MSW Feeder

Density (kg/m3): 813 - 837
Gravity (oAPI): 37 - 43

▸ Federated (FD)

▸ Light Smiley (MSY)

▸ Peace (MPR)

▸ Pembina (P)

Light Sweet

Density (kg/m3): 819 - 825
Gravity (oAPI): 39 - 42

▸ Mixed Sweet Blend (MSW)

▸ Rainbow (RA)

Medium Sour

Density (kg/m3): 838 - 873
Gravity (oAPI): 30 - 38

▸ Hardisty Light (MBL)

▸ Medium Gibson Sour (MGS)

▸ Midale (MSM)

▸ Peace Pipe Sour (SPR)

Heavy Sour - Synbit

Density (kg/m3): 930 - 936
Gravity (oAPI): 19 - 21

▸ Long Lake Heavy (PSH)

▸ Statoil Cheecham Synbit (SCS)

▸ Surmont Heavy Blend (SHB)

Heavy Sour - Partially Upgraded

Density (kg/m3): 936 - 937
Gravity (oAPI): 19 - 20

▸ Albian Heavy Synthetic (AHS)

Heavy Low Resid

Density (kg/m3): 937 - 938
Gravity (oAPI): 19 - 20

▸ Suncor Synthetic H (OSH)






Reports for Conventional Heavy

Batch: CHV-743 - Superior

Date: Aug 3, 2017
Density, MCR, and TAN were elevated in the August sample of Conventional Heavy. Merged simulated distillation results indicated a smaller than typical distillate fraction.
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Batch: CHV-839 - Superior

Date: Jul 9, 2017
Slightly increased MCR and TAN were observed in the July sample of Conventional Heavy. Typical merged simulated distillation results are included.
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Batch: CHV-904 - Superior

Date: Jun 2, 2017
Density and TAN were marginally reduced in the June sample of Conventional Heavy. Typical merged simulated distillation results are included.
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Batch: CHV-927 - Superior

Date: May 4, 2017
Density , sulphur, and metals were slightly reduced in the May sample of Conventional Heavy. Typical merged simulated distillation results are included.
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Batch: CHV-611 - Superior

Date: Apr 2, 2017
Density, TAN, and salt were decreased while pentanes were increased in the April sample of Conventional Heavy. The naphtha fraction was larger than average and the residue was smaller based on the merged simulated distillation results.
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Batch: CHV-776 - Superior

Date: Mar 8, 2017
Conventional Heavy was consistent with historical averages for the March sample. Typical merged simulated distillation results are included.
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Batch: CHV-633 - Superior

Date: Feb 18, 2017
Density, sulphur, TAN, and metals were slightly lower than usual in the February sample of Conventional Heavy. Merged simulated distillation data indicated a larger naphtha fraction and smaller residue.
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Batch: CHV-610 - Superior

Date: Jan 5, 2017
Conventional Heavy was consistent with historical data for the January sample. Typical merged simulated distillation results are included.
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Batch: CHV-795 - Superior

Date: Dec 4, 2016
TAN was slightly elevated while metals were decreased in the December sample of Conventional Heavy. Typical merged simulated distillation results are included.
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Batch: CHV-808 - Superior

Date: Nov 7, 2016
The December sample of Conventional Heavy saw slightly reduced sulphur and metals while heptanes were elevated. Merged simulated distillation results showed a smaller than typical residue cut.
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Batch: CHV-605 - Superior

Date: Oct 13, 2016
MCR and TAN were slightly elevated in the October sample of Conventional Heavy. Typical merged simulated distillation results are included.
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Batch: CHV-602 - Superior

Date: Sep 3, 2016
Other than slightly elevated density, the September sample of Conventional Heavy was consistent with historical data. Merged simulated distillation results indicated a reduced naphtha fraction.
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Batch: CHV-887 - Superior

Date: Aug 1, 2016
Other than slightly higher than typical MCR, the August sample of Conventional Heavy was consistent with historical data. Typical simulated distillation results are included.
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Batch: CHV-840 - Superior

