Lloyd Kerrobert Monthly Reports
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- Condensate
- Density (kg/m3): 675 - 761
Gravity (oAPI): 54 - 79
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- MSW Feeder
- Density (kg/m3): 817 - 850
Gravity (oAPI): 34 - 42
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- Light Sour
- Density (kg/m3): 822 - 854
Gravity (oAPI): 34 - 41
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- Light Sweet
- Density (kg/m3): 828 - 830
Gravity (oAPI): 38 - 40
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- Sweet Synthetic
- Density (kg/m3): 837 - 866
Gravity (oAPI): 31 - 38
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- Medium Sour
- Density (kg/m3): 847 - 877
Gravity (oAPI): 29 - 36
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- Heavy Sour - Conventional
- Density (kg/m3): 914 - 935
Gravity (oAPI): 19 - 24
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- Heavy Sour - Unconventional
- Density (kg/m3): 923 - 929
Gravity (oAPI): 20 - 22
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- Heavy Sour - Synbit
- Density (kg/m3): 930 - 936
Gravity (oAPI): 19 - 21
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- Heavy Low Resid
- Density (kg/m3): 935 - 936
Gravity (oAPI): 19 - 20
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- Heavy Sour - Dilsynbit
- Density (kg/m3): 938 - 939
Gravity (oAPI): 19 - 20
Date: Mar 18, 2013
Batch: LLK-034 - Kerrobert
The March sample of Lloyd Kerrobert displayed typical results on a seasonally adjusted basis. Marginally reduced TAN, butanes, and pentanes as well as elevated C7 x C10 content was observed.
Date: Feb 21, 2013
Batch: LLK-108 - Kerrobert
Apart from slightly increased butanes and hexanes, the February sample of Lloyd Kerrobert was representative of historical data.
Date: Jan 21, 2013
Batch: LLK-047 - Kerrobert
The January sample of Lloyd Kerrobert was consistent with historical averages.
Date: Dec 19, 2012
Batch: LLK-005 - Kerrobert
Lloyd Kerrobert displayed typical light ends and bulk properties for the month of December. No olefins were detected.
Date: Nov 21, 2012
Batch: LLK-013 - Kerrobert
Lloyd Kerrobert displayed typical bulk properties and light ends for the month of November. Typical simulated distillation results are also included.
Date: Oct 18, 2012
Batch: LLK-048 - Kerrobert
Accounting for the seasonality of Lloyd Kerrobert, this October sample was representative of historical data.
Date: Sep 18, 2012
Batch: LLK-002 - Kerrobert
For the month of September, LLK showed decreased butanes and pentanes and a slightly higher than average density. These changes are expected based on the seasonality of this stream. Simulated distillation results are included.
Date: Aug 14, 2012
Batch: LLK-126 - Kerrobert
Lloyd Kerrobert was consistent with historical data for this month's sample.
Date: Jul 24, 2012
Batch: LLK-039 - Kerrobert
The July sample of Lloyd Kerrobert was consistent with historical values.
Date: Jun 13, 2012
Batch: LLK-045 - Kerrobert
On a seasonally adjusted basis, the overall characteristics of the June sample of Lloyd Kerrobert were relatively consistent with historical values.
Date: May 17, 2012
Batch: LLK-106 - Kerrobert
Predictable seasonal adjustments in diluent content is the driver behind the higher than recent density value. All other parameters of this LLK sample are consistent with past results. A simulated distillation analysis is available for this sample.
Date: Apr 9, 2012
Batch: LLK-033 - Kerrobert
On a seasonally diluent adjusted basis, the Lloyd Kerrobert sample was typical in all regards.
Date: Mar 15, 2012
Batch: LLK-038 - Kerrobert
Apart from a low sulphur content, the quality of the March LLK sample was typical for the seasonally adjusted properties of this diluted heavy conventional blend. A simulated distillation was run on this sample and confirms the long term average nature of this sample.
Date: Feb 6, 2012
Batch: LLK-075 - Kerrobert
This LLK sample had lower than recently recorded sulphur and TAN levels, otherwise it was characteristically average for stream quality.
Date: Jan 12, 2012
Batch: LLK-021 - Kerrobert
The January sample of Lloyd Kerrobert was seasonally adjusted typical in all aspects.
Date: Dec 22, 2011
Batch: LLK-055 - Kerrobert
A slight decrease in sulphur and increases in vanadium, BTEX and light ends were noted in this December sample of Lloyd Kerrobert. Simulated distillation results were received for this sample.
