 | 3031.4 | 3414 | 3896 | 3951 |
| DUNLIN GP | 2965 | 3183.6 | 3466 | 3953 | 4069 |
| STATFJORD GP | 3278 | — | 3735 | 4123 | 4285 |
| HEGRE GP | — | — | — | 4282 | 4485 |
Подповерхностная температура и тепловой поток
Сравните забойную температуру с глубиной и изучите измеренный тепловой поток вблизи скважин для оценки возможности их геотермального использования.
| Название | Расстояние | Подповерхностная температура и тепловой поток | Флаги качества |
|---|---|---|---|
| R24-P060200 | 88,00 km | 60,30 mW/m2 | {"qualityScores":["Ux.Mx.-------"]} |
IHFC · Global Heat Flow Database, Release 2024 (v. 2026.03) ↗
Доступ к источнику:
Условия повторного использования: CC-BY-4.0
Условия источника и указание авторства ↗Global Heat Flow Data Assessment Group et al. (2024): The Global Heat Flow Database: Release 2024. V. 2026.03. GFZ Data Services. https://doi.org/10.5880/fidgeo.2024.014 Licensed under CC BY 4.0. Wellficent shows parent-level site values and selected metadata; values are not modified.