Analyses géochimiques
| Puits actuels | Production | ||||
| Emplacement | Forage | Essais | Rapports | Diagraphies-électriques | Prélèvements |
| Pression | Géochimie | Température | Maturité | Lithostrat | Biostrat |
Puits actuel
| EQUINOR ET AL CAPPAHAYDEN K-67 | |
|---|---|
| Numéro exclusif d'identité des puits: | 300 K67 48000 46300 |
| Numéro de la CGC: | N489 |
| Date de battage au câble: | 24-APR-2020 |
| Zone: | Grands Bancs |
| Classification des puits: | Prospection |
| Bassin: | Bassin de la Passe Flamande |
| Gaz: | Non classé |
| Pétrole: | Découvertes importantes |
| Table de rotation: | 40 M |
| Hauteur d'eau: | 974 M |
| Champ: | |
| Hauteur totale: | 4013 M |
| Profondeur verticale véritable: | 3938.57 M |
| État: | Abandonné |
Analyse des hydrocarbures de gaz et des liquides d'hydrocarbures récupérés lors des essais de puits : Rapports
Cliquer sur le lien «Numéro de référence» pour la référence complète et de l'information relative à l'accès aux publications de la liste
Export to Excel | Print Version (Wide Table Format)| Journal | Auteur | Année | Numéro de référence | Nombre d'analyses |
|---|---|---|---|---|
| RESERVOIR FLUID ANALYSIS (RFLA 202004350) | CORE LABORATORIES (UK) | 2020 | 10275 | 73 |
Détails du rapport-test
Cliquez sur un «Numéro de séquence» pour afficher ses données sur l'analyse des liquides d'hydrocarbures
Export to Excel | Print Version (Wide Table Format)| Essai | Type de prélèvement | Partie supérieure | Partie inférieure | Unités | API | No de séquence | Référence | Numéro du prélèvement | Nombre de rangées |
|---|---|---|---|---|---|---|---|---|---|
| DRILL MUD | HC LIQ | M | 5348 | CORE LABS (UK) 2020 | MUD FILTRATE SAMPLE 2.02 | 50 | |||
| MDT | GAS | 3665.38 | M | 5365 | CORE LABS (UK) 2020 | SAMPLE 820084 TO C10+ (FLASHED GAS) | 50 | ||
| MDT | GAS | 3665.38 | M | 5362 | CORE LABS (UK) 2020 | SAMPLE 820084 TO C36+ (FLASHED GAS) | 50 | ||
| MDT | GAS | 3665.38 | M | 5371 | CORE LABS (UK) 2020 | SAMPLE 820087 TO C10+ (FLASHED GAS) | 50 | ||
| MDT | GAS | 3665.38 | M | 5368 | CORE LABS (UK) 2020 | SAMPLE 820087 TO C36+ (FLASHED GAS) | 50 | ||
| MDT | GAS | 3665.38 | M | 5383 | CORE LABS (UK) 2020 | SAMPLE 820089 TO C10+ (FLASHED GAS) | 50 | ||
| MDT | GAS | 3665.38 | M | 5380 | CORE LABS (UK) 2020 | SAMPLE 820089 TO C36+ (FLASHED GAS) | 50 | ||
| MDT | GAS | 3665.38 | M | 5353 | CORE LABS (UK) 2020 | SAMPLE 833846 TO C10+ (FLASHED GAS) | 50 | ||
| MDT | GAS | 3665.38 | M | 5350 | CORE LABS (UK) 2020 | SAMPLE 833846 TO C36+ (FLASHED GAS) | 50 | ||
| MDT | GAS | 3665.38 | M | 5377 | CORE LABS (UK) 2020 | SAMPLE 833854 TO C10+ (FLASHED GAS) | 50 | ||
| MDT | GAS | 3665.38 | M | 5374 | CORE LABS (UK) 2020 | SAMPLE 833854 TO C36+ (FLASHED GAS) | 50 | ||
| MDT | GAS | 3665.38 | M | 5359 | CORE LABS (UK) 2020 | SAMPLE 833857 TO C10+ (FLASHED GAS) | 50 | ||
| MDT | GAS | 3665.38 | M | 5356 | CORE LABS (UK) 2020 | SAMPLE 833857 TO C36+ (FLASHED GAS) | 50 | ||
| MDT | GAS | 3740.53 | M | 5395 | CORE LABS (UK) 2020 | SAMPLE 820083 TO C10+ (FLASHED GAS) | 50 | ||
| MDT | GAS | 3740.53 | M | 5392 | CORE LABS (UK) 2020 | SAMPLE 820083 TO C36+ (FLASHED GAS) | 50 | ||