Date: Jul 3, 2016
Other than slightly reduced sulphur, the July sample of Conventional Heavy was consistent with historical data. Typical merged simulated distillation results are included.
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Batch: CHV-645 - Superior

Date: Jun 3, 2016
The June sample of Conventional Heavy was consistent with historical trends. No olefins were detected and simulated distillation results were typical.
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Batch: CHV-750 - Superior

Date: May 6, 2016
Marginally reduced MCR was observed in the May sample of Conventional Heavy. ASTM D7900/7169 merged simulated distillation results are included.
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Batch: CHV-885 - Superior

Date: Apr 9, 2016
Apart from marginally reduced density, the April sample of Conventional Heavy was consistent with historical data. New ASTM D7900 light ends and simulated distillation data are available.
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Batch: CHV-625 - Superior

Date: Mar 1, 2016
The March sample of Conventional Heavy had slightly reduced density, sulphur, and MCR. New ASTM D7900 light ends an simulated distillation results are included.
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Batch: CHV-822 - Superior

Date: Feb 11, 2016
The February sample of Conventional Heavy had slightly reduced density. New ASTM D7900 light ends and simulated distillation results are included.
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Batch: CHV-868 - Superior

Date: Jan 2, 2016
Density, sulphur, MCR, and metals were marginally reduced in the January sample of Conventional Heavy. New ASTM D7900 light ends and simulated distillation results are included.
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Batch: CHV-922 - Superior

Date: Dec 9, 2015
Apart from increased butanes, the December 9th sample of Conventional Heavy was consistent with historical data. Simulated distillation results indicated a reduced residue cut.
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Batch: CHV-808 - Superior

Date: Dec 7, 2015
Metals and sulphur were reduced in the December 7th sample of Conventional Heavy. Simulated distillation results showed notably reduced residue with increased distillate and gas oil.
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Batch: CHV-670 - Superior

Date: Nov 5, 2015
The November Conventional Heavy pool sample was typical and average composition. Results included High Temperature Simulated Distillation (HTSD) in addition to the routine compositional analyses.
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Batch: CHV-614 - Superior

Date: Oct 15, 2015
The October sample of Conventional Heavy had increased density, MCR, and butanes while sulphur, metals, BTEX, and C6 x C10 contents were decreased. Typical simulated distillation results are included.
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Batch: CHV-697 - Superior

Date: Sep 3, 2015
Conventional Heavy saw slightly increased density and butanes in the September sample. Simulated distillation results showed more gas oil and less residue. No olefins were detected.
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Batch: CHV-775 - Superior

Date: Aug 5, 2015
The August sample of Conventional Heavy had increased density and MCR. Typical simulated distillation results are included.
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Batch: CHV-784 - Superior

Date: Jul 30, 2015
Density, sulphur, and metals were slightly increased in the July 30th sample of Conventional Heavy. Typical simulated distillation results are included.
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Batch: CHV-763 - Superior

Date: Jul 5, 2015
Density and sulphur were marginally increased while MCR and pentanes were decreased in the July sample of Conventional Heavy. Typical simulated distillation results are included.
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Batch: CHV-717 - Superior

Date: Jun 10, 2015
The June 10th sample of Conventional Heavy contained typical light ends and bulk properties. Typical simulated distillation results are included.
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Batch: CHV-618 - Superior

Date: Jun 6, 2015
The June 6th sample of Conventional Heavy had increased sulphur, metals, and BTEX, while MCR and pentanes were reduced. Simulated distillation results showed a reduced residue fraction.
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Batch: CHV-977 - Superior

Date: May 4, 2015
MCR was marginally decreased while butanes were increased in the May 4th sample of Conventional Heavy. Simulated distillation results indicated reduced resid.
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Batch: CHV-803 - Superior

Date: Apr 9, 2015
Apart from slightly increased butanes, the April 9th sample of Conventional Heavy was consistent with historical data. Simulated distillation results showed a marginal increase to the resid fraction.
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Batch: CHV-837 - Superior

Date: Apr 8, 2015
Convention Heavy had typical light ends and bulk properties for the April 8th sample. Typical simulated distillation results are included.
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Batch: CHV-711 - Superior