Date: Nov 19, 2011
Batch: LLK-083 - Kerrobert
Density (gravity) and sulphur in LLK are following the traditional cyclic pattern of WCSB dilbits that are blended to meet the mainline reference temperature profile. Other than a reduced butanes value, the conventional property analyses were consistent with historical values.
Date: Oct 18, 2011
Batch: LLK-101 - Kerrobert
A slight decrease in butanes and marginally elevated density, MCR, TAN, and metals were noted for the October sample of LLK.
Date: Sep 21, 2011
Batch: LLK-035 - Kerrobert
Slightly decreased C4s x C5s and marginally increased density, MCR, and vanadium were noted for the September sample of LLK. Simulated distillation results were received for this sample.
Date: Aug 24, 2011
Batch: LLK-166 - Kerrobert
A slight increase in density was noted for the August sample of LLK.
Date: Jul 26, 2011
Batch: LLK-004 - Kerrobert
Slight increases in density, MCR and nickel were noted for the July sample of LLK.
Date: Jun 14, 2011
Batch: LLK-091 - Kerrobert
The June sample of LLK had marginally lower than average C8s x C10s and vanadium and slightly increased sulphur, MCR, and TAN. Simulated distillation results were received for this sample.
Date: May 23, 2011
Batch: LLK-076 - Kerrobert
Slight increases in sulphur, MCR, vanadium and C9s x C10s were observed for the May sample of LLK.
Date: Apr 19, 2011
Batch: LLK-003 - Kerrobert
Slight increases in metals, TAN, and MCR and a marginally decreased density were observed for the April sample of LLK. No olefins were detected.
Date: Mar 24, 2011
Batch: LLK-253 - Kerrobert
A slight increase in C6s and decrease in density was observed for this month's sample of Lloyd Kerrobert. Typical simulated distillation results were received for the March sample.
Date: Feb 23, 2011
Batch: LLK-231 - Kerrobert
A slight increase in C10s and decreased density were observed for the February sample of LLK.
Date: Jan 26, 2011
Batch: LLK-180 - Kerrobert
Slight increases in C9s x C10s,and vanadium, along with a marginal decrease in density, were observed for this month's sample of LLK.
Date: Dec 23, 2010
Batch: LLK-129 - Kerrobert
The December sample of LLK had lower than average C4s, sulphur, and nickel, and above average C8s x C10s and ethyl-benzene. Simulated distillation results were received for this sample.
Date: Nov 13, 2010
Batch: LLK-098 - Kerrobert
The November sample of Lloyd Kerrobert had slightly higher than average TAN (1.07 mgKOH/g versus 0.91 mgKOH/g average). The balance of the light ends and bulk properties results were consistent with historical averages.
Date: Oct 26, 2010
Batch: LLK-046 - Kerrobert
The October sample of LLK had typical light ends and bulk properties.
Date: Sep 22, 2010
Batch: LLK-013 - Kerrobert
Increased density, sulphur, MCR, and metals were observed for the September sample of LLK. The sample's simulated distillation distribution reflected an increase in naphtha and decrease in the residuum component.
Date: Aug 22, 2010
Batch: LLK-587 - Kerrobert
Slight increases in density, sulphur, and MCR were observed for the August sample of LLK.
Date: Jul 19, 2010
Batch: LLK-549 - Kerrobert
Decreased C6s x C10s and BTEX were observed for the July sample of Lloyd Kerrobert.TAN, sulphur, and density were all marginally increased.
Date: Jun 23, 2010
Batch: LLK-528 - Kerrobert
The June sample of LLK had higher than average sulphur and metal contents. The balance of the bulk properties, light ends, and distillation results were consistent with historical averages for LLK.
Date: May 25, 2010
Batch: LLK-495 - Kerrobert
Slight increases in C10s and TAN were observed for the May sample of LLK.
Date: Apr 26, 2010
Batch: LLK-443 - Kerrobert
Slight increases in density and TAN were observed for the April sample of LLK.
Date: Mar 18, 2010
Batch: LLK-419 - Kerrobert
Increased C4s, C6s x C10s, and BTEX were present in this month's sample of LLK. As a result, density was slightly decreased. The simulated distillation distribution indicated an increase in naphtha, which was consistent with the light ends observations.
Date: Feb 18, 2010
Batch: LLK-396 - Kerrobert
The February sample of LLK had a marginally decreased density, and slightly lower than average pentanes and sediment.
Date: Jan 20, 2010
Batch: LLK-360 - Kerrobert
Apart from slight decreases in MCR and C5s, the January sample of LLK had typical light ends and bulk properties.
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