| MDT | GAS | 3740.53 | M | 5389 | CORE LABS (UK) 2020 | SAMPLE 833852 TO C10+ (FLASHED GAS) | 50 | ||
| MDT | GAS | 3740.53 | M | 5386 | CORE LABS (UK) 2020 | SAMPLE 833852 TO C36+ (FLASHED GAS) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 5336 | CORE LABS (UK) 2020 | SAMP 820084 TO C36+ (OPEN HOLE OIL-MEASURED) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 5337 | CORE LABS (UK) 2020 | SAMP 820084 TO C36+ (OPEN HOLE OIL-UNCONTAM.) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 5338 | CORE LABS (UK) 2020 | SAMP 820087 TO C36+ (OPEN HOLE OIL-MEASURED) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 5339 | CORE LABS (UK) 2020 | SAMP 820087 TO C36+ (OPEN HOLE OIL-UNCONTAM.) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 5342 | CORE LABS (UK) 2020 | SAMP 820089 TO C36+ (OPEN HOLE OIL-MEASURED) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 5343 | CORE LABS (UK) 2020 | SAMP 820089 TO C36+ (OPEN HOLE OIL-UNCONTAM.) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 5332 | CORE LABS (UK) 2020 | SAMP 833846 TO C36+ (OPEN HOLE OIL-MEASURED) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 5333 | CORE LABS (UK) 2020 | SAMP 833846 TO C36+ (OPEN HOLE OIL-UNCONTAM.) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 5340 | CORE LABS (UK) 2020 | SAMP 833854 TO C36+ (OPEN HOLE OIL-MEASURED) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 5341 | CORE LABS (UK) 2020 | SAMP 833854 TO C36+ (OPEN HOLE OIL-UNCONTAM.) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 5334 | CORE LABS (UK) 2020 | SAMP 833857 TO C36+ (OPEN HOLE OIL-MEASURED) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 5335 | CORE LABS (UK) 2020 | SAMP 833857 TO C36+ (OPEN HOLE OIL-UNCONTAM.) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 21.2 | 5399 | CORE LABS (UK) 2020 | SAMPLE 820084 (CALCULATED UNCONTAMINATED) | 50 | |
| MDT | HC LIQ | 3665.38 | M | 21.7 | 5364 | CORE LABS (UK) 2020 | SAMPLE 820084 TO C10+ (FLASHED LIQUID) | 50 | |
| MDT | HC LIQ | 3665.38 | M | 5366 | CORE LABS (UK) 2020 | SAMPLE 820084 TO C10+ (RESERVOIR FLUID) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 21.7 | 5361 | CORE LABS (UK) 2020 | SAMPLE 820084 TO C36+ (FLASHED LIQUID) | 50 | |
| MDT | HC LIQ | 3665.38 | M | 5363 | CORE LABS (UK) 2020 | SAMPLE 820084 TO C36+ (RESERVOIR FLUID) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 21.3 | 5400 | CORE LABS (UK) 2020 | SAMPLE 820087 (CALCULATED UNCONTAMINATED) | 50 | |
| MDT | HC LIQ | 3665.38 | M | 21.8 | 5370 | CORE LABS (UK) 2020 | SAMPLE 820087 TO C10+ (FLASHED LIQUID) | 50 | |
| MDT | HC LIQ | 3665.38 | M | 5372 | CORE LABS (UK) 2020 | SAMPLE 820087 TO C10+ (RESERVOIR FLUID) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 21.8 | 5367 | CORE LABS (UK) 2020 | SAMPLE 820087 TO C36+ (FLASHED LIQUID) | 50 | |
| MDT | HC LIQ | 3665.38 | M | 5369 | CORE LABS (UK) 2020 | SAMPLE 820087 TO C36+ (RESERVOIR FLUID) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 21.2 | 5402 | CORE LABS (UK) 2020 | SAMPLE 820089 (CALCULATED UNCONTAMINATED) | 50 | |