Date: Mar 20, 2015
Density, sulphur, and metals were marginally reduced in the March sample of Conventional Heavy. Typical simulated distillation results are included.
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Batch: CHV-966 - Superior

Date: Feb 4, 2015
The February 4th sample of Conventional Heavy had slightly reduced density and sulphur. Typical simulated distillation results are included.
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Batch: CHV-969 - Superior

Date: Feb 3, 2015
The February 3rd sample of Conventional Heavy saw marginally reduced density. Typical simulated distillation results are included.
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Batch: CHV-774 - Superior

Date: Jan 5, 2015
The January 5th sample of Conventional Heavy saw decreased density, MCR, BTEX, and pentanes, as well as increased sulphur and metals. Silmulated distillation results showed less yield in the resid fraction with a greater portion of naphtha.
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Batch: CHV-786 - Superior

Date: Dec 9, 2014
Sulphur and metals were reduced while MCR and pentanes were elevated in the December sample of Conventional Heavy. Typical simulated distillation results are included.
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Batch: CHV-903 - Superior

Date: Nov 19, 2014
MCR and pentanes were higher than average in the December 19th sample of Conventional Heavy. Typical simulated distillation results are included.
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Batch: CHV-651 - Superior

Date: Nov 10, 2014
Sulphur, MCR, metals, pentanes, and hexanes were slightly higher than average in the November 10th sample of Conventional Heavy. Simulated distillation results indicate a shift from the distillate and gas oil fractions to the residuum fraction.
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Batch: CHV-811 - Superior

Date: Oct 30, 2014
The October 30th sample of Conventional Heavy was consistent with historical data. Typical simulated distillation results are included.
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Batch: CHV-835 - Superior

Date: Oct 15, 2014
Sulphur, BTEX, and C6 x C10 concentrations were reduced, while MCR, metals, and pentanes were increased. Typical simulated distillation results are included.
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Batch: CHV-987 - Superior

Date: Sep 12, 2014
MCR, pentanes, and hexanes were reduced in the September 12th sample of Conventional Heavy. Simulated distillation results showed a shift from the residue fraction to the distillate fraction.
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Batch: CHV-819 - Superior

Date: Sep 10, 2014
Conventional Heavy contained typical light ends and bulk properties for the September 10th sample. Typical simulated distillation results included.
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Batch: CHV-966 - Superior

Date: Aug 27, 2014
Sulphur, BTEX, and C6 x C10 concentrations were reduced, while MCR and butanes were elevated in the August 27th sample of Conventional Heavy. Simulated distillation results show a shift from the naphtha fraction to the distillate and gas oil fractions.
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Batch: CHV-895 - Superior

Date: Aug 15, 2014
Conventional Heavy was consistent with historical data for the August 15th sample. Typical simulated distillation results are included.
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Batch: CHV-833 - Superior

Date: Jul 19, 2014
Conventional Heavy is a new crude stream for crudemonitor.ca. There is not enough data in our system at this point to comment on specific qualities or trends. Simulated distillation results are included.
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Batch: CHV-734 - Superior

Date: Jul 5, 2014
Conventional Heavy is a new crude stream for crudemonitor.ca. There is not enough data in our system at this point to comment on specific qualities or trends. Simulated distillation results are included.
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Batch: CHV-786 - Superior

Date: Jun 23, 2014
Conventional Heavy is a new crude stream for crudemonitor.ca. There is not enough data in our system at this point to comment on specific qualities or trends. Simulated distillation results are included.
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Batch: CHV-659 - Superior

Date: Jun 16, 2014
Conventional Heavy is a new crude stream for crudemonitor.ca. There is not enough data in our system at this point to comment on specific qualities or trends. Simulated distillation results are included.
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Batch: CHV-617 - Superior

Date: May 22, 2014
Conventional Heavy is a new crude stream for crudemonitor.ca. There is not enough data in our system at this point to comment on specific qualities or trends. Simulated distillation results are included.
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Batch: CHV-601 - Superior

Date: May 17, 2014
Conventional Heavy is a new crude stream for crudemonitor.ca. There is not enough data in our system at this point to comment on specific qualities or trends. Simulated distillation results are included.
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