-
- Condensate
- Density (kg/m3): 675 - 761
Gravity (oAPI): 54 - 79
-
- MSW Feeder
- Density (kg/m3): 817 - 850
Gravity (oAPI): 34 - 42
-
- Light Sour
- Density (kg/m3): 822 - 854
Gravity (oAPI): 34 - 41
-
- Light Sweet
- Density (kg/m3): 828 - 830
Gravity (oAPI): 38 - 40
-
- Sweet Synthetic
- Density (kg/m3): 837 - 866
Gravity (oAPI): 31 - 38
-
- Medium Sour
- Density (kg/m3): 847 - 877
Gravity (oAPI): 29 - 36
-
- Heavy Sour - Conventional
- Density (kg/m3): 914 - 935
Gravity (oAPI): 19 - 24
-
- Heavy Sour - Unconventional
- Density (kg/m3): 923 - 929
Gravity (oAPI): 20 - 22
-
- Heavy Sour - Synbit
- Density (kg/m3): 930 - 936
Gravity (oAPI): 19 - 21
-
- Heavy Low Resid
- Density (kg/m3): 935 - 936
Gravity (oAPI): 19 - 20
-
- Heavy Sour - Dilsynbit
- Density (kg/m3): 938 - 939
Gravity (oAPI): 19 - 20
Date: Apr 9, 2012
Batch: P-404 - Edmonton
Apart from lower than typical nickel and vanadium levels, the April sample of Pembina Light Sweet was reasonably typical for this stream. A simulated distillation profile confirmed the average composition of the April sample.
Date: Dec 1, 2011
Batch: P-498 - Edmonton
The December sample of Pembina Light Sweet (Pembina Drayton Valley) feeder to Mixed Sweet was reasonably typical of recent historical trends. A simulated distillation profile for this sample was conducted, and was also fairly representative of past analyses.
Date: Nov 2, 2011
Batch: P-739 - Edmonton
Other than slightly elevated butanes, MCR and metals, the conventional property analyses were consistent with historical values.
Date: Oct 5, 2011
Batch: P-711 - Edmonton
Other than elevated butanes, the conventional property analyses were consistent with historical values.
Date: Sep 2, 2011
Batch: P-682 - Edmonton
Decreases in BTEX and C5s x C7s and increases in density, MCR, and metals were noted for the September sample of Pembina (P). Simulated distillation results were received for this sample.
Date: Aug 10, 2011
Batch: P-661 - Edmonton
Increased MCR, metals and butanes along with decreased BTEX and C7s x C10s were noted for the August sample of Pembina.
Date: Jul 3, 2011
Batch: P-461 - Edmonton
Increases in density, MCR, and metals along with decreases in C4s x C6s, benzene, and toluene were observed for this month's sample of Pembina.
Date: Jun 1, 2011
Batch: P-040 - Edmonton
The June sample of Pembina Sweet (P) had lower than average sulphur, BTEX, and C7s x C10s. Slightly above average butanes were also detected. Simulated distillation results were received for this sample.
Date: May 3, 2011
Batch: P-418 - Edmonton
Slight decreases in C5s and benzene and increases in ethyl-benzene and C8s x C10s were observed for the May sample of Pembina.
Date: Apr 1, 2011
Batch: P-393 - Edmonton
Decreases in BTEX and sulphur were observed for the April sample of Pembina.
Date: Mar 3, 2011
Batch: P-364 - Edmonton
Marginal decreases in BTEX and C7s x C8s, along with increases in MCR and metals, were observed for this month's sample of Pembina (P). The simulated distillation results, which reflected an increase in residuum and a decrease in naphtha, were also consistent with the light ends and bulk properties results.
Date: Feb 1, 2011
Batch: P-334 - Edmonton
Slight decreases in C6s x C8s, BTEX, and sulphur were observed for this month's sample of Pembina (P).
Date: Jan 1, 2011
Batch: P-300 - Edmonton
Marginally lower than average C6s x C9s, benzene, and xylenes along with above average density, MCR, and metals were observed for the January 1 sample of Pembina.
Date: Dec 3, 2010
Batch: P-270 - Edmonton
The December sample of Pembina had slightly increased C4s, metals and MCR, and lower than average C6s x C8s and BTEX. Simulated distillation results were received for this sample.
Date: Nov 5, 2010
Batch: P-240 - Edmonton
Slight decreases in BTEX and C6s x C8s were observed for the November sample of Pembina (P).
Date: Oct 1, 2010
Batch: P-203 - Edmonton
Decreases in C6s x C10s and sulphur were observed for this month's sample of Pembina.
Date: Sep 1, 2010
Batch: P-172 - Edmonton
Decreased C5s x C9s and BTEX were observed for this month's sample of Pembina Sweet (P). As a result, density and sulphur were marginally lower than average. The sample's simulated distillation distribution indicated a decrease in the naphtha component, which was consistent with the light ends results.
Date: Aug 2, 2010
Batch: P-142 - Edmonton
Decreases in C5s x C8s, BTEX, and sulphur were observed for the August sample of Pembina (P). MCR was slightly higher than average.
Date: Jul 12, 2010
Batch: P-120 - Edmonton
Increased C4s and decreased sulphur, BTEX, and C7s x C8s were observed for the July sample of Pembina.
Date: Jun 5, 2010
Batch: P-082 - Edmonton
Decreased C5s x C8s, BTEX, vanadium, and sulphur were observed for the June sample of Pembina Sweet (P). Slight increases in C9s x C10s were also observed. Simulated distillation results were received for this sample.
Date: May 1, 2010
Batch: P-542 - Edmonton
Increased C4s and decreased C7s x C8s and sulphur were noted for the May sample of Pembina.
Date: Apr 2, 2010
Batch: P-513 - Edmonton
Slight decreases in C5s x C8s, BTEX, and sulphur were observed for the April sample of Pembina.
Date: Mar 3, 2010
Batch: P-482 - Edmonton
Increased C4s and decreased sulphur were observed for this month's sample of Pembina.
Date: Feb 2, 2010
Batch: P-452 - Edmonton
Increased C4s x C6s and benzene were present in the February sample of Pembina. Density was decreased, as was the sample's vanadium content.
Date: Jan 1, 2010
Batch: P-419 - Edmonton
Apart from a slight increase in butanes, the January sample of Pembina had fairly typical light ends and bulk properties.
For older monthly reports, visit the Library.