| MDT | HC LIQ | 3665.38 | M | 21.7 | 5382 | CORE LABS (UK) 2020 | SAMPLE 820089 TO C10+ (FLASHED LIQUID) | 50 | |
| MDT | HC LIQ | 3665.38 | M | 5384 | CORE LABS (UK) 2020 | SAMPLE 820089 TO C10+ (RESERVOIR FLUID) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 21.7 | 5379 | CORE LABS (UK) 2020 | SAMPLE 820089 TO C36+ (FLASHED LIQUID) | 50 | |
| MDT | HC LIQ | 3665.38 | M | 5381 | CORE LABS (UK) 2020 | SAMPLE 820089 TO C36+ (RESERVOIR FLUID) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 21.3 | 5397 | CORE LABS (UK) 2020 | SAMPLE 833846 (CALCULATED UNCONTAMINATED) | 50 | |
| MDT | HC LIQ | 3665.38 | M | 22 | 5352 | CORE LABS (UK) 2020 | SAMPLE 833846 TO C10+ (FLASHED LIQUID) | 50 | |
| MDT | HC LIQ | 3665.38 | M | 5354 | CORE LABS (UK) 2020 | SAMPLE 833846 TO C10+ (RESERVOIR FLUID) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 22 | 5349 | CORE LABS (UK) 2020 | SAMPLE 833846 TO C36+ (FLASHED LIQUID) | 50 | |
| MDT | HC LIQ | 3665.38 | M | 5351 | CORE LABS (UK) 2020 | SAMPLE 833846 TO C36+ (RESERVOIR FLUID) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 21.2 | 5401 | CORE LABS (UK) 2020 | SAMPLE 833854 (CALCULATED UNCONTAMINATED) | 50 | |
| MDT | HC LIQ | 3665.38 | M | 21.8 | 5376 | CORE LABS (UK) 2020 | SAMPLE 833854 TO C10+ (FLASHED LIQUID) | 50 | |
| MDT | HC LIQ | 3665.38 | M | 5378 | CORE LABS (UK) 2020 | SAMPLE 833854 TO C10+ (RESERVOIR FLUID) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 21.8 | 5373 | CORE LABS (UK) 2020 | SAMPLE 833854 TO C36+ (FLASHED LIQUID) | 50 | |
| MDT | HC LIQ | 3665.38 | M | 5375 | CORE LABS (UK) 2020 | SAMPLE 833854 TO C36+ (RESERVOIR FLUID) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 21.3 | 5398 | CORE LABS (UK) 2020 | SAMPLE 833857 (CALCULATED UNCONTAMINATED) | 50 | |
| MDT | HC LIQ | 3665.38 | M | 22 | 5358 | CORE LABS (UK) 2020 | SAMPLE 833857 TO C10+ (FLASHED LIQUID) | 50 | |
| MDT | HC LIQ | 3665.38 | M | 5360 | CORE LABS (UK) 2020 | SAMPLE 833857 TO C10+ (RESERVOIR FLUID) | 50 | ||
| MDT | HC LIQ | 3665.38 | M | 22 | 5355 | CORE LABS (UK) 2020 | SAMPLE 833857 TO C36+ (FLASHED LIQUID) | 50 | |
| MDT | HC LIQ | 3665.38 | M | 5357 | CORE LABS (UK) 2020 | SAMPLE 833857 TO C36+ (RESERVOIR FLUID) | 50 | ||
| MDT | HC LIQ | 3740.53 | M | 5346 | CORE LABS (UK) 2020 | SAMP 820083 TO C36+ (OPEN HOLE OIL-MEASURED) | 50 | ||
| MDT | HC LIQ | 3740.53 | M | 5347 | CORE LABS (UK) 2020 | SAMP 820083 TO C36+ (OPEN HOLE OIL-UNCONTAM.) | 50 | ||
| MDT | HC LIQ | 3740.53 | M | 5344 | CORE LABS (UK) 2020 | SAMP 833852 TO C36+ (OPEN HOLE OIL-MEASURED) | 50 | ||
| MDT | HC LIQ | 3740.53 | M | 5345 | CORE LABS (UK) 2020 | SAMP 833852 TO C36+ (OPEN HOLE OIL-UNCONTAM.) | 50 | ||
| MDT | HC LIQ | 3740.53 | M | 17.9 | 5404 | CORE LABS (UK) 2020 | SAMPLE 820083 (CALCULATED UNCONTAMINATED) | 50 | |
| MDT | HC LIQ | 3740.53 | M | 18.3 | 5394 | CORE LABS (UK) 2020 | SAMPLE 820083 TO C10+ (FLASHED LIQUID) | 50 | |
| MDT | HC LIQ | 3740.53 | M | 5396 | CORE LABS (UK) 2020 | SAMPLE 820083 TO C10+ (RESERVOIR FLUID) | 50 | ||
| MDT | HC LIQ | 3740.53 | M | 18.3 | 5391 | CORE LABS (UK) 2020 | SAMPLE 820083 TO C36+ (FLASHED LIQUID) | 50 | |
| MDT | HC LIQ | 3740.53 | M | 5393 | CORE LABS (UK) 2020 | SAMPLE 820083 TO C36+ (RESERVOIR FLUID) | 50 | ||
| MDT | HC LIQ | 3740.53 | M | 17.9 | 5403 | CORE LABS (UK) 2020 | SAMPLE 833852 (CALCULATED UNCONTAMINATED) | 50 | |
| MDT | HC LIQ | 3740.53 | M | 18.3 | 5388 | CORE LABS (UK) 2020 | SAMPLE 833852 TO C10+ (FLASHED LIQUID) | 50 | |
| MDT | HC LIQ | 3740.53 | M | 5390 | CORE LABS (UK) 2020 | SAMPLE 833852 TO C10+ (RESERVOIR FLUID) | 50 | ||
| MDT | HC LIQ | 3740.53 | M | 18.3 | 5385 | CORE LABS (UK) 2020 | SAMPLE 833852 TO C36+ (FLASHED LIQUID)) | 50 | |
| MDT | HC LIQ | 3740.53 | M | 5387 | CORE LABS (UK) 2020 | SAMPLE 833852 TO C36+ (RESERVOIR FLUID) | 50 |
Numéro de la séquence d'essais : 5361
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| Densité calculée (kg/m3) | Densité relative calculée | Densité API calculée | Masse moléculaire calculée | Date du prélèvement | Date de l'analyse |
|---|---|---|---|---|---|
| 21.7 | 03-JUN-2020 |
| Composant | Numéro du carbone | Fraction molaire | Fraction en masse | Fraction du volume du liquide | Commentaires |
|---|---|---|---|---|---|
| HYDROGEN | H2 | 0 | 0 | ZERO | |
| HELIUM | HE | NOT MEAS | |||
| NITROGEN | N2 | 0 | 0 | ZERO | |
| CARBON DIOXIDE | CO2 | 0 | 0 | ZERO | |
| HYDROGEN SULFIDE | H2S | 0 | 0 | ZERO | |
| METHANE | C1 | .00072 | .00004 | ||
| ETHANE | C2 | .00029 | .00003 | ||
| PROPANE | C3 | .00052 | .00008 | ||
| ISOBUTANE | IC4 | .00075 | .00015 | ||
| BUTANE | C4 | .00219 | .00044 | ||
| ISOPENTANE | IC5 | .00268 | .00067 | ||
| PENTANE | C5 | .00369 | .00092 | ||
| PENTANE PLUS | C5_PLUS | NOT MEAS | |||
| HEXANE | C6 | .00916 | .00273 | ||
| HEXANE PLUS | C6_PLUS | NOT MEAS | |||
| HEPTANE | C7 | .01633 | .00566 | ||
| HEPTANE PLUS | C7_PLUS | NOT MEAS | |||
| OCTANE | C8 | .02783 | .011 | ||
| NONANE | C9 | .0254 | .01127 | ||
| DECANE | C10 | .04083 | .0201 | ||
| UNDECANE | C11 | .04031 | .0205 | ||
| DODECANE | C12 | .04838 | .02695 | ||
| TRIDECANE | C13 | .05805 | .03515 | ||
| TETRADECANE | C14 | .06222 | .0409 | ||
| PENTADECANE | C15 | .05698 | .04061 | ||
| HEXADECANE | C16 | .05056 | .03883 | ||
| HEPTADECANE | C17 | .04423 | .03627 | ||
| OCTADECANE | C18 | .04063 | .03528 | ||
| NONADECANE | C19 | .03507 | .03191 | ||
| EICOSANE | C20 | .0282 | .02683 | ||
| HENEICOSANE | C21 | .0245 | .02467 | ||
| DOCOSANE | C22 | .02289 | .02415 | ||
| TRICOSANE | C23 | .01924 | .02117 | ||
| TETRACOSANE | C24 | .01781 | .0204 | ||
| PENTACOSANE | C25 | .01666 | .01988 | ||
| HEXACOSANE | C26 | .0151 | .01875 | ||
| HEPTACOSANE | C27 | .01342 | .01736 | ||
| OCTACOSANE | C28 | .01365 | .01833 | ||
| NONACOSANE | C29 | .01424 | .01981 | ||
| TRIACONTANE PLUS | C30_PLUS | .195 | .41163 | ||
| BENZENE | C6H6 | .00019 | .00005 | ||
| TOLUENE | C7H8 | .00144 | .00046 | ||
| ETHYLBENZENE, P + M-XYLENE | C8H10_E | .00823 | .00302 | ||
| O-XYLENE | C8H10_O | .00267 | .00098 | ||
| 1,2,4 TRIMETHYLBENZENE | C9H12 | .00455 | .00189 | ||
| CYCLOPENTANE | C5H10 | NOT MEAS | |||
| METHYLCYCLOPENTANE | C6H12_M | .009 | .00262 | ||
| CYCLOHEXANE | C6H12_C | .00941 | .00274 | ||
| METHYLCYCLOHEXANE | C7H14 | .01698 | .00577 | ||
| TOTAL | TOTL_TO_C6 |